<!-- EARTHLINE 16584 — REGIONAL LAND-VALIDITY SOURCE RIGHT-SIZING + NONFATAL UNAVAILABLE CONTRACT.
Exact accepted parent: EARTHLINE-16561-US-STATE-ATOMIC-REGISTRY-EXCLUSION-INDEX-CAPABILITY.html
Parent SHA-256: 397d05672bcdf3ccc18c603a9ecc076c3c0749c088928dcb5ec2711ff318cce7
16583 FAILED / NEVER PARENT. Connected evidence: Regional loaded nothing because 16583 placed two full global Natural Earth 1:10m GeoJSON downloads on the Regional critical path and threw when deterministic land-validity acquisition was not features-found.
Exactly two governed changes relative to accepted 16561, porting only the measured 16583 donor science architecture:
(1) Keep the same deterministic Natural Earth land + lakes validity model but use the pinned 1:50m GeoJSON files at the same repository commit. This is the resolution appropriate to the 96x96 / 80x80 Regional DEM and removes the 1:10m maximum-vertex-density runtime burden. No new source family or lifecycle owner is introduced.
(2) Restore the locked evidence terminal contract: missing/failed land-validity evidence resolves to acquisitionResult=unavailable and is named in STATUS, but it does not throw or block Regional publication. When land-validity is available, the same mask is consumed before pit fill/D8; when unavailable (including a zero-valid-land result), Regional continues with the accepted unmasked terrain engine and records the gap rather than inventing availability.
No state-specific branch. No NHD/3DHP. No new listener/timer/observer/renderer/styledata/idle/camera-motion/polling owner. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16561 — U.S. STATE ATOMIC REGISTRY + PROPERTY EXCLUSION-INDEX CAPABILITY GATE. Exact accepted parent: EARTHLINE-16554-MASSACHUSETTS-COMPLETE-REGIONAL-PROFILE.html SHA-256 1967227edd835acc25a936743ecf026a4a1b2c107454db9002e16015982883c8. Exactly two governed changes replayed directly from the accepted parent. Change 1: replay the 16556 national U.S. state registry and atomic state-package architecture — all 50 states declared registered/accepted, with identity, authoritative Census TIGERweb boundary, internal point and Regional extent resolved and committed together; accepted states remain Vermont, New York and Massachusetts, all others registered pending smoke-matrix acceptance. Change 2: repair the existing final Property exclusion/clearance index in place so it no longer treats global Mapbox isStyleLoaded() as proof that the exact road/building/water evidence is unavailable. The index now requires only the live style, relevant exclusion layers and the existing rendered/source query APIs; if those exact resources cannot be queried it remains unavailable and the existing fail-closed/frozen-mask paths still own publication. This directly addresses connected 16560 terminal evidence: exclusion-index-unavailable | clearance-audit-unverified while OPEN-DATA SCREENING had already applied road/building evidence. 16558 recheck, 16559 renderer change and 16560 early prewarm are not carried forward. No Rhode Island-specific branch, no new listener/timer/observer/renderer/lifecycle owner, and no DEM/D8/flow/recharge/aquifer/swale science, exclusion buffer, threshold or UI change. 16555–16560 remain rejected/unaccepted and are never parents. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16554 — MASSACHUSETTS COMPLETE REGIONAL PROFILE. Exact accepted parent: EARTHLINE-16550-PORTABLE-STYLE-FIRST-EXCLUSION-PERFORMANCE.html SHA-256 5598020154f44c7f97f4ca3859cf382ecf30be34091646b53be5073231141340. Connected evidence: Massachusetts pulldown PASS; Property and moved Property PASS on the profile-only path; Regional screenshots on 16553 showed no numeric gauge, stale 16.5 in rainfall, and a repeat Regional remaining at a local camera extent. Measured source cause: the Massachusetts jurisdiction profile contained only a query label, so every Regional resolution still depended on mutable live geocoder/M.loc state. Repair 1: make the Massachusetts declarative profile complete with fixed statewide analysis bbox, U.S. jurisdiction identity, Census state internal point, and 46.1 in annual average precipitation from Massachusetts Forest Action Plan Figure 2.2 (NOAA/MassGIS 2010–2017). Repair 2: the generic profile resolver now reapplies an embedded profile location for every explicit jurisdiction-profile run, so stale Property/local camera state cannot own a repeat Regional request. No DEM/D8/flow/recharge formula/exclusion/aquifer science changes; no new lifecycle owner/listener/timer/observer; four variables only. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16550 — PORTABLE STYLE-FIRST EXCLUSION PERFORMANCE. Exact accepted parent: EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Unaccepted 16537–16549 are donor evidence only and never parents. Connected evidence entering this build: New York normal pulldown PASS; New York Regional publication/terminal PASS; first and moved New York Property publication PASS; Property→Regional reclaim PASS in 16549; remaining defect is portable Property wall time ≈16 s, above the 15 s ceiling. Measured source inspection shows the non-Vermont exclusion owner waits on an Overpass request with a 14 s abort even when the already-loaded map style can independently return roads, buildings, parking and mapped water for the same 20-acre frame. Repair: for portable non-Vermont Property only, the existing exclusion verdict owner queries the already-loaded map-style/source evidence first; a successful style query resolves the existing open-data screening verdict immediately, while Overpass remains a fallback only when style evidence is not queryable or fails. Vermont authoritative acquisition is unchanged. Four variables only: Slope, Water Paths, Aquifers, Exclusions. No new lifecycle owner/listener/timer/observer/renderer and no jurisdiction-specific hydrology branch. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16548 — PORTABLE PROPERTY DEM FALLBACK + REGIONAL RECLAIM. Exact accepted parent: EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Unaccepted 16537–16547 are donor evidence only and never parents. Carries the connected-positive portable deltas: visible New York State/Region pulldown, universal Regional terminal contract, state containment, portable exclusion evidence, Apple-style lower-right zoom, Property grid handoff, explicit Property control handoff, and Regional reclaim after Property. New measured repair: if the primary direct Terrain-RGB tile path cannot produce a real Property DEM, reuse the already-existing Mapbox GL Terrain-DEM sampler as one bounded in-run fallback before declaring Property terrain failure. No generated DEM is accepted, no new science variable, no jurisdiction-specific terrain branch, and no new lifecycle owner/listener/timer/observer. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16547 — REGIONAL RECLAIM AFTER PROPERTY. Exact accepted parent: EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Unaccepted 16537–16546 are donor evidence only and never parents. Carries only the generic New York portability deltas already connected-tested: visible New York State/Region pulldown, Regional terminal contract, state containment, portable exclusion evidence, Apple-style lower-right zoom, Property grid handoff, and the explicit Property control handoff. New measured repair: the main RUN ANALYSIS owner may preserve a warm Property only for an explicit numeric street-address query or an empty current-map rerun; a state/region query cannot be captured by the stale same-query Property shortcut. This lets Regional reclaim the presentation/lifecycle after Property without changing terrain, D8, swales, aquifers, exclusions, or adding any lifecycle owner/listener/timer/observer. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16546 — PORTABLE PROPERTY CONTROL HANDOFF. Exact accepted parent: EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Carries only donor deltas already measured in New York testing: visible New York State/Region pulldown, universal Regional terminal contract, jurisdiction containment, portable exclusion evidence, Apple-style lower-right zoom, and the Property-grid handoff. New measured repair: the existing single Property control is given one authoritative current onclick owner every time it is reconciled/ensured, replacing any stale creation-time onclick without adding a listener, timer, observer, renderer, scientific variable, or jurisdiction-specific hydrology branch. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16544 — PORTABLE NY PULLDOWN + PROPERTY PUBLICATION. Exact parent: accepted EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Unaccepted 16537–16543 are donor evidence only and never parents. Two current repairs only: (1) New York is a visible State / Region entry in the normal always-available jurisdiction pulldown; (2) portable non-Vermont Property safety uses the already-frozen run-scoped no-build mask as the clearance owner whenever open-data exclusion evidence has reached a publishable feature-found or screened-clear state, instead of allowing an optional post-render map index to veto a scientifically completed portable run. The existing four variables remain Slope, Water Paths, Aquifers, Exclusions (structures, bodies of water, roads). Carries the universal Regional terminal contract, state containment, portable evidence contract and Apple-style lower-right zoom dock. No New York hydrology branch, fifth variable, new lifecycle owner/listener/timer/observer/renderer. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16542 — PORTABLE NEW YORK + APPLE-STYLE ZOOM DOCK. Exact parent: accepted EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Reapplies the generic portable New York candidate deltas directly onto the accepted parent; unaccepted 16537–16541 remain donor evidence only and never parents. Adds one user-requested presentation correction: the existing native +/- zoom dock is restored to the lower-right Apple-style position by overriding the inherited late top:76px legacy regression-lock placement. No new control, listener, timer, observer, renderer, scientific variable, or jurisdiction-specific hydrology branch. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16541 — PORTABLE ADMIN INTENT + JURISDICTION CONTAINMENT + PROPERTY EVIDENCE. Exact parent: accepted EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Unaccepted 16537/16538/16539/16540 are donor evidence only and never parents. User explicitly authorized full New York repair. Generic portable architecture only: (1) the existing pulldown visibly offers State / Region, Country, and City / Place intent for ambiguous bare names; explicit administrative qualifiers are removed only from the geocoder lookup string while retained as type intent, so “New York state” resolves the administrative region rather than a same-name POI; (2) U.S. state Regional publication is contained after continuous terrain computation to the authoritative Census state polygon; (3) non-Vermont Property uses the existing open-data exclusion path for structures, roads and mapped water with feature-found / screened-clear / failed semantics and exact terminal reasons. Carries the universal Regional terminal contract. No New York hydrology branch, no fifth variable, no new lifecycle owner/listener/timer/observer/renderer. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16539 — PORTABLE US-STATE CONTAINMENT + PROPERTY EVIDENCE COMPLETION. Exact parent: accepted EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. User explicitly authorized full New York repair scope. Carries the generic place-type resolver and Regional terminal contract from unaccepted 16538 as donor logic, then completes the same shared architecture without a New York science branch: ambiguous bare names expose generic State/Region, Country and City/Place choices without per-keystroke network geocoding; U.S. state Regional publication is contained after terrain computation using the U.S. Census TIGERweb state-boundary capability so corridors cannot rank outside the selected state; portable Property exclusion evidence uses the existing open-data path with roads, structures and mapped water plus screened-clear semantics and exact failure reasons; generic aquifer labels obey collision placement; shared Regional progress wording is jurisdiction-neutral. Terrain hydrology remains one continuous DEM/D8 engine and is never clipped before computation. No new scientific variable, persistent lifecycle owner, listener, interval, polling loop, MutationObserver, or renderer. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16536 — REGIONAL CROSSHAIR CENTERED MEDIUM. Exact parent: accepted EARTHLINE-VERMONT-16534-CLEAN-RETIRE-UNOBSTRUCTED-BOUNDARY.html SHA-256 ab419365ea212912121edc0b8bd7a4149b9e75e2cf3d3e262642555d947e0487. Exactly two user-requested presentation corrections to the existing Regional-only fixed map-center crosshair: (1) reduce the prior proposed enlarged footprint to a moderate 36px; (2) mathematically center the visible circular dot on the arm intersection using border-box sizing and symmetric positioning. Property-mode crosshair styling and all targeting/behavior remain unchanged. No JavaScript, science, hydrology, DEM, D8, recharge, swales, exclusions, mapped-water gate, boundary, aquifer, contours, gauge, report, Search Orb, listener, timer, polling loop, renderer, or lifecycle owner changed. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16534 — CLEAN PROPERTY RETIRE + UNOBSTRUCTED CURRENT BOUNDARY. Exact parent: accepted EARTHLINE-VERMONT-16531-DIRECT-TRANSITION-CLEAR.html SHA-256 4582d40025fbef28e91cef1cc2be2ff2fef46c621cc1cfa8de4aa5b6f9d9a74a. 16532 and 16533 failed connected testing and are never parents. Exactly two repair groups only: (1) extend the existing presentation-only Property retirement to hide the already-existing natural-texture and planting layers from the prior Property without clearing or mutating any Mapbox/authoritative/scientific source data, so the existing owners can republish the new Property normally after scientific commit; (2) repair the existing single 15827 analysis-boundary presentation so a valid current boundary restores display:block!important after prior display:none!important suppression while omitting the centered ANALYZED AREA label box/text that obstructed the Property result. No DEM, D8, hydrology, recharge, swale geometry/ranking/spacing, exclusions, mapped-water gate, aquifer, contour, report, gauge, Regional science, Search Orb, renderer cache/data, listener, timer, polling loop, or lifecycle owner changed. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16531 — DIRECT DOM TRANSITION MESSAGE CLEAR. Exact parent: accepted EARTHLINE-VERMONT-16529-WATER-BODY-MESSAGE-GATE.html SHA-256 2d6808bb954a86c6beddafd27a92c1c4689bfc4cd045608b635b3c87b0e87dcc. Rejected 16530 is never a parent. Exactly the same two user-requested presentation repairs only, corrected for JavaScript scope: (1) when Property Search begins, activate the existing Regional corridor-tip close button through the DOM so its already-wired private dismissal owner removes the “Regional corridors are clickable / A4” box and records it acknowledged for the page, including a mapped-water early stop; (2) when a new Regional Search begins, directly hide the existing “Swales are not modelled over bodies of water.” DOM message. No hydrology, DEM, D8, recharge, swale geometry/ranking/spacing, mapped-water detection, exclusions, boundary, aquifer, contour, report, gauge, styling, Regional science, Property publication, renderer, listener, timer, polling loop, or lifecycle owner changed. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16529 — WATER-BODY PROPERTY MESSAGE GATE. Exact parent: accepted EARTHLINE-VERMONT-16521-BOUNDARY-VISIBILITY-PRIORITY-DARK-GREEN-SWALES.html SHA-256 756a5fce8f1ec10296a3c3dd8d207f6720690327770031ad3c13532d0c910864. One user-requested behavior only: before a Property run starts, test the exact selected crosshair against already-loaded mapped open-water polygon evidence in the existing map style/source; when the crosshair is inside mapped open water, do not start DEM, D8, recharge, water-path, or swale modelling and display only the approved map message “Swales are not modelled over bodies of water.” No Property publication, renderer, exclusion science, hydrology, recharge science, swale geometry/ranking/spacing, aquifer science/data, contour science, report, gauge, language, logo, Search Orb, Regional science, network source, listener, polling loop, or persistent lifecycle owner changed. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16521 — BOUNDARY VISIBILITY PRIORITY + DARK-GREEN SWALE OUTLINE. Exact parent: EARTHLINE-VERMONT-16516-PORTABLE-PROPERTY-EVIDENCE-TIERS.html SHA-256 04b2ff4c617c69b7804efdcf373a98549331879617c8012a5f5de0a426802882. Exactly two user-requested defects only: (1) preserve presentation-only retirement and bounded same-generation settlement, preserve the current-generation M.analysisBoundaryLngLat source correction, and repair the existing single 15827 boundary owner so it can visibly restore the current 20-acre boundary even after the older hideUnapproved path left an inline display:none!important on that same SVG; the existing owner now sets its own visible/hidden display state with !important and no second boundary owner or lifecycle listener is added; (2) refine the already-approved swale-visibility treatment so the same living-swale perimeter/underlay is a darker, stronger green while preserving the modest additional blue ribbon. No DEM, D8, recharge, swale geometry/ranking/spacing, exclusions, evidence tiers, aquifer science, contours, report, gauge, language, logo, Search Orb, or Regional science changes. CANDIDATE / CONNECTED UNVERIFIED. -->
<!-- EARTHLINE 16516 — PORTABLE PROPERTY EVIDENCE TIERS + VISIBLE EVIDENCE GRADE. Exact parent: EARTHLINE-VERMONT-16514-ELEVATION-LABEL-DENSITY-PLUS-25.html SHA-256 e87fd85cca36fa5512465984502bd6d519f5370fdadf7506da2be9f1e7c15364. Two governed changes only: (1) preserve the existing Vermont authoritative E911/VCGI exclusion path unchanged when the full Property frame is inside Vermont, while allowing an outside-Vermont Property frame to continue through the same terrain/slope/D8/contour/recharge/corridor engine under an explicit source-tier + acquisition-result evidence contract; re-enable the already-existing Overpass/OSM parcel query only for the non-Vermont portable path, retain Mapbox evidence as fallback, classify successful zero-feature open-data retrieval as unavailable rather than verified-clear, and keep actual source/query failure fail-closed; (2) make the resulting exclusion evidence grade visually explicit in the Property interface and Bioswale Impact Report cover, with authoritative-local, open-data-screened, unavailable/terrain-only, and failed treatments. No confidence percentage is invented. Vermont science, buffers, authoritative endpoints, DEM, hydrology, recharge formula, swale geometry/ranking/spacing, aquifer science, contour geometry, Search Orb, report calculations, and lifecycle owners are unchanged. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16514 — ELEVATION LABEL DENSITY +25%. Exact parent: EARTHLINE-VERMONT-16513-REPORT-SWALES-COPY-SYNC.html SHA-256 c465fc8da33974e8f372d29224fe91e16205f5416faaeab741e75d7be2cf26e0. Single presentation-only repair: increase candidate placement frequency for existing major-contour elevation labels by approximately 25% (segment interval 44 → 35) while preserving the same contour geometry, contour levels, collision spacing, label styling, elevations, hydrology, swales, recharge, aquifer, exclusions, A1 handoff, report, toolbar, gauge, language, and lifecycle owners. 16513 is the accepted Vermont baseline after the user-reported full super-test pass. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16513 — BIOSWALE REPORT + SWALES EXPLAINED COPY SYNCHRONIZATION. Exact parent: EARTHLINE-VERMONT-16512-CONTACT-CENTERED-SEARCH-BRASS-HBW-V2-CORRECTIONS.html SHA-256 cbe16a75661704ef7f4ffcc63e507527bef050ae31024d2298560fc19f2899a0. Two report-content groups only: (1) preserve the full user-supplied How Bioswales Work Version 2.0 in the Bioswale Impact Report and integrate that exact copy into the existing Swales Explained/How Bioswales Work information page without removing its approved diagrams or measured precedents; (2) preserve the Corrections Registry as a separate credibility/governance section in the Bioswale Impact Report and add the same registry copy to Swales Explained. No hydrology, recharge, groundwater/aquifer science, swale geometry, exclusions, A1 handoff, map presentation, toolbar, gauge, language, report calculations, stamp, Search Orb, or lifecycle owner changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16510 — STAMP LOGO VERTICAL SEPARATION. Exact parent: EARTHLINE-VERMONT-16509-STAMP-LOGO-WAVES-REPORT-SCROLL-ARROWS.html. Single presentation repair only: move the exact approved Earthline sun/wave mark upward inside the engineering/provenance stamp so the blue wave no longer overlaps the Earthline wordmark. The approved logo geometry, wave offsets, scaling, wordmark, stamp rings, report scrollbar arrows, report content, map presentation, hydrology, recharge, aquifer, A1 handoff, swales, exclusions, language, gauge, and lifecycle behavior are unchanged. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16509 — APPROVED STAMP MARK + REPORT SCROLL ARROWS. Exact parent: EARTHLINE-VERMONT-16508-SINGLE-WATER-EVIDENCE-TOP-TEXT.html SHA-256 feac044966711cfc61c8b369ab3e9bb9596846f24eba6ee3d39013494b70fa8c. Two repairs only: (1) replace the engineering/provenance stamp's uniform wave generator with the exact approved #logoMark sun/wave geometry, uniformly scaled into the stamp so the green wave retains its slight horizontal offset relative to the brown/blue waves; (2) add explicit top and bottom arrow buttons to the right-side Bioswale Impact Report scrollbar in Chromium/WebKit presentation. Source audit only, no code change: Property recharge suitability is recomputed per current 20-acre M.inP grid after M.rechargeStats is cleared at run start; computeRecharge() owns the mean score and the gauge reads that current run value. No recharge science, hydrology, A1 handoff, aquifer, swales, exclusions, map presentation, language, gauge, or lifecycle owner changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16508 — SINGLE PROPERTY WATER REPRESENTATION + EVIDENCE-DRIVEN AQUIFER TOP TEXT. Exact parent: EARTHLINE-VERMONT-16504-PROPERTY-CLEAN-MAP-LEGENDS-NO-WHYNOT-RING.html SHA-256 d196d094e296460006d2340556e46638d82a7c34493413878d2c6446ee74c9a5. Two repairs only: (1) Property water presentation uses the existing authoritative 15823 smoothed D8 flow result as the sole 15824 SVG dataset, falling back to the existing direct D8 representation only when the authoritative result is empty; legacy 15792 native flow layers remain hidden in Property. This removes the 16331 always-merge of two representations of the same hydrology that produced parallel/orthogonal visual clutter. (2) Property aquifer/groundwater top text is shown from actual current evidence (VT groundwater summary point and/or mapped aquifer context) independently of whether a mapped aquifer polygon layer toggle is on; the annotation is hosted in .map-area above the Property water SVG, while buried Mapbox aquifer text remains suppressed. No A1/setPropertyTarget16201 handoff, DEM/hydrology computation, recharge, corridor geometry, exclusions, aquifer acquisition/science, ranking, report, language, gauge, sidebar, or lifecycle listener change. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16504 — PROPERTY CLEAN MAP PRESENTATION. Exact parent: EARTHLINE-VERMONT-16502-TOP-COPY-HALF-POINT-LARGER.html SHA-256 37c1d7bf885c19624feb92fb74b78b36480659ae6c3445f8bf6c5d585e043c44. Two repairs only: (1) hide legacy Regional-only POTENTIAL BIOSWALES / mapped groundwater context / Swales Explained map bars whenever the authoritative analysis tier is Property; (2) suppress the legacy WHY-NOT-HERE magenta target layer in normal Property coverage presentation while preserving its scientific/audit data. No hydrology, recharge science, corridor geometry, exclusions, groundwater science, report, language, gauge score, sidebar, or lifecycle owner changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16501 — MAP PRESENTATION + VIETNAMESE LANGUAGE.
     Exact parent: EARTHLINE-VERMONT-16500-LIVE-STYLE-CAPABILITY-GUARDS.html
     Repair group 1 — map/UI presentation only: keep A1 discoverable even when its corridor midpoint is offscreen by using a visible point on the same corridor or, only when the whole corridor is offscreen, a clamped edge badge tied to the same A1 feature; move the four existing gauge screws onto the visual centerline of the brass rim band; render Property aquifer/groundwater evidence words in the existing 15805 final-owner pass as a DOM annotation above the direct Property water SVG, while suppressing the buried duplicate Mapbox text in Property. No aquifer data, geometry, interpretation, ranking, camera, hydrology, recharge, swale science, or layer visibility rule changed.
     Repair group 2 — language selector only: add Vietnamese (vi / Việt) alongside English and Thai using the existing language control/persistence path. No translation claims or unrelated copy changes.
     Performance lock: no new map listener, styledata/idle owner, interval, MutationObserver, polling loop, or analysis pass. CANDIDATE / CONNECTED-UNVERIFIED. -->
<!-- EARTHLINE 16497 — VERMONT PASSED-REPAIR CONSOLIDATION.
     Exact parent: EARTHLINE-VERMONT-16492-GAUGE-DATA-AQUIFER-CONTOUR-PRESENTATION.html
     Repair 1: preserve computeRecharge() mean Property suitability score as the authoritative gauge/DATA headline; High + Very High remains a separate distribution statistic. Connected test: 61 Sleepy Hollow corrected from 4% to 37%. No recharge formula, weights, thresholds, climate modifier, or geometry changed.
     Repair 2: a user-closed Earthline sidebar remains recessed through map move/zoom target synchronization; map-driven target updates no longer force the panel open. Connected test passed.
     Explicitly NOT carried forward: 16495 Regional-tip suppression, 16496 non-Vermont boundary change, 16493 aquifer-label experiment, 16494 late-groundwater/A1 experiment. No new lifecycle owner. CANDIDATE / UNVERIFIED preservation sequence. -->
<!-- EARTHLINE 16492 — ACCEPTED-16491 PRESENTATION + DATA RESTORE. Exact parent: EARTHLINE-VERMONT-16491-SEARCH-IDENTITY-REGIONAL-BYPASS-REPAIR.html SHA-256 821f5079501e3dfe1e4e0197ccb45219ab345f11e3fd5a9d68c36efd71f25513. Two repair groups only: (1) header/gauge presentation — move Language into the existing left rail, lift the approved logo slightly, enlarge approved header copy by 1 pt and Recharge Potential by 1.5 pt, remove the gauge needle, add four small slotted screw heads centered in the brass rim, and publish a Regional recharge score using the existing Earthline recharge formula in model-fallback mode on the already-computed Regional slope/flow grid; (2) DATA/map readability — use the approved corrected DATA hierarchy with score /100, actual Earthline weights and exact climate adjustment disclosure, per-row sources, conditional groundwater coverage language, source scale/vintage, keep aquifer language topmost under the existing 15805 final owner, and number more elevation contours without changing contour geometry. No new styledata/idle/move/zoom/polling/MutationObserver owner. No Property hydrology, swale geometry, recharge target geometry, exclusions, aquifer transport/evidence science, ranking, report engine, Search Orb, or tier-handoff logic changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16491 — SEARCH IDENTITY / REGIONAL BYPASS REPAIR. Exact parent: EARTHLINE-VERMONT-16488-LANGUAGE-GAUGE-DATA-REPORT-RESTORE.html. Two repairs only: (1) committing a search suggestion no longer writes M.appliedSearchText before the governed search actually resolves/publishes; (2) the 16479/16483 same-Property warm-rerun guards require the existing Property target query identity to match the entered query, rather than trusting mutable appliedSearchText. This prevents a Vermont/Regional suggestion selected after Property from being misclassified as the same Property and bypassing clearForSubmission(), resolveSearch(), and runRegional(). No science, geometry, aquifer/recharge logic, performance consolidation, UI layout, report, gauge, language, logo, or renderer ownership changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16488 — LANGUAGE + CLEAN RECHARGE GAUGE / DATA + REPORT RESTORE — UI ONLY
Exact parent: EARTHLINE-VERMONT-16487-CURRENT-RUNTIME-PRESENTATION-CONSOLIDATION.html
Parent SHA-256: 15df4249f434e26a83512897ec778b80db73ee66e96a311161dfedbb2126116d
User-directed repair groups only:
1. Restore Language in the left toolbar; preserve the approved Recharge Potential gauge; move the existing Earthline logo slightly upward; remove the needle; add four small slotted screw heads centered in the brass rim.
2. Restore the approved DATA rail control and preserve/re-expose the existing Bioswale Impact Report control/report engine.
Performance lock: preserve 16487 runtime-presentation consolidation. No new styledata, idle, camera-motion, map-render, or polling owner is added by 16488.
No DEM, hydrology, recharge scoring/targets, aquifer science, swale geometry/ranking/spacing, exclusions, Search Orb, report content/science, map rendering, or transport logic changed.
PRE-DELIVERY CANDIDATE ONLY.
-->
<!-- EARTHLINE 16545 — PORTABLE PROPERTY GRID HANDOFF. Exact accepted parent: EARTHLINE-VERMONT-16536-REGIONAL-CROSSHAIR-CENTERED-MEDIUM.html SHA-256 eb496b6b035f003eba0d71e693a16ce957af8fb5b19436c967c1b4997755d4b0. Carries the connected-passed New York general-pulldown behavior from 16544 as a donor delta, but 16544 is NOT the parent. New repair: initialize M.cellM from the governed run-scoped requestedCellM before 20-acre boundary rasterization so Regional-scale grid state cannot collapse the Property frame. No new lifecycle owner/listener/timer, no new scientific variable, no jurisdiction-specific terrain branch. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16487 — CURRENT-RUNTIME PRESENTATION CONSOLIDATION + GENERATION-BOUNDED RECOVERY. Exact parent: EARTHLINE-VERMONT-16483-SAME-STREET-PROPERTY-NO-REGEOCODE.html SHA-256 34e09e9f4533d454a4f40a0caa47265f79cd54a7fea62b15509407d20d0a3045. Two governed defects only: (1) neutralize inherited permanent styledata/idle/per-frame presentation reassertion fan-out and route genuine style reconstruction to style.load / camera-end events, while keeping BUILD-CHECK-15805 as the final core visibility/order owner and carrying the 16484/16485/16486 end-only renderer cleanups; (2) make BUILD-CHECK-15882 recovery a true maximum of 8 total firings per M.searchGen, with every firing reason/outcome recorded and forced re-arm unable to reset the same-generation budget. No hydrology, DEM/grid, slope, exclusions, corridor geometry, ranking, spacing, recharge science, aquifer interpretation/data, endpoints, timeout values, Search Orb, logo, report content, or user-facing controls changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16483 — DIRECT-ADDRESS RESOLUTION ORDER REPAIR. Exact parent: EARTHLINE-VERMONT-16482-EARLY-STATE-BOUNDARY-INMEMORY-AUTHORITY.html SHA-256 e2f3b4435bb7b1211ac6b9934bbf7354e574a75f3485a4034da7bbe93949b4d0. Two performance repairs only: (1) an already-published Property whose normalized numeric street-address query exactly matches M.appliedSearchText reaches the existing 16479 same-Property branch before the 16291 direct-address geocoder; (2) the 16291 direct-address owner reuses Earthline's existing bundled knownPropertyPreset record before invoking external geocoding, so established exact test properties do not pay a redundant network lookup. New/different unknown street addresses retain the original bounded geocode path. No Regional routing, science, geometry, exclusions, recharge, aquifer logic, UI, report, timeout value, endpoint, or publication rule changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16482 — PERFORMANCE ONLY: EARLY OFFICIAL VERMONT STATE-BOUNDARY PREFETCH + EXACT IN-MEMORY AUTHORITY REUSE.
Exact parent: EARTHLINE-VERMONT-16481-DUAL-OFFICIAL-VERMONT-AUTHORITY-RACE.html
Parent SHA-256: 1ed2f16ccc9147c8872118e7ef57d9fcb0922a9385eb3c1825212986e1f997a6.
Repair 1: start the existing official VCGI Vermont state-boundary owner immediately when its script installs, instead of first starting it inside Property rebuildModel immediately before the required boundary validation. The same service, CORS+JSONP race, 8-second transport bounds, cached geometry, requireAll validation, point-in-polygon math, and fail-closed verdict remain unchanged.
Repair 2: when M.vermontAuthoritySource15873 already contains query-verified driveway and building FeatureCollections for the exact same deterministic Property boundary cache key, reuse those immutable official geometries before storage/prefetch/network. The same four-state verification flags, rasterization, direct-source safety audit, buffers and fail-closed rules remain unchanged.
No DEM, hydrology, swale/corridor geometry, spacing, recharge, aquifer science/transport, exclusion threshold, Regional routing, UI, report, Orb, labels, or publication rule changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16481 — DUAL OFFICIAL VERMONT AUTHORITY RACE. Exact parent: 16480 SHA-256 c6116e8a86d1157d98121c553c950a963fcb89f7659fde51d8b0eb98c3ddb8cb. One performance architecture repair only: for Vermont driveway and building-footprint authority, race the existing ArcGIS Online VCGI FeatureServer against official VCGI-hosted MapServer mirrors and accept the first valid official geometry response for each layer. Same Vermont authority, same query envelope, same OBJECTID-only attributes, same full geometry, same buffers, rasterization, direct source-geometry safety audit, fail-closed rules, hydrology, swales, recharge, aquifers, Regional routing, UI, and report. No provisional publication and no safety weakening. CANDIDATE / UNVERIFIED until exact delivered HTML is user-tested. -->
<!-- EARTHLINE 16480 — AUTHORITATIVE PROPERTY RUN OWNER. Exact parent: 16479 SHA-256 a107e5e935dba8c3af7454cdfb04abe6dc14f90197c48ec6e3fe0ce054935e8d. One repair only: when the live top RUN ANALYSIS controller already has an explicit current Property target, runPropertyDirect calls the authoritative governed terminalPropertyRun owner directly instead of the legacy captured run15786 queue. New/unresolved searches and Regional routing are unchanged. No science, geometry, exclusions, recharge, aquifer, UI, thresholds, or report changes. -->
<!-- EARTHLINE 16479 — EXACT-SAME PROPERTY RERUN ONLY. Exact parent: 16477 SHA-256 e3a44b8df63ba059041b7b46f2776c127a2423fdc4a7176efd0b6b4a6eefb1cd. One regression repair only: a stale Property target can never hijack a new Regional/new-location query; the warm Property rerun shortcut is allowed only when the current displayed tier is Property and the entered query exactly matches the already-applied Property query, or when rerunning the current Property with an empty query. All nonmatching queries retain the original chosen-location, clear, resolveSearch, and Regional-vs-Property routing path. No science, safety, geometry, exclusions, aquifer/recharge logic, UI, or Regional analysis behavior changed. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16475 — TWO REPAIRS ONLY. Exact parent: EARTHLINE-VERMONT-16473-EXACT-SAFETY-SPATIAL-BROADPHASE.html SHA-256 1a8d9d86386486efd8b083c44b4ceb35522aaf114f47fa81c1d1e13eab1ab338. Repair 1: failed exact-boundary Vermont authority prefetches are no longer reusable session state; a prior-generation failed prefetch may receive one governed-run official retry while successful settled exact-boundary results remain reusable. Repair 2: Vermont aquifer polygon and well ArcGIS requests again race CORS with the existing JSONP/schema fallback on file:// as well as HTTP/HTTPS. No endpoints, query envelopes, exclusion buffers, geometry, hydrology, corridor science, recharge science, aquifer interpretation, UI, report, or publication thresholds changed. CANDIDATE / UNVERIFIED. -->

<!-- EARTHLINE 16477 — NONBLOCKING PROPERTY TEXTURE VERIFY. Exact parent: 16476 SHA-256 b5c3caa5cdbd6d38f7a46f9af0e7fffe0e643503a1a6642843bcdf850bf61ae3. One repair only: optional natural-swale texture/image synchronization no longer blocks the governed Property promise/top RUN ANALYSIS terminal; the same texture owner continues asynchronously and the authoritative safe-line fallback remains immediate. No science, safety, geometry, exclusions, aquifer, recharge, corridor, or UI design change. -->
<!-- EARTHLINE 16472 — PERFORMANCE ONLY. Exact parent: 16471. Sole repair: exact conservative bbox pruning inside the existing 16397 final road-overlap backstop. No safety threshold, sample spacing, road width, swale footprint, geometry, science, transport, aquifer, recharge, UI, or publication behavior changed. -->
<!-- EARTHLINE 16471 — EXACT SYMMETRIC SPACING STATS PORT. Parent: exact user-tested 16470 SHA-256 9d16e0a42e115e22402e9520231417511a66a29d08752c96cd79e5f5f5d66262. One performance repair only: port the already equivalence-tested 16465 nearest-neighbor spacing statistics implementation into the current 16470 lineage. The current Property runner computes these statistics after the instrumented science stages, so the old O(N^2) ordered-pair implementation can consume substantial unmeasured wall-clock time. Sample each corridor once; evaluate each unordered corridor pair once; apply the identical symmetric distance to both corridors. No spacing threshold, corridor selection, geometry, hydrology, exclusions, recharge, aquifers, transport, UI, or publication rule changes. CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16470 — RESTORE VERMONT CORS RACE. Parent: exact user-tested 16469 SHA-256 660cb4c92f5a44cd2721a17e42c0b7106e9368158c5a58f75f5f44f07c32519c. One performance repair only: undo the 16468 JSONP-only shortcut for the critical Vermont driveway/building authority helper. Historical local-file evidence shows the same official services completing through fetch/CORS in ~0.46 s. CORS and the existing JSONP fallback again start together on every origin and the first valid response wins. 16469 Vermont-authority independence remains intact. Aquifer transport, endpoints, query envelopes, timeouts, geometry, exclusions, hydrology, swales, recharge, aquifer science, and UI are unchanged. -->
<!-- EARTHLINE 16467 — MEASURED PROPERTY CRITICAL-PATH REPAIR ONLY.
Parent: exact user-tested EARTHLINE 16466 SHA-256 63e7c5923337f221273730d2632aa5f424ee4810860efdddd92157601d59fde4.
Measured parent evidence: Terrain-RGB 347.1 ms; mapped roads/buildings 4797.7 ms; pit fill 13.5 ms; flow 24.3 ms; recharge 13.5 ms; swale prescription 288 ms; render 9.4 ms.
Repair 1: mapped-exclusion readiness waits only for the exact relevant road/building/water style sources to be loaded/queryable, rather than global Mapbox isStyleLoaded() completion of unrelated style resources. Same mapped layer filter, same queries, same vector geometry, same Vermont authority evidence, same fail-closed verification.
Repair 2: the existing Property aquifer request continues under the same same-generation owner, but no longer blocks the Property terminal for up to 2500 ms after safe corridor/recharge render. When that same promise settles it performs the same aquifer layer sync if the generation is still current. No aquifer endpoint, data, evidence classification, polygon/well logic, or presentation rule changed.
No DEM, hydrology, contour levels, prescription, spacing, capture, exclusions, buffers, recharge science, aquifer science, report, navigation, logo, Orb, or UI additions. -->
<!-- EARTHLINE 16466 — PERFORMANCE ONLY: exact-boundary Vermont authority prefetch + geometry-only ArcGIS payload.
Exact parent: EARTHLINE-VERMONT-16464-UNCLAMPED-COOPERATIVE-YIELDS.html
Parent SHA-256: 0fb37edce1ef4195b2eb06d13dc380f90b175459fc6c54d2cbec7b1a6bcb7ffd
Measured evidence from the exact parent at the controlled Property run: Terrain-RGB 347.1 ms; mapped roads/buildings 4797.7 ms; pit fill 13.5 ms; flow routing 24.3 ms; recharge 13.5 ms; swale prescription 288 ms; render 9.4 ms. The official Vermont infrastructure acquisition is therefore the dominant measured critical-path stage.
Repair 1: the official VCGI/E911 queries request only OBJECTID + unchanged full geometry (plus no Z/M ordinates) instead of outFields=*, because Earthline discards all other attributes before rasterization. Endpoints, spatial envelope, geometry, buffers, rasterization and fail-closed verification are unchanged.
Repair 2: the existing Vermont authority prefetch is keyed by the exact analysis boundary rather than transient searchGen, and begins when the Property target is known / Property control is prewarmed. An in-flight response may be reused only when its exact boundary cache key matches the governed Property boundary; the current run still owns rasterization, verification and publication. No stale geometry can publish by generation.
No hydrology, DEM, contour, swale/corridor geometry, ranking, spacing, recharge, aquifer science, exclusion rule, safety gate, UI, copy, report, Orb, label, threshold or acceptance rule changed.
CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16464 — PERFORMANCE ONLY: unclamped cooperative task yields.
Exact parent: EARTHLINE-VERMONT-16463-NONBLOCKING-COOPERATIVE-YIELDS.html
Parent SHA-256: b1679b19461f555d590d6f4d1290333eb9caa235bfcac97fb770822784991bc6
Repair 1: DEM, pit-fill, D8-flow and recharge cooperative pauses keep the same cadence and calculation order, but use the browser Scheduler API when available (MessageChannel task fallback) instead of setTimeout(0), avoiding timer-clamp delay while still yielding the main thread.
Repair 2: the existing mapped-exclusion and Property-prescriber cooperative pause sites use the same unclamped task-yield owner. Feature order, contour order, candidates, thresholds, geometry, ranking, spacing and safety checks are unchanged.
No network timeout, DEM value, hydrology math, contour level, seed budget, corridor target, exclusion rule, safety gate, recharge/aquifer science, UI, report, Orb, label, threshold or acceptance rule changed.
Candidate until connected performance acceptance. -->
<!-- EARTHLINE 16462 — PERFORMANCE ONLY: REDUNDANT PROGRESS MUTATION DEDUP + COALESCED 16168 FULL-DOCUMENT OBSERVER.
Exact parent: EARTHLINE-VERMONT-16461-RESTORE-EXACT-SAFETY-INDEX.html
Parent SHA-256: f653183efcb54ad5ff30ef96c3b844732c111fb2b5058faddb953ff602b72022
Repair 1: preserve every Property stage/audit update, but do not rewrite identical toast text, re-add an already-present show class, re-set an already-busy Run Analysis attribute, or repeat an identical progress console line. Changed progress still publishes normally.
Repair 2: coalesce the inherited BUILD-CHECK-16168 full-document style/class MutationObserver to at most one restoreControls() callback per animation frame, matching the already-governed observer discipline used elsewhere in Earthline.
No DEM values/requests, pit fill, D8 routing, accumulation, contour levels, seed budgets, swale/corridor geometry, ranking, spacing, capture, exclusions, safety gates, recharge, aquifer science/publication, UI content, report, Orb, logo, labels, thresholds, or acceptance rules changed.
CANDIDATE / UNVERIFIED. -->
<!-- EARTHLINE 16461 — PERFORMANCE ONLY: restore exact-equivalent Property exclusion safety indexing from the proven 16285 performance owner.
Exact parent: EARTHLINE-VERMONT-16460-EXACT-CONTOUR-SEED-INDEX.html
Single repair: preserve the same 1 m corridor sampling, exclusion buffers, feature classes, fail-closed gates, accepted-intersection zero rule and 16397 road-footprint backstop while restoring conservative geometry bounding boxes, one-pass point clearance/intersection evaluation, and one shared synchronous exclusion index across filter → audit → road backstop. No safety criterion or science is weakened.
No DEM, hydrology, prescriber thresholds, contour geometry, ranking, spacing, corridor target, recharge, aquifer, UI, report, labels, or transport changes. Diagnostic/performance candidate only. -->
<!-- EARTHLINE 16460 — PERFORMANCE ONLY: exact contour seed membership index.
Exact parent: EARTHLINE-VERMONT-16459-EXCLUSION-STYLE-READINESS-OVERLAP.html
Single repair: the Property prescriber no longer rescans the full 210×146 hydrology grid once per contour level. After the existing contour levels are finalized, build one row-major index mapping each already-eligible cell to every approved level whose four-corner elevation range it crosses. seedCandidatesForLevel consumes those exact same cell indices in the exact same row-major order and then runs the unchanged scoring, sorting, seed separation, tracing, ranking, spacing, exclusion, recharge, and publication logic.
No threshold, level, candidate score, contour geometry, corridor count target, no-build rule, aquifer/recharge science, DEM, hydrology, UI, report, labels, or transport changes. Diagnostic/performance candidate only. -->
<!-- EARTHLINE 16459 — SPEED ONLY: overlap the existing 5-second mapped-exclusion style-readiness owner with the already-running Vermont authority and exact DEM prewarms. The same same-generation readiness result is still awaited by the authoritative exclusion owner before verification/publication. No exclusion evidence, timeout, science, geometry, ranking, UI, aquifer, recharge, report, or label change. -->
<!-- EARTHLINE 16457 — SPEED ONLY: early exact DEM prewarm + exact flow-evidence CPU caching/diagnostic allocation reduction. No science, geometry, ranking, thresholds, UI, aquifer, recharge, report, or label change. -->
<!-- EARTHLINE 16451 — TWO REPAIRS ONLY
Parent: EARTHLINE-VERMONT-16450-AQUIFER-POLYGON-PRESERVATION-HALF-HEIGHT-GREEN.html
Repair 1: bound the entire Vermont groundwater request group at 8 seconds and publish only results already completed at the deadline; background late completions cannot extend Property publication.
Repair 2: clean the existing analytical annotation owner only — one recharge caption, one 20-acre boundary caption, collision handling restored, stronger dark halo/max-width for aquifer evidence and recharge text. No recharge/aquifer geometry, scoring, exclusions, corridors, water paths, report, gauge, logo, menu, or button dimensions changed.
-->
<!-- EARTHLINE 16450 — TWO REPAIRS ONLY
Exact parent: EARTHLINE-VERMONT-16422-REGIONAL-TERRARIUM-MIRROR-RACE.html
Parent SHA-256: c957c7a7112a223866c5261bcadec13508c86e5b891acdab4b00e4da8027cba1
Repair 1: restore the existing 16373 exact intersecting Regional aquifer-polygon inheritance before Property request ownership, preserve those polygons when the Vermont local refresh returns no polygon, and do not block Property terminal on the well request when truthful inherited polygons are already present. No geometry invented.
Repair 2: make only the two green Run Analysis / Property Investigation controls exactly half of their 52 px effective owner height: 26 px. Report control unchanged.
No other requested or behavioral change.
-->
<!-- EARTHLINE 16422 — REGIONAL TERRARIUM MIRROR RACE — PERFORMANCE ONLY
Exact parent: EARTHLINE-VERMONT-16421-DISPLAY-RECOVERY-HYDRO-FINAL-OWNER.html
Parent SHA-256: d708db88cf60ddc1874dd33659c57485b3edd255a95c2382de1714d155e0d523
Single objective: remove inherited serial mirror latency from Regional open-elevation tile acquisition. The existing primary Terrarium request starts unchanged; if it has not completed after 250 ms, the existing identical alternate mirror starts in parallel. First successful identical tile wins; primary failure starts the alternate immediately.
Preserved: 16421 late display-recovery → hydro final-owner correction; all Property/recharge/aquifer/swale science, geometry, thresholds, exclusions, reports, UI, Orb, and Regional publication behavior.
PRE-DELIVERY CANDIDATE ONLY.
-->
<!-- EARTHLINE 16421 — DISPLAY RECOVERY → HYDRO FINAL OWNER — CORRECTNESS ONLY
Exact parent: EARTHLINE-VERMONT-16417-LATE-LIVING-SWALE-HYDRO-ORDER-HANDOFF.html
Parent SHA-256: 2dad3c7e7d275ee36d429f2f3f9924d3492c977a90a780ac20a388beab2c345d
Single objective: close the remaining late Property z-order race proven by the 8-second move trace. BUILD-CHECK-15882 attemptRecovery currently applies the authoritative 15805 owner and then calls forceVisible(), which moves the living-swale layers afterward and therefore defeats the owner. 16421 preserves the same recovery behavior but executes forceVisible first and returns final layer order to 15805 last.
No Property science, swale/safe geometry, recharge/aquifer science, hydrology, ranking, spacing, exclusions, Regional behavior/performance, UI, Orb, report, thresholds, or data acquisition changed.
Lineage lock: rejected 16418, 16419, and 16420 are NOT parents.
Acceptance: inline scripts parse; Chromium z-order time-series remains correct through at least 8 seconds after Property terminal publication; full seven-run gate includes Fresh Property → Regional → same exact Property with late-settle source and z-order checks.
PRE-DELIVERY CANDIDATE ONLY.
-->
<!-- EARTHLINE 16417 — LATE LIVING-SWALE → HYDRO ORDER HANDOFF — CORRECTNESS ONLY
Exact parent: EARTHLINE-VERMONT-16414-RECHARGE-EVIDENCE-VISIBILITY-OWNER.html
Parent SHA-256: 87eef632d7ab96a699ff17832baa7568d9e2a992e39f0e32a9d3dec6c76fd1fb
Single objective: close the inherited late z-order race proven by the strengthened settle gate. The 15792 Property renderer intentionally rehydrates living swale/water layers through a bounded 0/90/280/760/1600 ms sequence; when its legacy before-layer no longer exists, a late rehydrate can move the living swale layers above the 16414 recharge/aquifer evidence order. At the end of each existing 15792 refresh, final analytical order is handed back to the existing 15805 renderer owner.
No Property science, safe geometry, swale geometry/texture, recharge/aquifer science, hydrology, ranking, spacing, exclusions, Regional behavior/performance, UI, Orb, report, or thresholds changed.
16415 (Regional mirror race) and 16416 (wrong late-owner hypothesis) are rejected pre-delivery / NEVER PARENT.
Acceptance: Chromium 7-run regression gate including Fresh Property → Regional → same Property with a post-Property settle longer than the existing 1600 ms rehydrate window.
PRE-DELIVERY CANDIDATE ONLY.
-->
<!-- EARTHLINE 16414 — RECHARGE EVIDENCE VISIBILITY OWNER
Exact parent: EARTHLINE-VERMONT-16410-TRUE-ATOMIC-PROPERTY-EVIDENCE-COMMIT.html
Parent SHA-256: 47fbeeabc78129d7f438d6051754567b782baa4ab8df76a2a61129a2f3279cc1
16411/16412/16413 are NOT parents. Their independently verified navigation/frame and aquifer-annotation presentation deltas are replayed directly from 16410.
Source-level defect resolved: Property recharge polygons can be scientifically selected and published while their visible outline remains below the later authoritative living-swale/planting layers; the recharge symbol also allows collision suppression. This makes valid targets appear absent on dense Property publications.
Single objective: within the existing BUILD-CHECK-15805 renderer owner, keep recharge fill contextual below the interventions, but raise the existing recharge line + highlight + label above living swales; force the existing recharge label to remain placeable; retain Vermont well/legacy/current aquifer evidence annotations above swales. No recharge science, aquifer science, geometry, scoring, containment, exclusions, swale prescription, hydrology, report, Orb, menu, or performance logic changes.
Acceptance: expanded Chromium 7/7 including Fresh Property -> Regional -> same Property; positive recharge source/selection; recharge line/highlight/label above living swales; recharge label overlap protection; aquifer evidence topmost; then connected acceptance.
PRE-DELIVERY CANDIDATE ONLY.
-->
<!-- EARTHLINE 16410 — TRUE ATOMIC PROPERTY EVIDENCE COMMIT
Exact parent: EARTHLINE-VERMONT-16401-AQUIFER-EVIDENCE-VISIBILITY-OWNER.html
Parent SHA-256: 5b9e77b3e8d2a6fbb588413c2e229334588e93f9919fe26d1b20be002afee3b5
LINEAGE LOCK: Builds 16402 through 16409 are NOT parents.
This artifact is rebuilt directly from exact verified 16401 and carries only the minimum correctness deltas required to close the repeatedly observed Property publication race:
1. Preserve the post-prescriber Property recharge candidate-starvation repair: final no-build/pond eligibility before ranking/selection, no top-80 starvation ceiling, stable suitability order, existing 16332 containment/spacing science and zero-reason audit unchanged.
2. Preserve the existing 16393 Property-bounds aquifer request as the sole acquisition owner and await that same-generation promise before Property evidence handoff.
3. TRUE ATOMIC EVIDENCE COMMIT: before Property can be declared published, set the existing contour/recharge/aquifer layer intents on, synchronize those existing native sources through their existing owners, release the existing aquifer presentation hold, re-apply the 15805 ownership registry, and record a hidden source-state audit. The old four delayed post-publication evidence restore timers are suppressed so they cannot race or repair a supposedly finished Property after publication.
No new owner, no new data source, no UI/copy, no performance optimization, no hydrology, swale, recharge science, aquifer interpretation, exclusion, report, Orb, navigation, styling, or threshold change.
Status text is not evidence; the Property terminal owner must now finish its evidence source/layer handoff before it may announce publication.
CONNECTED CANDIDATE ONLY.
-->
<!-- EARTHLINE 16401 — AQUIFER EVIDENCE VISIBILITY OWNER
Exact parent: EARTHLINE-VERMONT-16400-AQUIFER-SCHEMA-REPAIR-PROCESS-LOGO.html
Single objective: add the already-existing Vermont groundwater well and aquifer-evidence
Mapbox layers to the one authoritative analytical renderer visibility registry. 16400
created/populated those layers but the 15805 ownership registry did not include them,
so Property ownership could leave them at visibility:none. No data acquisition, aquifer
interpretation, swale/exclusion, recharge, hydrology, report, UI, logo, menu, or styling
changes are made. Candidate until connected acceptance.
-->
<!-- EARTHLINE 16400 — AQUIFER SCHEMA REPAIR + APPROVED PROCESS LOGO — CONNECTED CANDIDATE.
Exact protected behavioral parent: EARTHLINE-VERMONT-16397-NARROW-ROAD-OVERLAP-BACKSTOP.html
Parent SHA-256: 7cff2041ebcfabeb75e852d9d466cfb6ad821a4b67005abcdfa99152d9df97fe
User-directed scope only:
1. Make Vermont Property aquifer/groundwater evidence work. Correct the official VT ANR/VGS ArcGIS field contracts used by the Property resolver, retain CORS->JSONP transport fallback, and keep truthful mapped-material + nearby-well evidence without inventing a parcel aquifer boundary.
2. On the existing Earthline Process hamburger item, replace the two-wave placeholder glyph with the existing approved Earthline logo asset already present in the product.
Preserve 16397 swales, narrow road-overlap backstop, recharge, hydrology, slope, report, stamp, all other menu styling/behavior, Bioswales Explained, navigation, Orb, and all other locked behavior/content.
No new visible boxes, copy, controls, science thresholds, swale placement, or unrelated changes.
-->
<!-- EARTHLINE 16397 — NARROW ROAD-OVERLAP BACKSTOP ONLY.
Exact parent: EARTHLINE-VERMONT-16394-REPORT-GRAY-SECTION7-BLACK-CORRECTION.html
Parent SHA-256: d8c53b9093a14c9985c09765b7969ca50e22c8dc8d290f859d31da97c16eeefa
16396 is rejected and is NOT a parent.
User-directed scope only: preserve the accepted swale/recharge population while preventing a published Property swale footprint or modeled recharge target from physically overlapping a road that is actually present in the already-loaded map road geometry.
No new data source, no new dependency, no aquifer change, no DEM/hydrology/slope/recharge-science change, no report/UI/copy/stamp/logo/menu/navigation/Orb change.
This build does NOT widen the generic no-build mask. It adds a final road-only physical-overlap backstop from the existing map exclusion index at publication/render time.
-->
<!-- EARTHLINE 16394 — USER-DIRECTED PRESENTATION CORRECTION ONLY
Exact parent: EARTHLINE-VERMONT-16393-REPEATED-PROPERTY-AQUIFER-SINGLE-OWNER.html
Changes in this build only:
1. Force the Bioswale Impact Report top/cover and toolbar to the approved light-gray treatment.
2. Force only Bioswales Explained §7 ordered-list text, including bold lead text, to black.
No aquifer, hydrology, recharge, swale, exclusion, report content, stamp, logo, menu, navigation, Orb, or other behavior/content changes.
-->
<!-- EARTHLINE 16393 — REPEATED PROPERTY AQUIFER SINGLE OWNER
Exact parent: EARTHLINE-VERMONT-16392-REPORT-GRAY-BOTTOM-LANGUAGE-SECTION7-BLACK.html
Single objective: prevent post-publication camera-based aquifer refreshes from superseding the authoritative current Property-bounds aquifer request.
No report, Bioswales Explained, Earthline Process, logo, stamp, hamburger, hydrology, recharge, swale, exclusion, navigation, Orb, or other UI/content/science changes.
-->
<!-- EARTHLINE 16392 — REPORT GRAY TOP + HOW-BIOSWALES REPORT PLACEMENT + SECTION-7 TEXT COLOR — USER-DIRECTED PRESENTATION ONLY.
Exact parent: EARTHLINE-VERMONT-16391-REPORT-RESTORATION-PROPERTY-AQUIFER-BOUNDS.html
Changes in this build only, exactly as directed by the user:
1. Make the top/cover of the Bioswale Impact Report gray like the other light Earthline reading surfaces.
2. Move the previously added How Bioswales Work language from immediately after the cover to the very bottom of the Report.
3. In Bioswales Explained §7, change the light-gray ordered-list text to black.
No aquifer acquisition/rendering, hydrology, recharge, swale science/geometry/ranking, exclusions, report stamp, report logo, ledger, hamburger controls, navigation, Orb, or other content/behavior is changed.
-->
<!-- EARTHLINE 16378 — AQUIFER LABEL TOPMOST + REFINED SIZE — PRESENTATION ONLY.
Exact parent: EARTHLINE-VERMONT-16377-AQUIFER-LABEL-TOPMOST-MORE-SWALE-BLUE.html
Parent SHA-256: 340ac634a6d3889b701498f62bbdc6e120c55aa58446f1cd82f5552d7e04df97
Connected parent evidence: Property published cleanly, the orange background blink remained absent, and the stronger swale-blue treatment was visible. User approved the topmost aquifer-label visual direction but asked for the words to be a little smaller.
Objective: reduce only the dedicated truthful AQUIFER CONTEXT / MAPPED AQUIFER label size while keeping that label as the final/topmost Mapbox analytical annotation layer.
Method: amend only the existing BUILD-CHECK-15788 label owner. Reduce its four zoom-stop text-size values modestly; keep allow-overlap/ignore-placement, high-contrast halo, and the existing final moveLayer(LABEL_LAYER) topmost ownership unchanged.
No aquifer geometry/classification/fill/acquisition/handoff, Property/Regional search or lifecycle, DEM/hydrology/prescriber, exclusions/safety, recharge, swale geometry/science/blue widths, Orb, report, navigation, or content logic changed. Candidate until connected visual acceptance.
-->
<!-- EARTHLINE 16377 — AQUIFER LABEL TOPMOST + MORE SWALE BLUE — PRESENTATION ONLY.
Parent: EARTHLINE-VERMONT-16376-PROPERTY-AQUIFER-LEGIBILITY.html
Parent SHA-256: cf6ab687612c5893fd3018a60c0d98aa941e32fa4ce1ff3b0277c975efb3b80f
Objective 1: keep the dedicated truthful Property aquifer words above every Mapbox analytical layer after ownership/style/move refreshes.
Method: the existing BUILD-CHECK-15788 label owner now re-raises its dedicated AQUIFER CONTEXT / MAPPED AQUIFER symbol layer to the top after renderer ownership is applied. No aquifer geometry, classification, fill opacity, acquisition, or handoff logic changes.
Objective 2: increase only the blue-water visual component inside existing Property/focus bioswales by another 25% relative to 16376 while retaining green/brown living-swale structure.
Method: use the previously source-tested 16363 blue presentation values: native living-swale water width ×1.25 with stronger Earthline-blue palette/opacity, authoritative-safe fallback water width ×1.25, and natural SVG water-pocket width ×1.25 with modestly stronger blue/highlight. Cumulative blue width is 1.953125× the pre-16351 baseline.
No Property/Regional search, lifecycle, DEM, hydrology, prescription, exclusions/safety, corridor geometry/ranking/spacing/capture, recharge, aquifer evidence, Orb, report, navigation, or science logic changed. Candidate until connected acceptance.
-->
<!-- EARTHLINE 16376 — PROPERTY AQUIFER LEGIBILITY — CANDIDATE.
Exact parent: EARTHLINE-VERMONT-16375-VALID-MAPBOX-AQUIFER-STYLE-EXPRESSION.html
Parent SHA-256: d60c0eed50816b78ead68bb44fe030ce987bd188d8986fd01afb73400e152408
Connected parent evidence: 16375 Property published with water + swales and the user confirmed the prior broad orange background blink did not occur. The invalid Mapbox aquifer fill-opacity expression is therefore retained as repaired.
Objective: improve legibility only when truthful Property aquifer/hydrogeologic geometry actually exists, without increasing broad fill enough to wash out swales, water paths, or imagery.
Repair: amend only the existing BUILD-CHECK-15788 native aquifer presentation owner. Keep the restrained context fill unchanged; strengthen boundary line hierarchy modestly and make the dedicated AQUIFER CONTEXT / MAPPED AQUIFER point label larger, sun-orange/cream, and more strongly haloed. Reapply these label properties from the same existing style owner so style reloads cannot leave the label faint.
No aquifer acquisition/geometry/handoff, Property search/publication, DEM/hydrology/prescriber, exclusions/safety, recharge, swales, Regional science/cancellation/water, Orb, report, navigation, or content logic changed. 16374's Property-tier hiding of the separate live Regional aquifer layer and 16375's valid Mapbox expression are preserved unchanged.
-->
<!-- EARTHLINE 16375 — VALID MAPBOX AQUIFER STYLE EXPRESSION — CANDIDATE.
Exact parent: EARTHLINE-VERMONT-16374-REGIONAL-AQUIFER-PROPERTY-VISIBILITY-OWNER.html
Parent SHA-256: 6c76b49473c6acbba980648e59fed844f82bccd79bd415c40ac498cbed903e4c
Connected/source evidence: Property can publish, but the uploaded console shows a repeated Mapbox validation error on earthline-aquifers-fill.fill-opacity: a nested ["zoom"] expression is being used inside ["case"]. The error is emitted repeatedly from earthlineApplyAquiferLayerStyle via refresh15787/refresh15788 and can prevent the 15788 aquifer style owner from completing.
Repair: amend only the existing BUILD-CHECK-15788 fill-opacity expression. Zoom is now the required top-level interpolate input; the aquiferType case is evaluated only at each zoom stop. The exact same context/mapped opacity values are preserved.
No aquifer geometry/acquisition/handoff, Property search/publication, DEM/hydrology/prescriber, exclusions/safety, recharge, swales, Regional science/cancellation/water, Orb, report, navigation, or content logic changed. 16374's Property-tier hiding of the separate live Regional aquifer layer is preserved unchanged.
-->
<!-- EARTHLINE 16374 — REGIONAL AQUIFER / PROPERTY VISIBILITY OWNER — CANDIDATE.
Exact parent: EARTHLINE-VERMONT-16373-AUTHORITATIVE-FIRST-PROPERTY-AQUIFER-HANDOFF.html
Parent SHA-256: 262429bef09c4ac94d2d1fb41b5dd13c55ea097ccb35a5cb3290a5cff80e8503
Connected parent behavior: rerun produced a good Property result, but a broad orange background blinked during the transition.
Source-proven conflict: the late 16149 persistVisualPolicy() interval unconditionally forced the live Regional aquifer fill/line visible and reset fill opacity to 0.40 every 1.5 seconds. During Property tier, that competed with the Property handoff/renderer owners and could transiently expose the broad Regional orange aquifer polygon behind the Property map.
Repair: amend that existing late owner in place. It may cache Regional aquifer GeoJSON in all tiers, but while Property is running/displayed it must keep el-live-aquifer-* Regional layers hidden and must not rehydrate the live Regional source. Regional/Focus behavior is unchanged. Property's separate earthline-aquifers-* context owner is unchanged.
No Property search, publication, DEM/hydrology/prescriber, exclusions/safety, recharge, swales, native Property aquifer styling/geometry, Regional science, Orb, report, navigation, or content logic changed.
-->
<!-- EARTHLINE 16373 — AUTHORITATIVE FIRST-PROPERTY AQUIFER HANDOFF — CANDIDATE.
Exact parent: EARTHLINE-VERMONT-16372-PROPERTY-FOREGROUND-LIFECYCLE.html
Parent SHA-256: f84cdf0f534d6ce9ec1562646df1159281853a28b445cbb09513a9d72257370c
Connected parent behavior: Property published with water + swales foregrounded, but aquifer context was absent.
Objective: repair only first-Property aquifer evidence continuity without altering the restored working Property/search runtime, foreground lifecycle, science, swales, water, recharge, or Regional behavior.
Repair 1: snapshot exact accepted Regional aquifer GeoJSON at the authoritative guardedSetGeo publication point, before later tier handoff can clear the live Regional source. Property inheritance may use the snapshot only after current Property bbox intersection.
Repair 2: if a same-generation narrow Property aquifer refresh returns zero/unavailable after valid Regional context was inherited, preserve that exact intersecting inherited context instead of erasing it.
Truth lock: USGS carbonate/karst geometry remains national/regional hydrogeologic guidance — not an authoritative parcel aquifer boundary. No geometry is invented.
No aquifer request ownership, Property publication lifecycle, DEM/hydrology/prescriber, exclusions/safety, recharge, swale presentation, search resolution, Orb, report, or navigation logic changed.
-->
<!-- EARTHLINE 16372 — PROPERTY FOREGROUND LIFECYCLE ON RESTORED SEARCH BASELINE.
Exact parent: EARTHLINE-VERMONT-16361-PROPERTY-SWALES-25PCT-MORE-BLUE-LOCKED-BASELINE.html
Parent SHA-256: 1b5710d1b34af98ea68a23899d4ba72e779b7a12fba7d7c27a3099dbd9fcfe8f
Carry-forward content only: approved Swales Explained UTF-8/content cleanup and Earthline Process planning/native-guild copy are replayed directly from the restored 16361 runtime.
Change 1 — When the authoritative Property terminal owner starts, open informational surfaces (Support/Documentation, Swales Explained, Earthline Process) close before camera/science presentation begins, so a valid run cannot look stalled behind documentation.
Change 2 — When the governed Property promise returns, the same presentation-only owner closes those informational surfaces again so the completed/current Property map is brought to the foreground. No Property science, search, terrain, exclusions, hydrology, prescription, publication, aquifer, recharge, Regional, Orb, report, or map-layer logic is changed.
-->
<!-- EARTHLINE 16361 — PROPERTY SWALES +25% MORE EARTHLINE BLUE — PRESENTATION ONLY.
Exact parent: EARTHLINE-VERMONT-16359-NATIVE-AQUIFER-ATOMIC-PRESENTATION.html
Parent SHA-256: 1540572aa949fbd130256e56f469fa8cb18cf950941bf366f01d3e4de29edfb9
16359 status: USER-LOCKED WORKING BASELINE — best-running page so far; preserve its behavior except for this requested swale presentation change.
16360 status: FAILED repeated-Property acceptance (second run spun with aquifers only); NOT PARENT.
Objective: increase only the blue-water visual component inside existing Property/focus bioswale renderers by an additional 25% relative to 16359, preserving the natural green/brown living-swale character.
Method: multiply the current native living-swale water ribbon, authoritative-safe fallback water ribbon, and natural SVG water-pocket width by 1.25. This is cumulative presentation only; compared with pre-16351 blue width it is 1.5625×.
No aquifer logic/presentation, Property lifecycle, DEM/hydrology/prescriber/science/safety, corridor geometry/ranking/spacing/capture, recharge presentation/science, Regional cancellation/publication/water, Orb, logo/search/navigation, report, or performance logic changed.
-->
<!-- EARTHLINE 16359 — NATIVE AQUIFER ATOMIC PRESENTATION — CANDIDATE.
Exact parent: EARTHLINE-VERMONT-16356-PROPERTY-RECHARGE-SURFACE-OWNER.html
Parent SHA-256: 48209df08c8aa84a0caf524dd237cba400045c67621ffe6013c8ca7ce35fbfcc
16356 status: CONNECTED ACCEPTED for elimination of stale/whole-screen orange legacy recharge presentation.
16357 status: FAILED repeated-Property acceptance (second Property showed aquifer context only).
16358 status: FAILED visual acceptance (no final aquifer context; transient orange wash appeared then stopped).
Objective: preserve accepted 16356 recharge behavior while making native Property aquifer context legible without any orange flash and preventing aquifer-only exposure during a repeated Property calculation.
Repair 1: native aquifer layers are born hidden and presentation-safe, then the existing BUILD-CHECK-15788 owner applies context-aware fill/line/label styling before BUILD-CHECK-15805 is allowed to reveal them. This removes the one-frame high-opacity orange layer creation path. Broad carbonate/karst context remains a restrained boundary/label cue, not a parcel fill.
Repair 2: repeated Property runs use a narrow aquifer presentation hold owned by the existing 15805 registry. The hold starts with the new Property generation and is released at the existing safety-verified Property commit; it does not invalidate or replace the Property publication state and does not touch science, geometry, or renderer delivery.
Truth lock: USGS carbonate/karst context is national/regional hydrogeologic guidance, not an authoritative parcel aquifer boundary. No geometry is invented or promoted.
No aquifer request lifecycle changes from rejected 16354, no legacy canvas enhancer from failed 16355, and no full Property publication-state replacement from failed 16358 are included.
No DEM/hydrology/prescriber/science/safety thresholds, corridor geometry/ranking/spacing/capture, recharge science/native recharge layers, Orbs, Regional cancellation/publication/water ownership, logo/search/navigation, or performance logic changed.
-->
<!-- EARTHLINE 16356 — PROPERTY RECHARGE SURFACE OWNER — CANDIDATE.
Exact parent: EARTHLINE-VERMONT-16353-REGIONAL-FALLBACK-CANCELLATION.html
Parent SHA-256: 1d12e923de662480c82864ef7e90573be92b4356e431dace83aa7386b93d9332
16354 status: REJECTED / NEVER PARENT. 16355 status: FAILED connected visual acceptance / NOT PARENT.
Objective: repair only the stale orange Property presentation surface while preserving 16353's connected-accepted Regional-after-Property cancellation behavior.
Source-proven conflict: BUILD-CHECK-15805 declares native Mapbox recharge layers the sole live recharge owner, but the older earthlineRechargeCanvas/earthlineRechargeOverlay renderer can still set its canvas to display:block, and the BUILD-CHECK-15800 map-motion helper can restore that legacy canvas visibility after movement. Those two paths can therefore contradict the authoritative 15805 owner and expose stale screen-space orange recharge output during/after Property transitions.
Repair: when live Mapbox is active, the historical recharge canvas/SVG is fail-hidden and cleared unconditionally; it can no longer publish or be made visible by map-motion settle. Offline/no-Mapbox recharge fallback remains unchanged. Native earthline-recharge-* Mapbox layers remain authoritative and unchanged.
No aquifer acquisition, aquifer presentation, Property request lifecycle, DEM, hydrology, swale prescription/geometry/ranking/spacing/capture, exclusions/safety, Orb lifecycle, Regional science/publication/water ownership, logo/search/navigation, or report science changed.
-->
<!-- EARTHLINE 16353 — REGIONAL FALLBACK CANCELLATION — CANDIDATE.
Exact parent: EARTHLINE-VERMONT-16351-PROPERTY-SWALES-25PCT-MORE-EARTHLINE-BLUE.html
Parent SHA-256: f835eb84e1f551973a90ce3a8707514ebf4059b06fb654185884a0d4d216e83a
16352 status: REJECTED after connected Property → Regional acceptance test; both Regional elevation paths still timed out.
Objective: repair only the proven Regional elevation timeout/cancellation mechanism while leaving Property science and performance unchanged.
Diagnosis: 16352 correctly moved the open-DEM timeout into loadDEM's owning AbortController, but its Mapbox fallback still used a non-cancelling withTimeout/Promise.race. The 20 s Regional race was also shorter than loadDEMFromMap's own bounded recovery envelope (up to 12 s terrain readiness + four coverage passes + inter-pass waits), so it could report failure while fallback work continued. 16353 starts again from exact 16351, reapplies owner-cancelled open DEM acquisition, and gives Mapbox fallback one authoritative AbortController/deadline. Abort is checked throughout terrain readiness, coverage passes, cooperative row yields, and inter-pass waits; a timed-out fallback cannot continue behind the next analysis. The unnecessary post-fourth-pass wait is removed. Regional fallback progress is reported through the existing 16347 watchdog owner.
Normal Regional fallback budget: 30 s. Focus fallback retains its prior 10 s budget, but now cancels underlying work when it expires.
No Property terrain/science/prescriber, hydrology algorithms, swale geometry/ranking/spacing/capture, exclusions/safety, aquifer logic, Orb lifecycle, Regional water ownership, 16351 swale-blue presentation, atomic publication, logo/search/navigation, or report science changed.
-->
<!-- EARTHLINE 16351 — PROPERTY SWALES 25% MORE EARTHLINE BLUE — PRESENTATION ONLY.
Exact parent: EARTHLINE-VERMONT-16350-REGIONAL-WATER-SINGLE-NATIVE-OWNER.html
Parent SHA-256: 0c26cf2a4a37f00e5d65bdb14483ba4e2a7fb202f76b51966340633a8a182e38
Scope: increase only the blue-water visual component inside existing Property/focus bioswale renderers by 25%, using the existing Earthline / “Sink it.” blue family.
No swale geometry, ranking, spacing, capture, hydrology, exclusions, aquifer logic, Orb lifecycle, Regional logic, watchdog/handoff logic, imagery, controls, logo, search, or map navigation changed.
-->
<!-- EARTHLINE 16350 — REGIONAL WATER SINGLE AUTHORITATIVE NATIVE OWNER ONLY.
Parent: EARTHLINE-VERMONT-16349-REGIONAL-INTERNAL-PROGRESS-WATCHDOG.html
Parent SHA-256: d02fc29cb7f70c552cc6afe59aa801421524e8e764fa71c21bfa613e1ae3817b
Objective: eliminate the blind native→SVG Regional water handoff. Native Mapbox Regional flow casing/line/arrow layers remain the sole live Regional water presentation owner; the SVG Regional overlay no longer draws or hides Regional water. SVG remains the intended owner for Regional contours and swales, so only those native contour/swale layers stay in hideNative().
No hydrology, flow geometry, Regional science, watchdog logic, run tokens/handoff guards, Property logic, aquifers, Orb lifecycle, imagery, controls, logo, search, navigation, or blue-swale presentation changed. Candidate until connected acceptance.
-->
<!-- EARTHLINE 16349 — REGIONAL INTERNAL-PROGRESS WATCHDOG REPAIR ONLY.
Parent: EARTHLINE-VERMONT-16348-PROPERTY-MAP-COMPLETION-NATIVE-BASEMAP.html
Parent SHA-256: 3afbaa81e6edfa993b966e2c1e170f4faf772273005c610e668b8bcc2e8187bd
Objective: preserve the existing 30-second no-progress fail-closed watchdog while refreshing it from authoritative internal Regional computation progress, not only three coarse UI stage labels. Existing cooperative DEM/hydrology/contour work and completed synchronous product stages now report progress through the existing noteRegionalProgress16347 owner.
No watchdog timeout constant, DEM values/sources, hydrology math, contour/swale/flow science, exclusions, aquifers, Property logic, Orb ownership, Regional publication contract, handoff guard, imagery, controls, logo, search, or swale color presentation changed. Candidate until connected acceptance.
-->
<!-- EARTHLINE 16348 — PROPERTY MAP COMPLETION / NATIVE BASEMAP OWNERSHIP ONLY.
Parent: EARTHLINE-VERMONT-16347-REGIONAL-PROGRESS-WATCHDOG-VALID-PARENT-HANDOFF.html
Parent SHA-256: aca7d88e54e21afc8cdb1386a735833425f0c770f8e715e0e3e37c96b8c4f483
Objective 1: when live Mapbox is active, it is the sole Property basemap surface; the legacy analytical canvas remains hidden through Property publication and camera motion.
Objective 2: Property framing explicitly resizes/repaints the native Mapbox canvas before and after fitBounds and records a bounded basemap-settlement audit.
No DEM, hydrology, swale science/geometry/ranking/spacing/capture, exclusions, aquifer logic, Orb lifecycle, Regional science, watchdog, handoff token logic, controls, logo, or blue-swale presentation changed. Candidate until connected acceptance.
-->
<!-- EARTHLINE 16347 — REGIONAL PROGRESS-AWARE STALL WATCHDOG + VALID REGIONAL→PROPERTY PARENT GUARD.
Parent: EARTHLINE-VERMONT-16346-REGIONAL-ORB-SINGLE-AUTHORITATIVE-LIFECYCLE.html.
Parent SHA-256: 6efca8935b4854ae6038e46550885bbc34f275d622d620379ac092f68ef65bdd.

CONNECTED FAILURE / OBJECTIVE 2026-08-12:
- 16346 connected testing confirmed both Property and Regional Orb lifecycles, but a subsequent
  Regional rerun failed to complete and the Property action chosen from that incomplete state
  produced no useful result. Source inspection found the Regional busy watchdog was an absolute
  30-second wall-clock timer: later legitimate stage-progress setBusy(true, label) calls did not
  refresh it, so an actively progressing Regional run could be invalidated exactly 30 seconds after
  its first busy state.
- 16347 preserves the same 30-second safety interval but changes its meaning to NO AUTHORITATIVE
  STAGE PROGRESS for 30 seconds. runRegional() explicitly arms the watchdog after authoritative
  Regional/Focus classification; each governed Regional stage label refreshes the deadline. A true
  30-second stall still fails closed, clears the run token, records the stalled stage, and prevents
  late publication. Property and pre-classification busy states do not arm this Regional watchdog.
- 16347 also stamps ranked-corridor Property targets with the committed Regional run token and
  requires that token to match the currently displayed, live, published Regional result before a
  corridor-derived Property run may start. A stale target from a failed/unpublished/superseded
  Regional run now blocks explicitly instead of silently launching from invalid parent context.

No DEM/elevation source, hydrology, contours, water paths, swale science/geometry/ranking/spacing/
capture, exclusions, aquifer logic, Property science/geometry, Orb visuals, recharge science, map
imagery, navigation, logo, search resolution, report science, or blue-swale presentation is changed.
Candidate until connected acceptance.
-->
<!-- EARTHLINE 16346 — REGIONAL ORB SINGLE AUTHORITATIVE LIFECYCLE ONLY.
Parent: EARTHLINE-VERMONT-16345-PROPERTY-LIFECYCLE-SINGLE-ORB-CLEAN-RECHARGE.html.
Parent SHA-256: 6bec557461cac2285ef00523ac6984901dd8eecc3bf6dc77e547c98d404057d0.

CONNECTED FAILURE / OBJECTIVE 2026-08-12:
- 16345 connected Property publication succeeded and the Property Orb lifecycle passed, but the user
  confirmed the Regional Orb did not operate correctly. Source inspection found Regional still had
  stacked launch ownership (document pointerdown + click pre-latches, plus search-Enter pre-latch)
  and a competing analysis-complete stop path in addition to the governed Regional terminal owner.
- 16346 makes runRegional() the only Regional Orb start owner, after the run has been authoritatively
  classified as Regional/Focus. UI pointer/click/Enter pre-latches no longer arm or re-arm the Orb.
- The visible Regional running class is derived only from the authoritative Regional latch, so raw
  busy/run-state transitions cannot independently start or restart it. The existing governed terminal
  reconciler remains the only active Regional stop owner: same-token context settled, failed run,
  legitimate direct-Property handoff, or the existing long-idle fail-safe. The analysis-complete
  presentation event no longer directly stops the Regional Orb at core publication.

No DEM, terrain requests, hydrology, contours, water paths, swale geometry/ranking/spacing/capture,
exclusions, aquifer logic, Property logic, recharge science, map imagery, navigation, logo, search
results, report science, or blue-swale presentation is changed. Candidate until connected acceptance.
-->
<!-- EARTHLINE 16345 — PROPERTY LIFECYCLE STABILIZATION ONLY.
Parent: EARTHLINE-VERMONT-16343-EXCLUSION-VERIFIED-CLEAR-STATE.html.
Objective: remove stacked Property Orb launch ownership and prevent stale/legacy orange recharge presentation from flashing during an active Property run.
1) terminalPropertyRun is the only Property Orb start owner; document-level pointerdown/click listeners no longer arm/re-arm the Property Orb. The visible Property Orb running class is derived only from its authoritative latch, so a raw busy/run-state transition cannot restart it after scientific terminal.
2) During earthlinePropertyRunState=running, the historical screen-space recharge canvas/SVG is fail-hidden until the current Property run reaches terminal. Existing recharge science, native post-publication Mapbox recharge layers, and all geometry are unchanged.
No DEM, Terrain-RGB requests, pit fill, D8 routing, swale prescription, spacing, capture, exclusions, aquifer logic, Regional logic, map navigation, logo, search, or 25%-more-blue presentation change is included.
16344 is not a parent; its blue presentation change remains deferred until connected Property lifecycle stability is established.
-->
<!-- EARTHLINE 16343 — AUTHORITATIVE EXCLUSION VERIFICATION STATE + VERIFIED-CLEAR REPAIR.
Parent: EARTHLINE-VERMONT-16342-AUTHORITATIVE-PROPERTY-ORB-AQUIFER-HANDOFF.html.
Parent SHA-256: 2b33d3bc6161ce5181b08c4d02517eb25d70784d05243b29de319831ac58273e.

CONNECTED EVIDENCE / OBJECTIVE 2026-08-12:
1) 16342 connected Property runs reached the fail-closed publication gate with
   vector-exclusion-coverage-unverified. The exported audit proved map-style readiness timed out
   after 5,133 ms while the authoritative Vermont E911/VCGI retrieval completed successfully:
   applied=true, status=authoritative-vermont-geometry-applied, applicable/attempted/ok=true,
   queryVerified/drivewayQueryVerified/buildingQueryVerified=true, but processedGeometryCount=0.
2) Source inspection proved vectorNoBuild15778 correctly treated that authoritative retrieval as
   verified, but the later BUILD-CHECK-15787 wrapper overwrote the verdict by requiring processed
   exclusion geometry > 0. That collapsed an authoritative verified-zero result into unverified and
   left unverifiedReason null.
3) 16343 makes vectorNoBuild15778 the sole active owner of the exclusion verification verdict.
   verificationState is authoritative: verified-with-features | verified-clear | unverified |
   not-required. The legacy verified boolean is derived from that state. A successfully attempted,
   fully verified Vermont authoritative query with zero relevant geometry is verified-clear; failed,
   unavailable, stale, or unverified evidence remains fail-closed. Every unverified terminal path
   receives an explicit unverifiedReason. BUILD-CHECK-15787 retains only its visible-layer audit and
   no longer overwrites the verdict.

No road/building buffers, exclusion masks, geometry rasterization, direct source-geometry clearance,
swale prescription, spacing, capture accounting, DEM, D8 routing, recharge, Property water, aquifer
logic, Orb logic, Regional science/publication, logo, search, or approved controls are changed.
Candidate until connected acceptance. 16342 Property Orb remains connected-accepted; its aquifer
half remains pending a successful Property publication.
-->
<!-- EARTHLINE 16342 — AUTHORITATIVE PROPERTY ORB START + VERIFIED EXISTING-AQUIFER HANDOFF.
Parent: EARTHLINE-VERMONT-16341-RESTORE-PROPERTY-ORB-AQUIFER-VISIBILITY.html.
Parent SHA-256: 9cab7d9110c835b0fbe8c4cc9046953da642465d27a5addd1469d928ff97e31a.

CONNECTED EVIDENCE / OBJECTIVE 2026-08-11:
1) Property Orb launch has depended on document-level pointer/click observation rather than the
   authoritative terminalPropertyRun owner. Connected runs have shown inconsistent visible Orb
   launch behavior. 16342 invokes the existing Orb latch from the authoritative Property owner
   immediately after that owner enters its synchronous running state. The existing compositor CSS
   Orb, counter-clockwise animation, scientific terminal rules, and Regional Orb remain unchanged.
2) A completed Property run showed an existing modeled official aquifer context
   (M.usgsAquifers.length = 1) while the current aquifer fetch audit remained loading and had not
   reached earthlineSyncAquiferLayer. Source inspection proves earthlineInheritRegionalAquiferContext16334
   returned immediately whenever M.usgsAquifers was already nonempty, without re-syncing that
   already-loaded official geometry. If another aquifer request was still loading, fetchUSGSAquifers
   also returned immediately. 16342 validates that existing geometry intersects the current Property
   bbox, then explicitly re-syncs it before any asynchronous refresh. No geometry is invented.

No DEM, Terrain-RGB request behavior, pit fill, D8 routing, recharge scoring, capture accounting,
spacing, exclusion masks, authoritative safe geometry, Property water, contours, Regional science,
Regional publication, logo, search, or approved controls are changed. Performance variance remains
a separate open registry item and is not modified here. Candidate until connected acceptance.
-->
<!-- EARTHLINE 16341 — RESTORE PROPERTY ORB + LAST-KNOWN-VISIBLE AQUIFER LIFECYCLE.
Parent: EARTHLINE-VERMONT-16340-PRESERVE-PROPERTY-AQUIFER-CONTEXT.html.
Parent SHA-256: 6b14ed988fb7baae98cee186cc6b4238fd55bdb6a816ff1c2a401b9b23f64248.

CONNECTED FAILURES OBSERVED 2026-08-11:
1) Property Orb does not visibly spin during a new Property Search.
2) Property aquifer/recharge context no longer appears.

ROOT CAUSE / REPAIR:
- 16339 allowed a prior Property run's scientificSettled=true audit field to survive into the next
  launch. The Orb owner could therefore interpret a stale prior terminal as the new run's terminal.
  16341 resets all terminal audit fields synchronously when the governed Property run starts.
- 16338–16340 changed aquifer request ownership to remove delayed placement, but connected testing
  regressed from “late but visible” in 16337 to “missing.” 16341 rolls only that aquifer lifecycle
  back to the exact 16337 implementation and removes the 16338 immediate/superseding Property
  aquifer handoff. Later unrelated fixes (16339 legacy map-control suppression, 16337 Regional
  visibility floor, Property science/performance, cross-tier ownership) remain intact.

No aquifer or recharge geometry is invented. No DEM, pit fill, D8 routing, recharge scoring,
swale science, ranking, spacing, exclusions, authoritative safe geometry, Property water, contours,
Regional publication, logo, search, or approved controls are changed.
-->
<!-- EARTHLINE 16340 — PRESERVE VERIFIED PROPERTY AQUIFER CONTEXT THROUGH LOCAL REFRESH.
Parent: EARTHLINE-VERMONT-16339-STOP-STALE-SPIN-HIDE-ANALYZE-LOCATION.html.
Parent SHA-256: 06989271e0d5ca0b2b4754b2b59299dfc6867e054aa0bf4814942d85028d519c.

CONNECTED FAILURE OBSERVED 2026-08-11:
- Property result published with swales/water/contours but no aquifer context.

ROOT CAUSE:
- Property evidence could inherit already-published official Regional aquifer geometry, then the
  narrow Property bbox refresh could return no replacement and overwrite that valid inherited
  context with an empty result. A narrow-source zero is not evidence of no groundwater context.

REPAIR:
- Recover intersecting official Regional aquifer GeoJSON from the captured Regional cache when
  the live Regional source has already been cleared during the Property handoff.
- Snapshot inherited official context before the narrow Property request. If that request returns
  no replacement, preserve the intersecting official Regional context and label it explicitly as
  regional hydrogeologic context. A verified nonzero Property/local result still replaces it.

No aquifer geometry is invented. No DEM, pit fill, D8 routing, recharge scoring, swale science,
ranking, spacing, exclusions, Property safe geometry, Property water, contours, Orb lifecycle,
Regional publication, logo, search, or approved controls are changed.
-->
<!-- EARTHLINE 16339 — STOP STALE ORB SPIN + KEEP LEGACY ANALYZE-LOCATION PROMPT OFF THE MAP.
Parent: EARTHLINE-VERMONT-16338-PROPERTY-AQUIFER-NO-DELAY.html.
Parent SHA-256: c6fb4953fd9b9eadc0057dbe3b4529623d1ed26d74220f135e6f283c641f152d.

CONNECTED REGRESSIONS OBSERVED 2026-08-11:
1) An Orb could remain visibly spinning after the governed analysis terminal.
2) The legacy on-map progressive-focus “ANALYZE THIS LOCATION” prompt reappeared.

REPAIR:
- The visible Regional Orb animation is now owned only by the authoritative Regional Orb latch,
  not by stale legacy busy/running presentation classes.
- The Property Orb terminal recognises the authoritative scientificSettled audit even if the
  older saw-running compatibility flag missed the transition.
- The existing progressive-focus prompt owner remains in the source for historical focus logic,
  but its public .open state is suppressed in place. The approved side-panel Property action
  remains the only Property/20-acre action.

No DEM, pit fill, D8 routing, recharge, aquifer request ownership, contours, swale science,
ranking, spacing, exclusions, authoritative safe geometry, Regional publication, logo, search,
or approved panel structure is changed. This is a presentation/lifecycle regression repair only.
-->
<!-- EARTHLINE 16338 — REMOVE DELAYED PROPERTY AQUIFER PLACEMENT WITHOUT CHANGING SCIENCE.
Parent: EARTHLINE-VERMONT-16337-REGIONAL-VISIBILITY-FLOOR-FAST-PIT-FILL.html.
Parent SHA-256: d78023818dfefc54e530b37587f37c35a78cd495b41e619236fe23f2f0ff59eb.

CONNECTED DEFECT OBSERVED 2026-08-11:
After Property corridors and modeled recharge targets were already visible, verified aquifer
context could arrive noticeably later. The Property result itself was otherwise visually good.

ROOT CAUSE / REPAIR:
A Property evidence request could be suppressed by M.usgsAquiferLoading while an older
Regional aquifer request was still in flight. That older request had no latest-request ownership
guard, so the current Property request could wait until the old request finished before the
correct local aquifer request began.

16338 keeps the existing pre-science behavior unchanged, but once Property science has
already completed it allows the current Property aquifer request to supersede a stale in-flight
request from a different bbox. Aquifer requests are keyed by bbox and latest-request owned so
an older response cannot overwrite a newer location. Repeated bounded Property evidence
retries deduplicate against the same current bbox instead of launching duplicate requests.
Already-loaded official aquifer context is reused immediately only when its recorded bbox
contains the current Property bbox; that valid context is explicitly re-synced at Property
publication. The normal post-terminal retries remain as resilience.

No DEM, pit-fill, D8 routing, recharge suitability calculation, swale prescription/ranking,
spacing, exclusions, authoritative Property safe geometry, Property water, contours, Regional
hydrology/corridors, Orb lifecycle, logo, or approved UI is changed. No aquifer geometry is
invented.
-->
<!-- EARTHLINE 16337 — HOLD REGIONAL CORRIDORS THROUGH PROPERTY→REGIONAL HANDOFF + REDUCE PIT-FILL YIELD OVERHEAD.
Parent: EARTHLINE-VERMONT-16336-RESTORE-REGIONAL-CORRIDOR-MAP-TABS.html.
Parent SHA-256: 69895bc2df18a86c79021376fb9d30bafe437c3eca890eb1e6795e859d94766b.

TASK 1 — REGIONAL PUBLICATION VISIBILITY FLOOR:
A completed Regional camera may legitimately settle above zoom 10 for a compact governed
Regional extent. The older progressive-focus presentation owner always began fading the
Regional SVG above zoom 10, so after Property→Regional it could hide the ranked swales and
clickable on-map A/B/C labels while native aquifer/water layers remained visible.

16337 records the exact zoom at which the current Regional run is atomically published and
uses that run-token-matched publication zoom as the minimum fully-visible Regional overlay
zoom. The existing progressive-focus fade still begins when the user zooms farther in beyond
that published Regional view. No sidebar ranked chart is restored.

TASK 2 — PROPERTY PIT-FILL COOPERATIVE-YIELD OVERHEAD ONLY:
The priority-flood arithmetic, heap ordering, EPS, pond threshold, grid, DEM, exclusions and
all output arrays remain unchanged. Only cooperative browser-yield cadence inside pitFill is
reduced from every 512 heap pops to every 2048, and the terminal pond scan from every 4096
cells to every 8192. This reduces avoidable scheduling/UI reconciliation overhead while still
yielding repeatedly during the 210×146 Property grid.

No DEM values, hydrology formulas, flow routing, recharge, swale prescription/ranking,
spacing, exclusions, Property safe geometry, Property visuals, Regional water density,
contours, aquifers, Vermont clipping, Orb architecture, logo, or approved UI is changed.
-->
<!-- EARTHLINE 16336 — RESTORE REGIONAL CORRIDOR MAP TABS AFTER PROPERTY.
Parent: EARTHLINE-VERMONT-16335-FIX-REGIONAL-FALSE-CAMERA-FAILURE.html.

TASK 1 — RELEASE REGIONAL SVG OVERLAY WHEN PROPERTY ENDS:
The natural Property texture owner previously set earthlineRegionalVectorOverlay16020
to display:none while Property was active, but its non-Property exit path only hid
Property texture layers and returned. It never restored the Regional SVG display.
That left native Regional aquifer/water layers visible while Regional swales and their
approved clickable A/B map labels remained hidden after Property→Regional navigation.

16336 explicitly restores the Regional SVG display/visibility/opacity whenever the
Property texture owner is inactive. It also disables Property planting presentation
on that transition.

TASK 2 — ATOMIC REGIONAL CORRIDOR-LABEL PUBLICATION:
Immediately before the final Regional overlay render, Earthline explicitly restores
the Regional SVG surface and renders the current visualData. If Regional swales exist
but the overlay publishes zero corridor labels, the run is blocked as incomplete
instead of silently showing only aquifers/water. The unapproved sidebar ranked chart
remains removed; this repair restores only the existing on-map corridor labels/tabs.

No DEM, hydrology, contour generation, swale generation/ranking, Property science,
Property water, recharge, aquifers, exclusions, Vermont clipping, or authoritative
safe geometry is changed.
-->
<!-- EARTHLINE 16335 — FIX REGIONAL FALSE CAMERA FAILURE.
Parent: EARTHLINE-VERMONT-16334-REMOVE-TAB-CHART-FIX-PROPERTY-REGIONAL-LIFECYCLE.html.

REGRESSION REPAIR:
16334 incorrectly made Mapbox map.loaded() a hard condition for Regional publication.
Satellite raster/vector tiles may continue loading after the camera is correctly
settled, so a valid Regional analysis could be rejected even though the analytical
products and target extent were ready.

16335 changes only the camera-settlement acceptance rule:
- target bbox coverage must still be >= 99.5%
- camera movement/idle settlement is still required
- map.loaded() is retained as diagnostic information only
- background basemap tile loading cannot fail the Regional analysis
- the atomic Regional publication contract remains intact

No Regional hydrology, contours, swales, navigation-chart removal, Property science,
Property water, aquifers, exclusions, recharge, Vermont clipping, or authoritative
safe geometry is changed.
-->
<!-- EARTHLINE 16334 — REMOVE TAB CHART + FIX PROPERTY→REGIONAL LIFECYCLE.
Parent: EARTHLINE-VERMONT-16333-DENSE-PROPERTY-WATER-EVIDENCE.html.

TASK 1 — REMOVE UNAPPROVED NAVIGATION TAB CHART:
The A/B/C ranked corridor chip/chart added in 16323 is removed from the navigation
panel. No replacement control is added. Regional corridor science and the report
register are unchanged.

TASK 2 — PROPERTY TERMINAL / AQUIFER / CROSS-TIER LIFECYCLE:
- Property UI releases immediately at the verified scientific terminal; optional
  texture, water and aquifer presentation work no longer keeps the Property button
  disabled/spinning.
- Post-terminal Property presentation is generation-gated so it cannot re-frame or
  reclaim the map after a newer Regional search begins.
- Property reuses any already-loaded official Regional aquifer GeoJSON that actually
  intersects the Property view, then asynchronously requests the local official
  aquifer owner. No aquifer geometry is invented.
- A new Regional submission explicitly clears Property-only presentation sources/SVG.
- Regional camera settlement now returns a truth value and atomic publication requires
  the basemap camera/style to be settled; an incomplete satellite tile state cannot be
  accepted as the published Regional result.
- Property button text selection/focus highlight is cleared after activation.

No DEM, pit-fill, D8 routing, flow accumulation, Property water thresholds, swale
science, exclusion masks, recharge scores, contour science, Regional hydrology,
Vermont clipping, or authoritative safe geometry is changed.
-->
<!-- EARTHLINE 16333 — DENSE PROPERTY WATER EVIDENCE.
Parent: EARTHLINE-VERMONT-16332-RESTORE-PROPERTY-EVIDENCE-REGIONAL-STATUS.html.

OBJECTIVE — PROPERTY WATER DENSITY ONLY:
Increase visible Property runoff evidence without changing hydrologic routing or
bioswale science. directD8Flow15824 remains display-only and still follows the already
computed M.dir/M.acc D8 grid inside the declared Property.

Display changes:
- broad-seed accumulation quantile: 0.54 -> 0.32
- strong-seed accumulation quantile: 0.82 -> 0.68
- grid seed cadence: 12x10 -> 8x8 cells
- minimum seed separation: 8 -> 5 cells
- maximum chosen seeds: 110 -> 180
- maximum generated direct-D8 traces: 90 -> 160
- visible Property water cap: 30 -> 60
- spatial coverage selector: 5x4 -> 6x5 buckets before strength fill

No DEM, pit-fill, D8 direction calculation, flow accumulation, streamThreshold,
swale prescription, exclusions, recharge suitability, contours, Property boundary,
Regional hydrology/publication/tabs, or authoritative safe geometry is changed.
-->
<!-- EARTHLINE 16332 — RESTORE PROPERTY EVIDENCE + TRUTHFUL REGIONAL STATUS.
Parent: EARTHLINE-VERMONT-16331-DENSE-DISTRIBUTED-PROPERTY-WATER.html.

TASK 1 — PROPERTY EVIDENCE RESTORATION / TERMINAL RESPONSIVENESS:
A) Recharge target centers remain selected from the unchanged ranked recharge
   suitability cells, but candidates are accepted only where a contained footprint
   actually fits inside the declared Property and final no-build/pond mask. Earthline
   scans the existing top-80 ranked cells until it fills up to five valid targets
   rather than selecting edge candidates and later omitting every target.
B) After Property science is terminal, official elevation contours, modeled recharge
   targets and verified aquifer context are explicitly reasserted with bounded retries.
C) The dense direct-D8 Property water enhancement is scheduled after scientific
   terminal instead of running synchronously inside the terminal cascade, so optional
   presentation enrichment cannot hold the Property spinner open.

TASK 2 — REGIONAL STATUS COPY:
The Regional Run button now says "BUILDING REGIONAL WATER + CONTOURS" during the
existing Vermont product-clip stage. Exact Vermont clipping remains fully enforced.

No DEM, pit-fill, D8 routing, stream thresholds, recharge suitability scores, swale
prescription, exclusions, ranking, spacing, authoritative safe geometry, Regional
science, Vermont clipping, or A/B/C tab logic is changed.
-->
<!-- EARTHLINE 16331 — DENSE, DISTRIBUTED PROPERTY WATER EVIDENCE.
Parent: EARTHLINE-VERMONT-16329-ATOMIC-REGIONAL-PUBLISH-WATER-TABS.html.

16330 is rejected and not used as parent; it changed Regional water density when the
connected defect was Property water density.

PROPERTY WATER FIX:
The existing flowGeoJSON15792 network and the directD8Flow15824 network are now always
merged for Property display. Both come from the same already-computed Property D8
direction and accumulation grids. Duplicate endpoint-equivalent traces are removed.

The visible 30-path presentation cap is preserved, but selection is no longer simply
"global strongest 30". Earthline first takes the strongest available path from each
occupied spatial bucket across the declared Property extent, then fills remaining
slots by accumulation/strength. This preserves major-flow priority while distributing
water evidence across the parcel instead of clustering all visible paths in one area.

No DEM, pit-fill, D8 routing, streamThreshold, swale prescription, exclusions,
corridor geometry/ranking/spacing, recharge science, Property boundary, Regional
hydrology, Regional atomic publication, A/B/C tabs, or authoritative safe geometry
is changed.
-->
<!-- EARTHLINE 16329 — ATOMIC REGIONAL PUBLISH: CAMERA + WATER + SWALES + TABS.
Parent: EARTHLINE-VERMONT-16328-CROSS-TIER-RECOVERY-LOCK-DUPLICATE-RUN-GUARD.html.

TASK 1 — REMOVE PARTIAL/BLINKING REGIONAL PREVIEW:
The former 16249 swale-only preview is disabled. It intentionally carried zero flow
features and could leave corridor graphics visible at the prior Property-scale camera
before the complete Regional product set was verified. Regional now exposes no
intermediate swale-only overlay.

TASK 2 — ATOMIC REGIONAL PUBLICATION:
Before any final Regional sources/overlay are published, Earthline validates the
terrain-derived contour, flow, arrow and swale products and awaits the already-running
Regional camera settlement. Only then are contours + water paths + ranked corridors
written and the displayed Regional run committed. If visible-overlay verification
fails, partial live graphics are cleared. The consolidated panel is explicitly
reconciled immediately after successful Regional publication so the A/B/C corridor
tabs bind to the same committed run token.

No DEM, hydrology, makeFlows threshold, swale generation/ranking, Vermont clipping,
Property science, Property recharge containment, authoritative safe geometry, or
Property swale styling is changed.
-->
<!-- EARTHLINE 16328 — CROSS-TIER RECOVERY LOCK + HARD DUPLICATE PROPERTY GUARD.
Parent: EARTHLINE-VERMONT-16327-REGIONAL-SUPERSEDES-PROPERTY-DENSE-D8-WATER.html.

TASK 1 — REGIONAL-AFTER-PROPERTY SEQUENCE REPAIR:
The bounded BUILD-CHECK-15882 Property display-recovery owner now self-cancels if its
recorded Property generation no longer matches M.searchGen OR if the authoritative
tier/state is no longer Property. It may therefore never call Property renderer
ownership after a newer Regional search starts. 16327's Regional pre-camera handoff
also no longer sets the old earthlineRegional15778.running flag true; that legacy
busy flag is explicitly false while Regional owns the new 16198 engine.

TASK 2 — PROPERTY DUPLICATE-RUN REPAIR:
The 16325 same-target guard no longer exempts re-entry merely because the transient
Property state still says "running". Once a committed verified same-target Property
result exists, any programmatic re-entry without a fresh explicit user intent is
suppressed before Property state is cleared or M.searchGen increments.

No DEM, pit-fill, D8 routing, recharge model, swale prescription, exclusions,
corridor ranking/spacing/geometry, Property natural styling, Regional clipping,
Regional A/B/C tabs, Property recharge containment, or water-path science is changed.
-->
<!-- EARTHLINE 16327 — REGIONAL SUPERSEDES PROPERTY + DENSE PROPERTY D8 WATER.
Parent: EARTHLINE-VERMONT-16326-CONTAINED-RECHARGE-MANDATORY-PROPERTY-WATER.html.

TASK 1 — CROSS-TIER SUPERSEDE CONTRACT:
A new top-level search invalidates any unfinished/stale Property generation before the
next search resolves. Before runRegional moves the camera, Regional ownership is
explicitly committed. Canonical Property publication also requires its committed
publication generation to match current M.searchGen, so a late Property result cannot
overwrite a newer Regional result.

TASK 2 — PROPERTY WATER EVIDENCE DENSITY:
The existing flowGeoJSON15792 result remains primary. When it contains fewer than
30 paths, the direct renderer supplements it from directD8Flow15824, following the
same already-computed D8 direction/accumulation grid and declared Property mask.
Duplicate endpoint-equivalent paths are removed and visible display remains capped
at the 30 strongest paths.

Preserves 16326 Property recharge containment, 16325 lighter/slimmer swales,
16323 Regional A/B/C tabs, 16321 fast Property prescription, 16318 Vermont clipping,
and authoritative M.authoritativeSafeSwales15815 geometry.
-->
<!-- EARTHLINE 16326 — CONTAINED PROPERTY RECHARGE + MANDATORY PROPERTY WATER.
Parent: EARTHLINE-VERMONT-16325-STOP-DUPLICATE-PROPERTY-RERUN-LIGHTER-SWALES.html.

TASK 1 — PROPERTY RECHARGE CONTAINMENT:
Property recharge targets retain their existing suitability centers/scores, but their
display footprint is now required to fit entirely inside the declared Property raster
and the final fail-closed no-build/pond mask. Each ellipse is tested at grid-cell
resolution and progressively reduced only as much as necessary. If no truthful
minimum footprint fits, that target is omitted. Regional recharge geometry is
unchanged.

TASK 2 — MANDATORY PROPERTY WATER EVIDENCE:
The direct Property D8 water renderer is no longer disabled by the legacy flow-layer
toggle or validation-view state after Property science is ready. Property water is
mandatory evidence. The existing authoritative D8 generation remains unchanged and
the visible presentation remains capped at the 30 strongest paths.

No DEM, pit-fill, D8 routing, recharge suitability score, swale prescription, corridor
geometry, ranking, spacing, Property exclusions, natural swale styling, Regional
A/B/C tabs, or authoritative M.authoritativeSafeSwales15815 publication is changed.
-->
<!-- EARTHLINE 16325 — STOP AUTOMATIC SAME-TARGET PROPERTY RERUN + LIGHTER SWALES.
Parent: EARTHLINE-VERMONT-16324-STATIC-PROPERTY-RECHARGE-SLIMMER-SWALES.html.

TASK 1 — DUPLICATE PROPERTY RUN GUARD:
A verified Property result cannot silently launch the same science again after the
terminal owner has returned to idle. runProperty15778 checks this before clearing
state or incrementing searchGen. A new explicit user Run/Property action remains
allowed through a short-lived one-shot intent token.

TASK 2 — PROPERTY PRESENTATION:
The active 16174 natural-texture owner is made visibly slimmer and lighter. Scientific
9 m footprint geometry, exclusions, hydrology, ranking, spacing and authoritative
M.authoritativeSafeSwales15815 publication remain unchanged.

Preserves 16323 Regional A/B/C tabs, 16321 fast Property prescription,
16320 trace/path reuse and deadline enforcement, and 16318 Vermont clipping speed.
-->
<!-- EARTHLINE 16324 — STATIC PROPERTY RECHARGE + SLIMMER NATURAL SWALES.
Parent: EARTHLINE-VERMONT-16323-RESTORE-REGIONAL-CORRIDOR-TABS-FAST-SIDEBAR.html.

TASK 1 — PROPERTY ORANGE-FLASH REPAIR:
Once a verified Property publication owns the current tier, suppress the legacy
screen-space recharge canvas/SVG renderer. Property retains the existing native
Mapbox recharge layers and all recharge science; only the redundant legacy visual
surface is prevented from reappearing during later render()/navigation repaints.

TASK 2 — PROPERTY SWALE PRESENTATION:
Reduce natural Property swale screen width by roughly 12–14% and reduce texture,
casing, footprint and planting opacity modestly. The authoritative corridor geometry,
9 m scientific footprint, cross-slope orientation, no-build exclusions, hydrology,
ranking and safe publication are unchanged.

Preserves 16323 Regional A/B/C corridor tabs, 16321 fast swale prescription,
16320 trace/path reuse and inner deadline, 16318 Vermont clipping acceleration,
authoritative M.authoritativeSafeSwales15815 geometry and existing controller lineage.
-->
<!-- EARTHLINE 16323 — RESTORE COMPLETE REGIONAL CORRIDOR TABS + FAST SIDEBAR.
Parent: EARTHLINE-VERMONT-16322-SIDEBAR-SCOPE-PROPERTY-LAUNCH-AUDIT.html.

TASK 1 — REGIONAL UI REGRESSION REPAIR:
Restore the complete ranked A/B/C Regional corridor tabs inside the existing
consolidated Results panel. The list is sourced only from the already-published
EARTHLINE_REGIONAL_VISUAL_DATA_16020 swale FeatureCollection and routes clicks
through the existing earthlineOpenCorridorDetail16149 owner. The retired floating
legacy opportunity navigation remains hidden. No new controller family is added.

TASK 2 — PROPERTY PRESENTATION TAIL:
corridorStats now reuses the current prescriber's already-computed M.spacingStats
when it belongs to the current swale collection. The exported legacy 15760 spacing
routine remains only as a compatibility fallback. No spacing rule, candidate
selection, hydrology, ranking, or authoritative geometry is changed.

Preserves 16321 lazy exact Property safety memoization, 16320 trace/path reuse and
inner deadline, 16318 exact Vermont clipping acceleration, fail-closed exclusions,
authoritative M.authoritativeSafeSwales15815 publication, Regional science,
Property natural swale appearance, and existing Orb/controller ownership.
-->
<!-- EARTHLINE 16322 — SIDEBAR SCOPE OWNER + PROPERTY LAUNCH AUDIT.
Parent: EARTHLINE-VERMONT-16321-LAZY-SAFE-CACHE-PROPERTY-SUBSTAGE-TRACE.html.
Task 1: repair the proven sidebar ReferenceError by explicitly exporting the existing
earthlineNearestNeighborSpacing15760 implementation from init() and having corridorStats
call that exported owner. The spacing algorithm itself is unchanged.
Task 2: diagnostic-only Property launch audit. Record every entry into the terminal
Property owner and every direct runProperty15778 entry with timestamp, searchGen,
run-state, declaration identity and a bounded JavaScript stack. This does not block,
queue, cancel, dedupe, or otherwise alter any run. It exists only to identify the
owner if the post-publication second Property run repeats.
No DEM, pit-fill, D8 routing, recharge, swale prescription, exclusions, ranking,
spacing science, authoritative safe geometry, renderer, Regional clipping, camera,
or Orb behavior is changed from 16321.
-->
<!-- EARTHLINE 16321 — PROPERTY PERFORMANCE: LAZY EXACT SAFETY MEMO + SUBSTAGE TRACE.
Parent: EARTHLINE-VERMONT-16320-FAST-EXACT-PROPERTY-SWALE-PRESCRIPTION.html.
16320 is not accepted. Its eager all-grid safe-cell cache is replaced by lazy exact
memoization: a cell is evaluated with the unchanged earthlineSafeCell predicate only
when the active contour tracer actually touches it, then reused for the rest of the
same run. This removes unnecessary front-loaded work while preserving identical safe/
unsafe answers. 16320's flow-trace reuse, path masks, and inner 120000 ms deadline
enforcement are retained. Diagnostic-only substage markers identify flow-first search,
contour-level pass, final spacing, and completion without changing ranking or science.
No DEM, D8 routing, thresholds, contour geometry, exclusions, slope rule, ranking,
spacing target, authoritative safe publication, renderer styling, Regional 16318
performance architecture, or Orb ownership is changed.
-->
<!-- EARTHLINE 16320 — PROPERTY PERFORMANCE: EXACT SAFE-CELL CACHE + FLOW-FIRST TRACE REUSE.
Parent: EARTHLINE-VERMONT-16319-PROPERTY-GAP-TRACE-TERMINAL-STAGE.html.
Connected 16319 evidence localized ~212.9 s of a ~253 s Property run inside
prescribeSwales15778. This build changes performance mechanics only:
(1) after the Property no-build mask is frozen, the exact earthlineSafeCell result
    is computed once for every analysis-grid cell and reused by the active contour tracer;
(2) flow-first canonical paths retain a prebuilt membership mask and sorted probe
    list, while deterministic trace/split/length/contour-guard results are memoized
    by seed cell for reuse where D8 tributary paths share downstream cells;
(3) the existing 120000 ms Property prescription budget is now checked inside the
    expensive probe loop and active contour walker, preventing one path from silently
    overrunning the declared budget.
No DEM, D8 routing, stream thresholds, contour level, no-build/water/road/building
exclusions, slope limit, corridor conversion, ranking, final spacing, authoritative
safe publication, Property renderer, Regional 16318 clipping, or swale appearance
is changed. Cache hits reuse deterministic geometry from the same frozen run.
-->
<!-- EARTHLINE 16319 — PROPERTY DIAGNOSTIC ONLY: WALL-CLOCK GAP TRACE + TERMINAL STAGE TRUTH.
Parent: EARTHLINE-VERMONT-16318-INDEXED-EXACT-VERMONT-CLIPPING.html.
Connected Property evidence showed ~350 s wall clock, 56 safe corridors published,
and ~41 s across the measured scientific stages. This build does not optimize or
alter Property science. It records timestamped entry/exit markers around the actual
governed Property owner, existing earthlineTimed stages, the initial rAF frame wait,
rebuildModel, publication/safety locking, source/layer handoff, legacy canvas/profile
render, overlay persistence, sidebar generation, canonical Property publication, and
terminal presentation verification. Every marker records visibilityState and hasFocus
to expose background-tab/rAF throttling. It also corrects diagnostic terminal state so
a successful/failed run does not remain falsely labeled "render"/"starting".
Regional 16318 clipping performance and all DEM/hydrology/exclusion/swale logic are unchanged.
-->
<!-- EARTHLINE 16318 — PERFORMANCE ONLY: INDEX THE EXISTING EXACT VERMONT CLIP.
Parent: EARTHLINE-VERMONT-16317-FAST-VERMONT-INTERIOR-BOUNDARY-CERTIFICATE.html.
16317 correctly produced no speed gain for statewide Vermont because the rectangular
analysis extent extends outside the irregular official state polygon, so the exact
boundary clip is required. 16318 preserves that exact clipping requirement and the
same densification/boundary-point logic. It accelerates only point-in-polygon lookup
by lazily indexing each official VCGI boundary ring into latitude buckets; the same
edgeContains and ray-crossing tests are then evaluated only against boundary segments
whose latitude range can intersect the tested point. It also reuses the already exact-
clipped swale result from the preview call during the immediately following full clip.
No state-boundary bypass, DEM, hydrology, contours, flows, swale science, ranking,
Property exclusions, recharge, map styling, water-path count, or Orb behavior changed.
-->
<!-- EARTHLINE 16317 — REGIONAL PERFORMANCE: OFFICIAL VERMONT INTERIOR CERTIFICATE.
Parent: EARTHLINE-VERMONT-16316-VALID-REGIONAL-FLOW-ARROW-LAYER.html.
The 16316 diagnostic measured terrain at ~1.18 s, contours/swales/flows at ~3.70 s,
but terrainProductsAndPublish at ~19.43 s. The only awaited operation in that gap
is the second official Vermont product-boundary clip. This build preserves the
same official VCGI boundary authority and the existing exact clipping path at/near
the state boundary, but adds a rigorous rectangle-inside-polygon certificate:
all analysis-box corners/center must be inside the official geometry AND no state
boundary/hole segment or vertex may intersect/enter the analysis rectangle.
When certified interior, generated products are marked boundary-verified directly
instead of being point-sampled/densified and clipped feature-by-feature. Searches
that cannot be certified interior fall back to the prior exact clip unchanged.
No DEM, hydrology, contours, flows, swales, ranking, Property science, exclusions,
Mapbox layers, water-path counts, recharge targets, or renderer styling changed.
-->
<!-- EARTHLINE 16316 — MAPBOX FLOW-ARROW STYLE VALIDATION FIX ONLY.
Parent: EARTHLINE-VERMONT-16315-COALESCED-DOM-OBSERVERS-FAST-REGIONAL.html.
Replaces the invalid data-driven Mapbox GL `symbol-spacing` expression on
el-live-flow-arrow-15970 with the constant 96. `symbol-spacing` is not
feature/data-expression capable; the invalid expression prevented the arrow
layer from being created and caused downstream missing-layer errors. No DEM,
hydrology, flow features, swales, contours, recharge, exclusions, observer
performance work, Property sequence, or scientific thresholds changed.
-->
<!-- EARTHLINE 16315 — PERFORMANCE ONLY: COALESCE/REMOVE BROAD DOM OBSERVERS. Parent: EARTHLINE-VERMONT-16314-BALANCED-PROPERTY-WATER-PATHS.html. The 16312 runaway swale observer remains removed. This build removes two obsolete full-document mutation observers and converts the three remaining necessary broad observers to one-requestAnimationFrame-per-frame coalesced callbacks, preventing Regional/Property overlay publication from fanning hundreds of DOM mutations into repeated whole-page reconciliation. No DEM, hydrology, contours, flow-path count, swales, recharge targets, exclusions, Property sequence, routing, Orb, or scientific logic changed. -->
<!-- EARTHLINE 16314 — PROPERTY WATER-PATH BALANCE ONLY. Parent: EARTHLINE-VERMONT-16313-RESTRAINED-PROPERTY-WATER-PATHS.html. Preserve the full authoritative D8 Property water-path dataset and all hydrology/audit counts; increase only the visible Property display from the strongest 18 paths to the strongest 30 paths so tributary context returns without restoring the prior 90-path clutter. No DEM, flow calculation, exclusions, swales, recharge targets, contours, load-time loop repair, routing, Orb, or science changed. -->
<!-- EARTHLINE 16313 — PROPERTY WATER-PATH PRESENTATION RESTRAINT ONLY. Parent: EARTHLINE-VERMONT-16312-STOP-RUNAWAY-SWALE-OBSERVER.html. Preserve the full authoritative D8 Property water-path dataset and all hydrology/audit counts, but render only the strongest 30 paths on the 20-acre map and reduce arrow density. No DEM, flow calculation, exclusions, swales, recharge targets, contours, load-time loop repair, routing, or science changed. -->
<!-- EARTHLINE 16312 — PERFORMANCE REPAIR: STOP RUNAWAY SWALE DECORATION LOOP ONLY. Parent: EARTHLINE-VERMONT-16311-REGIONAL-SPEED-PROPERTY-SEQUENCE-RESTORE.html SHA-256 d5e824437fc8267f469286e4bd8fd00cbc8cb6a29817c10f5ae17c4292c61f6c. Verified root cause: the Regional swale overlay MutationObserver re-invoked decorateSwales() after decorateSwales() removed and re-added its own hit-target nodes, creating an endless mutation/setTimeout cycle once corridors existed. 16312 removes that self-observer and invokes decoration only from bounded explicit lifecycle events (analysis complete and completed map motion) plus the existing finite install retries. No DEM, hydrology, exclusions, swale geometry, recharge modeling, ranking, routing, renderer styling, Orb logic, report, or Property acceptance rule changed. -->
<!-- EARTHLINE 16311 — PROPERTY SEQUENCE RESTORE ONLY. Parent: EARTHLINE-VERMONT-16310-PARALLEL-REGIONAL-PROPERTY-CORE.html SHA-256 f4cb2d9709480eccefc55679314af28328de3d8f8278bb8502536e0478b2479b. Preserve the 16310 Regional overlap optimization unchanged. Revert only the Property DEM/mapped-exclusion parallelization to the exact 16309/16297 governed order because the exclusion owner depends on DEM-finalized grid/state and the parallel start can leave Property running without publication. No visual, geometry, exclusion rule, hydrology, routing, Orb, report, or Regional product change. -->
<!-- EARTHLINE 16310 — PERFORMANCE-ONLY CORE PARALLELIZATION. Parent: EARTHLINE-VERMONT-16309-ROLLBACK-TO-16297-CLEAN-LINEAGE.html SHA-256 56eec2d01d5f82246c5db76b5e09f99b3f235accde6888da32d3dd03cd17daa7. Two changes only: Regional begins the unchanged hydrology calculation as soon as the unchanged open DEM resolves while Mapbox camera/style readiness continues independently; Property runs the unchanged mapped-road/building exclusion pass in parallel with the unchanged DEM acquisition after the Vermont boundary gate. No resolution, thresholds, exclusions, geometry, ranking, routing, renderer, report, Orb owner, or publication acceptance rule changed. -->
<!-- EARTHLINE 16309 — CLEAN LINEAGE ROLLBACK. Runtime restored from exact Build 16297, the last user-tested point where Regional loaded, Property loaded, and the remaining concern was presentation pop rather than functional regression. No post-16297 runtime changes are carried forward. -->
<!-- EARTHLINE 16297 — TWO PERFORMANCE REPAIRS ONLY. Parent: EARTHLINE-VERMONT-16296-NATURAL-PROPERTY-SWALES-STYLE-READY.html SHA-256 32feb964b9772f856772f11f370c644ef04b09254b67e3649a33082520835309. Task 1 Regional: start the exact open DEM request in parallel with Mapbox readiness and add a bounded decoded/in-flight Open Terrarium tile cache so cold-start map wait overlaps terrain loading and rapid repeated/overlapping Regional searches reuse the exact same elevation pixels. Task 2 Property: start the exact existing Terrain-RGB tile requests and Vermont authoritative driveway/building raw-source prefetch while the existing Vermont boundary verification is running; the governed Property owner still performs and awaits every existing DEM, exclusion, hydrology, safety, and publication gate normally. No grid, thresholds, terrain values, exclusions, swale geometry, ranking, spacing, renderer, Orb, routing, or natural-swale presentation changed. -->
<!-- EARTHLINE 16296 — TWO PROPERTY PRESENTATION REPAIRS ONLY. Parent: EARTHLINE-VERMONT-16294-LARGER-CROSSHAIR-NATURAL-TREE-SWALES.html SHA-256 61985dcff15677ee2dc4df574311c2686e33db52429c8ae34432ccce1cf23311. Task 1: repair the existing Property natural texture/tree renderer readiness by replacing over-strict Mapbox isStyleLoaded() gates with actual live-style/addSource/addLayer readiness; preserve the verified safe-line fallback until the existing natural renderer can publish. Task 2: stop the natural-renderer sync from forcibly hiding the established Property recharge/groundwater context layers. No DEM, hydrology, contours/elevation labels, exclusions, authoritative safe geometry, ranking, spacing, direct-address routing, Regional behavior, Orb, crosshair size, or report science changes. -->
<!-- EARTHLINE 16294 — TWO USER-REQUESTED PROPERTY PRESENTATION CHANGES ONLY. Parent: EARTHLINE-VERMONT-16293-FAST-CLEAN-PROPERTY-UX.html SHA-256 2d125923f88d4ba88127120dff444ea51f356c931908beda2618cbf63649e46a. Task 1: enlarge only the Property Investigation crosshair symbol from 30px to 40px; button text remains unchanged. Task 2: restore the protected natural/tree Property swale presentation by making the already-verified embedded brown/blue natural texture and planting/tree canopy the visible renderer above the transparent authoritative safe-line verification/fallback owner. The exact M.authoritativeSafeSwales15815 geometry, 9 m analytical footprint, exclusions, hydrology, ranking, spacing, direct-address routing, Regional startup, Orb, and report science are unchanged. -->
<!-- EARTHLINE 16289 — Parent: exact user-connected Build 16288 SHA-256 50b39349cba137f4845609372f189f317c4d1cf251c7dcc61fcb22f57a05898a. Property science reached a committed exclusion-verified result (56 safe corridors in the connected test) but presentation falsely rejected the map because Mapbox isStyleLoaded() was false while the visible style was already usable. Two presentation-only repairs: (1) safe Property layer creation no longer blocks on the over-strict isStyleLoaded gate; it requires a live style object and lets addSource/addLayer be the authoritative readiness test; (2) any later successful safe-layer sync after style.load/idle self-heals the terminal UI to VERIFIED SAFE CORRIDORS VISIBLE. No DEM, hydrology, contour, ranking, spacing, exclusions, authoritative safe geometry, Orb, Regional science, or Property acceptance rule changes. -->
<!-- EARTHLINE 16293 — TWO USER-REQUESTED PROPERTY UX REPAIRS ONLY. Parent: EARTHLINE-VERMONT-16292-RESTRAINED-PROPERTY-SWALES-CLEAN-RECHARGE.html SHA-256 e81a105a286c7d15af453908cd3930b627b8f8bc15d3672722e912b8ee4ad51b. Task 1: enlarge only the Property Investigation crosshair symbol from 22px to 30px; button text remains unchanged. Task 2: keep transient toast/corridor/tier notice boxes off the map in Property mode, run the two independent post-science map-presentation verifications in parallel, and retain a bounded in-memory cache of already-requested Mapbox raster tiles so rapid successive nearby Property searches reuse the exact same decoded source tiles instead of downloading/decoding them again. No terrain, hydrology, exclusions, safe geometry, ranking, spacing, Regional startup, direct-address routing, or authoritative publication rule changed. -->
<!-- EARTHLINE 16262: two repairs only — Property mapped-water exclusion is folded into the existing frozen no-build owner before corridor publication; Property map verification accepts the already-rendered living-swale layer as visible evidence instead of falsely reporting MAP LAYER NOT VERIFIED. Parent: exact user-tested 16261 SHA-256 cfcbfa65f6804b4c3e4e5dc5ac4e7f68acd92a5f3d37ec38f16e1a5b0c7be533. No other science, ranking, spacing, navigation, logo, Orb, or UI behavior changed. -->
<!-- EARTHLINE 16261: Property Orb terminal repair only — the visible Property Orb follows the Property request latch, not the longer presentation-running class, and unlatches as soon as the governed Property science has committed its verified corridor count. Renderer/presentation work may continue without keeping the Orb spinning. Parent: exact user-tested 16260. -->
<!-- EARTHLINE 16260: Property terminal-state repair only — map visibility verification is moved out of the governed Property promise so presentation settling can never keep the Property Orb spinning after the scientific result has committed. Parent: exact user-tested 16259. -->
<!-- EARTHLINE 16259: two repairs only — suppress legacy live prescription counter overlay; wait for authoritative Property safe layer visibility before terminal map-verification status. Parent: exact user-tested 16257. -->
<!-- EARTHLINE 16254 — TWO REPAIRS ONLY. Parent: exact user-tested EARTHLINE 16253 SHA-256 0a08855e0002307854f4bd5de95f06f956a1647c21b1205a7e730e4708abb2a0. Repair 1: show the large crosshair symbol on the Property Analysis · 20 Acres control for both map-center and selected-corridor targets. Repair 2: restore the direct governed 20-acre Property path, declare the Property run state before any camera movement so the legacy Regional→Focus handoff cannot intercept it, and preserve the existing exclusion-verified detailed Property swale publication/rendering owners. No other product behavior changed. -->
<!-- BUILD-CHECK-16160-VERMONT: restrained silver report finish over verified 16158 behavior.
     Parent: EARTHLINE-VERMONT-16158-FOCUS-PROPERTY-REPORT-REPAIR.html.
     Scope: visual treatment only — subtle silver/metallic Bioswale Impact Report control,
     toolbar and report-title finish. Earthline blue remains the branded Bioswale accent.
     No scientific, navigation, report-content, exclusion, focus, property or run-state owner changed.
     PARENT PRODUCT BUILD: EARTHLINE-VERMONT-16157-TRUE-FOCUS-ANALYSIS.html.
     AUTHORITATIVE SCIENTIFIC LINEAGE: EARTHLINE-REGIONAL-16136-GLOBAL-LIVING-SWALES.html.
     IMMUTABLE REPORT DONOR: EARTHLINE-REGIONAL-16144-REPORT-IMAGE-RECOVERY.html.
     CHANGE SCOPE: make focus success/zero/failure states explicit; restore regional state on focus failure;
     make 61 Sleepy Hollow and known-address property runs visibly reachable; refresh report identity from the
     actual published tier; upgrade the report map with town labels, orientation, scale, provenance and smoothed swales.
     RELEASE RULE: accepted capabilities may not be removed; full report content and preservation gates must pass together. -->
<!-- EARTHLINE BUILD 16178 — SEARCH IDENTITY, VERMONT BOUNDARY, AND PROPERTY TIMEOUT DIAGNOSIS
     Parent: EARTHLINE-VERMONT-16177-TERRAIN-ORIENTED-SWALES.html
     Scope: clear prior corridor/tier identity on every new submission; constrain Vermont regional
     corridor products and Focus/Property handoffs to the official VCGI state-boundary polygon;
     report the exact active property stage and recorded timings on timeout. Do not extend the
     timeout and do not weaken 16176 fail-closed exclusions or 16177 terrain orientation. -->
<!-- EARTHLINE BUILD 16177 — TERRAIN-VERIFIED PROPERTY SWALE ORIENTATION
     Parent: EARTHLINE-VERMONT-16176-FAIL-CLOSED-EXCLUSIONS.html
     Scope: property presentation only. Sample both sides of the actual accepted safe geometry
     at multiple stations; show water/channel uphill and berm downhill only when the cross-slope
     result is reliable and consistent. Use a neutral corridor when orientation is indeterminate.
     Hydrology, ranking, spacing, exclusions, report science, and run identity are unchanged. -->
<!-- EARTHLINE BUILD 16176 — FAIL-CLOSED PROPERTY EXCLUSION ENFORCEMENT
     Parent: EARTHLINE-VERMONT-16175-BUSHY-UPHILL-SWALE.html
     Scope: property publication safety only. Raw property corridors may never
     render, recover, texture, report, or publish when exclusions are unverified.
     Governing motto and all Vermont/Focus/Property architecture remain unchanged. -->
<!-- EARTHLINE BUILD 16219 — OBSERVER-ONLY PROPERTY RESTORE
     Parent: exact connected-working Regional recovery Build 16218.
     Sole runtime change: restore the verified Build 16206 observer-only Property panel owner.
     The panel launches and observes the governed Property promise directly; it may not race, timeout, cancel, invalidate, or replace the scientific run.
     Regional execution, map, hydrology, swales, search, navigation, panel layout, exclusions, and renderers remain unchanged from Build 16218. -->
<!-- EARTHLINE 16247 — CROSSHAIR SYMBOL SIZE ONLY. Parent: accepted Build 16246 SHA-256 ac0ae64617228e4087e50488ba2e90dac2cc3b32881fcb5a8c44e0f09838ae0a. Sole product change: enlarge only the crosshair symbol inside the Property Investigation / 20 ACRES control while preserving the accepted 10.5px text size. Logo/navigation, compositor Orb/run responsiveness, and committed-dropdown close behavior are locked unchanged. -->
<!-- EARTHLINE 16245 — COMPOSITOR ORB / RESPONSIVE RUN REPAIR ONLY. Parent: exact user-tested 16244 SHA-256 bde1bd3f1dea829f0cd7a1a7ba2ee90dae448199fadc5b0d0849497f3b6454de. Logo/navigation position remains locked unchanged. Root cause repaired: the visible Orb had been driven by requestAnimationFrame, so synchronous terrain sampling/product derivation stopped its motion and Windows/Edge showed the blue busy cursor. 16245 moves Orb motion to a compositor-owned CSS transform animation and adds cooperative event-loop yields inside terrain sampling/hydrology/contour derivation without changing numerical order, thresholds, geometry rules, or science. -->
<!-- EARTHLINE 16244 — CONTEXT-LATCHED ORB REPAIR ONLY. Parent: exact user-tested 16243 SHA-256 cdbce4600cc3bbbac5b8c325002b127dd9d4aa54cd302889b8567b2fd7ba13fd. Logo/navigation position remains locked unchanged. Orb-only repair: visible Orb is an independent direct-child shell immune to legacy SVG rewrites; Regional Orb remains latched through same-token context enrichment and does not stop on the first core publication event; Property Orb remains promise-settled. -->
<!-- EARTHLINE 16251 — NAVIGATION-BOX FOCUS→PROPERTY HANDOFF. Parent: EARTHLINE 16250 SHA-256 d93f2b3943326c44ef060b27ec746ea22a6806a901dfb75d49261fa3fc967213. Scope: restore corridor detail action to selection/zoom only; make the Navigation Box Property button perform the governed fixed 3 km Focus prerequisite and then the governed 20-acre Property analysis; make the one-time corridor onboarding tip persist until acknowledged; raise the existing completion toast above map overlays. Locked logo position, compositor Orb system, Swales Explained styling, search dropdown behavior, and top-right compass/zoom controls are unchanged. -->
<!-- EARTHLINE 16253 — CORRIDOR TIP SESSION REPAIR ONLY. Parent: exact user-tested EARTHLINE 16252. Sole runtime change: the Regional corridor information bubble is one-time per page load, rather than permanently suppressed by localStorage after its first historical dismissal/open. All 16252 behavior remains unchanged. -->
<!-- EARTHLINE 16252 — TWO REPAIRS ONLY. Parent: exact user-tested EARTHLINE 16251 SHA-256 4c82d604689572101618cf4a828a868de751d0ba75c03741e4ab779efa5a0136. Repair 1: make the one-time regional corridor information bubble reliably appear after a Regional result and remain until acknowledged. Repair 2: suppress the legacy floating Earthline › Vermont › corridor / BACK TO VERMONT breadcrumb so it cannot overlap Navigation Box controls after zoom-to-location. No Property handoff, science, logo, Orb, Swales Explained, search, compass/zoom, or report behavior changed. -->
<!-- EARTHLINE 16255: Property publication clearance repair only. Preserve all accepted 16254 UI/Orb/navigation behavior. -->
<!-- EARTHLINE 16256: TWO REPAIRS ONLY. Parent: exact user-tested 16255 SHA-256 a8d68a015ec1ff508ff2994c5015718bcd58a22289cb633b09becbab6045285e. Repair 1: enlarge the Property 20-acre crosshair symbol slightly. Repair 2: correct the authoritative Vermont infrastructure four-state contract so successful zero-feature driveway/building queries are VERIFIED CLEAR rather than misclassified as source unavailable; retain fail-closed behavior on request failure and all existing road/structure/no-build checks. -->
<!-- EARTHLINE 16257: PROPERTY VERIFIED-ZERO COVERAGE COMPLETION. Parent: exact user-tested 16256 SHA-256 9a67850efc23bbc7fe6b8a4ced241b3dc68642f1ebff7bf74e02417493f9d5cc. Sole runtime repair: in the map-style-not-ready exclusion path, a successful authoritative Vermont query is verified coverage even when it contains zero local driveway/building features. Request failure remains fail-closed. No UI, hydrology, swale geometry, ranking, spacing, or renderer changes. -->
<!-- EARTHLINE 16269 — Parent: exact connected-failed 16268. Two measured repairs only: (1) when the click-phase Property launch handshake proves running/busy, record that proof immediately so a fast fail-closed terminal cannot outrun the 120 ms Orb observer and strand the Property Orb latch; (2) include the exact fail-closed exclusion reason code in the visible OUTPUT BLOCKED message for connected diagnosis. No exclusion gate is weakened and no hydrology, terrain, swale geometry, ranking, renderer, search, logo, navigation, Process page, or Swales Explained behavior changed. -->
<!-- EARTHLINE 16268 — Parent: exact user-tested-failed 16267 SHA-256 38d38efe64bd619ab9c95847c53983c87378788d35483b9e63c12f0dc670db61. Sole runtime repair: keep the accepted Property Orb owner, but require the click-phase launch handshake to prove the governed 20-acre Property run actually entered running/busy state; if the launch is blocked or exits before starting, immediately unlatch the Orb instead of spinning indefinitely. No hydrology, terrain, exclusions, swale geometry, ranking, renderer, search, logo, navigation, Process page, or Swales Explained behavior changed. -->
<!-- EARTHLINE 16267 — Parent: exact 16265 BLUE-MENU candidate SHA-256 2557e62dcb48c68dba3f0ece4c72dc96bae8d93da162568f2f8ed2dd29fa3d71. Sole content repair: restore the approved closing sentence to “Keep more water in the landscape. Keep more soil on the land. Give nature the water it needs to thrive.” No hydrology, Regional/Property science, exclusions, rendering, logo, Orb, navigation, controls, menu behavior, or Swales Explained behavior changed. -->
<!-- EARTHLINE 16265 — Parent 16264. Scope only: add the approved Earthline Optimum Bioswale Location Engine language as a blue The Earthline Process hamburger tab and integrated information page. No hydrology, Regional/Property science, exclusions, rendering, logo, Orb, navigation, controls, or existing Swales Explained behavior changed. -->
<!-- EARTHLINE 16264 — Parent 16263. Scope only: restore visible natural/tree Property swale treatment; suppress public coverage grid and prewarm existing texture assets. Property science, exclusion gates, routing, ranking, spacing, publication, logo, Orb, navigation and controls unchanged. -->
<!-- EARTHLINE 16476 — NO AUTO COVERAGE DIAGNOSTIC RENDER
Parent: EARTHLINE-VERMONT-16475-FAILED-PREFETCH-RECOVERY-AQUIFER-CORS-RACE.html
One repair only: retain BUILD-CHECK-15803 diagnostic data but remove automatic developer coverage/WHY-NOT-HERE UI installation/rendering from the governed Property terminal path. No science, audit generation, hydrology, geometry, safety, aquifer, recharge, corridor, report, or approved UI behavior changed.
-->
<!DOCTYPE html>
<!-- EARTHLINE 16500: recharge/swale live-style capability guards; parent 16497 -->

<!-- EARTHLINE 16454 — SPEED ONLY: exact-intersection Property DEM tiles + parallel official Vermont boundary transports. Parent 16452. No science, geometry, aquifer, recharge, swale, UI, report, or annotation changes. -->
<!-- EARTHLINE 16292 — Parent: exact connected-working 16291. Two presentation-only repairs: (1) preserve the authoritative 9 m Property swale planning footprint/evidence but cap the visible natural ribbon to a restrained zoom-scaled screen width so close Property views do not visually spill across nearby buildings/roads; (2) once verified detailed Property swales are displayed, suppress the MODELED RECHARGE TARGETS presentation layers so they do not compete with the Property intervention map. No address routing, DEM, hydrology, contour, spacing, ranking, exclusions, authoritative safe geometry, Orb, Regional startup, or report science changed. -->
<!-- EARTHLINE 16291 — DIRECT ADDRESS BYPASSES REGIONAL OWNER. Parent: exact 16289. Task 1: exact numeric-address geocoding selects the requested house number across returned address candidates and fails closed if it is not confirmed. Task 2: numeric-address Run Analysis bypasses the Regional controller/watchdog and launches the same governed 20-acre Property owner directly. No Regional science, Property science, exclusions, renderer, Orb implementation, ranking, spacing, or 16289 map-layer publication logic changed. -->
<!-- EARTHLINE 16263: Property performance only. Prefetch authoritative Vermont driveway/building GeoJSON in parallel with DEM loading; no science, exclusion, corridor, renderer, navigation, logo, or Orb rule changed. -->
<!-- EARTHLINE 16243 — LATCHED PSEUDO-ORB REPAIR ONLY. Parent: exact user-tested 16242 SHA-256 7114b887c7f020179590b4b32e63e1a51412d289c19c3d4ecb79237a0ea41afc. Logo/navigation vertical position from 16238 is locked unchanged. Sole repair: the button Orb is now a CSS-owned 24×24 Earthline Orb that cannot be replaced by legacy button-innerHTML rewrites; Regional and Property motion are latched from user submission until matching terminal success/failure/settle, independent of transient busy flags. Legacy direct SVG and blue wait-spinner visuals are suppressed. No science, search, map, tier, report, exclusion, geometry, renderer, or logo-position change. -->
<!-- EARTHLINE 16220: Property display-publication identity repair only. Parent EARTHLINE 16219 SHA-256 1c0cec208e6435372411de7fee3c0067e9d5d959d713b07cb9604d8679df2710. -->
<!-- EARTHLINE 16233: consolidated rebuild from exact 16221 parent. Replaces, rather than stacks, the final panel/orb/property visibility owners. -->
<!-- EARTHLINE BUILD 16204: continues from internal Build 16203, itself derived from the exact user-tested Build 16202 parent. The left Search panel is ten percent narrower; Property Analysis remains directly below Run Analysis; Back to Vermont remains directly below the Property box; Bioswale Report fonts remain two points larger; and the obsolete Map Only control is removed. The Regional Search Orb is bound directly to the active Run control and survives button-label/SVG replacement. Regional screening uses a lighter governed terrain grid and larger water paths carry visible directional arrows. Property science, caps and ranking remain unchanged; only non-publication diagnostics and impossible geometry comparisons are skipped before the same exact tests. Fail-closed exclusions, safe-only publication, terrain orientation, Vermont boundary protection, city/state identity, logo, mantra, pulldown, report and native navigation remain governed. -->

<!-- BUILD-CHECK-15792: living multi-layer swales + persistent native property water paths; engine unchanged. -->
<!-- SOURCE LINEAGE: SOURCE BUILD-CHECK-15700; generated as BUILD-CHECK-15760; balanced contours, live water-line repaint, press-hold zoom. -->
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.toprunbtn svg{width:24px;height:24px;filter:drop-shadow(0 2px 3px rgba(0,0,0,.5))}
@keyframes runPulse{0%,100%{box-shadow:0 0 0 2px rgba(65,184,75,.16),0 6px 18px rgba(28,130,40,.38),inset 0 1px 0 rgba(255,255,255,.22)}50%{box-shadow:0 0 0 5px rgba(117,224,124,.11),0 8px 27px rgba(28,170,48,.60),inset 0 1px 0 rgba(255,255,255,.26)}}
.searchbox{display:flex;align-items:center;gap:7px;background:var(--panel2);border:1px solid var(--line2);border-radius:8px;padding:7px 11px;min-width:0}
.searchbox.grow{flex:1 1 720px;min-width:420px;padding:10px 15px;border-color:#33507a;box-shadow:0 0 0 1px rgba(37,99,235,.22)}
.searchbox.grow:focus-within{border-color:#3b7df0;box-shadow:0 0 0 2px rgba(59,125,240,.4)}
.searchbox.grow input{font-size:14px}
.searchbox input{background:none;border:none;outline:none;color:var(--txt);width:100%;min-width:50px}
.searchbox input::placeholder{color:#c8d6e6;opacity:1;font-weight:500}

/* BUILD-CHECK-15765 — delete/clear address control inside the search box. */
.search-clear-15765{
  width:26px;
  height:26px;
  border-radius:999px;
  border:1px solid rgba(143,161,182,.42);
  background:rgba(15,23,42,.78);
  color:#cbd5e1;
  display:none;
  align-items:center;
  justify-content:center;
  flex:0 0 auto;
  padding:0;
  font:900 17px/1 system-ui,sans-serif;
  cursor:pointer;
  transition:background .14s ease,color .14s ease,border-color .14s ease,transform .14s ease;
}
.searchbox.has-search-value-15765 .search-clear-15765{display:inline-flex}
.search-clear-15765:hover{
  background:rgba(30,41,59,.98);
  color:#fff;
  border-color:#7fb4ff;
  transform:scale(1.06);
}
.search-clear-15765:focus-visible{
  outline:2px solid #3b82f6;
  outline-offset:2px;
}

.searchbox select{background:none;border:none;outline:none;color:var(--txt);width:100%}
.searchbox select option{background:var(--panel2)}
.datechip{display:flex;align-items:center;gap:8px;background:var(--panel2);border:1px solid var(--line2);border-radius:8px;padding:7px 11px;white-space:nowrap;color:var(--dim);font-size:12px}
.datechip b{color:var(--txt);font-weight:600}
.navicons{display:flex;gap:4px;align-items:center;flex:0 0 auto}
.navbtn{display:flex;flex-direction:column;align-items:center;gap:2px;padding:4px 9px;border-radius:8px;color:var(--dim);font-size:10px}
.navbtn:hover{background:#182233;color:var(--txt)}
.navbtn svg{width:18px;height:18px;fill:none;stroke:currentColor;stroke-width:1.7;stroke-linecap:round;stroke-linejoin:round}
.avatar{width:34px;height:34px;border-radius:50%;border:2px solid var(--line2);background:#16202e;display:flex;align-items:center;justify-content:center;font-weight:700;font-size:12px;color:#65d9ff;margin-left:6px}
.orb-btn{display:inline-flex;align-items:center;justify-content:center;border-radius:50%;flex:0 0 auto;transition:transform .12s}
.orb-btn{transition:transform .14s cubic-bezier(.34,1.56,.64,1)}
.orb-btn:hover{transform:scale(1.13)}
.orb-btn:active{transform:scale(.82)}
.orb-btn.pressed{animation:orbpop .42s cubic-bezier(.34,1.56,.64,1)}
@keyframes orbpop{0%{transform:scale(.8)}45%{transform:scale(1.18)}70%{transform:scale(.94)}100%{transform:scale(1)}}
.orb-btn svg{filter:drop-shadow(0 1px 2px rgba(0,0,0,.45))}
.orb-btn svg{display:block}

/* ============ EARTHLINE MISSION / QUICK START ============ */
.missionbar{display:flex;align-items:center;justify-content:center;gap:18px;min-height:48px;padding:7px 18px;background:linear-gradient(90deg,#0c141d 0%,#111d27 48%,#0c141d 100%);border-bottom:1px solid #223246;box-shadow:inset 0 -1px 0 rgba(255,255,255,.025);flex:0 0 auto}
.missionbar .mantra{font-family:Georgia,'Times New Roman',serif;font-size:17px;font-weight:800;letter-spacing:.018em;color:#f2f7fb;text-shadow:0 1px 3px rgba(0,0,0,.8);white-space:nowrap}
.missionbar .mantra b{color:#82d77f;font-weight:800}
.missionbar .how{font-size:11.5px;color:#b9c8d8;letter-spacing:.012em;border-left:1px solid #33475c;padding-left:18px;white-space:nowrap}
@media (max-width:900px){.missionbar{align-items:flex-start;flex-direction:column;gap:1px;padding:7px 12px}.missionbar .mantra{font-size:15px;white-space:normal}.missionbar .how{border-left:none;padding-left:0;white-space:normal;font-size:10.8px}}

/* ============ IMPACT STRIP ============ */
.impact{display:flex;align-items:stretch;background:linear-gradient(180deg,#0e1520,#0b111a);border-bottom:1px solid var(--line);padding:4px 14px;flex:0 0 auto;overflow-x:auto}
.impact .head{display:flex;flex-direction:column;justify-content:center;padding-right:14px;border-right:1px solid var(--line2);font-weight:800;letter-spacing:.06em;font-size:11px;line-height:1.25;white-space:nowrap}
.istat{display:flex;align-items:center;gap:8px;padding:1px 12px;border-right:1px solid var(--line2);white-space:nowrap}
.istat:last-of-type{border-right:none}
.istat .ic{width:25px;height:25px;border-radius:50%;display:flex;align-items:center;justify-content:center;flex:0 0 auto}
.istat .num{font-size:15.5px;font-weight:800;line-height:1.05}
.istat .num small{font-size:10px;font-weight:700;letter-spacing:.04em;margin-left:3px}
.istat .lbl{font-size:9.5px;color:var(--dim);line-height:1.2;max-width:100px;white-space:normal}
.impactbtn{margin-left:auto;align-self:center;background:linear-gradient(180deg,#2f7d34,#1f5c24);border:1px solid #3b9a41;border-radius:7px;padding:7px 12px;font-weight:800;font-size:10.5px;letter-spacing:.05em;display:flex;align-items:center;gap:7px;white-space:nowrap}
.impactbtn:hover{filter:brightness(1.12)}

/* ============ MAIN LAYOUT ============ */
.main{flex:1 1 auto;display:grid;grid-template-columns:196px minmax(0,1fr) 220px;gap:7px;padding:7px;min-height:560px;min-width:0}
.lp,.rp{display:flex;flex-direction:column;gap:10px;overflow-y:auto;min-height:0;min-width:0}
.panel{background:var(--panel);border:1px solid var(--line);border-radius:10px;padding:9px 10px;flex:0 0 auto}
.panel h3{font-size:10.5px;letter-spacing:.08em;color:var(--dim);font-weight:800;display:flex;align-items:center;gap:7px;margin-bottom:8px}
.panel h3 .sp{flex:1}
.panel h3 a{color:var(--blue);font-weight:600;letter-spacing:0;text-decoration:none;font-size:11px;cursor:pointer}

/* left panel */
.loccard{display:flex;gap:9px;background:var(--panel2);border:1px solid var(--line2);border-radius:8px;padding:9px}
.locthumb{width:54px;height:54px;border-radius:6px;flex:0 0 auto;background:linear-gradient(160deg,#3b6ea5 0%,#7e9bb8 38%,#4a6741 62%,#2d4226 100%);position:relative;overflow:hidden}
.locthumb:after{content:"";position:absolute;left:0;right:0;bottom:0;height:45%;background:linear-gradient(170deg,#55703f,#26371d);clip-path:polygon(0 60%,25% 25%,50% 55%,75% 15%,100% 50%,100% 100%,0 100%)}
.loccard .nm{font-weight:700;font-size:12.5px;line-height:1.3}
.loccard .sub{color:var(--dim);font-size:11px;margin-top:2px}
.layers{display:flex;flex-direction:column;gap:2px}
.lay{display:flex;align-items:center;gap:8px;padding:3.5px 6px;border-radius:6px}
.lay:hover{background:#161f2c}
.lay input{accent-color:var(--blue);width:14px;height:14px;flex:0 0 auto}
.lay .sw{width:15px;height:15px;border-radius:3px;flex:0 0 auto;border:1px solid rgba(255,255,255,.18)}
.lay .nm{flex:1;font-size:12px;color:#cdd9e6}
.lay .gear{color:var(--dim2);font-size:13px}
.lay.off .nm{color:var(--dim2)}
.fil label{display:block;font-size:11px;color:var(--dim);margin:10px 0 5px}
.fil label:first-child{margin-top:0}
.fil select{width:100%;background:var(--panel2);border:1px solid var(--line2);border-radius:7px;color:var(--txt);padding:7px 9px}
.fil select option{background:var(--panel2)}
.slider{width:100%;accent-color:var(--blue)}
.slrow{display:flex;justify-content:space-between;color:var(--dim2);font-size:10.5px;margin-top:1px}
.runbtn{width:100%;margin-top:13px;background:linear-gradient(180deg,#2b6fe3,#1d56c0);border:1px solid #3b7df0;border-radius:8px;padding:10px;font-weight:800;letter-spacing:.05em;font-size:12.5px;display:flex;align-items:center;justify-content:center;gap:9px;color:#fff}
.runbtn:hover{filter:brightness(1.12)}
.engine{display:flex;align-items:center;gap:6px;color:var(--dim2);font-size:10.5px;margin-top:8px}
.engine .dot{width:7px;height:7px;border-radius:50%;background:#39d353;box-shadow:0 0 6px #39d353}

/* center / map */
#fsExit{display:none;position:absolute;top:12px;left:50%;transform:translateX(-50%);z-index:30;background:rgba(20,28,40,.95);color:#fff;border:1px solid #3b7df0;border-radius:8px;padding:8px 16px;font-size:13px;font-weight:700;cursor:pointer}
.center.fs #fsExit{display:block}
.center{position:relative;min-width:0;min-height:540px;border-radius:10px;overflow:hidden;border:1px solid var(--line);background:#05080d}
.center.fs{position:fixed;inset:0;z-index:80;border-radius:0;border:none}
.fsbtn{position:absolute;top:10px;right:50px;z-index:7}
.center.fs .fsbtn svg path.expand{display:none}
.center:not(.fs) .fsbtn svg path.collapse{display:none}
.map-area{position:absolute;inset:0;width:100%;height:100%}
#mapboxBase{position:absolute;inset:0;width:100%;height:100%;z-index:0;background:#081019}

#earthlineRechargeCanvas{
  position:absolute;
  inset:0;
  width:100%;
  height:100%;
  display:none;
  z-index:4;
  pointer-events:none;
  background:transparent;
  opacity:1;
  mix-blend-mode:normal;
}
#earthlineRechargeOverlay{position:absolute;inset:0;width:100%;height:100%;display:none;z-index:4;pointer-events:none;overflow:hidden;opacity:1!important;mix-blend-mode:normal!important;isolation:isolate}
#earthlineRechargeOverlay .recharge-zone-casing{fill:none;stroke:#351000;stroke-width:12;stroke-linejoin:round;stroke-linecap:round;opacity:1;filter:drop-shadow(0 3px 5px rgba(0,0,0,.82))}
#earthlineRechargeOverlay .recharge-zone-fill{fill:#ff6500!important;stroke:#ff9a1f!important;stroke-width:8;stroke-linejoin:round;stroke-linecap:round;paint-order:stroke fill;opacity:1!important}
#earthlineRechargeOverlay .recharge-zone-highlight{display:none}
#earthlineRechargeOverlay .recharge-zone-label-bg{fill:#351000;fill-opacity:.96;stroke:#ffae38;stroke-width:1.5}


#earthlineRechargeOverlay .recharge-zone-label{fill:#fff8df;font:900 11px "Segoe UI",Arial,sans-serif;letter-spacing:.045em;text-anchor:middle;dominant-baseline:middle;paint-order:stroke;stroke:#351000;stroke-width:3px;stroke-linejoin:round}
#map{position:absolute;inset:0;width:100%;height:100%;display:block;z-index:5;background:transparent;pointer-events:none}
.maptools{display:none!important}
.mtool{display:flex;align-items:center;gap:7px;background:linear-gradient(180deg,#1e3a6b,#16294d);border:1px solid #3b7df0;border-radius:8px;padding:8px 13px;font-size:11.5px;font-weight:700;color:#eaf2ff;cursor:pointer;box-shadow:0 2px 6px rgba(0,0,0,.35);transition:all .12s ease}
.mtool:hover{transform:translateY(-2px);filter:brightness(1.25);border-color:#6fa8ff}
.mtool.active{background:linear-gradient(180deg,#2f6bd6,#2156b8);border-color:#7fb4ff;color:#fff}
.maprunbtn{display:flex;align-items:center;gap:8px;background:linear-gradient(180deg,#2f7d34,#1f5c24);border:1px solid #49ad50;border-radius:8px;padding:8px 14px;font-size:11.5px;font-weight:800;letter-spacing:.035em;color:#fff;cursor:pointer;box-shadow:0 2px 7px rgba(0,0,0,.38);transition:transform .12s ease,filter .12s ease,border-color .12s ease;white-space:nowrap}
.maprunbtn:hover{transform:translateY(-2px);filter:brightness(1.14);border-color:#72d079}
.maprunbtn[data-busy="1"]{opacity:.72;cursor:wait;transform:none}
.maprunbtn svg{width:17px;height:17px;flex:0 0 auto}
.mtool svg{width:13px;height:13px;stroke:currentColor;fill:none;stroke-width:1.8;stroke-linecap:round;stroke-linejoin:round}
.drawbar{display:flex;align-items:center;gap:6px;flex-wrap:wrap;margin-top:8px;background:rgba(13,19,32,.92);border:1px solid var(--line2);border-radius:8px;padding:6px 10px;backdrop-filter:blur(4px)}
.drawbar .dlabel{font-size:11px;font-weight:700;color:var(--dim);margin-right:2px}
.dbtn{background:var(--panel2);border:1px solid var(--line2);border-radius:6px;padding:5px 9px;font-size:11px;font-weight:600;color:var(--txt);cursor:pointer;transition:all .12s}
.dbtn:hover{border-color:#3b7df0;transform:translateY(-1px)}
.dbtn.active{border-color:#3b7df0;background:#15233f;color:#fff}
.dbtn.dcolor{width:22px;height:22px;padding:0;border-radius:50%}
.dbtn.dcolor.active{border:2px solid #fff;transform:scale(1.15)}
.dsep{width:1px;height:18px;background:var(--line2);margin:0 3px}
.mapside{position:absolute;top:10px;right:10px;display:flex;flex-direction:column;gap:6px;z-index:6}
.mside{width:32px;height:32px;background:rgba(13,19,32,.92);border:1px solid var(--line2);border-radius:7px;font-weight:800;font-size:15px;color:#cdd9e6;display:flex;align-items:center;justify-content:center}
.mside:hover{background:#1a2536;color:#fff}
.mside.b3d{font-size:11px}
.mside.active{background:var(--blue);color:#fff;border-color:#3b7df0}
.legend{position:absolute;top:52px;right:52px;width:184px;background:rgba(10,15,24,.92);border:1px solid var(--line2);border-radius:9px;z-index:6;backdrop-filter:blur(3px);transition:width .15s}
.legend.collapsed{width:130px}
.legend.collapsed .lb{display:none}
.legend .lh{cursor:pointer;user-select:none}
.legend .lh .caret{margin-left:auto;font-size:11px;color:var(--dim2);transition:transform .15s}
.legend.collapsed .lh .caret{transform:rotate(-90deg)}
.legend .lh{display:flex;align-items:center;justify-content:space-between;padding:9px 11px;font-size:10.5px;font-weight:800;letter-spacing:.09em;color:var(--dim);border-bottom:1px solid var(--line)}
.legend .lb{padding:9px 11px;font-size:11px}
.legend .row{margin-bottom:9px}
.legend .row:last-child{margin-bottom:0}
.lgrad{height:7px;border-radius:4px;margin:4px 0 2px}
.lgrad.flow{background:linear-gradient(90deg,#04365e,#0b6fb8,#11b9ff,#9ef1ff)}
.lgrad.aq{background:linear-gradient(90deg,#ffe14d,#ff970f,#e8480f,#b40b0b)}
.lends{display:flex;justify-content:space-between;color:var(--dim2);font-size:10px}
.lkey{display:flex;align-items:center;gap:8px;color:#cdd9e6;margin-top:7px}
.lkey .ln{width:24px;height:0;border-top:3px solid var(--gold);border-radius:2px}
.lkey .ln.lnlife{height:4px;border-top:none;background:linear-gradient(90deg,#1fdd00,#39ff14,#9dff5a);border-radius:3px;box-shadow:0 0 5px rgba(57,255,20,.8)}
.lkey .ln.lnf{border-top:3px dashed #ff9d2e}
.lkey .ln.lni{border-top:3px dotted #ffe27a}
.lkey .ln.ct{border-top:1.5px solid #cfd8e3}
.lkey .ar{color:#9ef1ff;font-size:13px;width:24px;text-align:center}
.lkey .ws{width:22px;height:13px;border:2px solid #fff;border-radius:40%/55%}
.coordbar{position:absolute;bottom:12px;left:50%;transform:translateX(-50%);background:rgba(10,15,24,.92);border:1px solid var(--line2);border-radius:7px;padding:6px 13px;font-size:11.5px;color:#cdd9e6;z-index:6;white-space:nowrap}
.compass{position:absolute;top:172px;right:3px;z-index:6;filter:drop-shadow(0 2px 5px rgba(0,0,0,.5));pointer-events:none}
.scalebar{position:absolute;bottom:12px;left:12px;background:rgba(10,15,24,.9);border:1px solid var(--line2);border-radius:7px;padding:7px 11px;z-index:6;font-size:10px;color:var(--dim)}
.scalebar .bar{display:flex;height:5px;width:150px;margin-top:4px;border:1px solid #cfd8e3}
.scalebar .bar i{flex:1}
.scalebar .bar i:nth-child(odd){background:#cfd8e3}
.scalebar .ticks{display:flex;justify-content:space-between;width:150px;margin-top:2px}
.attrib{position:absolute;bottom:12px;right:12px;background:rgba(10,15,24,.9);border:1px solid var(--line2);border-radius:7px;padding:7px 11px;font-size:10px;color:var(--dim);z-index:6;text-align:right;line-height:1.5}
.toast{position:absolute;top:54px;left:50%;transform:translateX(-50%);background:#1a2536;border:1px solid var(--line2);border-radius:8px;padding:9px 16px;z-index:5500;font-size:12px;opacity:0;transition:opacity .25s;pointer-events:none}
.toast.show{opacity:1}

/* right panel */
.kvs{display:flex;flex-direction:column}
.kv{display:flex;align-items:center;gap:8px;padding:4.5px 0;border-bottom:1px solid #18222f;font-size:11.5px}
.kv:last-child{border-bottom:none}
.kv .ic{width:15px;color:var(--dim2);flex:0 0 auto;text-align:center}
.kv .k{flex:1;color:#b9c7d6}
.kv .v{font-weight:700}
.kv .v.pos{color:#39d353}
.kv .v.cy{color:#4ec9ff}
.donutwrap{display:flex;align-items:center;gap:13px}
.donutwrap svg{flex:0 0 auto}
.dlegend{flex:1;display:flex;flex-direction:column;gap:5px;font-size:11.5px}
.dlegend .dl{display:flex;align-items:center;gap:7px}
.dlegend .sq{width:11px;height:11px;border-radius:2.5px;flex:0 0 auto}
.dlegend .nm{flex:1;color:#b9c7d6}
.dlegend .pc{font-weight:700}
.dcenter{font-weight:800;font-size:19px;fill:#fff}
.dcenter2{font-size:8.5px;fill:#8fa1b6}
.corrbtn{width:100%;margin-top:11px;background:linear-gradient(180deg,#2b6fe3,#1d56c0);border:1px solid #3b7df0;border-radius:7px;padding:8px;font-weight:800;font-size:11px;letter-spacing:.05em;color:#fff}
.corrbtn:hover{filter:brightness(1.12)}

/* ============ BOTTOM STRIP ============ */
.bstrip{height:104px;display:grid;grid-template-columns:1.35fr 1fr 1fr 1.15fr 1.15fr;gap:7px;padding:0 7px;min-height:0;flex:0 0 auto}
.bcard{background:var(--panel);border:1px solid var(--line);border-radius:10px;padding:10px 12px;display:flex;flex-direction:column;min-width:0;overflow:hidden}
.bcard h4{font-size:10.5px;letter-spacing:.08em;color:var(--dim);font-weight:800;display:flex;align-items:center;gap:6px;margin-bottom:6px;white-space:nowrap}
.bcard h4 .sp{flex:1}
.bcard h4 small{color:var(--dim2);font-weight:600;letter-spacing:.02em}
#profileCv{width:100%;flex:1;min-height:0}
.climgrid{display:grid;grid-template-columns:repeat(4,1fr);gap:6px;flex:1;align-items:center}
.clim{display:flex;flex-direction:column;align-items:center;gap:3px;text-align:center}
.clim .em{font-size:21px}
.clim .v{font-weight:800;font-size:13px}
.clim .l{font-size:9px;color:var(--dim2);line-height:1.2}
.thumbcv{width:100%;flex:1;min-height:0;border-radius:7px}
.soilleg{display:flex;flex-direction:column;gap:2px;font-size:9.5px;color:#b9c7d6}
.soilleg .r{display:flex;align-items:center;gap:5px}
.soilleg .sq{width:9px;height:9px;border-radius:2px}
.soilrow{display:flex;gap:9px;flex:1;min-height:0}
.guilds{display:flex;gap:7px;flex:1;align-items:stretch;min-height:0}
.guild{flex:1;display:flex;flex-direction:column;gap:3px;min-width:0}
.guild .img{flex:1;border-radius:7px;min-height:0;border:1px solid var(--line2)}
.guild .nm{font-size:9.5px;color:#b9c7d6;text-align:center;white-space:nowrap;overflow:hidden;text-overflow:ellipsis}
.viewall{font-size:10px;color:var(--blue);font-weight:700;white-space:nowrap;cursor:pointer}

/* ============ FOOTER ============ */
.footer{display:flex;border-top:1px solid var(--line);background:var(--panel);margin-top:8px}
.fitem{flex:1;display:flex;align-items:center;gap:9px;padding:7px 16px;border-right:1px solid var(--line)}
.fitem:last-child{border-right:none}
.fitem:hover{background:#161f2c}
.fitem svg{width:21px;height:21px;stroke:var(--dim);fill:none;stroke-width:1.6;stroke-linecap:round;stroke-linejoin:round;flex:0 0 auto}
.fitem .t{text-align:left}
.fitem .t b{display:block;font-size:11.5px;letter-spacing:.05em}
.fitem .t span{font-size:10.5px;color:var(--dim2)}

/* ============ MODALS ============ */
.modalbg{position:fixed;inset:0;background:rgba(3,6,10,.72);display:none;align-items:center;justify-content:center;z-index:60;padding:26px}
.modalbg.open{display:flex}
.modal{background:var(--panel);border:1px solid var(--line2);border-radius:12px;max-width:880px;width:100%;max-height:86vh;display:flex;flex-direction:column;box-shadow:0 24px 70px rgba(0,0,0,.6)}
.modal .mh{display:flex;align-items:center;gap:10px;padding:15px 19px;border-bottom:1px solid var(--line)}
.modal .mh h2{font-size:15px;letter-spacing:.04em}
.modal .mh .x{margin-left:auto;width:30px;height:30px;border-radius:7px;font-size:16px;color:var(--dim)}
.modal .mh .x:hover{background:#1a2536;color:#fff}
.modal .mb{padding:17px 19px;overflow-y:auto;font-size:12.5px;line-height:1.6;color:#cdd9e6}
.modal .mb h5{color:var(--txt);font-size:12.5px;margin:13px 0 5px;letter-spacing:.03em}
.modal .mb h5:first-child{margin-top:0}
.modal .mb p{margin-bottom:9px}
.modal .mb ul{margin:0 0 9px 18px}
.modal .mb li{margin-bottom:5px}
.modal table{width:100%;border-collapse:collapse;font-size:11.5px}
.modal th{text-align:left;padding:8px 9px;background:var(--panel2);border-bottom:1px solid var(--line2);color:var(--dim);font-size:10.5px;letter-spacing:.06em;white-space:nowrap}
.modal td{padding:8px 9px;border-bottom:1px solid #18222f;vertical-align:top}
.tag{display:inline-block;padding:2px 8px;border-radius:20px;font-size:10px;font-weight:700;letter-spacing:.03em}
.tag.g{background:rgba(76,175,80,.16);color:#7be383;border:1px solid rgba(76,175,80,.4)}
.tag.o{background:rgba(255,151,15,.16);color:#ffc247;border:1px solid rgba(255,151,15,.45)}
.mrow{display:flex;gap:8px;flex-wrap:wrap;margin-top:13px}
.mbtn{background:linear-gradient(180deg,#2b6fe3,#1d56c0);border:1px solid #3b7df0;border-radius:7px;padding:8px 14px;font-weight:700;font-size:11.5px;color:#fff}
.mbtn.gr{background:linear-gradient(180deg,#2f7d34,#1f5c24);border-color:#3b9a41}
.mbtn:hover{filter:brightness(1.12)}
.callout{background:rgba(255,151,15,.1);border:1px solid rgba(255,151,15,.4);border-radius:8px;padding:10px 12px;margin-bottom:11px}
.callout.b{background:rgba(17,185,255,.08);border-color:rgba(17,185,255,.35)}
.callout.g{background:rgba(76,175,80,.09);border-color:rgba(76,175,80,.35)}

@media (max-width:1400px){.datechip{display:none}}
@media (max-width:1280px){.tagline{display:none}.searchwrap{min-width:340px}.searchbox.grow{min-width:300px}.toprunbtn{min-width:165px;padding:0 14px}.main{grid-template-columns:182px minmax(0,1fr) 202px}}
@media (max-width:1024px) and (min-width:901px){.main{grid-template-columns:160px minmax(0,1fr) 178px}.navbtn span{display:none}.datechip{display:none}.toprunbtn{min-width:145px;font-size:11.5px;padding:0 12px}}
@media (max-width:900px){body{height:auto;min-height:100vh;overflow:auto}.main{grid-template-columns:1fr;grid-template-rows:auto 68vh auto;height:auto;overflow:visible}.center{min-height:68vh}.lp,.rp{height:auto;overflow:visible}.bstrip{grid-template-columns:repeat(2,1fr);flex:none;height:auto}}
@media (prefers-reduced-motion:reduce){*{transition:none!important}.toprunbtn{animation:none!important}}
button:focus-visible,input:focus-visible,select:focus-visible{outline:2px solid #65d9ff;outline-offset:1px}


/* ================= BUILD-CHECK-15672 GLOBE-FIRST STARTUP ================= */
/* Full-sphere overview: Mapbox GL cannot zoom below level 0, so the live globe is
   visually scaled inside the map stage at planetary zoom, then expands to the
   normal full map as soon as the user searches or zooms in. */
#mapboxBase{transition:transform .38s ease,border-radius .38s ease,box-shadow .38s ease}
#mapboxBase.globe-overview{transform:scale(.78);transform-origin:50% 50%;border-radius:50%;overflow:hidden;box-shadow:0 0 42px rgba(58,153,255,.30)}
.brand img{height:54px!important;width:auto!important;display:block}
.brand{background:transparent;border:0;border-radius:0;padding:0;box-shadow:none}
.topbar{min-height:62px}
#earthSplash{position:absolute;inset:0;z-index:0;display:flex;align-items:center;justify-content:center;overflow:hidden;background:radial-gradient(circle at 50% 48%,#15283d 0,#07101b 42%,#02050a 75%);opacity:1;transition:opacity .45s ease;pointer-events:none}
#earthSplash.hidden{opacity:0}
#earthSplash .splash-globe{width:min(53vh,56%);max-width:500px;filter:drop-shadow(0 0 30px rgba(58,153,255,.28));animation:none}
#earthSplash .splash-copy{position:absolute;left:50%;bottom:8%;transform:translateX(-50%);color:#d9e8f7;font-size:12px;letter-spacing:.045em;text-shadow:0 2px 8px #000;white-space:nowrap}
#mapboxBase>.mapboxgl-map,#mapboxBase .mapboxgl-canvas-container,#mapboxBase .mapboxgl-canvas{position:relative;z-index:1}
@keyframes earthlineGlobeBreathe{0%,100%{transform:scale(.985)}50%{transform:scale(1.01)}}
@media (prefers-reduced-motion:reduce){#earthSplash .splash-globe{animation:none}}

/* ================= BUILD-CHECK-15672 LEAN DEMAND-DRIVEN UI =================
   Deferred until real demand + supporting data justify restoration:
   top navigation modules, global impact demo strip, supplemental bottom cards,
   corridor table link, and promotional footer modules. Core search, map,
   analysis controls, hydrology outputs, and swale results remain visible. */
.navicons,
#impactStrip,
#bottomChrome,
.corrbtn{display:none!important}
.topbar{padding-right:14px}
.searchwrap{flex:1 1 auto;max-width:none}
.searchbox.grow{flex:1 1 auto;min-width:360px}
#topRunAnalysis{flex:0 0 auto;position:relative;z-index:2}
.main{padding-top:7px}
.buildchip15760{position:fixed;right:8px;bottom:7px;z-index:120;background:rgba(10,15,24,.88);border:1px solid #27354a;border-radius:6px;padding:4px 8px;color:#8fa1b6;font-size:9px;letter-spacing:.05em;pointer-events:none}
@media (max-width:900px){.searchbox.grow{min-width:180px}.buildchip15760{display:none}}


/* ================= BUILD-CHECK-15672 APPROVED COSMETIC LAYER =================
   Cosmetic-only addition. The 15642 Mapbox, aquifer, DEM, hydrology, no-build,
   and swale-engine logic below remains unchanged. */
.earthline-mantra-header{
  text-align:center;
  padding:42px 28px 46px;
  background:#0a0e14;
  border-bottom:1px solid #1e2936;
  box-shadow:inset 0 -1px 0 rgba(255,255,255,.02);
  flex:0 0 auto;
}
.earthline-mantra-header .mantra-primary{
  font-family:'Fraunces',Georgia,serif;
  font-size:38px;
  font-weight:700;
  color:#e7eef7;
  letter-spacing:.3px;
  line-height:1.2;
  margin:0;
}
.earthline-mantra-header .mantra-primary .spread{color:#4ec9ff}
.earthline-mantra-header .mantra-secondary{
  font-family:'Fraunces',Georgia,serif;
  font-size:21px;
  font-weight:600;
  color:#a9bacd;
  margin-top:15px;
  letter-spacing:.2px;
  line-height:1.35;
}

.earthline-swale-examples{
  display:block!important;
  visibility:visible!important;
  opacity:1!important;
  order:50;
  flex:0 0 auto;
  position:relative;
  overflow:hidden;
  padding:68px 24px 76px;
  background:
    radial-gradient(circle at 50% -10%,rgba(78,201,255,.10),transparent 38%),
    linear-gradient(180deg,#0a0e14 0%,#0d151e 54%,#091019 100%);
  border-top:1px solid #1e2936;
}
.earthline-swale-examples:before{
  content:"";
  position:absolute;
  inset:0;
  pointer-events:none;
  background-image:linear-gradient(rgba(255,255,255,.018) 1px,transparent 1px),linear-gradient(90deg,rgba(255,255,255,.014) 1px,transparent 1px);
  background-size:48px 48px;
  mask-image:linear-gradient(to bottom,rgba(0,0,0,.55),transparent 78%);
}
.swale-examples-inner{position:relative;z-index:1;max-width:1240px;margin:0 auto}
.swale-examples-eyebrow{
  text-align:center;
  color:#4ec9ff;
  font-size:11px;
  font-weight:800;
  letter-spacing:.18em;
  text-transform:uppercase;
  margin-bottom:12px;
}
.earthline-swale-examples h2{
  text-align:center;
  font-family:'Fraunces',Georgia,serif;
  font-size:clamp(31px,4vw,46px);
  line-height:1.13;
  letter-spacing:.15px;
  color:#17323d;
  margin:0;
}
.swale-examples-intro{
  max-width:790px;
  margin:16px auto 34px;
  text-align:center;
  color:#a9bacd;
  font-size:15px;
  line-height:1.65;
}
.swale-example-grid{
  display:grid;
  grid-template-columns:repeat(3,minmax(0,1fr));
  gap:18px;
}
.swale-example-card{
  min-width:0;
  overflow:hidden;
  border:1px solid #26394c;
  border-radius:18px;
  background:linear-gradient(180deg,#121d28,#0d1721);
  box-shadow:0 18px 46px rgba(0,0,0,.30),inset 0 1px 0 rgba(255,255,255,.025);
}
.swale-example-visual{
  position:relative;
  aspect-ratio:16/10;
  overflow:hidden;
  background:#0a131b;
  border-bottom:1px solid #26394c;
}
.swale-example-visual svg{display:block;width:100%;height:100%}
.swale-example-copy{padding:20px 20px 22px}
.swale-example-number{
  display:inline-flex;
  align-items:center;
  justify-content:center;
  width:25px;
  height:25px;
  margin-bottom:11px;
  border-radius:50%;
  border:1px solid rgba(78,201,255,.45);
  background:rgba(78,201,255,.10);
  color:#7ed9ff;
  font-size:11px;
  font-weight:900;
}
.swale-example-card h3{
  font-family:'Fraunces',Georgia,serif;
  font-size:21px;
  line-height:1.25;
  color:#edf4fa;
  margin:0 0 9px;
}
.swale-example-card p{
  color:#9eb0c0;
  font-size:13px;
  line-height:1.6;
  margin:0;
}
.swale-example-principles{
  display:flex;
  justify-content:center;
  flex-wrap:wrap;
  gap:8px;
  margin-top:28px;
}
.swale-example-principles span{
  padding:7px 11px;
  border:1px solid #284156;
  border-radius:999px;
  background:rgba(17,28,39,.72);
  color:#a9bacd;
  font-size:10.5px;
  letter-spacing:.025em;
}
.swale-example-note{
  max-width:870px;
  margin:20px auto 0;
  color:#788b9e;
  font-size:10.5px;
  line-height:1.55;
  text-align:center;
}
@media(max-width:900px){
  .earthline-mantra-header{padding:34px 20px 38px}
  .earthline-mantra-header .mantra-primary{font-size:31px}
  .earthline-mantra-header .mantra-secondary{font-size:18px}
  .swale-example-grid{grid-template-columns:1fr}
  .swale-example-card{width:100%;max-width:720px;margin:0 auto}
}
@media(max-width:540px){
  .earthline-mantra-header{padding:29px 16px 33px}
  .earthline-mantra-header .mantra-primary{font-size:27px}
  .earthline-mantra-header .mantra-secondary{font-size:16px}
  .earthline-swale-examples{padding:54px 15px 60px}
  .swale-example-copy{padding:18px}
}

</style>
<style id="earthline-fast-test-css">
.earthline-fast-image-placeholder{min-height:150px;display:flex;flex-direction:column;align-items:center;justify-content:center;gap:8px;padding:24px;border:1px dashed rgba(137,190,169,.55);border-radius:16px;background:rgba(8,19,24,.72);color:#dcefe7;text-align:center}.earthline-fast-image-placeholder span{font-size:13px;color:#9fb9b0;max-width:420px}.earthline-fast-test-note{margin:10px auto 0;max-width:920px;padding:9px 14px;border:1px solid rgba(232,181,83,.45);border-radius:10px;background:rgba(61,45,15,.35);color:#f4d68a;text-align:center;font:600 12px/1.4 system-ui,sans-serif}
</style>
<style>
/* BUILD-CHECK-15684: duplicate Run Analysis control positioned midway down the map. */
.map-run-analysis{
  position:absolute;right:18px;top:50%;transform:translateY(-50%);z-index:38;
  display:flex;align-items:center;gap:8px;padding:12px 15px;border-radius:11px;
  border:1px solid rgba(104,178,255,.72);background:linear-gradient(180deg,rgba(30,92,162,.96),rgba(16,54,103,.97));
  color:#fff;font:800 12px/1 system-ui,sans-serif;letter-spacing:.055em;cursor:pointer;
  box-shadow:0 8px 24px rgba(0,0,0,.34),inset 0 1px 0 rgba(255,255,255,.18);
}
.map-run-analysis:hover{filter:brightness(1.12);transform:translateY(calc(-50% - 1px))}
.map-run-analysis:active{transform:translateY(-50%);filter:brightness(.92)}
.map-run-analysis[data-busy]{opacity:.72;cursor:wait}
.map-run-analysis svg{flex:none}
@media(max-width:900px){.map-run-analysis{right:12px;top:auto;bottom:78px;transform:none}.map-run-analysis:hover,.map-run-analysis:active{transform:none}}
</style>
<style>
/* BUILD-CHECK-15773: regional decision layers and native zoom dock. */
.mapboxgl-ctrl-bottom-right{
  right:10px!important;
  bottom:10px!important;
  z-index:90!important;
  overflow:visible!important
}
.mapboxgl-ctrl-bottom-right .mapboxgl-ctrl{margin:0 0 0 10px}
.mapboxgl-ctrl-group{
  box-shadow:0 5px 18px rgba(0,0,0,.35)!important;
  border-radius:14px!important;
  overflow:hidden!important
}
.mapboxgl-ctrl-group button,
.mapboxgl-ctrl-zoom-in,
.mapboxgl-ctrl-zoom-out{
  display:block!important;
  visibility:visible!important;
  opacity:1!important;
  width:44px!important;
  height:44px!important;
  min-width:44px!important;
  min-height:44px!important;
  background:#fff!important;
  color:#1d2936!important;
  border-bottom:1px solid rgba(0,0,0,.12)!important
}
.mapboxgl-ctrl-group button:hover{background:#f1f5f9!important}

#earthlineZoomDock15779{
  position:absolute;
  right:174px;
  top:57%;
  transform:translateY(-50%);
  z-index:94;
  pointer-events:auto;
  display:flex;
  align-items:center;
  justify-content:center
}
#earthlineZoomDock15779 .mapboxgl-ctrl{
  margin:0!important;
  pointer-events:auto!important
}

.mapside{
  top:auto!important;
  right:20px!important;
  bottom:108px!important;
  z-index:91!important;
  gap:0!important;
  border-radius:14px;
  overflow:hidden;
  box-shadow:0 5px 18px rgba(0,0,0,.35)
}
.compass{
  top:auto!important;
  right:20px!important;
  bottom:162px!important;
  z-index:91!important
}
.mside{width:44px!important;height:44px!important;border-radius:0!important;background:#fff!important;color:#1d2936!important;border:0!important;border-bottom:1px solid rgba(0,0,0,.12)!important;font-size:22px!important}
.mside.b3d{font-size:12px!important;font-weight:900!important}
.mside:hover{background:#f1f5f9!important;color:#0f172a!important}

.map-run-analysis{
  right:20px!important;
  top:57%!important;
  bottom:auto!important;
  transform:translateY(-50%)!important;
  z-index:92!important
}
.map-run-analysis:hover{transform:translateY(calc(-50% - 1px))!important}
.map-run-analysis:active{transform:translateY(-50%)!important}
.center{min-height:72vh}

@media(max-width:900px){
  .center{min-height:76vh}
  #earthlineZoomDock15779{right:166px;top:57%}
  .mapside{right:14px!important;bottom:104px!important}
  .compass{right:14px!important;bottom:158px!important}
  .map-run-analysis{
    right:14px!important;
    top:57%!important;
    bottom:auto!important;
    transform:translateY(-50%)!important
  }
}
</style>
<style id="earthline-target-selection-15782">
#earthlineCenterTarget15782{
  position:absolute;
  left:50%;
  top:50%;
  width:28px;
  height:28px;
  transform:translate(-50%,-50%);
  z-index:93;
  pointer-events:none;
  filter:drop-shadow(0 2px 5px rgba(0,0,0,.75));
}
#earthlineCenterTarget15782::before,
#earthlineCenterTarget15782::after{
  content:"";
  position:absolute;
  background:#eaf9ff;
  box-shadow:0 0 0 1px rgba(0,18,34,.86),0 0 8px rgba(17,185,255,.82);
}
#earthlineCenterTarget15782::before{
  width:2px;
  height:28px;
  left:13px;
  top:0;
}
#earthlineCenterTarget15782::after{
  height:2px;
  width:28px;
  top:13px;
  left:0;
}
#earthlineCenterTarget15782 .dot{
  position:absolute;
  width:9px;
  height:9px;
  left:9.5px;
  top:9.5px;
  border-radius:50%;
  background:#11b9ff;
  border:2px solid #fff;
  box-shadow:0 0 0 2px rgba(2,18,31,.85),0 0 11px rgba(17,185,255,.95);
}
.earthline-selection-status15782{
  display:grid;
  gap:7px;
  margin-top:9px;
}
.earthline-selection-card15782{
  padding:8px 9px;
  border:1px solid rgba(101,142,176,.30);
  border-radius:8px;
  background:rgba(5,13,21,.48);
}
.earthline-selection-card15782 .eyebrow{
  display:block;
  margin-bottom:3px;
  color:#7d94aa;
  font-size:8.5px;
  font-weight:800;
  letter-spacing:.09em;
  text-transform:uppercase;
}
.earthline-selection-card15782 strong{
  display:block;
  color:#e9f6ff;
  font-size:10.5px;
  line-height:1.3;
}
.earthline-selection-card15782 small{
  display:block;
  margin-top:2px;
  color:#8fa8bb;
  font-size:9px;
  line-height:1.35;
}
#earthlineOpportunityNav15782{
  position:absolute;
  right:20px;
  top:calc(57% + 48px);
  width:238px;
  z-index:94;
  display:none;
  padding:8px;
  border:1px solid rgba(80,171,227,.60);
  border-radius:11px;
  background:rgba(5,17,29,.94);
  box-shadow:0 10px 26px rgba(0,0,0,.40);
  pointer-events:auto;
}
#earthlineOpportunityNav15782.visible{display:block}
#earthlineOpportunityNav15782 .row{
  display:flex;
  align-items:center;
  gap:6px;
}
#earthlineOpportunityNav15782 button{
  min-height:30px;
  border:1px solid rgba(109,173,220,.50);
  border-radius:8px;
  background:#102b43;
  color:#eef9ff;
  font:800 10px/1 system-ui,sans-serif;
  cursor:pointer;
}
#earthlineOpportunityNav15782 .arrow{width:34px}
#earthlineOpportunityNav15782 .best{flex:1;padding:0 8px}
#earthlineOpportunitySummary15782{
  margin-top:6px;
  color:#a9c5d8;
  font-size:9px;
  line-height:1.35;
}
#earthlineOpportunityReason15782{
  margin-top:5px;
  color:#7896aa;
  font-size:8.5px;
  line-height:1.35;
}
#earthlineAquiferTruth15782{
  margin-top:8px;
  padding:7px 8px;
  border-radius:7px;
  font-size:9px;
  font-weight:900;
  letter-spacing:.045em;
  line-height:1.3;
  text-transform:uppercase;
}
#earthlineAquiferTruth15782.modeled{
  border:1px solid rgba(255,157,62,.55);
  background:rgba(111,54,8,.28);
  color:#ffc47f;
}
#earthlineAquiferTruth15782.verified{
  border:1px solid rgba(70,216,106,.50);
  background:rgba(24,92,48,.24);
  color:#9bf4b0;
}
@media(max-width:900px){
  #earthlineOpportunityNav15782{
    right:14px;
    top:auto;
    bottom:18px;
    width:min(250px,calc(100% - 28px));
  }
}
</style>
<style id="earthline-authoritative-renderer-css-15784">
#earthlineFooterBuild15784{
  align-self:center;
  margin-left:auto;
  padding:5px 8px;
  border:1px solid #27354a;
  border-radius:6px;
  color:#8fa1b6;
  background:rgba(10,15,24,.72);
  font:700 9px/1 system-ui,sans-serif;
  letter-spacing:.06em;
  white-space:nowrap;
}

/* BUILD-CHECK-15786 — visible exclusion-data caveat; valid hydrology is never withheld. */
#earthlineExclusionCaveat15786{
  margin-top:9px;
  padding:8px 9px;
  border:1px solid rgba(255,157,62,.58);
  border-radius:8px;
  background:rgba(111,54,8,.24);
  color:#ffd19a;
  font:700 9px/1.4 system-ui,sans-serif;
}
#earthlineExclusionCaveat15786[hidden]{display:none!important}
</style>
<style id="earthline-coverage-evidence-css-15803">
.coverage-truth15803{margin-top:8px;padding:8px 9px;border-radius:7px;font:800 9px/1.35 system-ui,sans-serif;letter-spacing:.025em}
.coverage-truth15803.pending{border:1px solid rgba(125,148,170,.36);background:rgba(18,33,46,.48);color:#9fb4c7}
.coverage-truth15803.warning{border:1px solid rgba(255,161,55,.72);background:rgba(106,54,8,.38);color:#ffd08f}
.coverage-truth15803.complete{border:1px solid rgba(72,218,112,.55);background:rgba(22,92,47,.30);color:#a8f6bb}
#earthlineCoverageMetrics15803{margin-top:7px;padding:7px 8px;border:1px solid rgba(89,128,158,.28);border-radius:7px;background:rgba(5,13,21,.42);color:#b8cfdf;font-size:9px;line-height:1.45}
#earthlineCoverageMetrics15803 strong{color:#eaf8ff}
.coverage-meta15803{margin-top:4px;color:#7895aa;font-size:8px}
#earthlineWhyNotHere15803{position:absolute;left:12px;bottom:66px;width:278px;z-index:98;padding:9px;border:1px solid rgba(93,185,233,.62);border-radius:10px;background:rgba(5,17,29,.95);box-shadow:0 10px 26px rgba(0,0,0,.42);pointer-events:auto;color:#dff5ff;font:600 9px/1.4 system-ui,sans-serif}
.why-head15803{font-weight:900;letter-spacing:.055em;color:#eefaff}.why-head15803 span{color:#7899ad;font-weight:600;letter-spacing:0}
.why-actions15803{display:flex;gap:5px;margin:7px 0}
.why-actions15803 button{flex:1;min-height:28px;padding:4px 6px;border:1px solid rgba(105,175,220,.48);border-radius:7px;background:#102c44;color:#eefaff;font:800 8px/1.15 system-ui,sans-serif}
#earthlineWhyNotVerdict15803{padding:7px;border-radius:7px;background:rgba(4,12,20,.62);color:#a9c5d8}
@media(max-width:900px){#earthlineWhyNotHere15803{left:8px;bottom:58px;width:min(280px,calc(100% - 90px))}}
</style>
<style id="earthline-build-15814-approved-logo-lock">
.topbar{background:#0F1726!important}
.brand{background:#0F1726!important}
.brand img{
  height:54px!important;
  width:auto!important;
  max-width:none!important;
  object-fit:contain!important;
  display:block!important;
  background:#0F1726!important;
}
</style>
<style id="earthline-build-15816-result-status-css">
#earthlineResultStatus15816{
  margin-top:9px;
  padding:9px 10px;
  border-radius:8px;
  border:1px solid rgba(117,160,188,.38);
  background:rgba(12,28,42,.82);
  color:#dbeaf3;
  font:700 9px/1.42 system-ui,sans-serif
}
#earthlineResultStatus15816[data-state="success"]{
  border-color:rgba(73,173,118,.6);
  background:rgba(13,51,37,.82);
  color:#d9ffe9
}
#earthlineResultStatus15816[data-state="warning"]{
  border-color:rgba(223,140,6,.72);
  background:rgba(66,39,7,.86);
  color:#ffe4ad
}
#earthlineResultStatus15816[data-state="failure"]{
  border-color:rgba(224,86,72,.75);
  background:rgba(70,20,17,.88);
  color:#ffd7cf
}
</style>
<style id="earthline-build-15821-frame-css">
#earthlinePropertyFrameStatus15821{
  margin-top:8px;
  padding:8px 9px;
  border:1px solid rgba(72,181,113,.55);
  border-radius:8px;
  background:rgba(10,42,31,.84);
  color:#dffbea;
  font:750 8px/1.4 system-ui,sans-serif
}
#earthlinePropertyFrameStatus15821 strong{
  color:#9df0bd;display:block;margin-bottom:3px
}
#earthlinePropertyFrameStatus15821 button{
  margin-top:6px;border:1px solid rgba(99,196,140,.55);
  border-radius:5px;background:#123d2c;color:#ebfff3;
  font:800 7px/1 system-ui,sans-serif;padding:6px 7px;cursor:pointer
}
</style>
<style id="earthline-build-15822-viewport-test-css">
#earthlineViewportTest15822{
  margin-top:9px;
  padding:9px;
  border:1px solid rgba(95,168,203,.58);
  border-radius:8px;
  background:rgba(8,25,38,.92);
  color:#dcecf4;
  font:750 8.2px/1.4 system-ui,sans-serif
}
#earthlineViewportTest15822 strong{
  display:block;color:#a9e8ff;margin-bottom:4px
}
#earthlineViewportTest15822[data-state="success"]{
  border-color:rgba(69,187,113,.78);
  background:rgba(9,46,31,.9)
}
#earthlineViewportTest15822[data-state="failure"]{
  border-color:rgba(225,79,68,.82);
  background:rgba(66,18,15,.92)
}
#earthlineViewportTest15822[data-state="running"]{
  border-color:rgba(223,140,6,.8);
  background:rgba(57,36,8,.92)
}
#earthlineViewportTest15822 .viewport-grid{
  display:grid;grid-template-columns:1fr auto;gap:3px 8px;
  margin-top:6px;color:#bcd0da;font-size:7.6px
}
#earthlineViewportTest15822 .viewport-grid span:nth-child(even){
  color:#fff;font-family:ui-monospace,Consolas,monospace
}
#earthlineViewportTest15822 .viewport-actions{
  display:flex;gap:5px;flex-wrap:wrap;margin-top:8px
}
#earthlineViewportTest15822 button{
  border:1px solid rgba(102,185,224,.62);
  border-radius:5px;background:#0d354c;color:#effaff;
  font:850 7px/1 system-ui,sans-serif;padding:7px 8px;cursor:pointer
}
#earthlineViewportTest15822 button:disabled{
  opacity:.45;cursor:wait
}
</style>
<style id="earthline-build-15823-water-status-css">
#earthlineWaterPathStatus15823{
  margin-top:8px;padding:8px 9px;border-radius:8px;
  border:1px solid rgba(65,164,210,.58);
  background:rgba(6,37,56,.88);color:#dff6ff;
  font:750 8px/1.4 system-ui,sans-serif
}
#earthlineWaterPathStatus15823 strong{
  color:#82d9ff;display:block;margin-bottom:3px
}
#earthlineWaterPathStatus15823[data-state="success"]{
  border-color:rgba(72,181,113,.72);
  background:rgba(8,48,35,.9)
}
#earthlineWaterPathStatus15823[data-state="warning"]{
  border-color:rgba(223,140,6,.78);
  background:rgba(61,38,8,.9)
}
#earthlineWaterPathStatus15823 .water-grid{
  display:grid;grid-template-columns:1fr auto;gap:2px 8px;
  margin-top:5px;color:#c2d7e1
}
#earthlineWaterPathStatus15823 .water-grid span:nth-child(even){
  color:#fff;font-family:ui-monospace,Consolas,monospace
}
</style>
<style id="earthline-build-15824-direct-water-css">
#earthlinePropertyWaterOverlay15824{
  position:absolute;
  inset:0;
  width:100%;
  height:100%;
  z-index:7;
  pointer-events:none;
  overflow:hidden;
  display:none;
}
#earthlinePropertyWaterOverlay15824 .water-casing{
  fill:none;
  stroke:#031b2b;
  stroke-linecap:round;
  stroke-linejoin:round;
  opacity:.78;
  filter:drop-shadow(0 1px 2px rgba(0,0,0,.72));
}
#earthlinePropertyWaterOverlay15824 .water-core{
  fill:none;
  stroke:#22c7ff;
  stroke-linecap:round;
  stroke-linejoin:round;
  opacity:.92;
}
#earthlinePropertyWaterOverlay15824 .water-highlight{
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  stroke:#bcefff;
  stroke-linecap:round;
  stroke-linejoin:round;
  opacity:.48;
}
#earthlinePropertyWaterOverlay15824 .water-arrow{
  fill:#bdf3ff;
  stroke:#06314a;
  stroke-width:1.1;
  opacity:.96;
  paint-order:stroke fill;
}
#earthlineWaterPathStatus15823{display:none!important}
#earthlineWaterPathStatus15824{
  margin-top:8px;
  padding:8px 9px;
  border-radius:8px;
  border:1px solid rgba(54,183,235,.68);
  background:rgba(5,39,59,.92);
  color:#e3f8ff;
  font:760 8px/1.4 system-ui,sans-serif
}
#earthlineWaterPathStatus15824 strong{
  display:block;
  color:#8ee5ff;
  margin-bottom:3px
}
#earthlineWaterPathStatus15824[data-state="success"]{
  border-color:rgba(72,192,124,.78);
  background:rgba(8,49,36,.92)
}
#earthlineWaterPathStatus15824[data-state="warning"]{
  border-color:rgba(223,140,6,.8);
  background:rgba(64,39,7,.92)
}
#earthlineWaterPathStatus15824 .water-grid{
  display:grid;
  grid-template-columns:1fr auto;
  gap:2px 8px;
  margin-top:5px;
  color:#c5dce7
}
#earthlineWaterPathStatus15824 .water-grid span:nth-child(even){
  color:#fff;
  font-family:ui-monospace,Consolas,monospace
}
</style>
<style id="earthline-build-15825-interception-css">
#earthlineInterceptionOverlay15825{
  position:absolute;
  inset:0;
  width:100%;
  height:100%;
  z-index:8;
  pointer-events:none;
  display:none;
  overflow:hidden;
}
#earthlineInterceptionOverlay15825 .served-path{
  fill:none;
  stroke:#61ef9b;
  stroke-width:2.7;
  stroke-linecap:round;
  stroke-linejoin:round;
  opacity:.78;
}
#earthlineInterceptionOverlay15825 .missed-path{
  fill:none;
  stroke:#ff42d0;
  stroke-width:4.2;
  stroke-linecap:round;
  stroke-linejoin:round;
  opacity:.96;
  filter:drop-shadow(0 1px 2px rgba(0,0,0,.78));
}
#earthlineInterceptionOverlay15825 .ordinary-missed-path{
  fill:none;
  stroke:#ff8ce5;
  stroke-width:2.0;
  stroke-linecap:round;
  stroke-linejoin:round;
  opacity:.56;
}
#earthlineInterceptionOverlay15825 .crossing{
  fill:#65f1a0;
  stroke:#05291a;
  stroke-width:1.2;
}
#earthlineInterceptionOverlay15825 .opportunity{
  fill:#ff42d0;
  stroke:#fff1fb;
  stroke-width:1.4;
}
#earthlineInterceptionPanel15825{
  margin-top:9px;
  padding:9px;
  border:1px solid rgba(244,86,209,.64);
  border-radius:8px;
  background:rgba(46,9,40,.94);
  color:#faeafa;
  font:750 8px/1.42 system-ui,sans-serif;
}
#earthlineInterceptionPanel15825 strong{
  display:block;
  color:#ff9de8;
  margin-bottom:4px;
}
#earthlineInterceptionPanel15825[data-state="success"]{
  border-color:rgba(76,193,125,.76);
  background:rgba(8,49,35,.93);
}
#earthlineInterceptionPanel15825[data-state="running"]{
  border-color:rgba(223,140,6,.82);
  background:rgba(61,38,7,.94);
}
#earthlineInterceptionPanel15825[data-state="warning"]{
  border-color:rgba(244,86,209,.78);
}
#earthlineInterceptionPanel15825 .audit-grid{
  display:grid;
  grid-template-columns:1fr auto;
  gap:3px 8px;
  margin-top:6px;
  color:#d9c5d6;
}
#earthlineInterceptionPanel15825 .audit-grid span:nth-child(even){
  color:#fff;
  font-family:ui-monospace,Consolas,monospace;
}
#earthlineInterceptionPanel15825 .audit-note{
  margin-top:6px;
  color:#d9c7d6;
  font-size:7.4px;
}
#earthlineInterceptionPanel15825 .audit-actions{
  display:flex;
  flex-wrap:wrap;
  gap:5px;
  margin-top:8px;
}
#earthlineInterceptionPanel15825 button{
  border:1px solid rgba(255,122,226,.68);
  border-radius:5px;
  background:#5a174d;
  color:#fff7fd;
  font:850 7px/1 system-ui,sans-serif;
  padding:7px 8px;
  cursor:pointer;
}
#earthlineInterceptionPanel15825 button:disabled{
  opacity:.45;
  cursor:wait;
}
</style>
<style id="earthline-build-15826-driveway-css">
#earthlineDrivewayOverlay15826{
  position:absolute;inset:0;width:100%;height:100%;
  z-index:9;pointer-events:none;display:none;overflow:hidden
}
#earthlineDrivewayOverlay15826 .infrastructure-core{
  fill:rgba(255,94,54,.26);
  stroke:#ff7a45;
  stroke-width:1.2
}
#earthlineDrivewayOverlay15826 .protection-candidate{
  fill:none;
  stroke:#ffdf4d;
  stroke-width:5.2;
  stroke-linecap:round;
  stroke-linejoin:round;
  opacity:.96;
  filter:drop-shadow(0 1px 2px rgba(0,0,0,.82))
}
#earthlineDrivewayOverlay15826 .buffer-conflict{
  fill:none;
  stroke:#ff4bd8;
  stroke-width:4.2;
  stroke-linecap:round;
  stroke-linejoin:round;
  stroke-dasharray:9 5;
  opacity:.96
}
#earthlineDrivewayOverlay15826 .candidate-label{
  fill:#fff;
  stroke:#07131d;
  stroke-width:3;
  paint-order:stroke fill;
  font:800 12px/1 system-ui,sans-serif
}
#earthlineDrivewayOverlay15826 .candidate-point{
  fill:#ffdf4d;
  stroke:#07131d;
  stroke-width:1.5
}
#earthlineDrivewayPanel15826{
  margin-top:9px;padding:9px;border-radius:8px;
  border:1px solid rgba(255,218,68,.68);
  background:rgba(58,43,5,.94);
  color:#fff5c8;font:750 8px/1.42 system-ui,sans-serif
}
#earthlineDrivewayPanel15826 strong{
  display:block;color:#ffe66f;margin-bottom:4px
}
#earthlineDrivewayPanel15826[data-state="success"]{
  border-color:rgba(71,192,123,.78);
  background:rgba(8,49,35,.93)
}
#earthlineDrivewayPanel15826[data-state="warning"]{
  border-color:rgba(255,75,216,.78);
  background:rgba(61,8,51,.94)
}
#earthlineDrivewayPanel15826[data-state="running"]{
  border-color:rgba(223,140,6,.82);
  background:rgba(61,38,7,.94)
}
#earthlineDrivewayPanel15826 .driveway-grid{
  display:grid;grid-template-columns:1fr auto;
  gap:3px 8px;margin-top:6px;color:#e5dbb2
}
#earthlineDrivewayPanel15826 .driveway-grid span:nth-child(even){
  color:#fff;font-family:ui-monospace,Consolas,monospace
}
#earthlineDrivewayPanel15826 .candidate-card{
  margin-top:6px;padding:6px;border-radius:6px;
  background:rgba(0,0,0,.22);border:1px solid rgba(255,255,255,.11)
}
#earthlineDrivewayPanel15826 .candidate-card b{color:#fff}
#earthlineDrivewayPanel15826 .driveway-actions{
  display:flex;gap:5px;flex-wrap:wrap;margin-top:8px
}
#earthlineDrivewayPanel15826 button{
  border:1px solid rgba(255,225,91,.66);
  border-radius:5px;background:#6a5310;color:#fffbea;
  font:850 7px/1 system-ui,sans-serif;padding:7px 8px;cursor:pointer
}
#earthlineDrivewayPanel15826 button:disabled{opacity:.45;cursor:wait}
</style>
<style id="earthline-build-15827-boundary-css">
#earthlineAnalysisBoundaryOverlay15827{
  position:absolute;
  inset:0;
  width:100%;
  height:100%;
  z-index:5;
  pointer-events:none;
  overflow:hidden;
  display:none;
}
#earthlineAnalysisBoundaryOverlay15827 .outside-shade{
  fill:rgba(3,12,20,.46);
  fill-rule:evenodd;
}
#earthlineAnalysisBoundaryOverlay15827 .frame-line-shadow{
  fill:none;
  stroke:#07131d;
  stroke-width:7;
  stroke-linejoin:round;
  opacity:.92;
}
#earthlineAnalysisBoundaryOverlay15827 .frame-line{
  fill:none;
  stroke:#ffd84d;
  stroke-width:3.2;
  stroke-linejoin:round;
  stroke-dasharray:13 7;
  opacity:.98;
}
#earthlineAnalysisBoundaryOverlay15827 .frame-label-box{
  fill:rgba(7,20,31,.94);
  stroke:#ffd84d;
  stroke-width:1.3;
  rx:6;
}
#earthlineAnalysisBoundaryOverlay15827 .frame-label-title{
  fill:#fff3a7;
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  stroke-width:2.2;
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  font:850 12px/1 system-ui,sans-serif;
}
#earthlineAnalysisBoundaryOverlay15827 .frame-label-sub{
  fill:#fff;
  stroke:#07131d;
  stroke-width:2;
  paint-order:stroke fill;
  font:750 10px/1 system-ui,sans-serif;
}
#earthlineBoundaryPanel15827{
  margin-top:9px;
  padding:9px;
  border:1px solid rgba(255,216,77,.72);
  border-radius:8px;
  background:rgba(57,43,7,.94);
  color:#fff5c5;
  font:760 8px/1.42 system-ui,sans-serif;
}
#earthlineBoundaryPanel15827 strong{
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  color:#ffe66f;
  margin-bottom:4px;
}
#earthlineBoundaryPanel15827[data-state="offscreen"]{
  border-color:rgba(255,119,64,.8);
  background:rgba(65,24,8,.94);
}
#earthlineBoundaryPanel15827[data-state="current-view"]{
  border-color:rgba(76,193,125,.8);
  background:rgba(8,49,35,.94);
}
#earthlineBoundaryPanel15827 .frame-grid{
  display:grid;
  grid-template-columns:1fr auto;
  gap:3px 8px;
  margin-top:6px;
  color:#ded4ae;
}
#earthlineBoundaryPanel15827 .frame-grid span:nth-child(even){
  color:#fff;
  font-family:ui-monospace,Consolas,monospace;
}
#earthlineBoundaryPanel15827 .frame-note{
  margin-top:6px;
  color:#e5d9a9;
  font-size:7.4px;
}
#earthlineBoundaryPanel15827 .frame-actions{
  display:flex;
  flex-wrap:wrap;
  gap:5px;
  margin-top:8px;
}
#earthlineBoundaryPanel15827 button{
  border:1px solid rgba(255,225,91,.72);
  border-radius:5px;
  background:#6c5310;
  color:#fffbea;
  font:850 7px/1 system-ui,sans-serif;
  padding:7px 8px;
  cursor:pointer;
}
#earthlineBoundaryPanel15827 button.secondary{
  background:#243341;
  border-color:rgba(170,195,210,.5);
}
#earthlineBoundaryPanel15827 button:disabled{
  opacity:.45;
  cursor:not-allowed;
}
</style>
<style id="earthline-build-15828-boundary-recovery-css">
#earthlineAnalysisBoundaryOverlay15827{
  z-index:18!important;
}
#earthlineBoundaryPanel15827{
  position:absolute!important;
  top:86px!important;
  right:12px!important;
  width:min(270px,calc(100% - 24px))!important;
  max-height:calc(100% - 110px)!important;
  overflow:auto!important;
  margin:0!important;
  z-index:45!important;
  box-shadow:0 7px 24px rgba(0,0,0,.52)!important;
  pointer-events:auto!important;
}
#earthlineBoundaryPanel15827 button{
  pointer-events:auto!important;
}
</style>
<style id="earthline-build-15830-center-target-css">
#earthlineAnalysisCenterTarget15830{
  position:absolute;
  left:50%;
  top:50%;
  width:24px;
  height:24px;
  margin-left:-12px;
  margin-top:-12px;
  z-index:44;
  pointer-events:none;
  border:2px solid #ffe15a;
  border-radius:50%;
  box-shadow:
    0 0 0 2px rgba(7,19,29,.88),
    0 2px 8px rgba(0,0,0,.7);
}
#earthlineAnalysisCenterTarget15830:before,
#earthlineAnalysisCenterTarget15830:after{
  content:"";
  position:absolute;
  background:#ffe15a;
}
#earthlineAnalysisCenterTarget15830:before{
  left:50%;
  top:-8px;
  width:2px;
  height:36px;
  margin-left:-1px;
}
#earthlineAnalysisCenterTarget15830:after{
  top:50%;
  left:-8px;
  height:2px;
  width:36px;
  margin-top:-1px;
}
</style>
<meta content="EARTHLINE-REGIONAL-16030" name="earthline-build"/>

<style id="earthline-16273-clean-map-note-suppression">
/* EARTHLINE 16273 — presentation-only; no JS/runtime owners changed. */
#earthlineSwalesOnly15805,
#earthlineOwnerBadge15805,
#earthlineSwalesContours15806{display:none!important;}
</style>

<style id="earthline-16512-toolbar-gauge-css">
/* 16512 Group 1 — user-approved toolbar/gauge presentation only. */
#earthlineRailSearch16188{font-size:0!important;line-height:0!important;display:grid!important;place-items:center!important;padding:0!important;text-align:center!important;color:transparent!important;background-image:url("data:image/svg+xml,%3Csvg xmlns='http://www.w3.org/2000/svg' viewBox='0 0 24 24'%3E%3Ccircle cx='10.7' cy='10.7' r='6.6' fill='none' stroke='%23e9f3f8' stroke-width='2.5'/%3E%3Cpath d='M15.6 15.6 21 21' fill='none' stroke='%23e9f3f8' stroke-width='2.5' stroke-linecap='round'/%3E%3C/svg%3E")!important;background-repeat:no-repeat!important;background-position:center!important;background-size:30px 30px!important}
#earthlineRailContact16512{display:flex!important;flex-direction:column!important;align-items:center!important;justify-content:center!important;gap:2px!important;border-color:var(--el-sun-16233)!important}
#earthlineRailContact16512 .earthline-contact-glyph-16512{display:block;font:900 20px/1 system-ui,sans-serif;transform:translateY(-1px)}
#earthlineRailContact16512 .earthline-contact-label-16512{font:900 6.5px/1 system-ui,sans-serif;letter-spacing:.055em;color:#e8b553}
.earthline-recharge-nautical-rim-16488{
  background:linear-gradient(145deg,#ead38b 0%,#aa7f39 22%,#edd99b 47%,#936528 72%,#e2c276 100%)!important;
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}
</style>

<style id="earthline-16512-report-v2-css">
.el49-report .el88-how h2{margin-top:0.15em}
.el49-report .el88-how h3{margin-top:1.2em}
.el49-report .el88-how ul,.el49-report .el88-how ol{padding-left:24px}
.el49-report .el88-how li{break-inside:avoid}
.el49-report .el88-how .el12-source-list{columns:2;column-gap:28px;font-size:11.5px;line-height:1.48;color:#3e5963}
.el49-report .el88-how .el12-source-list p{break-inside:avoid;margin:0 0 9px;font-size:11.5px;line-height:1.48}
.el49-report .el12-corrections-table td:first-child{width:34%}
.el49-report .el12-corrections .el49-callout{margin:18px 0}
@media(max-width:760px){.el49-report .el88-how .el12-source-list{columns:1}}
@media print{.el49-report .el88-how .el12-source-list{columns:2}}
</style>
</head>
<body>
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<!-- BUILD-CHECK-15672 DEFERRED UI RECORD
Removed from the visible product until demand and verified data justify restoration:
Dashboard, Projects, Layers, Reports, Share, Export, user avatar, Global Impact demo metrics,
Corridor Table action, Climate Projection card, NRCS Soil card, Native Plant Guilds card,
Pollinator/Bird Habitat card, Permaculture Network, Swale Design Guide, Education Center,
Projects footer, and Support footer. Core Earthline analysis remains.
-->
<!-- ================= TOP BAR ================= -->
<header class="topbar">
<div class="brand" id="brandHome" title="Earthline">
<img alt="Earthline" 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" style="height:54px;width:auto;display:block"/>
</div>
<div class="tagline">Hydrology Intelligence for Regenerative Futures</div>
<div class="searchwrap">
<div class="searchbox grow">
<svg fill="none" height="14" stroke="#8fa1b6" stroke-width="2" viewbox="0 0 24 24" width="14"><circle cx="11" cy="11" r="7"></circle><path d="m20 20-3.5-3.5"></path></svg>
<input autocomplete="off" id="searchInput" placeholder="Search any address, town, region, or country — zoom from nation to parcel" title="Click the search box to see persistent recent searches"/>

<button aria-label="Delete address" class="search-clear-15765" id="searchClear15765" title="Delete address" type="button">×</button>
<button aria-label="Analyze property" class="orb-btn" id="searchOrb" title="Analyze property">
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</button>
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<button class="toprunbtn" id="runBtn" title="Search the entered location or analyze the selected map location">
<svg height="24" width="24"><use href="#orb"></use></svg><span>RUN ANALYSIS</span>
</button>
<!-- Drainage-zone selector is retained invisibly for model compatibility.
         The old visible Full View / offset box was removed to give search more room. -->
<select aria-label="Drainage zone" hidden="" id="zoneSel"></select>
</div>
<div class="datechip">Analysis: <b id="dateNow"></b>
<svg fill="none" height="14" stroke="#8fa1b6" stroke-width="1.8" viewbox="0 0 24 24" width="14"><rect height="16" rx="2" width="18" x="3" y="5"></rect><path d="M8 3v4M16 3v4M3 10h18"></path></svg>
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<div class="avatar" title="Jonathan">JT</div>
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</header>
<!-- ================= BUILD-CHECK-15672 APPROVED TWO-LINE MANTRA ================= -->
<section aria-label="Earthline water restoration principle" class="earthline-mantra-header">
<div class="mantra-primary">Slow it. <span class="spread">Sink it.</span> Spread it.</div>
<div class="mantra-secondary">
    Turn rainfall into groundwater — on any land, anywhere.
  </div>
</section>
<!-- ================= GLOBAL IMPACT ================= -->
<section class="impact" id="impactStrip">
<div class="head">
<svg fill="#3da9f5" height="20" viewbox="0 0 24 24" width="20"><path d="M12 2C9 7 5 10.5 5 14.5A7 7 0 0 0 19 14.5C19 10.5 15 7 12 2Z"></path></svg>
    EARTHLINE<br/>GLOBAL IMPACT
  </div>
<div class="istat"><div class="ic" style="background:rgba(61,169,245,.16)"><svg fill="#3da9f5" height="16" viewbox="0 0 24 24" width="16"><path d="M12 2C9 7 5 10.5 5 14.5A7 7 0 0 0 19 14.5C19 10.5 15 7 12 2Z"></path></svg></div>
<div><div class="num" style="color:#3da9f5">14.2<small>BILLION</small></div><div class="lbl">Gallons Identified for Recharge Potential</div></div></div>
<div class="istat"><div class="ic" style="background:rgba(76,175,80,.15)"><svg fill="none" height="16" stroke="#4caf50" stroke-width="2" viewbox="0 0 24 24" width="16"><circle cx="12" cy="12" r="9"></circle><path d="M3.5 9h17M3.5 15h17M12 3a16 16 0 0 1 0 18M12 3a16 16 0 0 0 0 18"></path></svg></div>
<div><div class="num" style="color:#7be383">1.8<small>MILLION</small></div><div class="lbl">Acres Analyzed</div></div></div>
<div class="istat"><div class="ic" style="background:rgba(17,185,255,.13)"><svg fill="none" height="16" stroke="#11b9ff" stroke-width="2" viewbox="0 0 24 24" width="16"><path d="M3 17c3-1 4-6 7-7s4 3 7 2 4-5 4-5"></path><path d="M3 21c3-1 4-6 7-7"></path></svg></div>
<div><div class="num" style="color:#4ec9ff">32,400</div><div class="lbl">Bioswale Opportunities Identified</div></div></div>
<div class="istat"><div class="ic" style="background:rgba(76,175,80,.15)"><svg fill="none" height="16" stroke="#4caf50" stroke-width="2.4" viewbox="0 0 24 24" width="16"><circle cx="12" cy="12" r="9"></circle><path d="m8 12 3 3 5-6"></path></svg></div>
<div><div class="num" style="color:#7be383">2,350</div><div class="lbl">Bioswales Implemented</div></div></div>
<div class="istat"><div class="ic" style="background:rgba(168,85,247,.15)"><svg fill="none" height="16" stroke="#c084fc" stroke-width="2" viewbox="0 0 24 24" width="16"><circle cx="12" cy="12" r="9"></circle><path d="M12 7v10M9.5 9.4c0-1 1.1-1.7 2.5-1.7s2.5.7 2.5 1.7c0 2.6-5 1.6-5 4.2 0 1 1.1 1.7 2.5 1.7s2.5-.7 2.5-1.7"></path></svg></div>
<div><div class="num" style="color:#c084fc">$187<small>MILLION</small></div><div class="lbl">Funding Opportunities Identified</div></div></div>
<div class="istat"><div class="ic" style="background:rgba(255,151,15,.15)"><svg fill="#ffb347" height="16" viewbox="0 0 24 24" width="16"><circle cx="9" cy="8" r="3"></circle><path d="M3.5 19c.6-3 2.8-5 5.5-5s4.9 2 5.5 5z"></path><circle cx="17" cy="9" r="2.4"></circle><path d="M14.5 19c.3-2.4 1.6-4 3.4-4 1.5 0 2.7 1.2 3.1 3z"></path></svg></div>
<div><div class="num" style="color:#ffb347">892</div><div class="lbl">Verified Projects Worldwide</div></div></div>
<button class="impactbtn" data-act="impact">VIEW IMPACT DASHBOARD <span>▸</span></button>
</section>
<!-- ================= MAIN ================= -->
<div class="main">
<!-- LEFT PANEL -->
<aside class="lp">
<div class="panel">
<h3>SITE ANALYSIS <span class="sp"></span>
<button class="orb-btn" data-info="site" title="About site analysis"><svg height="17" width="17"><use href="#orb"></use></svg></button>
<span style="color:var(--dim2)">⌃</span></h3>
<div style="display:flex;justify-content:space-between;align-items:center;margin-bottom:8px">
<span style="font-size:10.5px;letter-spacing:.08em;color:var(--dim2);font-weight:700">LOCATION</span>
<a id="changeLoc" style="color:var(--blue);font-size:11px;cursor:pointer">Change</a>
</div>
<div class="loccard">
<div class="locthumb"></div>
<div>
<div class="nm" id="locName">—</div>
<div class="sub" id="locSub">—</div>
<div class="sub" id="locCoords">—</div>
<div class="sub" id="locArea">—</div>
</div>
</div>
<div class="earthline-selection-status15782">
<div class="earthline-selection-card15782">
<span class="eyebrow">Current Results</span>
<strong id="earthlineCurrentResult15782">No completed analysis</strong>
<small id="earthlineCurrentResultDetail15782">Run an analysis to create a result.</small>
</div>
<div class="earthline-selection-card15782">
<span class="eyebrow">Selected Target</span>
<strong id="earthlineSelectedTarget15782">Map center not ready</strong>
<small id="earthlineSelectedMode15782">Next analysis mode will appear here.</small>
</div>
</div>
</div>
<div class="panel">
<h3>ANALYSIS LAYERS <span class="sp"></span><a id="hideAll">Hide All</a></h3>
<div class="layers" id="layerList"></div>
</div>
<div class="panel fil">
<h3>FILTERS <span class="sp"></span><span style="color:var(--dim2)">⌃</span></h3>
<label>Max Swale Slope:</label>
<div class="slrow" style="margin-top:2px"><span style="color:var(--txt);font-weight:600">Max 3:1 (33%) — gentler is better</span></div>
<div class="slrow" style="font-size:10px;color:var(--dim2);margin-top:2px"><span>Any slope up to 3:1 qualifies; steeper ground needs terraces. 4:1 (25%) or flatter is ideal.</span></div>
<label>Rainfall Scenario:</label>
<select id="rainSel">
<option value="35">RCP 4.5 (2050)</option>
<option value="55">RCP 8.5 (2050)</option>
<option value="20">Historical Baseline</option>
<option value="45">RCP 4.5 (2100)</option>
<option value="80">Extreme Storm (100-yr)</option>
</select>
<label>Infiltration Priority:</label>
<select id="infilSel">
<option value="24">Wide spacing (~40 ft)</option>
<option selected="" value="36">Balanced spacing (~30 ft)</option>
<option value="50">Dense spacing (~25 ft)</option>
<option value="70">Maximum spacing (~20 ft)</option>
</select>
<div class="engine"><span class="dot"></span> D8 Flow Engine: live (v3.2.1)</div>
</div>
</aside>
<!-- CENTER MAP -->
<div class="center">
<div class="map-area">
<div aria-hidden="true" id="earthSplash">
<svg aria-label="Earth centered on North America" class="splash-globe" role="img" viewbox="0 0 500 500">
<defs>
<radialgradient cx="34%" cy="26%" id="eglobeOcean" r="72%"><stop offset="0" stop-color="#4fb5ff"></stop><stop offset=".52" stop-color="#1768b1"></stop><stop offset="1" stop-color="#062b54"></stop></radialgradient>
<radialgradient cx="35%" cy="28%" id="eglobeShade" r="74%"><stop offset="0" stop-color="#fff" stop-opacity=".26"></stop><stop offset=".58" stop-color="#fff" stop-opacity="0"></stop><stop offset="1" stop-color="#000" stop-opacity=".58"></stop></radialgradient>
<clippath id="eglobeClip"><circle cx="250" cy="250" r="210"></circle></clippath>
</defs>
<circle cx="250" cy="250" fill="#020914" r="214" stroke="#6abfff" stroke-opacity=".38" stroke-width="3"></circle>
<circle cx="250" cy="250" fill="url(#eglobeOcean)" r="210"></circle>
<g clip-path="url(#eglobeClip)" fill="#4f8b4a" stroke="#8dbb71" stroke-linejoin="round" stroke-width="2">
<!-- North America, centered toward the viewer -->
<path d="M113 117 L145 84 L193 70 L240 82 L271 112 L270 144 L245 157 L226 181 L203 185 L184 213 L164 222 L149 204 L133 188 L120 157 Z"></path>
<path d="M180 211 L202 207 L216 226 L210 247 L194 252 L181 240 Z"></path>
<!-- Central America -->
<path d="M205 246 L219 244 L231 258 L238 277 L226 284 L214 268 Z"></path>
<!-- South America -->
<path d="M235 278 L273 278 L300 302 L297 336 L281 372 L254 412 L236 389 L231 350 L217 315 Z"></path>
<!-- Greenland -->
<path d="M252 72 L280 59 L303 75 L297 112 L274 127 L255 104 Z"></path>
<!-- Europe / Africa edge -->
<path d="M345 139 L378 135 L407 156 L404 187 L379 197 L362 182 L341 173 Z"></path>
<path d="M365 197 L399 211 L407 253 L394 302 L374 338 L352 304 L343 259 Z"></path>
</g>
<g clip-path="url(#eglobeClip)" fill="none" stroke="#b8e4ff" stroke-opacity=".16">
<ellipse cx="250" cy="250" rx="210" ry="72"></ellipse><ellipse cx="250" cy="250" rx="210" ry="138"></ellipse>
<ellipse cx="250" cy="250" rx="78" ry="210"></ellipse><ellipse cx="250" cy="250" rx="145" ry="210"></ellipse>
</g>
<circle cx="250" cy="250" fill="url(#eglobeShade)" r="210"></circle>
</svg>
<div class="splash-copy">Preparing map…</div>
</div>
<div aria-label="Interactive satellite map" id="mapboxBase"></div>
<canvas aria-label="Aquifer recharge potential zones" id="earthlineRechargeCanvas"></canvas>
<svg aria-hidden="true" id="earthlineRechargeOverlay"></svg>
<canvas id="map"></canvas>
<div aria-hidden="true" id="earthlineCenterTarget15782"><span class="dot"></span></div>
<div aria-hidden="true" class="maptools"></div>
<div aria-hidden="true" class="drawbar" id="drawBar" style="display:none!important">
<span class="dlabel">Draw:</span>
<button class="dbtn active" data-draw="free">✏️ Freehand</button>
<button class="dbtn" data-draw="analysis">▱ Analysis Area</button>
<button class="dbtn" data-draw="swale">〰️ Swale line</button>
<button class="dbtn" data-draw="area">▱ Annotation Area</button>
<button class="dbtn" data-draw="nobuild">⛔ Manual No-Build</button>
<button class="dbtn" data-draw="text">🅣 Text note</button>
<span class="dsep"></span>
<button class="dbtn dcolor active" data-color="#ffd53e" style="background:#ffd53e" title="Gold"></button>
<button class="dbtn dcolor" data-color="#46d86a" style="background:#46d86a" title="Green"></button>
<button class="dbtn dcolor" data-color="#11b9ff" style="background:#11b9ff" title="Blue"></button>
<button class="dbtn dcolor" data-color="#ff5a3c" style="background:#ff5a3c" title="Red"></button>
<span class="dsep"></span>
<button class="dbtn" id="drawUndo">↩ Undo</button>
<button class="dbtn" id="drawClear">🗑 Clear</button>
</div>
<button aria-label="Show map only" class="mside fsbtn" id="fsBtn" title="Map only (Esc to restore)">
<svg fill="none" height="16" stroke="currentColor" stroke-linecap="round" stroke-linejoin="round" stroke-width="2" viewbox="0 0 24 24" width="16" aria-hidden="true">
<path class="expand" d="M8 3H5a2 2 0 0 0-2 2v3M16 3h3a2 2 0 0 1 2 2v3M8 21H5a2 2 0 0 1-2-2v-3M16 21h3a2 2 0 0 0 2-2v-3"></path>
<path class="collapse" d="M8 3v3a2 2 0 0 1-2 2H3M16 3v3a2 2 0 0 0 2 2h3M8 21v-3a2 2 0 0 0-2-2H3M16 21v-3a2 2 0 0 1 2-2h3"></path>
</svg><span class="earthline-map-only-label-16168">MAP ONLY</span>
</button>
<button id="fsExit" title="Exit full screen">✕ Exit Full Screen</button>
<div aria-label="Map zoom controls" id="earthlineZoomDock15779"></div>
<div aria-label="Ranked modeled opportunity navigation" id="earthlineOpportunityNav15782">
<div class="row">
<button class="arrow" id="earthlinePrevOpportunity15782" title="Previous ranked opportunity" type="button">◀</button>
<button class="best" id="earthlineBestOpportunity15782" type="button">GO TO HIGHEST MODELED POTENTIAL</button>
<button class="arrow" id="earthlineNextOpportunity15782" title="Next ranked opportunity" type="button">▶</button>
</div>
<div id="earthlineOpportunitySummary15782">No ranked regional opportunities yet.</div>
<div id="earthlineOpportunityReason15782"></div>
</div>
<div class="mapside">
<button class="mside b3d" id="btn3d" title="Toggle 3D exaggeration">3D</button>
</div>
<div class="compass" title="Map orientation (north up)">
<svg height="46" viewbox="0 0 54 54" width="46">
<circle cx="27" cy="27" fill="rgba(10,15,24,0.82)" r="25" stroke="rgba(120,150,180,0.5)" stroke-width="1.5"></circle>
<polygon fill="#ff5a52" points="27,7 32,27 27,23 22,27"></polygon>
<polygon fill="#cfd8e3" points="27,47 22,27 27,31 32,27"></polygon>
<text fill="#ff7a72" font-size="9" font-weight="800" text-anchor="middle" x="27" y="15">N</text>
<text fill="#9fb0c2" font-size="8" font-weight="700" text-anchor="middle" x="27" y="50">S</text>
<text fill="#9fb0c2" font-size="8" font-weight="700" text-anchor="middle" x="49" y="30">E</text>
<text fill="#9fb0c2" font-size="8" font-weight="700" text-anchor="middle" x="6" y="30">W</text>
</svg>
</div>
<div class="scalebar"><span id="scaleLbl">0 — 100 m</span>
<div class="bar"><i></i><i></i><i></i><i></i></div>
<div class="ticks"><span>0</span><span id="scaleMid">50</span><span id="scaleEnd">100 m</span></div>
</div>
<div class="coordbar" id="coordBar">Drag the globe to explore · Scroll to zoom · Search any location</div>
<div class="attrib"><span id="attribTxt">DEM: generated terrain · D8 flow model<br/>Earthline offline screening build</span></div>
<div class="toast" id="toast"></div>
</div>
</div>
<!-- RIGHT PANEL -->
<aside class="rp">
<div class="panel">
<h3>HYDROLOGY SUMMARY <span class="sp"></span>
<button class="orb-btn" data-info="hydro" title="About these values"><svg height="17" width="17"><use href="#orb"></use></svg></button></h3>
<div class="kvs">
<div class="kv"><span class="ic">▦</span><span class="k">Total Area</span><span class="v" id="hTotalArea">—</span></div>
<div class="kv"><span class="ic">⛰</span><span class="k">Mean Elevation</span><span class="v" id="hElev">—</span></div>
<div class="kv"><span class="ic">☂</span><span class="k">Mean Annual Precipitation</span><span class="v" id="hPrecip">—</span></div>
<div class="kv"><span class="ic">≋</span><span class="k">Runoff Coefficient</span><span class="v" id="hRunoff">—</span></div>
<div class="kv"><span class="ic">⌇</span><span class="k">Active Rain Tributaries</span><span class="v cy" id="hTribs">—</span></div>
<div class="kv"><span class="ic">⤓</span><span class="k" id="hOutLabel">Runoff Leaving Parcel</span><span class="v" id="hOut">—</span></div>
<div class="kv"><span class="ic">◉</span><span class="k">Remote-Data Confidence</span><span class="v" id="hConfidence" title="Confidence basis appears here after analysis">—</span></div>
<div class="kv"><span class="ic">✓</span><span class="k">Field Verification</span><span class="v" id="hVerification">Not verified</span></div>
</div>
</div>
<div class="panel">
<h3><span id="aquiferPanelTitle">AQUIFER RECHARGE POTENTIAL</span> <span class="sp"></span>
<button class="orb-btn" data-info="aquifer" title="Verification requirements"><svg height="17" width="17"><use href="#orb"></use></svg></button></h3>
<div class="donutwrap">
<svg height="118" id="donut" viewbox="0 0 120 120" width="118"></svg>
<div class="dlegend" id="donutLegend"></div>
</div>
<div id="aquiferStatus" style="margin-top:8px;color:var(--dim2);font-size:11px;line-height:1.45">Run analysis to calculate recharge opportunity.</div>
<div class="modeled" id="earthlineAquiferTruth15782">Modeled result — aquifer verification not yet established.</div>
</div>
<div class="panel">
<h3>BIOSWALE IMPACT <small style="font-weight:600;color:var(--dim2)">(MODELED)</small> <span class="sp"></span>
<button class="orb-btn" data-info="bioswale" title="About bioswale screening"><svg height="17" width="17"><use href="#orb"></use></svg></button></h3>
<div class="kvs">
<div class="kv"><span class="ic">≋</span><span class="k" id="bCapLabel">Runoff Intercepted</span><span class="v pos" id="bCap">—</span></div>
<div class="kv"><span class="ic">▼</span><span class="k" id="bPctLabel">Share of Parcel Runoff</span><span class="v pos" id="bPct">—</span></div>
<div class="kv"><span class="ic">▒</span><span class="k">Sediment Reduction</span><span class="v" id="bSed">—</span></div>
<div class="kv"><span class="ic">∿</span><span class="k">Peak Flow Reduction</span><span class="v" id="bPeak">—</span></div>
<div class="kv"><span class="ic">⛆</span><span class="k">Groundwater Recharge</span><span class="v pos" id="bGw">—</span></div>
</div>
</div>
<div class="panel">
<h3>RECOMMENDED BIOSWALE CORRIDORS <span class="sp"></span>
<button class="orb-btn" data-info="corridors" title="About corridors"><svg height="17" width="17"><use href="#orb"></use></svg></button></h3>
<div class="kvs">
<div class="kv"><span class="ic">∿</span><span class="k" id="cCountLabel">Total Corridors</span><span class="v" id="cCount">—</span></div>
<div class="kv"><span class="ic">↦</span><span class="k" id="cLenLabel">Total Length</span><span class="v" id="cLen">—</span></div>
<div class="kv"><span class="ic">↔</span><span class="k" id="cSpaceLabel" title="Median nearest-neighbor centerline distance">Median Spacing</span><span class="v" id="cSpace">—</span></div>
<div class="kv"><span class="ic">▭</span><span class="k" id="cTopLabel">Top Corridor Capture</span><span class="v pos" id="cTop">—</span></div>
<div class="kv"><span class="ic">◎</span><span class="k">Priority Hotspots</span><span class="v" id="cHotspots">—</span></div>
</div>
<div hidden="" id="earthlineExclusionCaveat15786">Corridors shown — road and structure data unavailable for this area. Verify against imagery before construction.</div>
<div class="coverage-truth15803 pending" id="earthlineCoverageTruth15803">Coverage evidence pending.</div>
<div id="earthlineCoverageMetrics15803">Run a property analysis to measure parcel-wide safe-terrain coverage.</div>
<button class="corrbtn" data-act="projects">VIEW CORRIDOR TABLE ⧉</button>
</div>
</aside>
</div>
<!-- ================= BUILD-CHECK-15672 APPROVED SWALE ARTWORK + VERIFIED QUOTES ================= -->
<style>
.earthline-swale-restored{max-width:1320px;margin:0 auto}
.earthline-swale-restored .ehead{text-align:center;margin-bottom:34px}
.earthline-swale-restored .ehead h2{font-family:'Fraunces',Georgia,serif;font-size:clamp(28px,3.6vw,42px);color:#17323d;margin:0 0 10px;letter-spacing:.15px}
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.eswale-sequence{display:grid;gap:24px}
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.eswale-cap{padding:18px 20px 22px}
.eswale-cap b{display:block;font-family:'Fraunces',Georgia,serif;font-size:17px;color:#edf4fa;margin-bottom:6px}
.eswale-cap span{display:block;color:#9eb0c0;font-size:13px;line-height:1.6}
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.earthline-quote:before{content:'“';position:absolute;left:20px;top:2px;font-family:Georgia,serif;font-size:78px;line-height:1;color:rgba(107,215,169,.22)}
.earthline-quote blockquote{margin:0;font-family:'Fraunces',Georgia,serif;font-size:clamp(22px,3vw,34px);line-height:1.34;color:#f0f6f2;font-weight:600}
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.earthline-quote small{display:block;margin:8px auto 0;max-width:760px;color:#9fb0bd;font-size:12px;line-height:1.55}
@media(max-width:700px){.earthline-quote{padding:26px 20px}.earthline-quote:before{left:10px}}

/* BUILD-CHECK-15760 — navigation completion.
   One visible Mapbox control; delegated press/hold handling only on native +/- buttons. */
.mapboxgl-ctrl-zoom-in,
.mapboxgl-ctrl-zoom-out{
  touch-action:none!important;
  user-select:none!important;
  -webkit-user-select:none!important;
  -webkit-touch-callout:none!important;
}

</style>
<section aria-labelledby="swaleExamplesTitle" class="earthline-swale-examples">
<div class="earthline-swale-restored">
<div class="ehead">
<h2 id="swaleExamplesTitle">What a mature bioswale becomes</h2>
<p>A living system for groundwater recharge, healthy soil, trees, habitat, mulch, and biodiversity.</p>
</div>
<div class="eswale-sequence">
<article class="eswale-card">
<img alt="Educational cross-section showing how a mature bioswale slows rainwater, builds living soil, supports trees and wildlife, and recharges groundwater" decoding="async" loading="lazy" 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gnWbYVYpgbRxaMcCkSL/BcwqdH7cl3LndlHC9KcS7vMjAMxJTBkiWgkHAJL2KDQ3rroT4wd67wkO7SyhF1QT3BpxVoXQ8paY8llt8GR5s4Den5fs3+BoGIGykyDLWmRp/nPoXngK6BdYEWK6ecH2sT/0nS458o+qHW2LLjEb++0eQNgT+uSTT1NUqJOcAAWJIPS/bAgMXX4Lo/H8mPoE+/dSAvLrr3bF0k0Rh/JcUW6Lcwa8cUNwEcS56IlvxUVp9tBy+H2yZBbcR2xsuwXbqAscjQVYElSjBHxci/lgYL6Yfy5agY1gjKe2ro91TvScMZVjtLOoJ4W6gCvVSoWCq1a/MmKwVYjr//IY1zEhPWC063eDQRo/AY01KaLJief0AEP8+Imvt9OG+E65Ze+nbqOkMb7Ovzi9ElRXaCOjJYBYPm0JeQNUBqLbHG7gYnBbNLtpf421MSypfJVXSHuK5pzyZEZpXMQ1UOECKeN20a9YJIt4smJabVSSkKHv7RCDHl02YL6e4pJQWBLuiLkMLQYae1OXt8Pn6jsE4uIhlDg4pK7AgaSdwXAoVK4+D4xPMQvpEe5aP5KFexysZHsOx8OAvDxlFhyb7FvlOv3/GkFMx8+EvPc2APtn1qnZedAt6jWdjNscmwdW35l5UNsmFNAVeEfnFDnF3CuPGqv5qUqO1ckK29+cLxg85PcSKRA4YEYs6ws/vt0A+RcGJTuBVFYselzQCXPyA3OPj+n3hEBeCilpb2FTbhKwOdl/jnpaGsPGf5pKEda3YGlVenkcAiD9z2EDSbTQdt1nIHqCxDAILtmuhwjpEsGdcq+womD+XQ4wF2SMVKnJeRYRf4ig25QSmOQ0f054GM+nUSDuEED0UrWMxVyaG7cnz3Uw0daSHXm9TsNEZWyX1wEbxVenDGVvbPYl0yAaar6ZQju+FPjldHa+ObeLv8k/d3YfEatB/DV+Ua9TTC3WMbo4ZewpCOI36xJeOxhMSjDj7rp7rOq3mUQajnery0i36NKwDy8oqf0tQvRz3uCn2RimpOIxvSEwZv9WaO5gCf0uZd5ERa0NzcAd/ku3cr2Lv9rdh8ATbT/3p09YAEYiPPhWv2XW40pUQCf9e0oFFiL4GtZ8vKkBLoP2WS/b1emixA0Hme18Ki4d0v5MHZnGgmLVZeRbdeCPaSfTUOz0NFZBxOqLQAfKyPljAAFsiRnTLp3vpbd/MVn0H4S8tf1/0CT/ns6aFHXXkj3Exo0vXp9y8xhgjDuZ2LZN1ZznuHObk0oE3lNHgjMkEMsRwWVamr6fc9NR8/nqeaZIYx0Mkl3//AGgVXL4vtI13NqDuDVaXpvySLjkXegkTzAtBsNWAr05xKELdFnyJZFJ1kzuvWaW9glAMJbRdoCEuqFrjtrfmf5grPZ2XW1UgGtCZ1rAA7Q0ZJMhCHsoTcT9y43qCdOQcx3SVRESc0EIbZOuXtl9YjOfoflp/PWrlteDxmQRXgLBSj7uB2/Caq0i0ktfigjPcFbSkHE96vE2iteNx6pxTvvaq+6OaiYop5lULCLw39EfD6RKV75TZdFy8DHwsc/D7gu3Lgc9n8o9Ky3BL76cuTHrSFyJSvxhEt4woooMUoXFSEo5pcDHKCOw828skgE3vrrJsdgGnx3vu99DUS4gNE+IU052tzhNfkSrO/vWuCHHtmy65DjL4qW4keJ12MggcexfYbqse/O9Wrmqk2KX0ssuLFZNnUqM5i1QovcdWkUOsvrf72HVqPXUVRpVgJ/PsU8qprP1VDBIuTIXJ4+qKePGcwLEZplJ+GYmzXx0O824MNh21DRr31hku8mRsz3/28d44obW8cluMl89Y/1WUw9518EIIuGuXjwLlxJ8LKVcth/PirR7XwR2jSHKQyOPusFR/xfqUUx5OwK/K1IzmcuMXFAZtNApza6TEOKBhzffYqRt5r61L1i0p16Fq0/DnIRwKc/MedD0jv1G4A48O64Mr7EAfEhhPOS6efOHUqocfdKX91x10trxRq0FovXiG+H2eWg4VB5X7RXXCgm3zeWrzQxU1RDB1jXuvEklKMBjPXZo3qyimTgKDfh0SJhzv9n6hBAApnStI3zVJ6Dfw7OPQg5Wje7xPMBiyu1nvkF6FjD/P9jp2BKBC6OBSU7WViS6yXNHEEq3rXYQffQJxa8XGgI4zAJN6CgxCeqQNVm2ttDgd7NwOw+3atyZnVwpI1JuXdK78bz6uKAkJ3NUuzzc44rR5fj0T73plPDoqLwczORX1Wf0pIS9UtkPDUktWnUQj31QovUtORMOCqCM+7q19Tpi+30mw4x+eI+dYgZ1ZbAaH3PlE+xx/xMgeXoVECtdBDsAJECI2vmPIlNOrmJbidPST7tXjlkLlYstYc5v2SLlOI+/A23ow/01NiZDWkTEh/j1QA6SbMum6f6+hFhL6Xt1DsrH/zHU/X6mV/RsB3kLCT/nf6joCcAUsmffqBwI3pR1eAA644XKwjEbl3a0lFzY796rmrt4DopxQvdK7vYOk3yPh470gHp9XlOcRoddOxw8Ot41XZ01tGpe13ftkVmUqrpbjZhDodM9Ddc0zl2FAU+mSJ7sHpcQAsE9wq3/v2gnjOI6hC7+Wy3ATi1vBHRPKXFbo+vlijDT2is+8ZgHXgEyoh0f1z8VAAHrNthEkU/DqrzmZS4K7vbnh4Hooy/ACkxuga+zdcl5dr/NianKzUuzlB9Fr7sqyblLr6zlyCaOmqFwmNwi9q/jBp3JzxzpzZ+nl6N9P6LyvThhAUPl5Ch+1dDZnIWRpuGpx1xXtrEs5V3LjhFYm3Um67j9SLg9e1S2bct2wCEq9wVhkECCbYtG7j1Uv0uV21xEX3OfDuw4UchPwYOhb/6KYaduwDPwP2yO4grdFqgo0HZ0e77tOMUHXiRCswFjc+QeMMen+P/bJPtnYJJjlwu40tfPKYPZzK+Ia6/rtXF3Lv51blMx0utvIyVK8+yaHsNvxxKEhliPtp/hJ663g0qAPiYOoVR0G9MTHxIojPsRljN9/Z5LJAmVH2/Y1F8AJWbUzaWsVDB4Z2ou7dWpRNbL+HSN0TrBjwIE7EPNRA42Sbs/lX/gvfRZYfu3M++qJ8+L6RMLb4icDegcKqeBIeFB/JL8lBk1GI7lWDqNvfkCM+brCslKalqOD4Rh5gP6K677XMMYShU4e5q9Buy4MtteaZBMXAnq1HYj2gEqanJ7kXRl6DDFwhuDxNAw73FYodV99VY/wltQIUbzeuUVVPp3J9bABu1cF6+eF25m3CWvXns0ok87Arhlxfm6rKs5oyXXGwGtajnDpxbeNUiv6TAdCsswOvOLOt7sWTDGD5scySumZnmavFGB4byK66cg+eaBXaLecHi1aAanXni8VEsaNNupXomfwPdd3d+qa5iY+jH7unnO810HisHt+TWue+v7lAHqXven+hY7uLaDihu2nbM2ujKcZ3Y0zJTpmqtDCF56JkFNhbWwEHFuFNVSLUxbO/W9Cq+nOXeqTHErcbHzBcNpAxShmn0s42UMZc9cIdnRUDrziUKpt2KVdTyluVy91nW1RR7N5TY33ZE62arRlqMKr0XtoF9xL9HgeU3JpNH/eZoXvi1ZeZgbZQuwDugz/fkkwGMEOwOqkj8bxaaSO4X9HMQCWSTiBvhCZNHQXPRHeMFBAjcYrxPkvDZzFlbk05cDLkGJ4/7fB+xWcO//lqjI/8+NpN/WXSW7NfMqfx3baVQJATI5RJgywDvSqVCQRzfh7Bf1T+r5OUDsvtOPhZlr0yGmwRHV7SxCN2SmmXy5Pkbome9YG59LWAdpP36a9xOFhWK0K2VqwmSMnJ8SuKhIcU9LrhsOwRdMvPXp+qbYoMEqxLRsK5dyjCQAdBwQnv9oLWfbpouurPDUhr39QP1FjfiOyQmHiZL5+C+uZ/WUuSdDCIZU40lscIlH8XIZQy/KX7IpwElnkBk38cfrM34UGzB6EqtuVfCddkYqAtKaoYqX4smA7pwpBocAlr/VcroAGewCu6bdW4WqNJLHJDayH0+5nv33eQxOrtz2BkVVrkbNJExCia56DWF8ig0/FG3FGimwO0/xjiWPvyaI0uOgXeKlir9zWkCIQBldAWlQM7A+fu3nHsCIya06vGyizcAtARmn80W9jzvSlaezfKoF5BVxR5iOS2D64YRM70GM7oppP3qaUQ945xhttS77s4WhtepQ7TQPXcu7Sxr9CtlZAcsPJ5yy5tHYEqD7+9gciUOx5V3g6LvV9P59POmv1ZhTfYEtBjD4w/1m9dtF3qSLzXLeQ9x3eNvXH9TqyE1VmdUqjPDrcb10HEO0E7PSME5n99I7FrKzMy7xOW0oWtC2JIsJrq5y3Ps9iMinJhvGT302vD+j1C9NVeWioR3riwax+lscOyx4aaEu74HAEi3sR4yTJVkin5Osgzj8j6vc+QnPc9TrBalve8PlNC0FWLzgZiF9FnRyJ6XpnbCpHPOcSYWDhMaJg51Mnpfhckp2WP6DQTlGVmO7eW3ZVYLABghf8oQWSlbM47l1veGdNN6ISLU18RjLmJpF8HVECTGXfLPC2a6tI5m6bicM/RQPXj3fImCgMmUYH/cK7xCAaQJaByJj8ypaEEaLmmPEmVrHzqwErhWM8kHMA0ZW1HNXcqyXR0mvFXCk9TxdWsM9xStpaTUiIYhTecM3KbRJDjg/FcBfHX04AvX1bnqLOsZ22ohF4BiX5+208gi0djoRNkic42OhpHGYDM2bfXL+fDJv36CFg6Kn3XyAHd16hNSbmSdKfvhr95Tw2SOkCcginQLnFI1rKxPxitUIvK3bw3TRQ1eZHxDzp5LLkz9iym4haQ+w4y26w3P5PYcqeIZ9iAOrE3xs4AteTOCOFApS751WTJjeHNuI9YiyUhU5ImE+Td79s56n7kNv35SrgDWF+QCkfE9qtxo6Qb7zupZsDmNV5DfZZgtW1w4v8a/qa2KPNHMi8RglLtF7kiEh9hoSmBusvQeJLpx4Bu7c04Gad7yzS3D742EYw4B58GDO8yJjABc2pBTKC3N4XjNxF0QaJ8OoYD5guiXbIWXAmbyVJwQUijI01VVA3wwvTa89GkxMmiu+tjy5OUcIvpjONqpVVU1KfAjWuZa6fAJp/0s6FwAOr3989Gvnjz1J4xUhHHc5CA1p8x1o1NSPKNDUkFld8/snUPHjB3K6Da9eaWORXVzpglG2gZH/PUg0WF+W4TLvrYeIgKIxH4Goy2CGhlR8WJLdsn0hZ/YyPzZ22ELgTISHBGkPXstDKiYjdWpGrZVH2Kh+afjWVi2X8w5AplaEoI8d/B5kwWvgmRdCSI+bNHE6YIfZ3yVfnrifvJyQd47IQAddYZrhyKYp9ozmeP4Z7JPNny8ZAo13wX9aAosmGXeMc5hfcXjbThjf8EzNa5tjkH0swctdNE6uNWiaZk7vHd3DsvDrd8YwXaeU7JK4Y8KTgK7xCZSDR47pj3jk0i43QlG3hoEoOsDAluV+VnYlGxlWuAX+Uxnh6rMmfpcz484RmZm6+tOjeKofjF7KrBKE+uL7bV5hGt9ZDP91YimBTHvlPOZMAsrUGCODPNt9bKXP3Rcmh5ZE68ckKUlzmiJ0t8GhUR8iI+Fe1X3l/UGZkPwOAxnsWQs0Q0MXqB960O4vUvFyA8F9FCzXHeSWsvuhohfea+cjhfqfWTehv9CycHleXyUmggaLlUxmyxDGWlq2pbLE3cuQzU5JpUDseBFs9lHrdL4FPonQnv0CihNKgczZ2N/SFnejuRMy5mZP/ymotpTSbP9/c+Edc1KoZKFQ2lb+UdNIc/5KiNTNZGaGNycmatlO7Txzyv+K8OtA/ttHEW7y2Kusr5CUEwtoEf3MeUWK3UZRi2gf25Mp4JpUDscjfGSZ80hbjag9hELgWkzpx5MuZqkXIxR+0AO90XV7ZL6iheYIIcW3IsGvX2K9oZM6HqglLi8kfFQDOU5wj1Z5MPqqyBt36XDqWbkfUDgNVKu79xozhZWMmGqX9cmNHHueH5ib0zY8z7+ikAk2Aozel4fV2V3q+DVm8SqmHQ5oN+X8U0oUfDUhcYJk08MO06TXkXA6N9GFKo7VVc5MV2ovDPfBMHm84k/H0+cvSQq4TWX6Qj8NpHBFAePEcaJuxRa4OyM0zF9K40kNqeP0ZkPActj8uxFbLudigoUCeKVCnLaNtXDZFVWFzLP20nEnZHyziFMshmB41KvbbB+wWrZ0ZgFmjWvp+LCtBhniV4KrIHorF1D5Q1cg2w9EIqeQclgdVCzgXDUpqokAZdWLsgPvMa+GPjkNs6VNYftLPv1fmvBBJ+5sBYEQYQmdTocROncFbsEqToXYLULWtmzW6UCzARy7baQaa1v6TWX0OMTV4Lv8KoEuRO5p5VLYlHNgJiNKy7Isw3MUGIBKjYOjrmdFgBysNIuRIBQv6hGP1pTzpm/qQMcuIjAGr7W1U3L6u243UOeOvFwMxsy6YhxQ0cC0ERdMlq47G8TGWa7vCIYHkEEEsnO+IUt02drG25pwLlU80czRksiEcbdslIJRF4W0W8afpREkQLgorUre2ua80c63PDxmls2wscaSlApC34PUMsSrwZlMfgm+vKR4W+IuLohzXpP7V+2Et+b8L1hWoe0vfRK8prGmWqe9GJOznJLffXj4vsigc3whXMkQoy1D/2Nt7tB84upSzF2P58n0Q4cdiSb3F/D9sbdSvcXsSc+F240AYcBEkFbGQIwxh+F685N8WN3VWQqxZS7rsP3ylwlPfFaZSEWsqmFh44auE4Ybati9eEAF2qgjsxbu5lwQJ3B/DU9DGLLmH/nnnj6JrE6mVB5CftoqhYGorJP070U2dawJdFfB3JO8twaFH2lCaibg6mBueeed7mL8qIUIWmt/DY6JBGyjoSt//WEe+YgD89/JVpmM0NToVHEk/2lWQhFx+eIW3xqj+H11ZRJuCxGwWK3Zb+seZ3W3YZK8BMg1/dJ8fLdRji3b+bb0JsKMm8saBkvNQ5gomSBhgPbg/ZTwOM3upe1ayzYSKD8Xy8kv37Mg50dXPZaFK6MS0Wdobu9XSQFj7uPORfWazsm5eYnDxKJLHwH3dmr+lZSe7ASsDgH1WqZZhf5JM6riPd9gdRCcVTRnMwNzvr5WHVcvqG1brevg+hSY8G5LMOC0dojGyQZmxdlk1JP0LfU+Yhim9///QuriIEO64iwWrF6wekjYsI9o1OHB3+PEY+YslsDs0RovjYxjwUiOhYXBs9vqCeeBhTEbwQmXRBLAQ/ZoFJeiUCFJZ/d/0nmnqilra/+K6ZVfNDCejopkcoOWPwjVgld/f8074dg7JtVfwNeEtSf1a8PL4NrUJS9Oq08gWyebvW4uzfvfMbE3egEqeRCLhUVKwUgThWlh0CbioA+T7uErkDQOpuLrwjlS3+Zba/ZvzoeT46Rf9wKKFrRD4fLlEqtCI1NtPvKYXriwa+UecRbQsvGVenSC5JyZeGum6Qx/9itwcfamfh/v0CEsvxVoFcFikdkCZSLObl7UazKeqt5jiIrKXE9i/OEKb/0eMsSgT35x5wG4Y+rKN6t769TOxbnKS0IAp0KdMrT1h4w4q/PF6TgWCEyN5RdxkvzrhXTHzllmsCIbVXdSz8hgQG9Qk+PPU7OKZM9IXwhCteaC6b6yP4BijemK/T+QUpn47+u5vKq7L6UumhmzDQ1yWTYqXq42ovf6tNicFchPOgwbLTEcmZ3/L57VopqdFjhuobb9UCZ8gkHM55VryZEdn+mbIAnIhUBcjEYTtjpt9L3bdWsPZJQwv1gzH2VB1qrwKRK5YG/ueCU8thL+W7L7/w4sNXQeOgfi/jjirutjFtN0/p77D7dbm21WYVYNW8hXZ2o6ZKlP/Kb45pvXBmirfrRzm2CctNAXk167Om4L7lPLCo8sbslPcMvpHn99V8vSO1OuoMVJAW4cY0AY/5oH77DukifXkij3A99MORl7KvHymRh7U4yQZFar7ApxIqThoIg2zBZ5ghcAZA1zn6cud+tunf7FPTk83uo2Yn3ljCn5Oh/Xq3EH1k5I8fnmRoBpYbE0el4ojT+YnA0PGNifD0hOsGvTkO8z9MKOvebwfJBqi4Rk/+U0R1iqGIlKkFx5VbCnKELwIgwUEa5C+BpuikOAqZco5p5KKY/ffYMdzz8ovKK9B5dpL1P6njheUL9LFCTTXN0G9ycO6ipS+jLTqSYDtt6gBeGF9/Ump71TgV5LQ4wDgUMPaUe2yCe5AGyk//sOEMIh/QfWx6k46/IXlo/sRcmKCXNx/HpzMpWtWdx+kHjFzBZlE7y8ElGypO1cEhKe1QSpwEb17xDkyZVc9D4f3NXjUfhbsGhQ1mennvCWVDzuH71qT4lrJCBvpkexYfvDaw5ebOANClPOIzCeIdyVzmlwsbQ7nyyTtWhTG+3O5WQtOzb0R66aHTWW/PSJzgU5qE0UyhK27/F1pmbMsZ0ne64XCJLs9Ggt1gM+Q0Y3bqcikccROjExLG8S3M7bnXS4vjZ35uuHXsjoYSEyBKsV55hQ8Bmh6/Ij+r8UFcMUKqn+Vy/FTXL2IR8YZbM7E72JJmJqHnpk4pOawtaZlgOx9vaTOhZ3kMQzDUDB5qJfx6xjYUWtwCHVKWUAaLv787FvrByY4b2DOJWGCqFDsKv70KMJBJe4E9EnAD05uOoonKew3c7X1Y/iJ76GkyKXKwLzxdekNJVuo/u57ViGurzZ9q0kwA/VqruTB6G6/LfbvSglAD5Lqk2Dvb9SCl/ElZXleuN2pDmJpu0ub64iFHI/ZRxfmGkgCYeLzAeCpta9fucyAnt4TpWU//ARnmG00Y0FJqPdGaK1d0f2Am+r34Drz/LDKiWlSdebxdhVj+R6hjoWSQw7vNqVWWi2VcyxlLRcA4oV5j9sVFPs3/Lzocqu/0VsKUZZM0jtoomCC3Qfl8czti+5hQmMgYhPgLyR/akSvYxKkMtu02G0nGdVz0nbHGn7P2rmyqx9S7/OLqX9tOqwPK8sns2X+6gdtjm6W+Y3eAYVY6vZ5DZgrf9wCi3zCiycW8FWZ0efm72D2QjCB6TZU6TzAcqXxRZJFcKLtjWSReeDzZCvx2E0PmRooFgDoGUJJ5DcC6vn/VtMNLrzYzQNreJUY3PSW26lmL6OvkwxzUk2QuU49KRYggWRZXyagNQY6H1YCqVn1Pt5c1q7ErUBH8sZ+1xjpvEnpGUEVOXCWmfKtqc/tuQarm9xCf1Cvn/avNYtpiuJQr1N4Q+qIgVrOCutJpQdRDs3Kg+KGRzepXMhiOMhzriFHN7FOsjablqoL2p+woW44ktN3u08ua4lZ+j/+i+5f8WvFLUk+FgfviUAbZfsZmuOyEmmQ/cfFtG4BBaZ0tGwBe7kz68lRDqFfjrjz9+WR3MA7bTVXEfBP5t03iVlGp1NnH935EYx/8LbX/cFoveDhrzJsbALKJ2HRe5YphRSMNiPm33k0JJxaD5Vpw1VJ5MFOifw/oz1+avOhznZP1OaP2X046A8my+ODbtVPt89p958XGr5LBNuFFhdpHsvWY36RvcrQssmLyeAqmLpHqRnVj38BDRo1MWUFzKbP+4EiVcaqfhf9BzHKmAHRGeWea+Z0R2w4NtsuzU6OR3x0f1v1eva8YqEgzpg9xnKZy2ccoPp8XAV5ivDQC1Y54xbhSWD2jAjM6yq9PL/FKFjx9tEz55vJhX2IXhkL+0hyE7dcUbWhRFrWb74GBPmm3TW6QRkE2iWyEBaBXRSbZcCQKX34AB+Afv1ZtYVZEKpUX5ABKTaZVTZ5x3wzYiocJ+u1Az57VZxCt5RLlR1+Zmx/BoRt/mJpqu2Hr5azjw/zr4H/VKduvInGWfLtqTvF5Y2hNt3IhEIofNosYamvQEtZrwkHM5Cs9tr6pLgWpbTBKlzZLBn9a+NRq9zKWFYksTBySQjNhHkFJQi79noQAz7DJLQsN2R/L0vYah7xr2okMaQheQv1hpAvtLK+96StnJZQCtVU/zB7NR1Aq/rhLDKHte8FQyL05nwSINhR7XZee3qGJWIL28BMB4pkHddWs/sWeJPTXmYLmrIHP7TUT372QzdMux124rtUOwpTj3h93+6Cjeq1fnoIgZJ2xYwYvdFPsVcC+kjZLihvU7t1zr5xk1MzVk9gvw0a/Gq+aNnyLxFFNzKvm9jYVWogfuyuLpnHaFD9dO5E+rw8vL5ioEETcta6TfAzzl8MeRO10gEuPzZvJGGsc1LFl/B3mzDSlQWwzt4j/0F4HIJEx+uN4sh3ScxBFfxPCzrZWpwaO67tcJBEC0B19bXGzYBAeiiDbGPgvwwc74iI6frIDAplGaGaxbxS+bqgAOJaopzWghFOVB5vUBe0tkXp5YeUMuBtjETjnkOsTxU/jbDTC9jSAxhB/wllj/Q63MjaOhEg7SFepTSIFurD0EJTffQ2h7jOa+3Vc8frlXlFWgxheuDa7z+LmQD1ZQl2kCzXoudg69hdoZXfXL9HC95DOCJE3e+PcHmBswrwH/gv8ofBen/D8UCg1Lu7+y4GzrpSi17ch9QSOE5WQU2DkH9G5uM7BCbgK0j1uPCiI8SpiQ75x5uEhl4sLrIIT9drJSwntNNe4HNzHIVFQ68ObnO12UkkFXXJuAwZqwGEPYquyGwzQkOzRvDTU8xy5oNxfOekBWsHPVoiSRee64rsR+481QIRLP3zv7KpNKS/my3KphFvLJv6Tv+ThSJwQi1KM1vu4FG36UGYQCP/28qR4mNWiGU53pEiEvQmGyVkjT9C+fObJ5+rupSQzOv6/C29Pz4jgvS279o5OIUW8h/csKgiQchyQKNvY55epILUNF3MmUSVVhtorYDAEo7lg3qB0tthG3+hU/aUZT/+iGZb13nd6K4kbHguqZ6314gLIGRroZ8gffeThwtPP5Z3JRmHDTy1qqUkce4ncKrh14wBfpK7remwaw4lmQqWmWpMjSni5hE25hn1Kp55hQEVqKCW9lGVj2QZKWbkxOdhQy9EgnuGsA6DfOvGN6VXhvyN9/HtprAOc5BiIqjVrbjC8aKJN36PmjYDRjntN7DZDedXhx32tdbs2omiPnqd7A/zmJf9K0VRBfg6DF63RdP9VS5LnS3irFBJyqRTGy7DK+1CpPtMKsoc/0Mo96ACTfCeAcEhOffvusf5RuxoD+90U469Ir9lXVkzP854KdtKwbHM+C2yJUdx7zNIOfCPkVPuJyH2NTeCdUehphxqocSY3jHrK78CgSilKYEfOr8g6PQ7EAG3JdjjEK85wEsKnuNkIV8HvIUoc0KDapMPceBENE++Lj6kvtwzZ4eIdVmhKBesqDIqtYtD+6AdeMYRRehdiFoUPAo+nF3aTBujGq+FPCKyGu53SkUxaF78hgSy1bKVsEq7KNFuY3MiYRzmZxTO5ojX0hd5YNCl6QWgJ5iZCLGuWrCO1W1CMvOxv8DiHs3rnpWMRs+cg8vbVrF8xAwPjpZC664b15fwonGu4+xcEsjg38ZWYLm/2qFpLlN2b6g0ZSO8gUyEPYSqxOBnBf5Hgo111p6ZDEEGCuLSWtMGBhePU+vy8Hu+9mfUOJV+1Wd/fWVrtX0Sh+t7JrFOVFhvG4CG1rBmi6fX2ft3bmymSh+vqj5fmcAUJrX6ZHRWRJ1GzXSGtdg8X88AbEtf4dIb0CkkJopw3FAhhaqK4GnuLxW7k0jl63/ppdlHD1jwXvfwfss+ijFyQwctd2+a1aiTkhLYHfeQy9HYpBZsiiwfX5b7peGeAvPza0GLD3LbxXn59rmqOKFUjejoo8KOOQuP8mSVVbZ0XTPuWvhARx2/Y4C+iyIHnv3zCCLi05F6kgnPhz11Nf34kXaaaUmAEL++HCp7XpaVqS0GOGpu/1Zvc1nXs9quWLHeF+1J50N0+jZ+/Uwba+RNTE11cm+6xbR7kyvgksdqCtjVaY9LV4okdWyeTEmIWHWtywll0zldjp2CddTxZktCCz6sUWuHBrBMR8nWxrT6rTtV6TSg5a+9tItyru/+9TQaIe3VJVUboEKQHNr2Udr9v45ZAoyXQqfJ60+r88/70uVW5WtBCq8dZWU/TJkVVqI5pVAfBYMZAmmQY6+KKy2xGnYBZcHTYaVRjDdM4dQyiw2+jWJ6YjKjrwf+WfrTYsDRWkWBzLBLIkRGJApeDybCzAnXCQkHLxRlvqPpF/qEQmyeAtiwBYu+wwz4PNDwEjpTyjv9hdof3iODcVYoZ2tLcKo31TZCCPgQT5/Vi+VuKO3dyneLDf5SgjzC/HNzTrMTo6xPgZnype9w2ClbVJmr5X+rcHqMr6CqL9HYtlbqdZzfK8ywzJX9g9usyIv84peqp2jBGNHAnsDFDTMOmlc8KzFKS215kTpQjVyt8OUJd4YOMNxlBDJux2ytFzlSZoYtV257XTesGtGlLbn1sg9QvyXbpQe7ninkDiEjVuvaXE2NVruzcpq+wC6c9C6vN++YMGvrFbwlFkfV5Bw+xlQf0pORTpwPAm6/tAg56WoDso6MD4iNRZdiPUHFKhgkik2JyuMGrbR7a6ITIY0fQMmA8lUU2N14Eqdyutl54YXBUfy60HlD3nfY7f9+WafHOzo+gyYhJaZhXip6BeyKamXuz3ZSZ6rg+I8fNXO/Sn3+sF4qQPOdGmdvDYlQnvLHzKSHm7FB4Kf3FDD1VTKuSNQdB0cdR3Zrtfbku5v5U1KlJ7/+JhMkecZ2PoHx2xWlaOAYaP8Z68FdiNCPVroDcy/JZh9gZrvILSgO97MHEUJNqM0W5g9R2qkXNt9v8P6NWPZ2HVSgh7U8Rp6E2SbjPXKJd8JcQ07+4LUANvORkG8Zd2a5+RfZ+NX6/m37QrHvXMIw1nhth+BykllxQ/nVOEyxJwfFh/BGWaEipNy/PiigAM7iNehPGlso0POQiBxm5O2OtGppgvpbWSN347kntDCafC8aF4YSg0qfM3sM/cjujAy/Sq9LYnPu+6+J6R6NEy+WXH7z/nA+mMUVcfKXaV09P3DyGdW24AnI88aWCMpqDW6unxSw59xAWqoB6ZlQTC0M/mmY+HBcXygt61WLxmk0AgJRYlixeGSfm72kQ1ygZU3Rs/FTTuwDMkCfKWuMgrRLzSRAElxWJPlnX7IX7lTZIyZsHfvdqok5nCExPvqtRpmVWn+OWX9FcAG3sTMj28R6d+S4QwgqPGfZorokL2AMbMRJ2xZDnfP/TqQJVAAY0vIP/JHHmF/ANSvx3detxifYARvsL63d0o4mfFK2oaYZOPHaHisUOPu4V3P1uCrTocIX1Vvq228emmmslNeeM9g2OY+bJxrStZDJf8vahBR7HFP2TG/a5ZYwI3bgrDqPVmSwEUMGApSvvzuEfcSz2qNjUamjDLgGWQH25yAyqUe1E8HHSzSjTookwRELqL2JyeU2aKbA+AyhvPHKmrtp942RoBSriCsgr58slHMzQQcyeBu14zTFFR0sSDJNGtZJhxWwa2sXZKPdp52iOg2mTmfORmzu+MMOBRSg6YbMnshK7799ruZn2+ghZa5kHWabAg5wQQQQQc+cEEIsFtuHW7xoMudNbrWUxvJnfo/hUXYoPHifbhfho+qrVMLQnXgAReuSPX/Xa5Uoi2oJkVbIWM/P1tOkFMxPAqW1jh4jpu9bSrNbIIMc43YUSwsqS4qtFddAMh+wWdzrktjg8qpF2nxQtrOYVOrMS5YAAD++VtENfoisQVXv1Qoari2nsVdCWG359u6ID3sL0qFBjZ0YGfqrI3JFhfXaSLCQ+vMkmv8R0DtZNycXMFbVd8c3YVynuSdSVDJsslxNCrrjDTdRf5VNsm3sI8s1Cq6wdNDP6KXX70w79LHxoHoK7VS/+1nVFax7RiRCPKQroXF1BWhgRbGE31uIfqMd/rP9CVuFwhWceI2hS5Zxx56GgoNuTE5QWQ1rsBnF71okXvaJRgLIeSeSdg9xNUmgzX9ieM9uyJf/a/KiSEwShnVOD/zxSMYkqD3YlznCaPas/NGqqpmQyeqwyrCgrw4fK3vid7OKmTdFX0iWAgmirX+OquBUIlazEG/hCc1LkP4ItK4PbAnbaRuNdjbrx5Ow6W5DQx0HD3xldF+XX2Xl/8wVLY1+J7Gpqi6BmZPtoDxqbd1pUAMmC2iTLvSeCLLzYmp5G4WTLKC1bntm7zV5w8yebFpseXG1BaGWZ9sWuqJrAnfCNPF5vTjqvIOVPIFvRNd47AQKlWLVIx21BR8Mv5v4gGPeOz4quuCdQiaui7/go5EsIWpSpPraFvRVw5JLUp+V8BcXUocy50ZHWR8nMZtRDjvdnMREUE73R17S0utPTwQDBISL2Vqgxe9A4GngWQbhViNllgF75v+LZWuGkQexqGGFbDcWf2ahIPBqpf+yxfCc5Y/5DnEF9ITkO/e/f+VA+THIvu/QgAz5s+Uzr/upOntywC7U79s8JbiNcfwXaM72i2QSUCKtZSxzkyQvyuiSWINi1whMYGIt0ntbajZ0A9iaIvPnlDlZ5FejAfMxuYXur9iFPbAYFqzmO5ndkUkd19BeRJ7LY9EK+laD43+ba5A5mqmWF3KBlyxjpoe3PvtPy4rCvKPflGXBfiGq+1yO7J2sYvvXndghwYchZORNrFi98kWN2Ec4sS7S+jxFzcO3r7FeeUpu/LVgXHbniMzre5jH6eI8PirOYjYtWk/QBMDB/IiieR+cOiF6xfLj/dfwD39bQk4xu5hWd1ve+ru1o4DkcQMuh8sHvWR4t/uTa80VP7aMHg98mVJKPjUvnB5NQ821BZeGZzP1SJCrFdNbka9ry+IN2kk9vkfNKnCeV3YDq/usJlqIEs0SMoZrdQaP0L6J4reflfju6BpHECrWP7Nl1MgUwgVuNpV1ybKHFuwIAynprDVA6m4yAGNJ1xo6Cl3m/1Vfng9zqz2wIjM/xWk0uicsYfDP53jdW7lBgs2mjERlT4De9uVChCtJZ0lAt13fH66Z0JEikl/ofwOtldyPzgx/RMFHu9q2bdYs1r4FgFv2gaW3FTFTvqb6qBygATtTYk6BGQ+waFAbt+AzRU7lyG51OuXYaMzB9GcQQ9cqN+8J4oAeEqfGXdk1uGYSIH3/j44hgegwUUVIHqiy8xLskwEuoCMVx4xIMEG24haGmxBRwGuk+L//R+ukiyjqNQBqhF3NwHVc+1hDiNOl6EGboUBhhpDHlXPTDR9U7A4ytgOrXBj4+tD0TmU9fddimjI9m9y9DTfU4Ued1ON3YQHHd95Q2qxamvhUVNzNZd7tp5gv9R7awqelI736tGPaRHeEfVCKJMXoGbGky9Pg2UdVe/eyNqhcnVA5T9tuj2IoQYOwPp4D2O5nwfFYlCIskATwHFM8AgjUigk3cJuCq7UXFr6qlMnKu2WIjCfTdqRMpI1zbDl3bDArgvSWNl4ZqyoKSITWLi1G0Pc5vI7Rpb9H6b0QkkjRFLw3aj5VeQOMXKgxRO+PVWLkkvyBuUPdnCfA+PJd2XFFNAaI48+Cx+5b6v8qMa6G1hlwxTlYD/DE6OyUlbqbiLXrYOYzeXYRsd2L38MF2BRyx227dBz4zudJBK+5N5+Mhfa1x9LDG8uuWkTNy1bEibl0/uPNCPAZQGOLedigZ99FgSrPOVbGwVAwsvBfOWH58n21B6weZl5x/19UMH8FQB+J6kEMQl+jgFQtswlatr6fI0QAvmBa9ICYHJeF4++rjZ3VTXKdcwXnvWqOhQudaZJczZ8L3U8Aece552Oh+kuW6TcpRne2g7QTpRm/0Il83GKtI5ys8aw1iKFdZ/Qesi3/btVemhGs2895i8aISXSQZHf1MI3MVBD+H49ME87tG0DiIkNwRZ7NwlAK5EYr9bqaq+7pvQxySvUP6YMjbQbb7rCIjQeeGegj5MmAWMESJFnTkZ1+r0KxLWG9YqcVH8loyVPJhwsr6fK4qRlVzQqd4zUf/K+2vHxgnSUto2jU8Da3SeMV72hvNch+O1UBWV2ebh5ltKlbUGKcuJK/mwTlQwEtlgT4z4tp/QOpSSH7WPlcgMlJW+XX1cZ7WKXaeSar2DsyD75NMf7ZzHdEa5ZXAAORXYiAgH1CaiKozt4UiTyi9yuWitzfYlqhf57VbA3qA7Adf4sMLrstKaMto8ZmAqA/RXY/8LQSuTwCRxVi2rjdwVN/3aefeEsONZMBKRbzXYwf4H0AKa6x2IrGqEAlQ6ccqbP1h6v9PJKgX9/6ZXgMmOl3mawt6m2jDvx/DHccKpMBluNXN5214ypl1j0Gbo48CALOyRzl3PytcehDBDgi0BPvyN02+uGkVDTHWhOyY7qadEXATGX7MxJG+LwdV/k9w7d/i4X3onuSkXIL6Q49NhWeeYEaWaKfCOCw+mTsnMDmIyEOdZ0s2pU7sNWn9TdZNXbcA6YvXl1CRZFYPhGWm0oxe4vPEVKyZQ66Gj3HM4uiroffE5uZEvP91+008aFsKxyRmx3p/xTEIIN01A6/QMH6FNJpBQ+6qMXGn4pI0ulnW7SYjqL+QfYZvVAVvtmrR/PrrPwoKZvFVEPyeNZHYXyIDdHo+FkUWyDmWv1SSgPSmyG4dGPcwbzPxJwmE5qTGmuljEEs/DLNKWTiUgZdABhsUWmqBoJmNH9PYFe3HqB9kEXjvX4ruzbXOSjWBRK9+V10CSHLvmBB+Wwm4O/jBKetQ/28QtnsZoo8fEqLTksrqeWxukzSD++Hy/c09NAccuZuWyuDYwLO3i3LTmenmT2cdZOzhe8uiUrjkHG+zJshLwafiHHKCMt7u+P9LHfyGNk4TPLlRL6IBgJBDa4h8sMGb0mGpw4R4TizQnDXtSxzHwkrJBd4AwlCCzDdJiph9azb7CA15kcSpBWqpOMR5HzW90YXK+p/hSYLZ4k8KaGKYOGZ3StUA8q8FHPfMv3bnlxv1BA5TK1E2dTWMdzLf1lvQOKqIw8RiebERM/PrAV776F777jqJaajYvvTdL5LR70FjGGxi4+hgVxh2To75Nfr65eJrXedXptsVFzBisYS6N8WaNqSy0ua7IhKbk4I/Rdhpp6No6+aJagHMtxJdnsbx3o+BpazcyN3ql/Npca1vMxOOxWoAJdspksLXGYY/aukK1i6oBLjiMonN31Ge61BD7xD04sbJZEEiTQU84prCqDUZDYWpB+I35wkFnqtL6w0Vt44w6Xywgrw5Q0kX34Efh3lfJSd6BIupdqoV8nc6W/a4WYaMg7sx/7woh00uViuj7J7zMrinh/PYC+ZOpQnBKwSc5Bgk4xsCGaxG3tH2NE/E5Ic19H6W1xO3HgSSAHFMZ3LwDoFmk072XS5LvrPpv5d/aIOn54014nlzxRx/cvk81REB+pne4INbqR9yGGWgTWSjyz3JnncZe27dbSCrKwPf141NJqlh2dNQjDR81cnUO+aCYcmeBkflHgbkju7gotNq+sz0g6F1yydEcqdIYAkbQ1kEDqq8rtbdTdtcGadnxc+kPG9SiyaZGGnHz4CkiMOGskwX9rkuWBngfR8fVK+uoRagr7d2PkCQagq1oB9mfvsYex0N1GYur6neogtgyPI3f/gVhBkB+tvLrQIutwW9ioWxdx5g6aGI5eJ4wVuIp/IATza/3OvDF+ykXCwWgEWSIvsPVIZsk/CyGj13M0lwavl8XFrVHmdnDfFRqv5V9lrfEl1lq2leldleBMwu8sGXuqHJpOoM/U15YfxajN9sU7FYVdqa3k8Ur/kQ86/nYz1VaBrIcqzfHDW8cVT4JiIQGv0R2QBm3wIzKqbWAvLfLBLTJpceM7b02LmajGlsxkoP/P4EoBBTKOWHeoN6bOnSton0RP+OVPEj/h34r/NL1zOgJnMt8eT66grHMXhpCD6gzt+9eAEbDoFFe6cI6XKtwC8+t1MH9VaL3+8FrpDuN5wBH5uTJ5q/U+0heOAM+eRui3Zyr4QtynlAfuI/+aN5S0ispu6PBRXXW88H5dFb3acbfNTIRTMP+PVDEaZO2NnFk3i/Hi9c1X7KoPYi+admxho8tHSm/PZZdQsZ83rc3MzUluJ9h3qyBe8WMGzNounDEQ6ha1CXVhKHYngj8BO8b7Ic23i521mjbkFQsNoe4+hEFfirEdL3BymoR4q6bPkMM5kbXpRk6HvJCeTXOkkkP8lbc3KYkJwjcU6GqVWHpr/O+kUPPmWxUToz/KQX/5Mx5XjhlXgrcuve5XapbNgdxdFAniK1minB8GY27QZsU6A0LlrN0XNrIGU4a8nP/RMyqotDGgbMit8J3pHPZgNB3Fa+KwzLoY9sHS1fftncndkRUcBo0scVFpY1q6ZfqLXF5Vcm9HxQEyeRR/tHYVUqs33rIiBjsFAiEcxZoU87b5Ts/NI3Kr2/7kfPKUwmGK18PnZsZaP0UiCHvOiKwqaNphYhK2ZQUprX2aAlVHXigI1XHGkRN2/wDNPcbH1DWgz8KL6bDZNxZg1tjp7ejpL+wqS/2e33vH2SyWkoqZyw2nYkJu42md5vecZrjfvU1l5yuLtGi4twvXTidYS5mZDteq2X3pC9w5gklVXV5CzSX1YI2DzNDPA3e60jNTr6Vfj8tTGFaT9FuKHbdGKpy3ev20zMMNzMqDOyagD9VXfK3tj2CsftqpKbax75+Jsy73uqrmo1c+W3N4TrlGUR8gsSd4QFoZeB6kSOZA/7ALDnsf8b9uB+dnRJEQ5Co3mxryhZdwLaVGPlYVeC61OiNcTgBAi8uX9IZZD++shsUj7Wf/xm+xg32dgzTd8T9dzGfqCZUGRyq7li8NnICMVrPKBnPbHBSPior/91yEygKi9Z7KaBE8rKABN2vKm/WrXndXNQ60TMYrYF7P3x3KqH9gaLcsywKCpWmTHs2H3uTA+mKnonD00/xPWYuN2DGRDzkGxRSKMP2txd5CyIM9LVc4gNYc2KA0CpOBlzt8CXiECSuJ3Ff6VxCFxkxfXhKpH9Q0l2eZhkvdNW/WlNSIG44jiRkJCtIntY6AEfiZ2BfJJzVo+7Xsns/RIaLTHkV4jnTAtM4pYcERlEVYsR+ivnKeM4dYmuFpL0/gpBrWAxs7i2g/lZAlcHrTBcJ4v0T5im5PmPssSnPkNdCNwqLKKz9CJIb6ujS0N9Y5Yf4R5i5CKMKvacKiAI/xbMdqclvFCEtJAd2hlMIwSbsIGy/R9CbSnMIBi2q2AZmkeqwy4ioKpAxoBvhzMwbd9XHfbH/iyS83UFPy9X6QhZUx+2/WIWO0jGoiSRbYQqnQmZtaac1z3Y5QISP8PqA00EIfIqND5P+ONdYC4UY6wjLlsNxZXMZuU6R6zo8AUgFvAdRLOyknHI7mW6LStGRlpmH5xsHrhQKwBJQ4FGyfq28SZcyGPX6AvWfDxwkd6ueR2yAjVuy62iq7ChD8JhXhHhTc8EXxd8wdT2JHu6DlTXL9UDbcSxkv+7KujImdTvitbY0+nQ1xhxm4+7ZiAlCYbIxzvjnM/pVlJX/FqxclWHoKBQQBYDSWMQ0bZYSs9l2yBKYz993ZKRqiKQlSaFH3Z61j9AFKMKRfwHszzzFmb4AnGEA8S8/FmHcfbiPB1A/DNwoRso6raMjdSxGZfZNylgBE+Rua/4UpEj48ZRgU5OQbH+QS52qTfJGymUsgL2g+MRbDoAqfnGRUrHOs4Z5+ph6AvNIXGt+EZOGZWnSf45/GR4YDpZ0S5ABwab37eqOHFcDSrPdi7OA++KhatRyubuinwHfBBSQRW/OSFb2KFpcsefekK1gMoLuHooVX/YHhkvGgWKdWsYafM1S1c3b+34TCNkZdLDgffflWm6BTIkMdj45eV7tU12oiONGo7x4s89nomeZKfQD7zw6nTkXgayTmqC2dFC31OJSzgnrkXLvKZ87GnfiYl7MCiAUaW+8QqOwLNNtfVsisYTRPBZLxCn304qskfyqE29aDkszpABiwL5Oey31ECJGkM2suRwpkGd0uPsg9jWvJg8Vq/QMU/uGTbbXpT0N+Z/HLzGf3m5DAij1IJVKYyBkW3skcRhMA4irTj2x9/IvsEGd9ZEunswExoc1ErkMxTXVmaEevHhc11Ua+QzVl87Dft+HVpBy30nmIfqyRok2UVGK8ji2UkbVo12ra5dN7Jh5VijOJP79lPbjK85eYx99+iVT5Mgix5zzk7QBqhR43jbEqjoXybERNWGyDjB7R0t8cj5XFqvp66fq2hwP3V+0d8f00ejxwPxVqpwxXlmBSmSSJNpv0EvvN0be0ByvPu6GTXsOT4rGTMch+IvPm5imHvpPPxG97nZ6iMiYN9zHkEbkYQ3Zwea7RCQ7F4w1aIDVbdPI9wOYk/ExrTSBvMIxi2wgdXbd32+H4HEDlh4yrTRx4kzaC8NR34NjzooNnPIAWHS/8AKTQ1TLVdEKD+1lTQojQ7xhpjZ8mDEQz8GriTzG3DaBk8gP905JJ6WztiQ3riQgYkAKgiElpJeaHeu5n75uFP3kP6SxTHu3+xdG/JLR73Ewr9QyoUsiZKiJXwFJr39uyuJACuH4GqR2jeDZt9vLjAFgiPKfolTateRaeJA8NOTBBwDZy4+YFCyzPoDwpaTb0ny/uor8ZRHER0GB8SeMopyyJfNN/j1jzYR2DQbdIOAEKg1P4x+0NqBRjpglU/XgWgC85q9A/K8GpwV2YkOS4r4Gl2sOszFVTmohLnoUMlbNqBk6hNPOHTqWa+cdI5cymX/BI37VPhEedDqeXOOtXb+feUlWd4It0dYtR/sv6Ut9Q9QP1ilqD1lGMVO+mAx5AFF97f1DCexJ4405MarV+onfZN/F6oNztub5FkjosFoOHRjJcb+by4+48Is6oT31iPWxAzXBZewDbIR2URYtmkBHpeVAUxHHI8x4fsDEvIT8ckmm0sLDb1LDPPhlWUF1ASgHtbLzdEHfRzD3aZRg1r8EIq8+hXVqKsBqP1Rj/VI27Ncurnm82WpsR3EcmgHqpyQh1gW+Z8InCeS5Pdm5UmVwH7+Pkwym41qQ/PjQimG68m+x2r2Yk3jrbIdievZAzDoyEeombiAkYO1lzuNSU+0UDwbh/vE7AIg2g56qhnp1sKO/ncZTg4e/vysvO9+SI7eye6tZBWSnilWMFvyawPN3aW1XQd8hJhB+1/6M4ONxQ3mD/wl+VblBfjCojVs9z7zr1upn5P58fLzoZHzR5Q3qbgyi5hyEl2aqUL33M9kbEcw3B0ryhebdCnrF2kBVg1EskVjCMTpan9CDGMTt+HRC9u9BXD4D+q1+hKziLx/OAIKb/nkhBVIZ3Q6ph4jlZqnul5DENB6xIJ3UN55IkmrR9kwD8s4uCEHdeK7FzRylER0NZF+n6/0vI0g5Wc4UkI4koVmmCCbeqsEHTog8mLNvwXfo9lcjBl4OpsdMOe76suPjbgLVEEV92a+JIwqVgJjqMRZb3qIeR7eYzlRtoQ+xH6k2abThEUMkt6Cs1saeXbLu55nD1xjwMN5MR4nYWiV0NU+eUrEB6rvM212xb83S9W2jlVUiCWEWeBgntFjGisnRwlZICHNigMDGUXO2FzMXpp3t/ZmtFzdsDJ+lZWc5OcUGlfWZMqbFXNWarJ9BsjzA/VtIOIZk+FggwEf05rVqPjUIPtrcK+rbFRBRhEFp7tFSaxbyaR/KmGPHSFDkwwqDY+9wmjHlI9G8qgWrznkaT630GwKJumaEGHJ8Bc+MHanMb4neAJfptOs/Vi7tu+1Wz3nka1q0VT1rybTHLUsO6iny32cArq4WMrloT+hcVlEG1FTwcMLA44Pf6bFQENl/AwmTom//4DI3sLQcBSUZwGFs5dhpN80ZAC/YWqu4K0rPQa+yhafR4w0PfUXwSyA3FJEG+st4iWnZBqt71ATeV9L9lnmaBizIimBh8/Ou/ui62mtaS8fp1VTPrj1FrxcUJzCyBjymc6hcXRNaa89OaS6e2XcTR4uQyWG6k9EBoQSNbwe9U+/D0WiMm4NoX9AEHCxcPG8WOmDIMsq/qUp83lwUMFpMjqT333HK6QMMMbOye23rtilb2IyU1urk95fekgQHuuFss/NHI+0HMHsK+5bnP1qGiPnt5l0Th0FGZEw9pAY09WZEmvhukrpv2P+746RqrfadJTpHY8rmI2lCwh7ul6/FHR8q2eu9vyELrzTHmNzSUcaYXH7m64UyqmYPRVvdQfP/qNqNs7kRk+xTcQftiySLn5NDNbd7fZI2g69gBnAxmxSQPXnYEciOAgkyxhUCeK4Z1H4W3qEAySB5KADTgOJG939T7zY0N3qdHQrUUJZ53uCS+InFwVvch8AbPthbFpc+hn4dFEjx7HIqOEj1jeYj43VllG7nZ8Enal3U9UIVjGrR4W3na6PVDYBZQ/YhqIFYjFAc81XSS240AMLdHBJqbhplJfGZUrLvAGUv6smRpxtF6WohIevmZhhCZafANAb8Dt8Fp/u/DxRB4IjGU+bXO2ZO2uU1Pb1g2cvL/AmwabK4ibKbg9XMJY8q8GD2kByFKomQ5p10EkB3GI+3gQtqofkRy037bM45VQgzGxDb+hw30aHTSFHnsMFY33CMtUV+sFY4Q7yQQY4e9s7ddfxGLYjj9OeonydIbAe4iKPuVinhBkGL7guHWLUSnovZRj6t3nP725R9wN3Y35wc6n+RiekI3+z/jGCQxnyrIrfkOcomjz70YD6Y4sUUn2hWCsmdTOeNcBEdXgy0vlP/OfDcRrorPTE2I6gWhKOJIApxzbhDRjHmprjwp7B5HMsa10YsA8vl0NimO4+8rti8LqBt81VvKz+ZNtqVy4bCKlCunLrpzETxKlr0fPcHZo1iE6zlagNJ1PptxFhGg0dLnFaj/Eij7J+4jAAIueNf2ggXQ/5Ef0vWfFvbakZlHXRleLNrXlVySrX0O4QF84QFmaBmGW1qLZ1QPJii14KtWondLUZaSZaQF1owlCorPFDbolHvT9y0Wa+vS1G/7FwHi9pkM8lmVQWkSchFYfOfPNYkPMQ2i8aVvB3+YDqEEftUIxWtjeom1Lt365u4/37ZAyQw8rZxu7Qq/ghVYoJzTtxhWmagothp819pB360QNslEYJP8qH02UbPxbL3BsqxbR4mViZYLgtpl3Yz99O7doCmw+JNfXzX5Yxs6lzWmFuu+5WmAUMevRDBA5wp8+/3fq/vbx1YMG8YWOXRjUGBeLKsyMUR93Q4iOYaEqdhgw7d0xWvqltTk3iKWu+fDXR9cM01iC7VwYt5Mx8EgmWIldLf4g36geKAwueaFRlXrj/MW81/AtL4rGI+Ov9rndmXhsvQgHtlSdL/HTvnBI12wtVYIXahGcDzEFDLisPgX7m00UrTH1TyacUbgt455CCl9Ku/uwVLBGuNUXXgMNCEeLB327UmMuL88EIaHxZFZA2nVE9hffz+KRw25TgSbaGAJUC+u+iiinmYZ2sBZw/ZuDhMCJuLyVmERZ8bH01NFh/BMijyJ5dsNr7O8PEYR6iIJjFDnsxENlQEg9dM2b48QIoBHpqdln9OyTBKwrNSsDR8z/bKx/Ytd7k4UVi50g73JwHGRUdbz/qNr4XfYf09yGd2EqkKO5YDsP66Fxan4F7CWu/EICH4RvenZCl7L7bTt3Z+LymIP60Dt3Owf7/g5dfza/9gAXOm2AYGEd3MYc/7/I7Z07gLxzBPfuDUDkK6CILEOLZuxMbLqqyPa3BCF1b4NmHNd8RbHTkpKzrprNkCaeqkfl6+bNwHH9rdRWJ5Gpb6UaNLfo26+uEbWNfG+1BJE/5xUenL90AGkJGjh9gq2JJc3setlRjuEWEt3p2gNSioraH4VP+/u1oglqeXl5FVTF1Tjh7k2z4tRmE1NflmAdm21jfJM2gl5g46b9EjXuT/jUaGF+pFweF+q8fu9rsuFwT/8z1e1/1RF5Z7ETCzxfLQYNoPDYAvwITO68LQKIsQD4JxYbNHZ6Rp3kJOkE/h/ytfizw/mii3Je6F/txRsvOC18a83ooIfQox4ahJYVG8hRMLP1nyafR1J9w3tx27eeDbiVwY4UtDweK6/dgI8NwC/o0O2iVXgNcv+QICo6nGQO/38dBD7ckOk1FNcQEW9qDzVlpK1Gnb+hTIEo5nXXo5pLe3kApf4DRmarhYoDjdKCwhwBapL1fjYo/ZWCIa5e1rly/5HfCztwbf7l15/FUzKlJUI332Ys3Fvrd0TE6ZlZ1tEUYQAQD9lhgxu29BPp3j6RGZQaS3BRKn7dzVsW3p0v0LWUePYD/qxc1QR2gaKK9G6Zd3QZdHePOmWwr4ru0SxnappZ6JTds10SW0qogrwwN20NUCt6+FcZMICyFXczw625xS74ko5SavL2Kxil46btVVnOJ4Nhr+7WR9xfrDiSn09OTn6hvIofEbULQpbfSNmC+/w/sA04u/uJEIfg6xHri+hQNtc9es+bWWn+6TwyZDl4eIFFwU3NVLYNoKzWm1oZMcDY0gzt+pH5fQKs1lz6y1gB12Yypf4Hso3DALv0eSNqP04Nol2csNttQgMqko1bRgeyJp1EgoC2R51olEpcrNSbNP0j9Wu/1m/cu+wAi/MDNlRq95tfR9OYs576+n9prJnSgjqRp4n/RswHVnOauR1x7b0Lv2qQfA7P7GSFpEnwVvNCe5QMPgVJYV/BX0Kus11+aHRcMjuZggb8o0ZmOCE9sIUHz+MzMGdVjZP9wfPnrk8EPM/131SGTRC9nmxpu0Mr+udGzj+w7/DVKew/4PpzUVARfp57i0DUgQvdnHqw4uhfq+u/fLIyHoOW79Maqi2QK8Pxfb1VRriiCuqTo/4jkH8NaqgH5lc7lYmPFgIeQdl4Xyxnv/4ItieIraLaa+rMbTafeFr73KmH23SP18r1qaZOPcaXvF3V5WigsNO1WCythYLznRBn0sXX8cktDFehFUqxb4DKDmVxaxKKpQGljjGvRJAhXQLfRK9hqAm3JJ+PBbhThqNRpDV2RD+iaLbBEICTrj81vjEmf2nOf6jFd3hFJ3XiOxfvcOvuaA77I0EZfF53nJVZ+0571zgsv1AQyJKPHrWI59zG+QtKQVqnLTGjcd37rIws8urZxI8WPf0ke+oEsYSoYW+PzTgjBUg5im9l2EPCKeKuQC4iaV4BAXcVvtyXABZMnScZ8wnRsBxmYpfolzlgSFWWx4OWhGWATVNOjS9r8pLx0HC/CQOZa77ywvE+m7QuVGQfdVsclkMILQeWvmZoGyoiyvGJLFPiG3jH6dLlnRA1Ljuol2FffvG2Pm+PXL5e89GQfbQNcU/462GUc+Vlk4es7M+IcxHegJf0v27OGA+TEyAoiUfVuIVdigW66qTVzWUnh9TWxAsPe9d6QAeWIMvSDAQeAFWDImr5pUDAnui3e6MlSk0ZXQhVEuxwSJhzc3jtsKeWY3pH2PHqRgynT3sWsNKr74HnWxrDXAnZyU64jXjz+ijuE/grtxICIsy4oKkdG07PFSyDMaIFVIHIvDebn7Ovk7OS3lxpTmBrbRWfR63mBQa9HzlTEYlV++oMahQerhrIGxCAMgFDKhDcM2BE34VynTfw/8HnNA2KYnjf3SJpG0kZU6LOlkfE8h8aBUeoIh4LiPAvaL/ztVyQh1wzA6KpEA1Fdl+qvW7SS7lSrfS71ZffEa6FSAWfRI4YyalWQju/9KKuZj15Ah3NcWtrfkansiaPLPNY/flZKg6nhpOdUuYOMm/W3Ns7Bd0YRKGCFi63VOYQ/RXnAowq6egr4j6+Bu+tA3q1FHRCgA1p/+d/908jomoiSPIY/XRIuQZSh6gJuhla9OkpR602wQZe67hNSfohncGVxrOCckWrtLb5J8O0OzkxUGC8jCWPiOj1HbxhDdAjpU+i+pYMBi7OC3+bFmACW3KG8jZpRfJj9weRD4j8Z7Hb2n3YkjXOksOqe8fxriAII9JzCKs59BRkItnJAd2bG3WhDkV9RVCU76/wa1NElk8xIrKgQECUB6LRzWqmP5+lo+gkoxpC26y7gSHXWtx14ZAvLgVeWUip01NAVpece2W8SD/fFaPOtdVcfzAfZSsHlRNNAcslSU6+TBqe5cOaWaymmr+gu4OzGTWISYjrCEICq9j8ToXOugWS1oihuRIxqjhtgjZz68PTshKLLu6tX/2rFp8W2/fExikyU69fwRFYw8FWEhYymAjvs3SlYmQjEMzVzmH5OQU+686+s7JcBVTm9HSU7t/XnGh23P4cYHkjP2LGMQEpeCOI9hFvf7rZd89eRTT7MbPsqYJn/XCQ78ZrjLUync3AtVyjrZU0T/QTfHuP4SNAEWRhCzLqmutvwOiPGF1UKl69GheHD1+ng1PgIM2zw5sX2veyRbyLFrY0tINxzr6N8LPPdDe2GBOuFHG0i2+hU8HhgPMnEK987bRlNmN8oJEFWBY3+RknNu9omkxiRFXdVltmyJPoC8w093Nr5TYRF+jK0ephSOrGA6qoZAJiHTjeL2w+f6gkyycpWFqfyWfqdXolNdiuQ9eGI+lab2jFfFZ+ZMln50PtLs3xw3fyb7rIm0cPeeLEoc3csWQCPclLdPkFVNefxBhSAZZVpLUghXaOiBX6UvhAHbov0L/FE1XpZDvMMmlPE1D9bMlkixM2fnlzRMlBqoJdpttjYCPwOkno8v6bb2nwBTY4bPo4psbstTOECPcfeYABCyjThyMOyosfuC2k3caOY1bAkHMZnXrVGJ0Kb2OVxYXjSnIX+UAGYIzk6cubQtP/A/NyHaB31ixqAznNP9UFu0AGXx8xrc75sNYVFdK5bOBqnj+gCtFEFpfuTWdnJ3A5eIitRuB9gGsweJpplMsCkn3ybyHYXg4orhwy/9UnrrhDtxYVhMol4wnuPlgen+WN8YIh+KR0cfk9mdHJ5s/+FTBB6jOv88UIwhw4TuFs8aHHbYABOo5S6znSsjhXWC3D6Tevku8NdMlOdhYnJDVwBAtsW/gkk0TvnlGWZaVVh+ITW6qSsbMGGW9sQme3mmqKt83v0m/Z3SlOGU2L7wHZW1catunpeepFHjxPlg4dxKvPTsS3HgrI2i3EK0lS50XvTrsIaM5v6Q1iK6mravKsAgcO0+sNxgSHfuyh7kGYz+peKPJyu6b/vAzlwTSrLWNyllcYfVrpkaUv7qMTZU0xgGc2VFqzBtIlT4pit0TZGpsRxU9QVs1BrzXSK2WK64MAS+muPwwjbQYLjtVanbZwvNjpGzNRysbk23XLzIpco18vTDzd5kDGHnM+FBnFtei0CKV2ehNOsQQSKjMjG83JqBBHmo6uv+l9zQC0jZKe/QjZa32kspECScj4CB/2CMTNME64iD95triAnceOZwqHOKYPqUigN6oFQzFqtXLebX3APrpyHGGiw23qWc7M4m5wdy+txeewtPTsLngYKPs3O+Hnu/91qWOlC0pXW2PJegu8PMYRL/dRjRP2mlL5sW7iBXi6AWc7EUPHXVoIvmscLqe2fQ2njYsT3mxFeVDxt0OnQqRZ4lF+aslP6dwBYF0kxCQeJRg5y9RZswIdFV57mvPJXx4N2n2UxWug6ia8plLaRocbzBk1sTyhWwmwr0+SFv1Pe8bxw36bNgm5542alfQVmwnJAxDK/5nG0Nqur6FQMigxZki8fS6E8TOVAbHl0rNsbcBplapqj4yfGvnBbDdVAcsAcFU2giX9mJqwarcsVNzpJ/FIK8H2LDxeD7DcObYnT2RPohYyBzlrxJYlKCUtrFNzeZxkg1+/WkIOgueFqKeApR46xmX/Rqhgp3YDl8rd6SkyX3LbNTn5JiopgmtpMnHf/obg/bFACZ1kCu3ypLuRBztujh66wc0Y0TZj6eBGa6jlskg2DjQsyXWtjlLRc2MlAryaFVfzpcHS31M3LnJzcg0VSf1QtArzBLj47OayXAWr/xLjR/Bf3VMX/WPIK7+k3u8Uxn8JjCFbwcLCyvJRvjYDClkJVMLMK7eMLzy/kexbWymEhCwW2e6T6pQDPH0js22f5ECBD3SEeX1nJKTrr+Gl4shdfjzqZeL9J8m78Y6ZOH2R4rYbWcjFxWeQcRX6e5rhogleGp8XcM6Stw2m3Dz+zZsrfUeugd7owcqfaLXdnMxz/0unBgnsxhE3lRBAFJGUnANq7Syi3NcXrbLO1NiRFz4QjRp5vWPOFdn35wqvTCnI2S868gkKqb7sl4P/ZflYgDCYmqaxvCrRKBgmZtdI8iqVPxd4Ebfq3OWtghPsN4H3JH+spjla2B9pOvcy9uFar0O66SCehFq1zZCPAEjBeOJXCtOyzsTurjPMpU+tRXu/fQ94uwh1Hdqo425i/pl5pwbiPkJOhZqx3EIbhw/nHUFInGvpbTjOxhu7qqyAMbV1gLspuS88o55LQmj6tZPkN4k2luAcdyz+RC7f419PVaD1VEqu1d/Opm5MPBCw5ZSbzy4ok3G0bEYs9RwBrzVNQG7GWcQpQ5Cu7cbZGIhTnRl+o/AlFwWQpxb/sLOeZllOrS5HZGx4W9toynbDoc9cV7g6JcagRckOs8p0UE3H6EAVHhIjkqTkW21uC6s+EnmrUMpMymL1mBXqrRIZVwHgrtT0bln+rzpNWXTfp5bKAuJXPB8d2pmVJ4vw5q2C0mG9aPSPfYRFvKHg3WOeNufr+t53c6uMSN6LjTLlwIdbtuz7bxq0gz2gH9++8aLh4KvwyHjo6fgV0wjCiHmfvNIjS7viW7dQA3EkA2TofV8uZ1L8ny1hB6vYUFA8y3Kga1qlbHxSzI6SaSyi8fvhsB5/NYVPeU5M5TAPMgN2GtBpHz+2C74+XJ9Z94b8fMeAdyysntgXw68WYfb9QAJL48WCX5AzAHBwXIjYanchqsMxbdxgXOELl4guVFv4pbf6rb1gzlMR0YJDWCi/wckHTaIsPwA2RGbi6/u5oaNBY/A/0XVyXasAnnN05F3+wrC1bqffdHjfu3Ye5aWuvCRpSzuy6QtIs3el157yOmzf3R+UPCSq3xIbyKP7wGK/dbAKbr0a1H780n+5ISlBciXqQHfgilSIBgW/SdywVS7PlcyNtaP7lAdkqBwbfplji/RUZlMUcn7Y2VVVcTGp812iShvdPorUFCbMnlYXxdrHKqZNloGuV/YyxpOIo+xg4LHUgq9L/1yqWXRNqa9StJzAh89pcZO39t3KhkPp0OBTaqarPcIqf5UKofKCz/r13zCGF42ITxULYztRpgG+FMitcQIqX+LKo9GvcmNmCxpgMQGRelLnBtnnaYk8vRqRPHpYQWcVF/DxFZSPBpPVPKy13nJia/nLkGD6z5FSuzhGbjZ3l1s5dUKx8yzCwNwrRMMEvhn71eWp/MNSFw0tVGqjxNgKtq3PeXScbBvdYQSH0hT+y0q0ZQ2uITvxnVCP4ATtmufzT5eyBjfD5qjnGajJ7qVSbyEGarEVuCFk1nlFa1aqbJ1/vs+8KMi5I0vjWHmZamzvHU1G4qMVSmKYt5grXzrm5O8yxzPJu3f84hJWBas1NwFDKoWwVgB5dk4nLqX2KdnEl8aGpT4W4nEeyvbWg4ZW5Fcg9QWQdsTDX5GrIeEZqDNjBg/xGk9u//tiy6S4YGJSFaP4nweU5U8I8POPpSVQiHhxDyoCIlA8WVQA6HniBh4++G8BOZb05xa7Poykz9Llmx3yUqz+AmAMpTYTn2kIfSEXLWvf7kKVFVfyrJcg84j3oi9U3jPLOT8Y2jXwa+lb6Z+08CRt6yiaioY7S00OZV9+/LESCPp0lvDwL0M7eyG808O4brT/L61JdcAWLlRGDSx0Lm4U/w9OhyBRwPDD9WtG9hEn8F1pwxZByc4ExDBBnhx+59xQNKTWj1tWKYrBc5tTDkgjQKoiezArk30CaHRk/ir/3gcRdXXEaBMieyLIzfvJNGw4FaENV1Y68TKcANDZc4GwIsZ86qa1JodjiCt+VIsjFVLhWshKEOPIgGH7xUG/p52Y9j1z1gz8RR7YhYtFn9Yf3xtnSwrzHG3GyILM8mfjUCN2hhIG4QM3vPGuyMtjj9vsxZ3/2H036+e4mmKCR7XeKHkSp1Pha09GASjJYofUM/S+h+qg+E2cBNsO37Kf1OExjRE3ener0ekMs7cLLre1jj7/nIig6Ypn/q4uUHsj2fNJI7PNk9bgsByzFnWrsGeijs/4sIwRv4MaSROVfG7i42i4B/y305uCAK0SN44rKFMNL5ZdqTj1D4ZDmL21dvtBZE67rbMH0H5z/v7wK7SdmHKvT82EfTwl2sk6JsmcA0sq5quq9wWlKwz/LRNvh9dQP2bsDq2xT/iNgyQKCG/3+70FU9dDBLYnzXW6REFIGUul5p4EZY1NGyqnqBzZnBzfarjB8DXBHLu5kpLYNAHRYkALwWvXXbRreXpsuakZFugpgPTWW6D2hCHIQZWsr/MgxjbOHX1Y5VnIKMNy+IIvxvBVIWtzREeOHLjeqa0QvMWts5e59GFKsM9I8U8Ge52fZpBHCYA1AcrRXIXvMIp8GMytmp+I692zZs5JP+5pbf8fne6SHIGjf2Z+v8PYHSBMw4bFLWnN2sd3wCo8yW6scHkT1pG2aUcdh2g69evEJgK7l2DZTO++Pw03PrQ0OxOm/WI4pBaioEgXU9OZkj84koALBjB9YKDpRA6NlfnFwpsYveCHZtTuSZSb4hiVJ4QmQH8FBqDDYq9P8nPcDtr+V+O3tkb7h1dal/xTzUljHFiz4AkXbJhOOL3ApaAABoq5tz4q6DKF26DYsCWaS3D98LR8el4Lf5eRCecXPAKnn1J3O6125V988oX45+gGb/DXLc1gBrarks5QImhmIJDo3kk0gU6jnHf5BciYgxByoNt2S0RaUNbffEg3xtDJ2H89ULtlgxDENdbN0h6Pvh/L4DgcyaTbgaT+aP5YGBtQgnSEsuvY4BAbfv/H5JhGwI83owToKZy9QWpvDEzb6S0al9RAGB1B9ZhhRb7wpDOtb2a9mKwsLKWL99Tb3JRREKU5YbufuCFPMve2X6H4bYMvZXEwi843Z0ZiEVFePMOmaFaWPZN4F+5XfKSpCUpilD6GYWytA6hrXkj5ENLWlPm5bK2Rv7vPGnKBeyi/sHHfjOtuBnBFbEkFSHfng7/Te5pjM52TjjUNZgYOZ1OK8T4D0vuguyOrgBmZckPcmzPeLemv3mX4pJiZnd9CaTGFAY0ObpmPNWYn2/WOjv81zeFonrUTEMywhiuC8RnEBSruo+Bpte0QAxHcGViCJHCfB5CtEXsD5kPO/wyz68Haql3HgNfA3Wyl6glvrR2mZ9L8o1fGETbaGFigTQC4DlD33yN1p9z/xmgAywNRv/PzDCcp3JtiYOBPLI7kHgbKzbUfBTak8+sl56ApARhE3rJagGlts6IvkN0CFt3Y/s+jq2LzGlET7NegrQcZPb7mwrl4OQAp+/a3Wc9ROvvVn1pfBRl/9Q/rg68uI0huDvNCwJ7+nmQ4c+CQkSX6nmG4cofQwWgqS+JET5/TMJg5RZu1hlFbVBArbZbSKdSJE5AIQin9tCkqqZetJ7cPBrndV3cYi5tK/etc2XS9pQXYjBPLpaYgS0i7uDbowS1t58GqY9Wajo5CX2azZg53cqhn5CcTIOi6kXlY5sMoCCVWEMPnPQQolmnsF/5BQctsuE4RcDKG6vCTdHlvBCEV76vW50UYwTgwnxWSfovSef5JdtuDWELTxGfwP7YfwqBovqmW2AERLRrYlmREj/31/UzQNVMEF8a9nJl9TmkX0JH227myDZhDgg1urXTdCwyclPl0wSxGgsO2dslaGRme7mAonmc256dkUci+UaVw96TkHMqw/xTEztQKbXwOWtco0JlHnY4pVPKnpdLPXQFA68Tu1zoDO1kGZv1rWzgBDVp6kGuyC7ssNs774lBFsX5+mGN7ruN1e0Q849JTr4xlRYHTdOFRXyLDzFUfJvlumGHvxujSE3bvLEDbl9Jretwil5KVyEpGbhKrIs4g+XCmA6T5wLbWbgU/cJ9QLspvpsejmgFcqU7Imn8EWLNmmyROj3KOGQ02vyJm948GgouHGe5mEvJOtqeEY3i+XxkXs39b+oMdTeBOohJIqh7XehTA79teqIzqbPaOHyjWQ6T3WJU6WV/XfMQWYcm2jINT/AnkTWJf7y5oT2pPhwaWOxNvNwoHItzYr477o3QQBsICyCPz/ngEjr+KZn9GV75PZozZatShfwEDkUatb5bag4FiSlo0iRvueH/sPUuhSijqCRyuLkivdOc1CXOzm9owadq3orP/a/2wBVS2lPerMz7iMToMX5zNFdxz0poRaaFr/83N5B55AAb5oYyjfSVE3Kbfi9h2+a1QrWtLy/agyn0gnMF2fPJ3mG0r3GGm7JZb/KzLfPXSyD48mcVLo5bvJ5CHgWSP28wWtiMO7/VmREPSRQvdfB387F1Mu7dS79tQW6K39Sna186VS8/wq4/f8DWg+PbwGaznCEgPda+ySd2/oW+HGdJdSxc2JUkFrsJstpfqlJafIw7te8kX+IteWsJSPCiakXtWjxCM0x1MO/6siaVRa+esrGQmihZCVkj6Vr1ChseUkkldHZ5zPIwWiHm47Ju+v+8Z4JNrZtPFXqziQvgBaN3tlWwdo03nZaWquEgx85u0TJ7DZwr11e+R+t8VIzemxz5LKUBAOja9YTCFcS00yGRxUGqV/kHCpITu9PwiyHkGBHieH3rUZWUPZhODiltL371xpUMkDfebJ3HkQeEmwq90yhGdCdg0Zp9TdgBywTqBK0K5rASBSfWwnJ6CxNGGtlOnJOrDxJRT3xoGzGaOpitvx42H0LeXMV917MthsXr0Y1SCqrb0K8XreZkiWWNhhazXlWpAxNfAbg2dpqAgIvdge1opE0S471F/i8dEvZ58Otv0v55aMIPutXyeAKHVP1pAMpIZI+zSyWHUeB7RAoNE7kdR4vLMFW1AByEu3E+MRYnMEbrysBxV8fwBenzy+bqbfP8fexWZFVNKdgSgyOn+MyAZdcF/LAlI90kR8UNV6YBFpsrZHwTgxnDM/bvmp9xHN0+td2/Y4Nv5t5XKwQrRnhv9aSs1tjTihgKuQQFrugqFTXsNNTQ76DQAa7PUfRDbErU/VlHVF3AMMP/NzUpk/1q4eqYTpwaESlG4O/T7Y3xynHKXyT7/4A3FMQhi6DaWPBHsAZBf+An03SVDIir1lNqWdFzbfKhbrXzeFJ5YFZF5hx7zyBKUCeWFC3FlcDdqXUNkrMYjhOzl1bCpmTj7T83M/7yQCvR5l6/y8ra4QDBX3BPGz9f0QMNsQpdVvGAOeSVTfE01A9wQMQ+Oeq2uKkp5zgszeyE80tc9QUwcyRnsmz1gwaTaBjnd7q+Y3XyRUBsKOnUKnFHYCmh0xGILdanow7XrSQWuh1yk7zd0t1gsxrcVntZvL8D9yrVDwDmGVa6wYKPBJT5xhorx8ZcyOt6/6N+yIam4xf+eo+GtVzII4AnTS+1uNH1CWTwSjnJXjIbrxKh34JoE0uio2z93NHdkHXzHcuW3BToI/SAjtSOimI6QiFegfQ3wwQ0dPMES6JF/LVmWuBS320amNAO5n3JN17TBx1JHGiiRSqJJ4L2c533HjTnxbo5jQ+CukAd1tydC75ZG+HTwMygKXYnWqgzdtvFJ0Qnv/iPviKXLi3vA23QRhFNT1bBBG+ba4h0bYqe7Z8Jo5TOxADenuhE1aQjkFhyKKDxSCrFUwqR7oU2X03soq6NPyr69S9/+vUqnMcPcmCgtDPIvs+tVrrrQBWyfY6gV1k41xKuWA6B5W4ngIJc0slaqfKJEdnp2CUTijp5zXZlq0M1I9XOvlsoot2H+ogVHLZWpyDKJgqxG+jmDu7UAixYylYtvPIxMel2aMBh/UNILRFyWML3hPCeRUKl53OlVGq/TgdHH7nX7PfRuywOCRgz5JT0YxZsg8QUXJCumGtlmZaBKzrEPvt17R99OlXFOx6G2jqZz/wN2Pwo1XX6onHcJtbrFBPr9Eu9SMps5cs2qveHq8WP1wIBNww92Rx/D1a0JehRpxtq+heDSFUOuOwJbYyNA+A+v3hehw64T5nVp6/l2W9n/M4hb/PZw8NDfqdN1QdGwdyzPv4lEVYDA4nAkIFbvaETfBSY+anGr3WTH7LvRX9SKVe4C+s8Q4azgcFNexETkPmzMkitWmNlWrv67ZQCY7j8Qf779dC7WE+be472hyGuAF0wiM369ebV3HLA3E+/+yMF+gnYSeVwOVQWtZlFlyNMKA1PtzJi7Y7OTgJvdLDacQal1S4rRLbzS3r/whp80+F6ZglQfJoxwaXlNPJCPlkAmrJ8prNh6NgQ1caggRg+0K48jwzEhOz9V56/7PS/+Xxedmqw9Uz3+A3eLJNJtiQttU2U3G/nJOGcE52s34fcKNJrUPpVddBkxmPurlrbKZBOJXM7/toihGVQ3pqVeBtWR/jrEQbzNb3mGlBm7J92r15dI7Q1JX/PPrHepeX0FGq+WC9AgGAtzQNgdKhxgVVPz60TM0ue+kjvvd1OAboKrYtojvaGiq5wt7ixxRDtp9IpIuq2RbIEMUbMRTMX532iVml419pUhUOq8csL7rDdZZqV5qjcJs0/BgkiNnAO+R/Ri9AODr1WookSo/MNljCxoiU18wtsL58OG/vr8LJF1CCFKCi2v2s/dEWWMRveuRnmKMbIv6rUxBgv9DWohxLz+I8u36+ya2P2qwQ6Xm8x1OyAGRZdNJhNa4cszlBkj+A8dtxdtEnfWcOLrAhWYyz+ZzraAl1qhZJ3bsPt868JBINpvz6fkPAn0j4voL6BGGnZisVNDW+4V87I80Dw6HUkoqowMG2uBNPp30SRdM+LC0iUeReRPLHlc3GBpXgir1Ij49b4he8B5c/Wz57ZWkL50D/8fhIer8BKYQfR7J7OXHQw3dhlxeUzpDQXnw/2NyvQkckN+ScO8UnKUGw9fvZZYmuagsXoFWm1nDWxZkleHcyT6FuPUIdi8M1VblTlSAalRMF+xZNklC6w6xSG7+we4cy/HLhsFty6l50Vn+bxIeSiXf2KmbIoEMRgAyLC3/WiPJ2ef8gwhw/8dtQW1QZVXPqTIFL3KA/Mm/JkKkkTa6wGh6iWuHSTYQcv7Oc7OIxUFcGiwXCmHBwh7L6CsIrJqvMBHgpe5ODbH905l9AzdsEbgqIml4GsB0ryAM3EDGv63mu5QandgWBUfGeDmjd6rogF8fAjIlxn0eheRxTP+WWrK2ABxg0Su+52DPx5v3wcFleLF214rBTbNLZGI93Z8S1yOuCswR4XNwwrcnFlr1DiRRNc8k5rSqdAoSbZRiAG9v18yxEUbCHwVQyUeTjw6dt9sL5qVZYKB+tFxxEue24JBuJQsm/jTpCGBhOakYaFipVpBBryV4omVlj6RIkjpPWSpBR69BzepCqaNnnl42U7s41IBGEiLE1W+ONIv9jTFLNFzg5WR8vaALGwTar5sAk/39obCahBKAolUxiQEQ4tSvL3NtlrLQUbTbuYrlflAv9XteJb8Mzvp+m41XYxSEbC0ipm+KwMj5r4IXNbFS3SZr3xRAyiEcxyunwFOsjFWsd450KRm0xjC7gjTBu/GoxT5AMuqGRq9WtD3stLbiyrtV2wDUh5Br+7xZ8iVLOhTYUwYIZdUDCqDpbNjb6e4zwWAuL5cQ5v8/xU0+2AZwtS2lHpbcOuVSf4kGSOkJiiKeH7dsbIuXSzvxR8IiKEenhWDzJrrVQOM/NkHiLEbeySxbdnIz1dLSOmYZuXgyTIvLIhOE8JFrg4Y911qzkhU3Wzsy2Cs859MEgdftqiP9XpqkKMRjVllafP/d6TNqkzPgE2QfZcccuhBQ1zpKW73tAY3jnUtE1XxFDiN4pn1TmmFrmuN0APS84jLw2QReguxej2acty46jFxgL8bY2poYi2wQb42TUSJsI4A/rqC4kW1o2h3+UGaj3mEXm2nyanHaU+tl2bpUkF0/7LcKa4oW06JR19xMwwQD7QdJopwB1q3lMrLgWN/teMjKUU+eq68TU3myF/88YKj9w1S442yGg3hQzDVkVVL08r5mGVD69Pjb5mn9v+VWLAQVTXxfEioRYwqQy3Xx71bdUFknpU1f6j5v6qlk9CtdCgbMDADhwrAoOxS6d65US6MTXKxjH1qnFDWoWUXZ9/2PgRCKHMi+CcZby1zr6icBdA0HSYC1K9H79V5lFOUa2zLT29acHpQB2vC7NihYUCth9rQwjHoWhYp06FVixXEpPQrabZN3+eE3qniIXDtiE3UFuI2Ow1l4WJopbuclCKXZ7onW+yGDkvchNonNrjwi5dmHz9q68JgBswQMvcGTkGJVPjaYVLQWlY4KX+nxlnFnk0sbaa/qSmh4a0B56PX+0OIWqGr1CRIgV4mDRmbN2j0b4J1Bu3kfBd/rXOJlpnvDrCkAjbAaokjVCrPfpBqTTbBeT9pa6XYTdJ6yHldCNfiJ1cYhJFVUT9M37+YlJ+0/PMjD4OJgSuUYTwuPnblpWi5pftVes3zjZN4BOaX8660/b295IEaZMffhlAEpfkWBUZjF853z5bc/PS3FyC0eB34pjTLzYeQNaGc8Q3QFFHaW+pYIidwAPaWaH2WL0W1Yz0aDco2TeXSOTox/i+71JZwr9Ii1Km/0QzrF4W0VwnlFOVjJlGEdOOZOjW5eQUFh1d4IcjOy3s4op6qIZOvou7rZnvAkDMktfTvJqx1jszcaTdWitXHp7crFsw9fTQknT37CoElO9RV3pJemSLbE7vfo5qvWz+MS4sLZWGM21PRmAgOnCowofiU2fSAe0GhD2s+A55Lyd7HY/GVW99/7invNvL1nsUrUo2BBBSHc44idmi60B/lGzLcV37eXNWzaM56jQ5f6Qe9gSf4vue9Uf0e1NdGIh9F8HUj6DJC/h51L+gNF1wgh9RbVpHWrhECBYl5CWcmb/wWxpnihoWuD3m2/F4lxvcAGesu6+Bn1Uhh/feO5WVJXKx7dR4ygYF7lM30zAfNXsQZ4bV3dFCBn+beUkTqldo5faWbBOfabcx3dfeykGYqIeNAwhdSOHtqKWb2hG2AxRb6BBR+VEEHyCNMk/bEPirxDQYow4m14kpuvdCdsjzNu78XxfWW32KoozkZ7/dy7ItJ1Xnd5fv8yC7nTQcLfz0gMyihlxWfaPLVMcNMppnHGuKCW7J8cX8XJnguJorsQJABRm662NSDrwZ36QzCKutU6m6zgg9uJYsmPhtfF1NnPivWWp8zryQsTJ+5zbN5gSyHtuEhHW+nOziBGMfpgUaSNB9Rn4R4R03TBcao8s/hlzQV1Ke17XEeiqHkffERp4k6Thx9vzZezIhICx8yx2GXfmwri7bKRZW+fFM+dE+nUj/rLRYskRWWu9x4w077P/+NhJoLUzyg9GzM+2a/1ypnYFklpZKaD/cCkNWoF3qL2aYHCA+M96A0tjqJ/3ZYEty/jth/PZyEvYLWmbNuoh8pHlRk1ell8KsKBuxr+mH6OTQ4cNrAF7EgMWYCEgjJPABCyeD7zgpKxWjW9h/4F/PjFJMXEKHu9WeKXHudod3x/UXol86idEdm9A0+ymz2l3txBKWUYiKlc++huz0fqrCJsEvVlZr8GosnXme0pj1P2mqHrYYgoeO8Ivz7z2IQehoO/TuEOWouQSZVxc2HVloJ28WOykMH7Rbtx2YQTPg738wCPb0G7Po1qK0lL8MPSJ8dkENJ86j0x4rZZswBLmoNXTZwuNEEhEUPS8tbdNNyGorZbDUCwXJbyaObBLeiQRYtvSCXr1hxd9sunDPdnUtCTXO7UxJyJ87jKmqVf1XqjuQqp27LGj3YaXl9yiBkd23pN91lv6q639X5LcvsgEMjlswIaK+1KsjxeJmguEkoU5ZpB9ZvmrhzaaczRyfkGWx4aA9YxS9OTRFGOvhabxvNA9ysINNXHzLkOGCvbEnnzk2DkMHFdQCxyvIIPojs7wAqolofG7A0h5RzKnEXOR3RY+N/8/q3jfW3+jatxWNXzoziAA3I7xeIjzG2JduTgUjlaEUX3CtHPNLAxDZzJZMgRpw8qSujCLlBKPf5YZyca5sxs8opdcTXskfdOpQ1WwmXjjtaKU30EBXdM3zQNkvdHDtjmAxvvKeBznbAN8VWSIT/pLE63ZMKPAxZqgz0s6zpwyhGYXCaHTN+Pjh64fSqaMoali2RH8wskcVCSDdHD5d2Mm2MadlXxpGHGiHMwOh+SciY9SQYWqhgjrd/B4YhtgMmCgz5dPu+7oWMo+lLo7iO930ukBHpQ3KXXkljl5Ubwlv33VmQKNqU/mGeYqZhdK92ThYOA66Nx2HKABifl/9aS8CwOTALH6OihPWy84uTJROqhwee52IflWFuVCQP0YY1a+bx9KfKpMcHNp/7LwTYfnjv7wS26qpZ4MB5VmnUNfux9KuwakF8uJPtQHOAG7NYxxZRFbrPmOuf3IiC6pnD1SkYW2O5sT0mz6NwD5hhEpvrVxESxvrvIZTkoDeqxaOjpv1Vj2lQTd/BbDJEB65NHhwlFYIQhPJzM7HpTRc9LLkfV4IgUENdsMJXPumvHACsq5q/P9M684lurKRAZMO3p9AiUVjYte7icsW16WK3DQR9wCRQU4EQS7RrYslzjjl13hCTN3mXxLXvO4MCReRAIfdtWm68LzGi9vLLEZ7/DG/maRdM3OZaIk+WkI+AWosDDNpoY17/9PUQU+rjHOtTzECVahjWmu+dSfuX+DN7HtUqRcaqNZ4r1GqklWbWOmR79EGPRqiU0feAaLaeda4uiPPOF76J6Y+EpMo9FMQ2l4YVVKC0eqz2svFXMXmZeB1R3eEVBEbKzN+tE43AcnYGgxbZF6N4Frrzi9JZyFYqCGo0y7wTgeh2DP8DOzR5SpikD9jtRihocgzfZqNcG8TzASIlQY6T5y3GsjzR+iihqtA1enbTJbsjvEDfTmhan4rfol7fmGhvaLJlUWbHYtMKbTn4ys5uGXkqTrm+J9kyxobNgLBpldtqcPQyWjkjTwr7j4BAJPkGEeRbXzC57XxlzHLTAzbrraq2aHxZtrjhL+tcjeK3+4C7XYZfDTJbZZTJiFOn1mlO+1exlcpFUC5ruZjqynE6Zy389mpNHr/0GbIed6p9oKrdhW6cxUfTyOaKT3Yn/u7dfhDo/e/FBS4ojkItrA8E4dELaaF6NL8z/0+pdwfcrOEDrzRa46JOxaYSaGRqXPumwP+m4kgDucea5VJGupIfojcst0jEZgVz1audBC3S/KfdWeJqQO4BHYNMT9E8nCF3ps1DdpiuP9jwgxvOb2Wsbmx3E7fn0in8Vkz/O2ljpeAw1tU311f7oTA8nWDI4t2Y8ACczzwRpM0DSc2azcZ+hGqEqaP9EGbtn1AcBkCMIchA9ILbViAhBJz70ZzK3hZrlzbPvhoI24mHYn04ytPKgc9qtuRVUeWoHEqN+GF4THHTJMx7mUmNt4h75tFpiJfEcUmSU6tv/VNQukZikzpGbwEL4HqEORLFsXnB5RfiJIEbgrpoOV73ayfr6GRH4uT2CdeNGwrME82ORX1cp6e4vl32mV7gYN1Fuv8WiAosIrPsRJBa1zd2XUqiqFk3l+5NDhzlde2dkqjG8cTronCv4/HJlyWt/oILrRhaEGadGysf+ORxY7mKAqammGOw41nBdXaqsK3C2G8fIdeqABTVNpMb6rGzA7yRVfERacsFKAn7ZfMYg3tVA9OXmlAcFq5dSFHi39nhBMPFAP4JuYzJsOniPqvl6tbHNoSayVynYiKadG8i1z7JQqvb802Q/JGzzlQYtN0IlguOnKVL6+u2zH/vxvEwjCgSCtv/Wiy0NeRguePyvlViPDbskSLaUpLY0N31sGo/a2611YzWb/ZIxKTFeBxz5TwuhPSq9mDtlxu5tP5uXyRPmPiW9wo3CPw1TDG1zECZJIHcKdAqhh64N6c4FPXAEtXwoeyHbxKRBhtyzoGC6ABu7l0TdYLpXuyhz8ynFO16FSeM0wOPnqEQi+iCEfLoMLro3ahrW5agqKfs80nOnZmDHpahn3lAQvkRvqLHSA5UYv/MetUsiEPCvtIrXxMh7OedBNDTZU4bd1AuKiTXp0sSc7njy3vDIVfbCDcuFQR6UYjhRIxU0PR5yN6cYXqutsbY6VTkoZroo4pu0KM62mtjlxqXUYm2bhClcMKXyCN59QcwMbtbO95489pEpvmQGNzRjbXECxLqPaz+Qj30MEZ3admH2ZK/BG964ZpVTH9baA1VHDQpd2+vjL+PVQ/SiOrdM63yT3cJJ5uhhh6i3YE/GRcYSchy5BOjCI5eitC1WajTkaz37qAAQ1GJPloObYopF/JEFqTu76rB0BzV4g+X0Qa/Ct7orzONd/H9SDF7DuuMp0KiFQAmD3qkqEJZhc0gY65XnS5YNvQ0qRMHRUWGyIOskHq+4DCg4SLLQoGqAoA8syOE/4fjwyyAQZbDxaZL1bu8jTvQPm6gjXbvcQbwNhP8Ahiwp7fm7eLa/6lsxgVGwqRJSE+aN8Uirln/fyiSzMyX7nsBw/w9/qAwdnXwlYlnLZwM9SdQNMFuvi4BWiGV2tprCxzZoYVvgS76swHHqPVI+9k9cheE8JmuDu0nzs+U4m461XJ5Y89dp2BcVvMZK8s+qRfgDiviHRb93AbsFSNXNs3C0o5Pj0tVnJfjjhc2a9XQcc3R97/26GrzaVw7W8fRNwUzzLbgIrAi2yb3UFYX2g8/3LzBifzYYo+Hig0jmPRL0BoVYP1gv4BCn0tD+TsHWxZNua6KLmvLnNZC4oMK9IJIcUXmDhT7zo+yycg+3J+8+cPhXJB19zd4GqblaLBai5kriXXh6tiOZTodDU2CnIrtQ6T7uJ6FNEpAYnTCR0PLWc+b0a/g80l6m5c+ZMc7cUee6PpPJzPLXG5qsr+kmx6LVPJY5bBm+MGWRvARLGBLP8BTlfufkslPwco2r6bo/o5gUc3fcQG8ST2DwwgSLm+aCQFIkkilOSjVSXPy6nkF4Z4/LRYrqEylx4wFIfeaByu/PBOcBQtDHYkySqdBqytvV84Ox20Rwa4kxZVI2xtykqOxlp1RMSLSmjpotUg+mUFJxNEh/Z1ZZSC0pdJPHAzI2GRXGNuW4Xi6XhMiyzRsEVTYMN9m2Q6OAZtcl2/AjtkorXxRn8kLQad+p1yVwAswnrop0WpugYoIgGaU/mxNoXWU0X+F9Dl9M5H8QM+sSEyzLnsFNuK93xh/tS+mTEq+SvF5IZRrP7t/ioqRGJU+zswInp55m1hwynxLoBJI7kY34LmDgaJNPu/glyh87hpT3o1F82VgAO5IbuS9n6i2qP+8JDLlaLa+y7dnQFRrqFd1EF41YBgcDIjaLC5SNJHJQYqxPHKyD2nqRn9jdIR0jZfaw8EIfny6RmutgxPHHUXt+jrGWoyELByznOzJ+2heYqs3koZ5eNSTVTYtbJpzcPPZvIdV1rol+QrG7AANSb768azlxi94N4E49C09CK1XEQIi6bjj4zdU2aw/XHZSJngHE1w8yheIbDG/AqEpH3u1i5nXTOjUdF/l7R1PkqQ1b7MHilGy6T7NQYU6pu1Qz+zaGmQ7fXkRvF/hfdNgftriGlyDpT8av3QVzYFUwUqTZunkf9vJ1IL4kmTn07LnhEUKtWPshQtvOco6JDMEH6yV0s2Q8rj3v3qkEKNvKzaQLpaF5OyZgUWtT+gX6SnSnnHuDmpGdphpCI9k8Yf/1S4TrHisnBikicO2makw3cj9QnWiOQtiMW7MGFTUImGPaU+CTT2qwGN+03tnwb9E4SUMkZkb8NyrWzzkW7+sSyvYW0SgiINF7tzFU/bHgZDoFMB8MJeGeuPyTAma8HuwZitWit71v4isFA3Szx+UccCLpihjXKt6JbLINXYdhnSnEPeBUiwgj+YxgXhAffT/4eFjU6kspRBEkOjzRPI9MkGlKWRMK1zBt5LObvy9+09v078rucz0071vkmYUX7RsNFgJU3BHfIAOasBPgoh9uXnRF7YmP1FCD/Urjf0BiocklFsZ/5VgH9H1ayEbWUh52zyyCaBw7jRSuykz+lqwslVdSzjgJWPITwcprdxV+ksuGXeMR5x0bLQGGhSx+Z7tFW5Y+zhrCrmmVnrE4WaECyLt+1CQztWI9UswMsNFTsLY+7pe2zRvdETqH9dbruNO2QndJdvpvMpKmBFV+A4W+5A1tdCBjgS9NTZUKOQsJB+iAZWPuEllIjIsmuOTblLkt6O7h1uRJRiXUDkDDvhAqWXDtYreVKwR+OWOKJsO8RX22vexYNXNjs35uj8UfxhXV/7nqwhmJVl/qcZ5JB/y8aC88QvER5nG7lUrbZVM4IpmEwLgWc9eoEBZWPZe4HUOgwK827DEicF5wu4+guKdNBHwVly4SSQ6/t/4tbyt05JvjtT/PEIR01qLPYMWw0B0pmiOuOe1rbAnXhsGsMMxvveWxot/wWfnsI9ybrfYt0O0dYezqC69oVN0IMs2yw4MasHNFolWK0OK8YL7+WrbWuDOTCSL2OwMxUYIGqKRYGO/BN4YgwQAvZIOUuhtE/7REdbvADv6EH2/R04cFnu5XLsfjHGhP29wXbyc97a+h8H48yS+pnj+REcMO8twA6Eeb85Km01bopGj1mBu99aSgxI3KDs8U0GkxcXPjXdCHZqzPowm8izv+/KDwVLxZ4dqH5mtjB525t/ZR9CdnDVl4salB+1XjDoSsho5qa2AlHWtt9wj1ZbhgFABz3uM9QvHm3QWSyCnwPrLMdL5tJzh0rsVvjH18eBO7GFS7RbY/ceknP8gWvou/dLhpihls04E+18curVB+UB6H0WFYEo86LT8rtJb0qSELtnIfudKgjPtRw+fbwdWfE7+rGhwFmdUGBsXcM/3oDIh6VAIMOwozYSQ2ICD+1LbPNb6zKNOeB6bD67O/dMZ9eSh3kRj3CiOhshzyc8LFuISlpAPDc6Mm41aURSzS0FYKLc+pqMYMNOGUF/VsAPcPXm7hzpxR5Tj44+uhuo+x7JZTK0BrmR7gKPsYyTS1qw211DoAX0wdJB7PSexFCInzaQ1kkAAFrsuHQBo1lzbkL9pmxGUAeJaGcPrB7C/+OMh1mnINt85GDSTVkaMKAZYB3G5DZpWhL2mu32bs9CTL8W28m6ZTCZiTUvqz+driGT2fC4QmXbPAtFXyQq8Mpm+cXhFetYcfrjkMIaJAqRXOupDzaJ2YKLwzRpfslerCjQ+P4FWVW41tOT0WhBedD9q2mxdTOkrMXXXN+q4v5lq+MLIRRZDymcEkeTm6KnovBXn+MjqTp1d/ySiya2KT5IWZLcD6CS4cqmKCVsBZJ5R+sAEJD4B30/p6XeOiVysORbyozCO0gtEdqUw/wZjf0r3ElGMxLG3p1FwUIglLOvFhCcjWyc1GrXq/eZeeeYKfThU3Vl317dBHvia1ISGPb7OEDOR4XMSifvmbceP8p6J36wClMG6Zu69nNfJqpWf9SBw3ZXwdlFdPc4/i+XEi29HpO/atpzMjpX31sZ/0NjawlyItptPH/Emm34hy9qCpxftrXcKR/jr/s0BCH1aCxtwAt2j9xjiMlWizyMB9O4czk2qYhoPxETA1L19ewe2Za+tXqNNj8dUtgI8+MLHiaYu6lZw1Lj3snkCqw5j6mv/koq8mzpuo0v/UYQZ1BrVR5gzc7GMU/z/ohSba2b5sTMnHKFnEUQIIyqVODNviwkseIs2N2sEpS0IYnritSA096Zogxn5uPATNLtqVJZeZK4q0ipGeEBY2jm/VBcpieOVHXv1gM+UrKth9M9O0kmlLZLUWECvXTCU0coS3ZmKldJHlxpdDMmzbrBviWe0Pn+vRbJKvmmhrjhuDE99XFeZDZHKfkVW0vUNZOaBPTkKXksaQdObpVPGsISaPndt6BJ2k4pPxf0VTUkmG01cEvKCgFGROvhdSKsvMxVqz8VaOuh1Yq3OtoAb3ZipwuCs+/jq/8ttgJFYWFCtnLjfcz4QUEZeQkOBhntGm++p8FaCklKgg6OE03Dvx09QinnhWkRvrvn+WlA88NtZtmSK3xvyi+IlcvgNwxvpi1Gh6EvtstmyZ7xBlT6ShGw0LtkdZQAn5T5c/hAkIiVitdLOQ/1nKLDU7vp5rcljCkJIAIuKROVuOWU+Jwvg1dFWvTSFZu0KJ76UoMl+leEPZhtGUeObBzczP49LGNH2rrbiEDCoAL+nVJeTXkS9ANHpVd6L2EjDekxlU3DgtHx9WtJ1cmJugl2x8TZgHQDIsZTZtXAs+ZE87RjvXAIUNmgFGNJy+Hw0xhFi4tX4fooSLvrQsd/Nv8RaPsvoR76ceSie4vWozsrp4SkQeOdPDgCQn/ZEmqxian2g5WoqzGXkO71ZJkNzYVyysoC5xkWm735ZAfxiv+z442g6OPOGGwDH7JuhbkfkMTPaqh+VgK43XQNyn6eBrjra8awVO3lCoDBR7x5l53L8pi1ihS1H7wyovCoUXtHSLnWYL1f3+iI7AT0P3DUTAsFrcl6ftt3sqo1CvfUHvBvOvmTI1d1N0Qrc9cyNXkzsb/crLpC6V7h4SX8j1GscXJMc+dNTLHpQOKWazCBIK14LXc/GQesth+4ZvtrCQqkw5URCqNEqa9UQKipAAc2aTJ/I5CcXZeidSfWixrUXtj0Nwh99v9IboIn27VSdJOcOxxDhOkOKMPqr2/D8tS3RpZiW3gbLy3sr+x4VJMNIrwboXsN83M1P7rJURLAnOqnVUObvz2LXUqQydBX6yqN3GfJ7QdOq1gBuxeLqpZ8VSOq1nOjc6uW0hLd5bmb7R1scvVEXMyByKoreBRnbM/cls+2/OH5OrUSfi/XGTUNaveUpCF/1B+ABgyvwgbl8zZqet8T1ltNu6PO/aq8Qj72ceTCqEcWZAzTLjyMwFF7K1p4OGFkFNtzsmAF40cXhzqo/AtgNeftRe0wusDByMFBZAYslMC9mzDHKLOvgjsgIyAQJQPhKZmRsMpuxWkNygfSSv5Jr/eylokG0RJHBaLW75CDnh7Jm7T/QLYl85kFlOLv2o4NCa+4y8EJSEQsD653mbfcX9cRnPsjS4g6SNztZHMAOLBptkX26XqvR/9xJJ6TBlqx+rBBVsGYjlC0sdixf3Sw+6W2RvJJkUpH86jIVfHLCqG47s0eTglST91NbsnCYQp/+/3xe2UsvVFYIF2EE2hPgzUFgsTW3SlqyNwg7LigWR8mZVqsGG3mqw8kgKmwMB47kl2ccPlddaIfIBNextSPeO4aJVIZdJ3xqjLKN+C9YZKfMAU4t1LxAKImjLc4Uc+hErCxLCjt3on+cCdtq3vOAHfEKgXtLO0/LAu9MSAIkMmhuPkBHhWS3WGfyMfahoDvlM02llIDgrC0L/HJX8elUNRF1vWC8oSpxmgRP56AuJCESsSGqy7PDhXEQ0NNdy1z+wFEB0FTd1X3JNvpf4R7XdFR3GfQHMjoC5NuEcIPtKHZbZfrB1ld/eWVf2jFqS/bxItS45uOOHribYoWqQz7LTcKQN4SwFGIEt3lvXUEwVP12/nY4RE9ZKtk8PYpzaB6vJj87uQlLQ7Tix2ATPtmY03qPwIKDaIZZBELE957KH7m+6UGXAEhtS28CTRStKY0UlM2Q7xJqxCWgkJhG/IvvwzmtJGJUbHyB4oFgl9cTJK1Bgc4t6r2OdqtZfAe5C/Ww69kMyG5omQmLzJ66bmlAlSXCdbDkQyemKQvkoGcTahMDApjpllXnPuh66wrbCUngL2ibyDIWmZlIUoXeKg1FEXFYMNqnlJNfKqw71mqwXWUMlWMJGbcaArULcqkTDrR0BdKyFIL/4SW2qF9LdC7md/k+jsgr2gZZur0B+NLP/d5IwirTpAK6siChvIu3XjjN2Pvcmcn+b6NWcwDcN3BiblupIktcf/GIC3kkPqJxc+vw/iR8bs8VJ0v8gqfNg1y8vbeGKUj85jmp5CJ/4arSaVrZQDNdBw5PtW0wnOwsy+DNn+H5KXlz/AYP7L5YU5SaKu1Oj70eIC2AjGpz8AGZSDBISAXXYTqhnjTJA/DGAnQxsFkyd/HrZsCBdqL2/whU308aRXmdYI9uBX6fdjrOMlM0+d0qeCDzYf+coHPtXyZDaqgwZbQSvIoC66rytiKCga3bgevHCVoMy6j9TlyEzZwmADVgj9TN290frtOrRd4bNpOLb7oynAQKi/N6DTAgWr0rjUh3WopeEmOPE+TAfhEUTW1pgVss2ArWcMR87yPf1neUX9/Mtl/D9dIURH/jgUJSeH0Ma9f+en55QtvtVB7AHvwQYd8eG2W/sCdKQhYBpkxY3aYrGYu/sUfjyQwvB6IEoYkQvMNVGwZrPhQ54kTox6aXQ+lCG+Y6Aye+vr475jnAWXNUZ3yd3PviA5jSbkOWojrO+mSduj4Fi6KnkqNhY1HmxwKmi7WSY2V0vihTSnnOP99hO+yOfBQMTYp+eLJ4TvnyCIdtAywTX2n8l4VAlVMpcXz4Gz/LnF2y2tWguRv8fKDYKQYFMJqJNnLCYRgJpGo/mKkgQA5JdjJKd2gDemT1kr12dVXrBdTgkdTCd6mNjHeujIz2Prcrq5Y4BnwUjchH2uumScuhVIC6So15/AsoHUjcEo5bST58Co+VrE3HTFK/fOCSd+T2HLLFeH1ihVyJZ+ZoOh44SAW9jg8PWOD61Q4jCQ3HEYZJrBeWg+IRqI90ltz7J3HAFft+vE0DW5X/3EHlXeWb0/tCX957ccVPTLUDTm7OQlhEAijeSHXLpmzRXoq15YwSTvwPJ4yGyOKIvk9beZWmJNmy52l8D+NpDuNQ303pIK9yz7uni7DzCZzmRWO3UkVxgsmUy3RGQMMPZO0B74s0aJWHtFO/oWMLLc1KzEjoIXjVz58WwkliSS9kmhXDN9aRi5EWTCbmxTLlnjJ87O9jFXJHg3luIxuYhbQWmYUwxVIN1mwSeSo8tTFvWXAENn2PZF8cF6irwyOk93sbD0PVTAnx7flyCUM9LSBO5/wFEMVXA+OZ8q+8+gQH0PjVScDLjWCyUY14q08ENPDHo2J0ZqURGusOFzlXpNFTukrm0FWlyGx3y5Lp0Wy3D4MwTcgPVaYg5ybRGYReHb6C3OTSWYkbpY/Zm4r+boKwGPw1dV7rmV5au/Gfk6/wMQpW/SUX1Q4UeVg7KWdIn68OtxHPK10Dc50eWopjMlfhyJy/shwLL39YGSXt+NjAFhO7pWi2CRpDF+KCxShzK328I78x3Oid3ctbpVyFM79Aqn5slK4tUDORsTq6iC11CwSmX2whsqfxcXy8zCFxtd80yBQA2kQjmp0hwYUo2Iq9weVikyNL0V2D2iJLV8yMuKZDWqKMnmVPkDFPKBpcsxHja+OI5SXED8jGI975V0KTq5HuUAOUrFriszLsc7iKWyp7TLzDrDNxfZgo0/EXhhhZEH23lw618OFKaTKyPyjrlXCcoRMznrWqvEBEe9CK63Wfaaxbhpv/EOH6vJ2ozZ70qCfsu6TELo1JjB7wJYRMO+pU1P7JhCcPLc/ijWMtkfsRRK/2HMsQKql0cLYm4SUNcHva4fu3Vwh2Qx24zF5B/evfzGyiKySI5fLcaEzdXWVwGP4maY7IUHvwoLIt96HUVBakAineCJqUrI15vUgOZn/QoRvSsSjJk2P6XiFxWXf4kNsMfIw5a1FTdfN0RGB2UQcOp7qS355UNU9r2jwSmygxn6EASDFFOmLGKSJoW+ytOFFUqhCh4TtPMTsa9MiTv/7+iH7ecmd9FIaUVOtJlVO4cE8twyJ8k7VEjLOnd1rDqnoaFb3hFQpVv5XxSDGiz5qCt5rt/j2Al3ozD8XIBXPglm3ySyo4jtpW4aCX61tyJAPoTmiWLJf8h37Ro2OVAwFnKDzBhrAg631vUZFLroGasJlxEblWc0pE7YEcm+eldN9GsL2eAfJyqGykreM91uBIhmEs7Y9ADri1uhNZEYDUrk04v9C0PAMFP0TXp0eEzJSjzAoqMCMzGYVXbQnx80ysvEY1/uQqukyjicHkNBUaZP+bM7zi0i+1j8hMfnMZm5jUoevoICQgwhPBzcvoQllDMMxs6uumksCXFVCBwfLQS/qE4rGOtVY8XBGh4fzZpc1BxVvvUh6G60pwN2USNbAglusjnR+ayWcNRg7MqN8UjUGNuR7XynXmXxdkdFrEmMAxSDkox1OAjCMLbf3AjFjrTy0p5Dg9BGu/WYCVmpbs9iqaM/L1M+4oc2BXmCCA73AEUIab0xKuEdFgl9XRI5ruqrWNPeRlHemq39aCuw9Y+m7Ah3jpYyj23tE+y10DEhiS3FkMlw/ir9+nDGTNV0zX3mgwY58CoHyYVU+efcrkv83tOQT0UHJSOxD4D7vesb5CATb3882s6nEBcAEFjLSS4h5WAlT2JMA642jlXF40oz5dnRUo/7+hidx0Ql1ljXMof1V5I7lsw7itPaULp79Jdd8qcjYzXAU6VOSAJrxwCrFDet+6MMhGFmvcYm+ArF0yEoaugM+gytatqkQRVd+XIcwl3orj/NKK9PtVMIhAcO/E1oGqcMgS/i+vc6xg68oHvWGUU8JP1bU8dqepzO0Xmt5q83gJxja5Y4z3ueZaBU8g77AKRVeMKmWXxRW4Z4nagfbQhZQpvZXcl1Djxu0x35b/YKF0Qd4i0okmxs5/Ang2KvtwyzQ0Oy3uvB2M7P4BtMDl3oJ2bpmz6h98VB3qeD27Qk9ZdnYdfn/5tzRvJFd95m55jGuQ4SLnax7wKU57HgLbRx9fv3wyqiwuAZAQ37oWtY/L3uQTvIzaml8WcysSdnOvXOOUHD0hNSZFZ1VhEbzDg+yV9ArYo0XKH5XuA3mOl1tTTcIGyDghPZ74f4qF2ky+LewrYsqGbcgolsLqqlX6iW3wmDggjs7ZCG5W6Vy1SUtJBpUYNem54J4aPKcAn/s6h0/EkWvydVGrCto8JNVwWr5wH1OmTJJW+5YaQbP5YGWfYQ1i9IerapDbCOJ52GuiQSLW1UdYrPXULaplsINcmtSdHjxJPNOcgmlgC/UGYVcws48cR6WfV7UQ1/ug/a8TjP3RBqta1fHQX9OL65T76PBz92+4dhhEkUwUm9/H4Ha4x0wQ2zqPW9xAWQgmZqZRmOEZ351wTKfHmpmYU47n21LugNVSKLwpcNLiL17PZrff/f6p0bvG3nt4s9Gnhmzd9nX7jjLRcN5JcVcBcP4dyzib6gSO9N/4USY+8KwzFycboPrPIwKpRmYPBv2ZSuirVZNxPwoaCv0/Ov2by2tDSOKnQT00eYyy5NBx8KYVYYrwaGwU/Orezpmpz7zyQaNwi5rYE3xwi1aeuP78XoTqqHTTOtsPVPX8AdYKHZdXOviDXVnQrfUt8ogeRtXHZAi6tDSnzVK6i0EROmDxomY0ufAZjnqhYPi8umrRiAQcPXzEzedON5GeOfMYFdMcG1TXrprud71FMe4lo0aFr72NvTqhmORmPtWGjRkVTnVwxHii+2gcmsgeqIL1NcDAB2iPpZ3gdU3/7RW6repRCSTFH/VotcOZQav2YhpL6P09L1Y31VGbQd73VssDvAqxHMUsQVdSzfCNS8Rxi9CltSko67cT8aESMqTw1gCNIVJ1SyyGqYdG0dDdXCfnrpbUmjoFQ/Z5Ug9cg/mbQNJe1J9FHl4GhGJOuxd7/FqOmbOZnW0kruQuaTzZZvPb5rL0g8l9TrKFVmeK0/FnW0DQZ0SYDPl9NxoLXORJIEM3/ma7INREQZ5dNsVx2DUAmbF411lMXN6JAVNhpd0gwLQY/1gkzzxJd9aqx8EBrxYZmArZQb6xRla/p61vq/0orXZvajwdPMdS7hqPzWuC1igyL0dx/CYarAHwbL9XpB9d84Ww1IWWZx3zA7LwgpiiWWjtx0lofByl7AmhV8tfIZIIExMX3GftXjQnCLs/1iI4Jn4oDSq2qv7JaO13guW3nzZq6LfinFHbJv0bowOgIZAwU6U88pO1a1xBJRzuFYlTZEngbmzXm07EEjBZigVd90U8rxJL1Qi3FjN6GkWokFixji45Xst8p6Hzi+fft84ecZYFHOY7cdGtCwLwW2+F8ayXwkthsDyTnbJCbN1mOe/m/eLl5qD4zJN17VVkuOEcN0gMo8WUY+GFb0XC7TyVDFq0m4IF2MmpjiCv88JT50kGLn7x2gRTvq3TCC4uCHWUklgF8MJbTLETS0+kVcjOS/01wBKiGLPH+AVytbHxjff0bcH+XRaZGv95Q3fA8LJVmVAZmCB1pOCdeM1H5xH6CQups0uRk77IqHEXctc8xS8lH3/o9aEHZPxtpuxQTEnd8UBZiYbMcvN6lS9SG1dKJgjSnMaTTwGhfGAZfSScg2+kszZ5Vkz0k+Ar2cRCh3E/mSPsPVgaOWiVUxd6byPZ8Qs2AIwOmp8ku5iOmR4xP1w4TsqH09TllOC6UAnHeR1BmjNcbYGWXzTch9/XCLARWgWO4LepNz6jnExHPlv1uk03BkLxC6qGKCLqfeQo/DY0ebu2fDGF/gKds0T3q/8AHWeoxiq9QhUL+jlnFPedIQstmUEQsrea+K4l3QrfoOo5h79tsmsCyjjZ6c/Klb3+xNyXeScFmkh0AynplDVh1Z9KDHrHTNm0S01L7bJlkbWzchihwxYtPJTwHW4hWQGELujquqMAofnH12Zj5D2niecXH/suY5/baIv6qek5yEunzhvzT5s4MSB4O8vSfVIj3ddvfMVgjd+4dxeSzFNdZqDUBhGCRZLSFFDbDDQ0uR0e+i8Q5YDzbbpQVpNpLyk2cQkfm9x3nJT3eA5AI3Uv17P88pRMsAsMad9HKjcQoX37sS4y9zySDGY1lTBkvYnb4FGrp/fdCeLKHQXtiuoLFp10JCtVAptRwM5dP1UvVMex+HuzQLez/oyDul9CXzkJagGs3GNV78Kxj3vONdvIL3Xs2WuqBmoQnpfQLM7ut7G1UOAvBTquBiEy4GruHJhVmBGmCXAJqNtTveZWZYxVvC5zG2sPouWUZdKpdAuGsmfwgEe0yzWKiuek3X3n7KskkWrczzzhlisll97HCCHNiga+fHv8uBD8pMeLDkDKTJlhiWjN6nhQH3JPFZxOVL0JF9bYB9rtS1JL7ovmJ0PVeaUvojF6z10kbXlJnRKvd5cIY4iHNig4VuESNzbJllrdY7IhHWs/M0OIO0nip9IPFEusR/nMInsNhzpAWAZw6wqvUWDvfVCMJcCGrQ/9Tv6ioihTQNAme+S4dzhzyfdWURltS12087nyB00baDVJiK3WIrYGp5J7a8+GiyZrh1Veq0EUtlhPrKu3XnfYXUwDvvN3do3aaCyzzU7wkKC0I6oQHg0AnJz4Cl1x5jERd9j3kljlXbhKWc1m1Ergyx/TOw47Vv8kUXMrSTQGvRJ2SrEaxiPPrALQ4lWxpITiWLqBb3/FsYnWHeKejUEcXPPnfEWQ/q+CpCZyCuRuwfpPsZZSe5d1qpvzB6IphFkKXtdYh4hFMJ2EARug0KbKgFNZ24x8LYfzJs5C7tUU/GJIUMhkDdn49otP6ciOuDd7z98aUEuZXzqi2BJPkMN3EFo+noQOUBVbGZt6Z8XcmqNYlkiy8OoiRl3hU4b5yCgKQWu8ItEhqS5Fh3TEQ5qNFtCmtrwhTh9tst7fd6OM9oAfgw7B5JL01dXeifoo1XknT34b92O5TE+JPvEQenGIWMIkg8W4hA7ZXkGOiXKXLkryZETw8gBIKNF2VyL2PvB/xvG3TZpGLU/seQqHtb8QofgPqAW1nMl7gD5CgTd5P955ICuOHgyJnJZZy3fNk4k965MHKa+W1bAPxLn0KBkF3GXGvgQb02LeSMp+NnqPJFAn9uptmjYJRQT3uzyWysmZC1ipMl+u4xYhwcqHgT3oYI1bt1OJjct9YoYZu0L72GSVg9Ju2589y+yV0FIqsv6vaUiSylmLRC7Y9/jnk6umTZ3RTlJC63RR7Fq8Ulllh11QyXydXysepU7Q+KOdJAZsDq9UJoBEgrw1Q5uyHoFZSdPDDqNwIM3RZcdW5uMOg2Zl2gocbgrTDBab/nN9Qpa9/8k+XLBUPf/wu6Q20qZeYL/cU7nOBYnzIJWIJN3w1yyxhV2aLKmUT11BlQOg9N058kIWaQ3lQnt1M1ufZYqaXyaEuvrQeoyFt1cH3t3EyK+kXrKzQf9uXW/yLJNGXuLa3ITyGyLA6S/yu/Q2/TTyf3kNGD0TkpQ4pBc8GlgDnfh9muwMuguLOgkSM6JrZLFX+S42knb7Z/oumGKH9SuNK4HFpVGrn64kCLlBQOjWWOnJyQMpKXxwJY5TnTraosskSNtW+29uwrV7Me3l8gKhyXalrXK+YMLGfv8ZppDwFkQlSO6PV0di8goyuDlJpxb98QxfadcxSYiga0kchrfxwl1OcB5lT43D03UTgskWOlFIN+flxCoqFjOTIVg+pXV+SDYgUeaFAmXAecaDvO6hZSOnH09B9tn6bJduJpmKMyqMR3e+9FexzsFim3aRzIRIYrGM1JHRYy03OYxhB5SmDEn712IUbz57Iv31JqEo9VSG5xGGwaSnQ6fgUgKd0ZOh8c19P+pCVJr88zQhU1M4jeTUHF9xJ6vSmzuogAqBjD55pr9cGfWzSjib7OJzBtQD/nthyIAJxzbPdF19a7ulrxN+qoeLQpDVixCkqhCtphw19FrmYZhKEcQ9SrkvOEFgXn8w8HmtR2Sw2mFtCR8SJLqSR0aiE0sn25grdNeCsKDB5ITRMwTVZpiEUwLlGB5rSs/YEF/UUX+4chZvwsi/MCXtThHPPXQHPuouLf8qDl03dB9RF2LHbGQQG6mpy+LNODU+cmvf09GWOKVx9Ix7FZO8786Zrym9/fF7r8uhX8BGShuUjPElEfWiLJtJc0djGjtIw/HDocZqGtWRggizF3Ri3epxpQmm7fxg+mFxMmtrJY5SK4Ps3x836yjiKwgqzJ5uUoLxJtqeYXhPrvy2b+WZNK8FAGRX0uZ2UP3NOA3C0gJRkbQc6BqoihZnI+a1UMTNvmTjgLIPU0iKE80e4Rv+GQeGU25G1nj5OvTciWfc80vuojxmXh35QvOEODnTr0UI+hZ3H1RoNmhvPQKAfhscYCcvySMVO/29ufKgeGqKURQp5OoOs2A2zKLwn4HL2XUamRtNpaXLHhcVS2PVdDjmSp8T+Mhpf8ccT49R3m3zK70HZFSIl9ww+kK7BLpvGJnR1C/Ic6t8v1RxclF5f0dzuMSuG0Um8N1HeSkzuHgjffHT4NsedG35QwaNQ6jgD9g0iQkKs7UdRhlT9efhrqtA8i/mXtHSsG+nbMJcCwStreLlS/OY7Iiv+rLKDxIw+0Dc3YdKv+HomjS35YAx+4PxRWJd7DGETxM67FYxF6v3dYPo97zpTNzgyWBpXjYYHDmtJp/njaTfMfEK/xUgZkjl3xGf71ee4fm9nBK9iCtWBgfQylnbsOscE3fWK5XB899SHCFAW9J4oPKfINJ1z0pGFN9Qvp/BSt+z+Y5RRoclALCQeREzuPTOF+gzqfVQrXB+BWzB5CAQtP8tOK+NDOIerkDflh5hQDpJcRWMOguq+AkJODrlKIaNyk5zm0Zfb3Dzb4KyQobr+ZSBjCHZxgMfsLao62lq9ohDwvIzV2vslZSJ2IljsH9HCDnGbAEmMuLIHPR00O8a3yJFiytvZ4XJma9JOo1NrWwQqjATZOY6RkO3IG9LVP5AfWuOhaUnWjvBy7ATHPvLEzTZEV5R3eXaN4cxvrw6TQl+dXGYZdgkxDH/3iozYO39/+RIjuqjoveqOFAwXzve9mdH3ayTeH95RiIPvvOSkOznTOoR094ITAkrltS5UGKQi5wh9v8ARWglbY08+vYuI6xoPu+kiQqPYpBub/lRNPd4VJcsWnystQF0ZUdeT+K/4ea2lWR+Xw62lud6uUmey0YgCo9AEHVBV39nXst0T42zJBiMXBYeVIdBe+UsrBy1IAHKSLfeLcLn82due+bV4AjiYRDXuRe/tq2/dJ8qU1HHdZKyHUsqdPwSChvlsP9tpNED9wq3wZ/qWZQgjy9skQOpYLOog254S4le8h8OXokNpHi7RUzPMghW4Vpg5v696pmky8jEjrZygPM9MqZ/zHnXE7JbAbEGT3Chsaow/zpjwHekOvR16SridtuYdtOkb6ZFjR7V5vuLi/Gegx/aiiGlHrP1K+1QeTT+A7kHChKOHLCyr5KqIx1u6eCR6mXaRBB3BtgtPk+r4CeBq/KLZTWOytcRA8Tj7PUokbTwbbRS9hWXIMW6AAntzJ9pzlmpiljEtROlmmTmDCaNH2Z39ZKHkC7/Vn0AtiCjVVHLbUISYgMf6x0V/cu6fKmBw1JjnrlPGy2C2dxtIka4DESu6fPqJESXmTjd70LZ7q5lpbZmLJMInV8ROjpssv/WCfat44bbP5EQ25AF+f5ss6yNYoYOHVh2/w4srT9D19Gn3zDCyJI/M8Xo7XFd5+3P7XqZn/eZNDgBuZoqmzNiru0809+dOMf6CbuvtE3GckF/tKgC2Tvfd5aMCEx2jep0w2UU40ZwPtM3FSDrGY29Ro1Wg+ZfMfY6ZhQ29ctSahGLj2qFjny5iNyKnoWUsbrv5g+mgLlzEIrQXhBCWcmNTLF30NsCDPpAaP+PhYRyvTqh77lPdF+pu6Q/v8MsEyr08xpEPBr3aiORxBDhQEnzlr52UFyUeXouf6UIt65DfjPYcDxbwSgEUBb92kJD/W6RXRrOMhy//SDNTcqCsMD9P7MYQ9ZM0tIV2JE14U9Fc9tUYzGmpfOsuWT+wvcTinF8nuJBJVtQL/i8gLq5NiBohXreGsDrfabBo10BcvGV6F4mRfn6ROW61o6O6Zw1jDY82NhTANDUHA68ILaAoeVRl5dzR3DIMOOmgJra7tmHpIK+zKgew1GVDZdnvqGgF5nRZusQ1CKJb/jfrZ5i7b5UIIuItbyFqkUdeTna9M4dQbaIyJYl/TRpYEsZZqQt/sWi37G+0nqK9gYBvsUsz7Lus8PoEJjoduBk4TpVmKIspSoxHP9Y6rkvPaX8tMQI3jTY26YSEJdZtVzbshOilTu24mZcju8KY0Ihq2xZ54URIseJMujW2pG0PHRoPxBB507RWKDpd/EU8pd7AveuQ2dP648gWFhHFwb61r+fArWTa8zCLm4V+ZBpd5SqvfBb4C4iK9c1rvBC7Hvta2kdFJdWe+2i/e7LNi0hiTtHdGNvy+y0IYIU6782IrbnnpMbFkMffGi88ojcUv+nbOpeDiJEkKjeEzUK72Gf+TFKjJn338nHGGrhX5Tnf7Sz46XaI8DJ5Fpw8Z4xskWMx7sTOV2BwLmR6DERCBbnP/KQceE//oOw37p2yAFVT6/nY+/L1EWVUEavBqINzSgEE6+vj1WnHHauv+NR39dLDZt0BHoRJpqIqvn/6mTPBp27LXeoeb68zzAOsTFy+olDa3D4sl2bKz1CkUdpxHOmkBJxXXSsYvtigN4N6URR19QWUk9TrtLJBm5d3JUKQt7BcFBPnwbhj6qGms6376nIdhoQ79KqM/qE++MHeUyb7HHm00S/9zH59TxoWNGrqcH+Pm7sCg4N2oXHJq1jYUuTAhyu7RBE7R75nndugY8KO2H6q5B9TLa6/z+u5aeD8vHKaxA85A1hHUMRlH3CGdr6oWRYFLCBfgodNl0l629NXgp1nyPZWH1AW4pd9pb/NtxuRQb5oUsFXYGz+eTt4roPySyJf9ccwAfy0FmG89WZq/s2ap/+jb51cp6HlqKrAZjDgeZsIFUeWmmrPY6luYUrq83Lg4dtLc7WhL9H4isyu+GxvOuOjSMRcd4C1siPZwa9kVuQilN86arcM5M7K9VhssKDKMMBHG1UZDftxsjXd2xwf/d7LnSUcZukzjWs72/7XMC/by3sIUKDemQ1pKWlotay53BolUjjqrUcS9tt/igpNF+XVmGjUOkK6qIA+4T+lzTNgaGul4xAPdWyszqb2amZDcsQWPtyG6I4AoTdeGcSKKjFIOQxnwFw/q49yzb50FCfrtRfxCAtsoEZKYz9Q8L5T6EyHiGSurY05meFIxaSWpnAdxQRsZNdSjCA1/nhKFsnipQFcFuJ5HIg485DCojZpTX1ISgPGdb3+4HlELUSDcLUDmFAHMZT7s4DbuT5H4JWr+RAKwd8Z/bTxH07uSUG5dul2PuuB+bS0/tnLTjpGA2AFQYmXHV24h1s6SWFDruPqqY2nAijHqlKpoifiTTagQyIXcJIvo0Hk9w5L66WfzluQy2Amt04518QHIUmCoID8PTCElXrIBo1t0AalBtFraS1/liFGxjkyqkhS5Lg7ATNKoUz6NG/D57tO4x3k6l4z7tTB7tLS6poIZ6KSHRpfAPohDVr80meB7nH/E03Xxdv40jXrZrxB6Hosam/GTFR7phLdjiticLzHORtCNI3TfiQ3HyR8L/IXeyUEhFt3vGGU+T94lyCnv1FIiCO4BCOVOKlpoOZZv4OI8nHOY4bY25/eE18NjgZkLXHFD6QShmasCqGn00p8340C5qjFZqpLJ6BuDxo8np6JKFk2QY74ubHsPmefr8oELueFvZpKomG3alJumHuGooRc9hDOYdW4DDVVqyPwoLzsYgD0z1/kcmrx3TYCo2C/DbAkV8fSzMd6lyTEaVzTf2K2ltHCfV8BBBZH9aBZvOY/yOxTPo6qe2iDXpbQKClhQbu8e2elGCR6Jlt9z3qOWfQJ4wz6bYNZ5NygC4DdFKj+m1a7Eiie6mfEiw4rzfwZ0yA6O8g8ufeNBQprEfdKdDv+jmVUN1f3OIo9clpazFUUHWBXnZBhuUbrvWoyIW5YjCWIItuAVOgnuLZJmzXw1ebWXKbX4qNUw95UO2lFMWeeOJJMHv2JHtNIWsNuBFzL5+bkCyLUIx+BD3nT9vy78ej75L7ivB5pWAXZpQD0IMJTcswT8gQsih5W3s0fhYAJtFoUoA5xrnSfkVvSfrxFHNslulhEP1+nv7i2Npe/l5zFj7IePbJkogH1ij6WI6wUAWjURn/HEZo9k8sKzAXSXXBY7oGZo8bYfNcnlu2ccNcV+7VDHPsEULwGTwXazGOhNlv4At4aZImOQjNhZu9VnJ/zJxVfRFIS5R7tLDl3Hdtf/VZa5bcraR+ACAvgQrJSn7iJiVwTo/mqQFSfg7wjKd3vRWxZtLlWPiIBwyIX7cf6n+8hLbX4xA6M5CK8eEHhRI82IQMMjCbkfjCgdTfsZTdYpOTVTvdsin0Apzucp9Ms6jqHDE+GTZTaDj6UfmJrjT73K5nwQwQ5Bnui9MpJ6levhJYEKveWAp9fvY2fJn0pNVQRUf7SeuA7vtibiIIKexji5Q38xSeZGP19GIVtQcBSt3U7RrlgPZ+xfameNVUgvAOxXyjPD24nImFi70S3EY9y4mGfyiLHuO5G41h1TKCNJ6oFZhlZcc9LZTfIMSEETKv7UEx4i+Gp0+kA1nPozVmNM6gqjh3kdJzuQqFIQ6HBiqEVojMM1qzBoWwmL0sfYAr0nDLxAi+e8KWk/xhpFmH1slc9mu42Ftk/ol3LhoKgY5JPuXLVhLLb52Ye51plC0wincYt6Fp+cq55ZLjTm/3paUCKFCj8nsYjDg2FfUUG8ck9bNX4lI2UfHtgEgZt6ZgZKA8DG36qJoomIY+tsEhn2FXJBgWfcsZiYeqB5o0sccg0iQgWVBmBm7nPd4bxvsncMhJ/l2VDAzut0H7xqOMH8DhX0B2qtyh+j+Nz9F5yY/9BsT38/alSim1vHiZ/hq+EJmn12GMkgjVEruQkgldcpVwwVFk7kSWB2TiTplsxYRrGIIcW+Hv1n9pic4oS9uLF0KeP1c4l/BwUkPd1cZVAoAfftxCa5j65STbfwaaxC44eJGd3K17LdxKgz8lao3dochCBNlUEYj+q9n4p9NvQe6oozKaMT7+7vWMXF5WWl1g1fRN0OaP03Tlk3UrENRqPveG8Tx1zBWp0cm8As8KmiuNXm/osz1oXUoEAHdrsc0om8TauMVifigcM8Q8BXMUlGGmtiMuoED4x2glw3KS13U9OX8yRcdVTn3hLfTaDoyjTb/vpddCk27slLgSITECNXMDqvLeotzWMy4BMdjDgxT5Qy4alT765lYqEpbdyI5tg0e/CMegnSLZgpMWAnaxLfiMXDAqld9SgWCGx53CCKu82HcrNZjstoXI39R0eVyT1mSJicMq0hPyzrVdghoQ7S/b7BebnGzTt0jTMtnNb11d5sCle9L7VKVxc+ztEvo4E1yFyXaK/VHay8JsRxODYzYa3dHgw1KXwMXB2KKfuUKIqAvoBWnnOXU46RpZrHZHflJewBgOiVQxHNeliUUj/mzOEXi3xJu/Zsnmo4tcIXlIYrzox2fkDQMKO5s+hj1iJyGfjfto3nzl8T6J5P2qcB4lvx+K6u3JZ8J1TWlSUQGBSRe1pqrPXOCzSxJAXkbXPFqVC4/LicFH7o71ANhEzZED7VbGWY2eMuYiOnFj1N3Y19IPKDkDIt2mXfLdhhhBZE9G7U8WsPv3pD1ryfwVIdko96UPA1QjS8VJlGcWXl4VgwUW7TweC1KzSJEaptXhnxrVpFrtLlfW0dYb+M9YwD3aS5o+feuiwoUcediGnwcWCibBCXRlnRNXrWY23tO4jEA8NmAptyLqcm93ddmqVPREZRlzcP/OYMc1RlhDEWBy83BJZWmMsLqgYrdBVwe4dsu3vhF+4VpeJ7gAM24WMhSQHVgDJDjri7KWkCXKAqRD3G15h8nQb6pb8trp2V1KxnwL89AKbKsYwhUBRgIq1J9ANHJjCRV8bHwL7Y3eCpK8iEI4YZ+kNcREJdOeMMI2VqFZC3NJhUp8g0YzXlR4JOWxC7fbIyv9ASCfkRw2ylCizbqeKfVPpX1iDaDu7Ha3zKXrqwgh1TysoqmUK0BiEXBwiaqn26qmBhz1eZaHCkh77cau7XlLZ7mj3N/jse4cxGTVcOAcBOXVh0saPPmrN41/So+4+DAkh8Ozer7wboHzG4SjzPeE+Rd5Gt28aCtsSNP/ewSoG61iU0nbmifoVzs+H1wuMjtAiCNRhNUU27gRc5M4I54+KS8yFBU26W9LIPoMoI+JBQ3slV4hLZ+7IQOZWvxfg+/YIdbY0TwLbjDgLQ5fWRRe0WeQ0KchmJOhOsHR9CMWYKxiiJUKOMw7Z9O4lu3Q5Kvmc+qMDb67Ya471JV9DfK77bh8z0q9afQCCVP2AoEw58hYAi9q2W8Mbsa3vLThe4nBs4tA/Xns9VTUD3l92XybJiOlm1wbADSFqm1hxJx+TXS8gw7wpqDuOCt8qAOLJpzMR/1p6hSGIuLLJvwqBCssBptWerbpB7OBCWc0rYak8F0OBRz3PLIMMYOM72b8JG+FTNkZdAvVqnHe5RVshCH4yEm/1qIj4SEStEuStXuIS8BWXa4r8H3SUwNLrYVBI8ahRzsINsj8KhS5Zz6bWGYolfNpWDgr3B/+0RkIAXiJyYFG07ypYgHKKf9AqMEjKFNZRyFzbd184pZjhPW3Vlb5b0KNWeQ0zn4eNvGCluQbGWi7Hiij75D7dmUL2flpfPSeMbGD92tSdM14l248Q9mFpccCqmBzLGm2Bd3vFje+FQE0FU5urxWS/Pg6u2sARC1gjKI8ocuMrJmguDIc5FeOw4aNzTwglWwPp+MuN43jKJSbqWGV/qX/AiSdyzDKDQpVMs9A+iepmnnPHanvPkPBlW6YwHHlZApdZLRrYURQ7Qqiq0cbElE2WpnqkSpDAgK+Y/hdKMVRaDN4Y5Ufct+nMFCNH91g21c7BkMCIHxqR3uU3fdKXujTO5K5KuRsBdFmzURkL2pyfjjfeSk9ul9LEeeSXyKJsZQJg3z/t4MS8h+zWO1hjeCP9j+yiD6GZf8Ocs7mOvVKJv5GeMvuwts5TlfitFvrZCse4exg4Und5yKe0SqKesKjnkiH1mb2eQRbN5yX/3azKmNccrdlniymXe1lp259azhHNxJewA9fG4Q0fjesSgyidIexpQUThZA7ZNTaL9QhoD7MW8UGxC7DAziZysIG5p8b9zitk3evBbWI8CZ9f7C8Ob/McL052P2+M1Os9za/uPl279D3fcJLyKY6CnpK/UJOwJZoQxkaeRwf3qHz9/bUHNrj9gXmUlO+QrNduTZjSm+ry9r5MZLZlBy2xiOYKqalLHPIJKwSbWiLvOowFyDyb1R8aQjv8H4vBtqQKYodb+bx0Nme2MuzCGsXRKMkiJsLafGdOnEiT5B80nVIr60bednd1J6BSOcUikiS/oxourHC3XlBom3fgAuc4sjivAhe7rufFAqrjULCqhwGPfL4gLOlV7g+EYa4laO2TyQJuFPF9IUsiGUIEAQbOA5J4mRyxNE3pDOeC/0zl6RqZ/Z8sGJl982GqMmXQ665cjBadBA5VfFIrtK+dfPq/UV7gBCQK9SjKH5i35hwoj5PIpbBPmJzh04dQIguZFZyOCccRPn0JbayJ27LSoFsArif4cqPIk3KbrTwsNI0eWLHHxmTvR8AfngHtiKtP2Ti3P5u4VPs7coiFptXHmfPkPqJ2/ZYl1MxZTq75F4E3pnSRoyNk7vr+FEj7yV/UocsJgCgvBrCVSdAjN11je+pBWNonmdmSIDCj5xxFgR0wKUaereZXB+txi5ffRFukTuisVwEbxVKTj8qUqYbxdU0K+/GE6fTxXGmXMslcpzXSNt/quoqUypWWLFDg03+RavjNT/uc0VG9Ig9mAMfm7XPj9qsFZbvIc0h4ZAVSKMLY3r1d3L2rvdFhO7W3s6YzD83/XTLv++HRQXQZqrt0zJlElBXp/A+FDqo/WQhZAfXzqTrcSnJED7t7ofk3tgfy8csUZ01kIuJYXvFwdfoemwaRBxq1dvtDTCLQ0Z1MxN4I/A2/rgJK1DonPMysVY4FAhaust5lyfn1LlWsq15PEVbGNSKFSSqTQKcOHPEjWcORTMsWn0ObwKPvCdsZYkpDSGfcVYZmqOg4urMCYuw5ouCVOQO8Nwmyw3eUIXPJiwnjJE/cTrl4wlo7rXHVKXf1R5TffEOrZYSeEPtk7qvNTbb/3ad3Odypw7eXc86BK4/JGHgKbgj2N4d2HEdMREpP2JT4WsvKn019iUil/g64oo7YtnC5j4YYfejKC9P5R8B5eBZaI8NZ4FEsH6qU3M/mWffLpSjRvd798YNEfMQMJI8ZYJkSAwW5w+vhyfLis6FVqwzxGuKlW+pKKUZAHqrf0ZeqYom/ZLfSPeUmJNItmDuUXmIXUCnInVKsOOv/w2HVjP5ixraZEW+hCH1iajSUv0HcIAU8cE2/vhUREJEvJFnYprkRYByPIgHyyWiXnYG7ncPlxRNiFONRwwjN6AZEC6ceX3Jb0FF4y3ZNCQuTU5fiLy9WBWX3uHMZ7GpjY1JhW6h5AGRy4KGUsgsfFb7m/KBmHjzX3O5zC8chTkiLdrHZNST+ljhp+NNtiRrdiAJWy6TX51VmXUpf5uPZ0B9xqgzo7GCGBdmlaYiBZOMUUnL+gB3MvPbxaS8O52YgUXIYj2Wm9r3lNnvaORv8E9gejD2PaTFRQI5GqsuQUyTQP79yF8ctst+1aN9fM1UqyB/doygfl8WMy3QEe1rzqYJIG9p7VhdgaxGFz6QaWDxlJeRiscNdensmx69jaq6DsPWgm0p7yH8/R/AOOChkLZiMz9MxhplkXiJT5Dtvj6IqWZ2J7Z1ibVmXz6OKP/IhUXziDIx8Nwd2cJxyO/HyH8rdlZbECT5H9AeJZ7Z1UufVkfS1s1H4jVkovsMMzZHJVPEPd0Sph2Y3Bby+hZgpLr8XgDm4Ib156AS/bXnjXSpO2KGbzMD/DmnmQWWhleTfpbkUXj1DKt41arma9/LzmOzFiN5KJjQpeRak7Kc6K746zYPjrABvw4u3wPfELr2KskXE1ap8SzqlGFPEMzmTH+27no8G4DWpyZI8VeuuXbYMI1czAnGfGLpvNH+CIhdjJ1IUMEEaH8S5sPbHwB3/8IEYQbU2d0whSoBENAhHMFpTrnGemhyO9GJQxG+30FrBC9s8hi0+gHkwiTyBiicCmWd4vz76f4+z39C/NQpaY830kZfFIGiHHeXRL6NkpqECwcHTjeGDIdmw/yFRLujDXaiBwrZYvcj7PS+R1E0q6A+kSvHyJnOXZEQfFl8DUIHKnRGpCtYOPd5C8kaJ3wCcU74Fx0lfedjroGY7Z3hJ9OB3sjnCjegx+RwIpPQdwHwsyWQCsEpMIbRYZGPSZTMUBbYXJiFNc/H9dBFUBDyJ44jT1vpdqYIF0cWRZaNHaR+yMm6fu3UcTwLgJdVANkzbxCUwTR4bfbzJMONYS0y9xBlB6rObSSBFJYMIiH/q1Xde60yiRcm4ZW9uIRy2YTAi/94QJ9GKcpFxn+BLPUgQ5GKo1mMSR90Po5kxR2Vm9NDFLft/qMvnga8CwbPxhfG/PACdbT5IaQKMv0tsIW5P4kiND/t9GlhMflt+Z9fyYITiuqORbZu5Kgz0f9c0qnblTNIkBimJLxJTA/nYPfVlxvFpMkiPXTJO3zUY+bWqNtLeYEQlR7lpqTChNJLg4wRj3Q9ToqpOiKt1QK2rdyxEEZRoQLcTFS6y+ywWvHuxFGFMXfszTj0ir19fSWGVHlnBvMCo3fQ2RMsdHBVv6m5QK/3kmlc0iPl4w8GiQGrCbBFynxVpzK/lN0rdGnptr/5s2VM9EadHhFDfchoz2pEgZK8XpVxnIzBC1zgmbnx89Dd6xGcgv1lZm63IxrhNJmYeAxBNbWJU27zeKaOf6b+R6jeSI5w/6AAuedjW4tTzl9bFo4BhNrkFNo6CFvack3AtS00L52p0a3eQAPBHvdZkYZmCWGovXyAhvHBRFXPc4InZGPD/Ug92EIMI2TIWDEyDtXJNhMLnOHKnM7B8UeSE+MaZ8MAblE7n5BjeLHhzOpD10gPNT/HncdaTWTGxZKDn5Rzd2KWF6jhv5AE25dhaurYchejMbzVbNneH3cIgOlify3gUXdhXukreuhCxiq97cidBwGCVxTiXeb9PCR3oTLvfMNQgGWr8G7b5XyM3yggGPEHXQyQRn+HhsdHbyAQyCkap2mmDwlUpK19ET6sNRsNCevFjnhTdovkRW/JIVfEOKrQv2ZNwmMk4L84h5er+DHc9r+/kfA5zdszodNib+NtSrkY6y6B4hNwKBh6ch2RTryZ97k9rRgaTbMwtpXLYHahywS1jsn/6XT7SVDUVYqdfO18xeQMuCK2mqYtRUhlZhnOPgTqO3MM+yXZZwnzJtD6icyF90C3eQL0D6inBOh8smP34tKANX/QPr9LoiRWQyG3fxNb/77rr9MBue+FUWEn1W00oCq0QtKkOzMtUkC5CPXawzw8gYvB1PuyaO9PmwGMx/s3+TUkr3XmrBgjvjju94Sip7QKBniO6FaTFj4+iNGZrESWDRqEZu5jOlBafIJSRQZoZPHqJWAk8/lYhguMRDzqN0bh/MAnvqzIXkwufDXn041jilVcriKRtVvuN58xk+/3JqqWOEGhl96XfAZu9IQIrNmKvvCQ3DiC2rrrIncFUWS+Hf2axOtMPQWfxJw60ZYPihfcuC3gImJfeeSU9aQKAoeFYq0K50bZ0VkOWF+1+y+hYRwcjIfgUP8x3E0VHBhgOd/LfPcA80mxIQbdjUnySZZB88EMxbmESOrZcBN2B+NT+DwKGYIsNMLTJQbdAegx732KngM37TLJL50BEqxA50N2dhfyFq5Si02Lh6h5JEkduIvTWZ6ODVQmmdqXozxJ/en9gVZqo+/dE7RsYbH02Gd8CnUDAPwQ7F+tW5f/WhJ/iD5OS2vduzuUSgOJQLdJwwW4MpgBHlSLMN2MXKzNOAaFXtYo1vvFbLF3DHbhzTeSjzEdMYwdyrzf0FS7WAk/+vA/dGVvk1vZGHjMtvvFstFYArjPbrNuL7kFarF9zNBPanXOzdc439o0FHTFdnrUNesZRrpgLTI9esJgqj8wBXtaQBMC5eaCXxdnrLpmDs6slBY1Vre5hVj8nnRN9dm+Bg96iHbZUMMguvJ0tk5iWdkCo8LxYogSlD/5CnaF/cUuoIZ2s+R1B3yOkSJl7nYpEX7AMMDxCTGF35mIuYD13MFf59ImZ6OCuYF9i9KO17zETdQC7ffiL/cPjHbUBwe19UKKFsRwvZMKrxx3v9usKh/45h55h7O/TtgPIfqhAaYW0iR566GAXpW2rUFokynE+ZEvPVza0bT/jqDKyDc7XwIouNw8hiLBc0piHyHWdf2WSS749SPzQ2Ge0BP+CG2O9HoUSOeGFDkDNM17x1XC5NvtNbIe8q38bUJ4TlcOBYEDEc3w1p/OB3f3B8cCn7RBTNnHyoVIRs3XOy0FsCm0EcPeWoQabyr599Y9/IUWnumcOuILyRJfOTSROykCtuNFvJvMb8coQioYYiA+urlXKUwybnLkbM95LMV4Irk7pZ61GPWLNA74M+y/p9urrMP11XxWBDs7t1JFEI4iEXuDsjr8XE8A64bRMXqrmimAsG3Jl064WtS02Nq8jkkArPLkMT0Gga+96nkShkMUJxYKLSi2HOSnBILrcnmIQFZ+rPrQD7pHCe/8zlRQ81XlRPXlmp3bgMt92yF1fpE+R2uOfGCwsNf71uL1dulUONIf6eK/81FJ/qIZy7dVj+53mgGlt+LFwN9bk2rmdff+nSlJue8Nx9Xio5JQWR+BZTuTcAJiiakcWcvTKBKcnnDEp21yVm8DHN6MYw+HZclz1u0jSGVGDrFBSDYtcGoVVFHQY9asn328ihzj1y4R6rPxvrHnUpbJYFsoQLW6ns8KCFp98bJxWjQUw8g+0vZEYcPdJeBjm7EskAMXyKnzv7EKm8VPco9PtA5SULp7M5xS+vQ9Gy+Bs1ALNi3tptflk5j7M2wFoRe6ZDUMMvu6vZ/74jrYf7i0qgU5GxvVpmNAIGoxbVEgh1eiWBOC9K91m7yGP1+fTkCzN2d5CbgOLsct6mm7Le2xcM8C046BlITQWgvy2H+APGAXqp/1STMm53twEMQWK3MBVWXcwTgl6+mFEWPumWv9CAFrXur+I/CRMjH1Yq+x9ug3JJFNH/c3B7oSVHF+59vBXXf3tKuj30cCfFUbydLO3Pc8QHL1Yj0E6JTG4xOmzlrk64SoWDS9qDtt+xqnsAlV3TBNZP75syQqwm6fHzROLPW+PHICifZiAUH5rhgeONjktdCQQy09EYZIOUcNDXuba9lsU6zzHDKItpodigAmlLAgZqvTjIPe2pKftFYuQ+L6n21/z+stjotYXD6Ln45C65AU1ORVp4uI/KNGGmbnSO8nHHMYHn2hwvooaHElnssiZP8EATG+c1srjDPohfcuTdds5jv+TDZBzDLWMd0M8zvxA56oU2w+8GljXXRiJIgdSjYtzFDac92D2V16b0t6OW4iEi1GHfoiHx1XWgiDOwArkIsi4qkrHC7Vp/N1yDd6Oeb2+KJBHlwcw0pDSpAzq/NLJS3VWmd7UVXBpKBSPpwoYVmB1AkcdtzkAhZIsLqnx2VVKZhMmmA576GL4nd8wp1m2EQ4kHvWv1ySHGOAjSOFekCl7MrfZJQi1LLB/urKOWaAJrqgD2DsPANatSadygpPxodhWa10qe2exB702G61LYW8+s7vMc1LVDLmlc89m0oL9nlh2AnIaqrX11vl4X6KLTAyvCFHazQxF/zLRe5zYnu+wAxSTeTUGHhYHkzH5rmqP1y4qHPQndouH4uRci3xxMXNrLUmy58LgOxq8/q6mO8E0HHs3DGJSXSzTvvqpFx2WvakFl8lEDb4VSv5e0ECqkSX4FjO1Z713o+7Lp7f8gjnX/1vBinQJ2BNbDz0demMsAW9F2iKWxICqz1BNR0PvJrrWPQeNr6QqZgZ2gUQaKrM9tMbj0rqg1we+aO1FICv1AbRpOGHjn3brC0+pk3z+9WHlYuqP3CWWpzT3thdHm2XB+8M3cg9c1SLNFaBGYSzGclldzp3WWk90ld9UM/ZLvxcyrsl5XgevmkPzzYqOdqNzOhyb9hi5o0RZxqB3Y4EhmpgAavz25w9CUWZYODC6C3H4kLmRl+z3kcAE6DHyD5h08X+jRsRyOqq7Gv3oHjXTSdmBBqAjTVtF9ofwWOyManTMQXxZW+DUyz2PlpOtSAl56fGbsznoQlpfso7FowPQ9HDM1LjwMKmhYqoPn+WeGqEdAPm3q72Rp12dD7bPDXrwoVilGHAgIvsyDon8veXuVoCw1XdOIMRz+yUOWV9rV8y30lNAnJqEcLpdCUngbAdECstkIPleImneNiVXscxWO19yXhzGO2G1iueLsc8wqKpfFPG6DO7nnH8SbGVvM+JYYPsAiuc8zZ8g/ulPct/ThSugIMcEJZ8osYcv5SJEYVllHQMNHZknsLsZnXUid2MiUO0D1iGGJyIEzrznECIGX7yc+o0JZb3xK1qtsdaEzU8mnKfumDEBDRL4pCR3H4m+SHxSyz3Ts0SgUEDxZmLOXFokgLLBVvtUjAd217T3g3/KgVbxPcJNhSTycQXSuJsS/Ym4xSsfYweVuOM9A+rjWu4kdzeQKUEHxG4tA98VxXJbEmjcs3D6zEzX6IP55sj/YzcKn2b1yUlZj+Jv4cStkTZBl/glKQp1HkIKsuLeYAFZn8HobmbMxnHdnkyOnqQbbUINC8jSrVpLHQTBNcbS93WTl3alb4GQjnJXJocgbK8adROff6S4GLO4QDNaXI2fzrCJSFBQkVyza6bZ6FTWP29aDVJCKeAU5AvK0n3SMnb4YM25uD0n7gHA0lbpHDGJD4fff80wCGMn7KGiRKU0BX95SZjCSPGKZ1SVWV+WLsKwleM8t9bRVJDghQ2x4dSsYUib/5cAcmiADVb+yvuCvVLlmkVcSPhTDIlj4vR7OlKOJjClkcPFD1s9Cz4xjMUIVQymy3cSh7FzLoUezRiPF1aHWACw2rZI+oCXezHOD1WbGuYROdX5ryNP8olhdDx9vnKD2U4QaIkWLj8Xh5bGaF4o6PFY9ZJGgAHsLErISFYEMxgPsqqKBLd6rHlKfpECH2d+ksbg7b7qL6f7vjlycVoVMur+8HU8L9y4SigV/9/dCyxAIDH00Me4v78RXINjsrnbWvdmYdsHHJ5SBD+nUjLRee97721QW8+lT3DzHlpRUK+FMrn6aSrnbGR1Xo7ZSH7wHwWmqi6m28EbG3qmcgBASRmuZE0WAGYChPIUZwk4rR/9Chk1+eLJ+plw+cKYMRvQakIiZ1JoSRRD3tRR1L4yicdTu73Se+3LUkOPB7LKbdM7DOdR0bNmauiigk/cIJRhhtoKhpoomP1HN9jQyLlmJaiprE6Gu5uyGTOi0h/HusgNcJtsxumpgB+KueXMx0/DdA2y3guz0UgLF6lu66Mtyf0xWeKSXrmU83fHcE9/HCn8qIMmK+8eryT3BU/zktfCqL+GRcGt8e7ncKNnuXZMZhSGqfqAVnOa5E+1QDLj2tDH+G/ddiNh9VyNQwkAzbQmm6gQiMu5vBfd+LnTIt3C1rLd3xCFj3mSOpMVpbycdDsA9Kdb+RdN3wVKbo8CfBOlIizJtgUoxY7pXK2IcVYZm3FXszD/iN3OUoum3fbUuGAtmBfnoNqWLY2W8SBtSjm3lWEP3pTA4qK3HaIlw1l/9whVneFs/KK8Xj8pMgFCfSGxYs04q5oZWEs7Ww4r6TNhwsgQlUFs3H1UMf6C5t0br8EJxEPSM120A19iYM12BqmL6Mjrt4c/Ot7od5ZJMzYC+c6JU8J/dgAflopHjKXa+4wzBLYzBSnjpwnksIAl2A5MZW5qoKmC2HYWJ5pSQ649D5wwy+w0WuAR00zn8noKWE+R77hBLkcUjpSskke+V7IleDZr9gy/nkcJzbvQMq+wZJ2QZIz3qpQsrbTErbzX7ho16EYdmFkTuwZ45cOguFJm/KI6BDGHmR0zjLTbL0v8quQ/0qblDfQh45+wy00t25EF2o7XzGMmYkFLnLBPvS3MtvNroD8+x0rGbpiXOXKxm0ZUd+NMIuY7EJo79k8IgT23winlQTWeWZq1BA6WWnFPh6cuCifHmyDWXSDCMPyyJGfToglAFRTNeVjuut8JHpztB7e+R427z7jgHNKZY0FPi+wYng/RCKsKUvpv0kVF2AzQnGPU6KAIWKiL6pdB+MCff3aPxZc+dj4hz4SSsdOxBylNzkvXF3R1BfqEZYy6G6LYHUbMU+Eih2Nck+btB3t3La6P8ZrzioJ5l4ipBQoHM0Y8EMqBMP0NnjZFwxYLY9psj70W71jX/uX07V8aGwYT5ZDL8UUaNfun9Vb/Ut8TIT7DDPtg46I0vKga7CRb9GjCjo1QUUgdjGNbgCjemP/IeFH4AvHsHf6O62znu6vu86MH+K3J42KahyJmD/MnVxqDBbR7dgG2rThf3WkurA4DwbXp/OcaCdva+uut2By9PpjfBVHaLMJG8YU/FQ7mrfrKq3S3F93INz4lZYGhTyfdvrEuJhOBTVMfVBGty3VbLX4YzuXJP0eWPyK0apvL1kul48qJ3x0W6igxLdysQdyyTXne9gFFbYeD8tvq0eK210CZNyzN6WfjYVvumbwUCgHzr3oZRWz3L4uhs0OnRakWcGjEL4Uqg1s+rMrcVfGdmo7t54/dkK901PuWt5CAnSGyg4fToKptXa6se1qa3YxwwHEej4FCEsUJCqJKOc3FinjjMFHPpoNLeE7obJDYXFverWFzVsqlvBxnOnCK/kOjSQnJ0HjhOYawRl6Pc6TY2OfkaelxgjBZjFXJic/eHT5nawIge+448KJTuCITAhcrhpjCCmTqe+sYAPnwgrHtPCz1yf/7PDF4ExF0IIDdOdCD9tM6w7YA1jeOf2ENRBHZInPlzXQ/7Dv8U8Dmc3Ac4TSOtsyG5QaxtEojjjazV+P76tAnIyGfghGSYvvJjtQDB6XeyWfnTj5J0MV6g94FUJKkPIxZyJYKN46YxgqmBDZsfpymQq15WU+07ol8GtEtwyuHGntXob4eiHQ2xIkxkMmjoR4NBdB+PXaHAl6GwnSE+TtDkTlyccw+9VFJUVtZnsdX61NHSCz6VbFBGa9i3um3R4qPH9ZSiTytkwlWoh+EWXxdPF2rBIMGej1S+HWm+z/d5qsowmMCFHSoGHaMd7sPRB4ar9KhtJW8uzwdBnpo3srrTFwq6h4Rv9RrvZeL0FfYp6dACRwSDeMnuZ2a/C9Z13ZXSZ7kWjzBD+uD4ORveJWJovsr1cOno9zQDtIshPzqyiLgV+YfLmhZwbUcyT9n7fdhY8paFo8FFCwZ/H85Zse57QPgowAz8eNWiorcA3P/dT0XJbrwAZ0Gh2f7bxV81jRF0YWj1nL7b9PzWKOD/YtyOWi39bYxBwOjmo5P136t2z3mOvAiPaenelNJpm9Gob3riLU4iv7QTD/5SqWCzzzZ5t5CAF5O5Z1M6SUMmZz+0A454LRcZq644CMW0z7v49xTd80j6j03R/aJLdn06v5S905/6FU2DwcuOcFwr+5JNm604jkyf/Rf2enwveH27F+IQf9GgCSAEXt8WHwVusGS9UaJ9KOZa9rEMUwYEP5KVtH/kTBP01eQ3vNNgAvsGYULxIxaV6ITio3mJTnqPW9yUz3vg1mkSFl2qIc5hMeqm1ZBBuw5SPvKpixLZ+r3Q78rkUbur7NFfq6YOvOwmsy/mg513fCIENVmUUVQF6A3OgsCVElVhMBFAMiJksSAm7dxm9Ud0uk8sTZz5TW3MVio6Som/2/qhVu1ganmTlUl7AyMImYp7XwxUNyvQbthZuyfcxefXlv5A7eTOHZR+pfqY3G6vgOTcuOPRL9PN6j1QSN0Wo82mEJqOYX+73PY7T2Ix761vV/bFpGu58EbJaIzG7KeSfHVPFGWAhNGYVc/vwRm4yiTzIyoBKB++S/bk0jqojOLDT29VseRQkKRNqyPjwXrW7K9RoIbv+o60yC+Z3flS4cdWz9AamdD3lBSHleTos30acV3AoS4y85gcqWUjkY3jor+6AAL45MlGYN8GFpG03ri4eryx2UUGjr0+dNkSsA8A0V9vqnlSlM3jXKERhJxhm6qlkLacAl6TWsrCv5PcI76GinuNVeiqI34fsOq6Rh4E6BiGUQFhWwnTrOsf1jtKPwHtT/Ahzp+d28h4HPK3uK2fvvHV52HG+kN/kUmQXN8SYsd0dgAg9Hs9jprU9Z9iV7ftC13ciNkyfuw76KpQ0DCrrJUgFPa1bnDwxU52S4YX2oj2gBpHvWO8edLM2FzB0bKGOwogjr6Apxe8ZBjVKgufLMwCCa9VJNs5jaAIg1+xXaJC2cVZMj2beRMpVhrJrVBzqLNZW10IFxNpAtjfvuw9dseQOLgkmNioVUr5/RTIlitzSSiI+nGQAA++gskJI0/lEi64RsaK25XWqtbBmEmqcxBlfDH80vvtqtp2fVeFlM3ZG+6KNtfcArSdNuHBzshJDXaomIN5cLMxo1MeR9engOwV5gQMQFztlR/PA6Ac6BvSBokS9u+QNKPvs185A3H5gQrzkwSr4zgWr8CORAyQOf382SsWYz2O9SK1zYeCpgEN04m/GLykdi0yl2HykcNpiyZj0+AJ3kQ1g0pukgEkEW3b3JBEUFfI5qc0J+IXOLBoHedu4cYmkc3hL9F5RW0I2Igwu9zrwtmqdTssNL/qD/qGvg5V6uBpy/aLmQtXBWRPEK3mDmPLi3/bE3QxUlGrFXjuoAq3l6lS5dOzk6yd6LXGEiorkNr3n79GUbI0YysS76DtG0SMerX1Pkn7FodRpb9B3OMNELjVNQ48y7aqTcBsEECjDeVy8OK61KNZk1Mz288EnT8StUDnTkzr05SV7SJGPhgitWWJ7i1GkOEudW78ll71FGUarjlCHWFTutHSPmw2jDcGKYCc55Yyjow0xLa6IO8zC0laMBYM8m42VnVLIEKd+aK3EcPEJCMYBRDpAvkWlV489rALji106T8jRHoEmy5qUBZzMyc1HpJsmLPeV/YM2Gl5yOdQujTQCXxr0QFVCtKmClP7Qf7xxyaS2ejPefSh/6re7QTp+EnSa9Fw0f/tbZC4ZZkvnVU7FWutNh1O/cSCgCXYfCXCKlk9hIh1hqGoirFT9/9RsGBpvluzaW+NNVofLsh6Yn30R2HyN4ayg+RHPWtSK8wW3qOLaNt/YkyHmPJ7tQZFjl0pOY0ut58VjriwiS75jRzbh6Q5v8m4ZwBjFoM1AXMhw9I5ilymNWqzGqcQmEq0Ku+IuwjLz1Avpfnx+NyfmUmnxCEfXbhVf4ydlkX2m0HuUsXvu/LVUJYtH2NdTyV3R6ZAzksLH7z/W0kZw7DnRZj0rvGfV40X8gsFEhR6jrTZlXqCm6++mH7vuGD051hoZwctiF0DsWXAzZSD4b7X4veEs770hcKRa0Knl8m1naAqsxvoLbXQ7gFt1hH96uaEhk2jmpEel3U/uhqFVbNsfbdgtbCIeoETZGv+wmVSgy7sXoLfg57h6YhJHJij9+gRA+r2tgg2xfG2Q2kSdsXQOsL9dDE65+cAUD6HPzKvmtQ8sI0EKc2EuHqhiRGFzkrxPNid0vIjy2PtFzUKcgNIgLfJxhfTqt+1q/oauatbd4KJqXezP47we37fcw/XcB3IpgkZakw/efCrKIcFjOMgq9CR2f4Af1GBv+aiTRhS4iOeUI9WGscwAryHw46PB5jWzMPzkx9gTh5h2WTB2WR3mhLzAPPFH4gyl7sARCmRhhGISUa1quPxuzu4CKFX5iXlMeiq5iVGkQRwkK/VmWpmfN4189l7un98sLuiAgzJhRdr1chHtHFyqx5rJ+TAhb3dm6+zptiKb2ndK7JkmYHtssqdOMbPHWxWBAbV+o8C2RRoHM3ARY5/7vjTKuAdwa8VI7s8thqzjNVsO5QBnd4CSjYNTkwY92KIkfSKKqUlSOpalwhlFrVODlXRbwJneYOuRy/wXmg6E8rfbJ3sQIOkipDwGBQRP7Sk1IL0YJ3bt13GyYROIXwsMwCWY1In7+IcaGDQfCR49+l6v7DyJ2CJ3Uyzb28BGTct8FXNp/EN1Jmy49t8Q4C7RHUfs6areOxcXGZ1Mdl9CBFb5ykhQS4ZrK1Es3sQWRC9mEuEUoEwJwmnVw5UhKm+7gdnSCu7GiaTHvHv5Xus392hHhoWlSn11ofRIurOE56AitrG7LUiipmvun3VzZKlqlPY4p28jdRtcVMcSI26yodoWru0s8WjA6vFZZz9m3THNM8PR96IR5UtNMEBZcGaSuAN4KhoGiUNRYwpyGkk7xlV5eX1ulN6LafjF/TmNiHM+/+ao1pv9F0Rk9cWgMKKqC3fju2mQF4gnWJTdw2iE952s5A/R0O/mc5qcHieecuvmDRbs/ExSbUiIZ+SDMVHkF3JliVTWD1pgQtrbQGSdcSUNl5MMdkBSuN491gN9So214vThTWPmtLDfCHyw1/3EFtfyOOx0PKOiSbzmkHOquMK5HmU2cEjhiaKWyDP/UCHR4EircAeDXrvxlyZ43fsu+9G+dHnpnQMkbGfZ0PT0ngexZvTEXeFp9V6aqQ2iPV8FpM6Y711SkS6mx20Oay7a5ppZoXeGsTlwR0tjfIesjO6tepuP+PuZi3WxaZ3Vm6w0yJRqLpgSlhoVohVj+iwR/CbTubb9FoBGmkyEzdR9RVHE1i+E8VQC0/7YHB4YqstUlhCJC8TmvGG35cXqzDom5vX2VCN7A1dRjluwGX6k4T0TWwiugq0J1I+zPHYJIKOOTvxVq4bEX32AKKWrn1V0lpzZVr4mx3r8cW8fn7uYKgDHD3HRaseMZby+xXcU++9QybfMXB/Bh3uGaKe15VTJiI1o4bB0BwtjvDjExw/uV49+31K7F8hnVGk2iKwBfYezjc4VrMwfLDgy0X+vAkwebxiQ4LrGm3SbF2B2iUi9aFeUvgdGxP+brQAwT76SW7cJD1U0U3V4f6I3V+elMwbwqhiFhkoa2dv9BsXPoJY8G8aWIQceZlSR8+hHMqqmrSRu3WCZ/XwTTXetQudJXiORo11CdW3yT+uwAHmpkFotSwQTWUU4o1NqbSFMxVLp9et392fSnqpSKFnOoCjRJ3hX6iosXhzaF+uT2GPhzZI5Ht1kcAq21RBYgR3sEJZdqog10Dogahd47o2G03DeIoMN1V3JMUuskEjKBspEvFOln1mctnVmjRD1H1j6VPIUlNvwOEZTu2hn67gZy2earphRp8nZCTZkIM7zzrmeuuxfp8HDs3wh1ubOwbgZRPry+FAVxhTEfBpG42R+jo434NjwZOM2rEc0ns+9jqIfBFLjJbH8YwRqhe/7kp/yYhjP0IMGS/5KEOv0eVpQr9WizkXgcFZxU02JtcmAP9C6nCCgEkRyJbEdaDcUkyajqRJsHaqAu6FMg+giXCQiXW9bmlwYpBjaOKWRHdCnX+FU/C5uJ56czr9JdJ+f6zsjOM+M0DjqkAQCwzzRnojfXR7qkTIyBVTZqhsSD0L/NtOP9Ru6i6J1LoywxzO4fpKuVBRqQLrRCVE+LnXe8ar6Q6vt8GngQefPdCbF6EUiAcP4kFbyVT2nef57O/UzS9Tla8F0E2/Xn3S7AAtYT32MYqIDnI83HZJnxprnyuCwaTFQOEb5uwbl0ZErVxeubPBrrZ/lA1+jiqLNKa9Y4oyJ4GqwIxPk5pzEWrfuuKArkAUAGv/sUt8vcV9gZ7M8XLrGh9uKUl4UjIqVWCqdq5nRnqK+t5B5K5hukMRZ1RIzrOSl2J4ZnNij94XyAz5y6CVSarvZrN6GfyBOSzLmmXEAIf7zjyDvKMTXJeyrZEN8vPW1U9INzc2F1+HoJm8dva5zABeGesy31pIG0kPcVUToqib9J0b9yuISOfwSIJW5FB7sFZhtMBP3pWCTiJUgRnSIyhhhwqEnXsBvhNVW+vW83NLcFtaOPcpFxv7Ut96OaAcT8PneBqq6tgJB6sI1peROXPEK2aFHtOygDmQUhfE2kKRxpxpR8ScUC9S6gb/BnBNnez500iSsSbQkCtSHVsEiWVlZ8Mi1PObosQ5qBxLk9gGBC4nhXsRDSC9QexLqVFHrNA55YR0oamRmi1OcYnGSOigxp29F9zZYI2NwBbSEzbo47ndYl62q7uptD2Na2XoDCJjl3f/9oWpK2lHhgXg50p2MmnyHhQF9c/rkshgBW2s7HX4MYTfSZgfNgLhYQ0nHAzqXumos3VdCj5wfAZa3btER0DM1QTc1jUVba6ExESXREAw7VdsziDIRJOqpGA3KNBVhu8lgDv1BDLon2C2C0B+qKlaA3P67jlz/K0pDYSXmOT5qqryb/XXklK3mVe/y1i3ktOf2paPxIzIFW4iNOJT36KSRWvbd/GJUK9kJMxcs0k1BdpliGjxM2oGgJzI45gDHhY7rd2CIToLzopqFyfr1RI9N95AZ+7aExyrXuoT3nAQOzYju9teMIkgpCRFpRBpxaWGIMs6LmhoKSRPrxSL7cWdDcrKARmSKKf+BHaVsD3mkhLIUw9AryzR6W9/NSnsuu0OUplGa41TN3vsjrT9X6eoc3lk/cTXydVRh8kzlJ8rPY2Ahe9EsrtkbbFS1YyumJ30xFo8iD8C5NATp64K4RBZ3WZJvTONquUYGk3i2TPRGbmXlopQS9voOE3UrX+stzmqkdV1EcLwkD7cJpfY6myVllSJiI5GTEgYa0R8626B/8FbhxTmJDwsPYNqxYxiKLQYPYs3Lxm0Jnb7YuN0bxBHSdrQLhivnyBb3yhYZI9IUoXbO2kNChELkE0wfQiiUzPNgYWJOYdglueVbYVlTIt9vh/b9NLnM2O3yxXLYyRPoOxo7GBrMs/Fu8ZA6T5g+vzt01Oq3cEkSO2ZqPxmmG/10zmqmkkvgDqtPKWmMZqXp1wOLZ/vPC7ah2+X9raGtUhQgsmnxcGdT9vRThQp8gSc+Lm0eR6ftZ0VS2ZgCDHoAldcIuFSUyapJkTKcf9a2FtjuU7+4XvcUo2yC9RvisiRx1/tAR1u/cm+AzNo8wRn4dbgZi49ViRc4Ng6J1i4NWKPFegZ5ohW0/jfqPPH4e+qhDI1DB2qOWRd5JBsF73jqQAxvk3N1Qma1qd5oWUdhZV4BtLX9w3iRVgOypGknijGvhLyloo/J/SnxGcLEZvZN6oguP/c1nNrwRHGP3JgZ1EG1PxG945fDkOy+0R77ez6yMS4+Fy5x+na/n8t0syzTgjBKHvTeY7zDgbLHMOBSmO0HwCB8EErrnaqs0abyd/FF7gjKTY1qHtbtBntb44qqzGesEyAPaF4mcrQid6ZCoxN8zPScO9SoJFRRQuRkWb7g9MQjE1GIUIyUUL+o4GCIoYP01Zvdzgo3zlXlu7WRpxSFUtDUZx8/MzKkqr1bARfEUFvhYBs3P+s5AJ7uFlNGM1U2wj4vAf8AL54yx4tWitpRP7PmARQLmIbOMkq5aKwDjb3J6LjORKFy7206Nb1Gh0F1o++B/jln91WXTUrtria9gjpad4xZWdutkoMD5Bolf8ZYZJnDk4SvWoopjYuVI75FXcV0Rp7M4XAXnE3Al6XbMYurniG+TZiDPZOHTqOA89AFyh4EXWCYTKpDt119vDGEcn1dJblZHYLsYlMYlm5vmERu+f5pSz2Fyp0upRDn1EP/cdsHHWpIEqzGwoTVRTSGdpRyAGSMb5G9BrJ56YNBC21VMEAQwJsXuBfGVMOGpo1kp3Sprv+y98viyyXFYqbLKfE+XOfQsZM8aX1hZW3jwS1tZDxM7oQ7HxVB3gGrwlNnxdb2Ijo5nPUZVyLq6uQ0EAWD2ikjn2fCzWGJEpH7uzIoxmlDUv74KzQdEVE3heSrblpYCZsYG7MplYaoTUv51NwH03j7dEJ9PWkXCmFs+rOe2+G23H+GNN2Fv7nYQfbzkrOq0hycdum1BU/A9PfdZ1mEjsyxCAbiqqQuD+ty9K0124E2FTeiXsPuHFwUsI641iZwnCcvtImHKJAXPd9zZYL9AEbBhGdplQwSMMlQSfqNvbONcAfJjh1gSlpa3PI1eVGbW9b8mX1VhtiB1E3lsGP/tZptNWmSG3Ytt5i6hBN4vk4IFXnH0uLWRsDPMFO80CYt+Zt2zGBKqmebpL5FCX9uor5D+Z/ivroacBqpJf/6mFwlDdEIbq841B8qzP/vYii/HW/17uuFBd/3m0/gB40SHZD1s2V8kSOiVwDdEW0uTmYS4wO3+iP/5x9pW9WwDw+CVu/eaTxc4XnuVcDGpnoldU7q4jDABVvjQl0JyTZ6fqOj5rjs6gPeKEb7Sb1vRYBOPahyhF0tM8iximf5w4zqoB79Mo5PDtMwX+t/baDcrKcnYSfDqCH135ydbVlz5Un0KQJOGl5gTU3Zr4pq5loOlWS7znW0N3nAk5fZDPbwK/14lX26IAil0/6tySkRI8CwpXtJVZBuUS+JziEiMVmMJn2g6+wx1y9Y6EPsM7PYhKzbS5JoCuKS1Gfn4TuGBthHKMY0HXd+10xAKIY5v+fj1NHrpbD2PcM4/bKkm07Y7Z2HmsY/zdKuH70KVV4JmNp9/K5yUhUCA82kqAh15NRQLlqM6O8oxI1Tq0buDcgjFJc4y7z+CmFl0Sv3bmaKqU4yLR5KLSlwBVX3RLLEGmkXCna9ONsO4DhccfMolam6LLoVYjlzJCUDWcDOMYOaIcHSgns2CHTq0GUGocwB189vKejyjuGXFljGkTIlrG5hM7Sc1hJ/w3MpvlLYUW8TwkqrmVGE6CEZzZUexo4aOU75DLa6fr8SJktf5J6q2zFvOuxS7B+yzZzfY9dU0/Xdw5KJ89utB8O7tGpZjmiazyCXBey0bOsgNfrSlqTazj8L8UO28YaRcrYMtmpKyIM3wkXcPTjUBIHEvmfSyboJQ83As3Z22w2UE2ybJoMozJx/ITKEA2yqZZAa5XXARQhPTkm1BWJD7KJ2LlmdMolo2i/mRdLPkS/KTzt5S7L0G+Mp5VzfhIsmi0qPbHOpJeAXELfHU3MQTblaqP7J3foXMsYI1+p9ZHwlSq8Wd9wnW0SkIVYxn4j/HrLcDNxvaFNoIKEa33bwMYg5r9Q5fZY4hNcnjiSlonHMFXgKFa8EO/gLBgK90yqFvYPiWmpOroAMo3M/S1dqyz5wYSgE831Z/H3cYt87hJGoUUSs8nvdmQgfSiYfxjs6P2XcQegJ+DDvkRzX/cQ1VLuZCnEwKxCjVIGmE79g+wKsGmdr09eryZsue+6goEZpjt4wVVTpDwTuskiFes7n5tDg+tTtO64nhRTJFT8pcpAinCpmWquZxMjZkU3slJiVCRxEs1J65LhuNXneGTnp7G8T8C/Uxk2ntx3Uw7TP3howUYaP0Ldlgt/ULC4erjRDSlpIobDX/55PrDnofF8ycpPAPAN+yKGGzt/qjPpLknGI9QD8qylZvrdZLqhO/iGJGYaKLwefORC/FBYMUcNHP6AKdyeTY0IVV/mMsjhBBVtG9fK7LarADPMHlWTE3TEXS6WKyrHmzLbYMbPpqU9baO43WB1iU+hFqKfLaahuwzrihpwIZswRTXeVk521M3YCJxX69nGGor94mzDl2rGTUVHp940CPHmfy+rd6sSjBhc9fAZPVUFyIcqA0JqpIGX1i2OLE8ZUULd+LSBhjgFHC/Ngp3cpwjs1qNcSXRQWr1UPcFlWQ2COYQOiqZsmOxiZ8KQAGNH3vzjTfsIwDG8a7oFxPI6KJCQeZxBrnfImo5rTglMmluakbigdBFQ/2J+tQ4lhqez75RZtwJdf85ZiX/lvnl9ZLV9ozGC1nbvOz1GGfTDu2XPp9fLyg/HQubXPb9tlG9RxhRaaKDCu0RKYRsMMRIdl/TD22NRXUJKxH1sooyeeXOVhaVZtvbQm7ZMkrw/WkpKpOoFjIOi60sdStyV5yMMcZeLRPh8nXpH6r9O1ZL57/G5xzkS2wkjNw5txpUZlyS89RQCnul4DzyVK7bAJ3pbLdODkaKXJ7jzkeqz73+nTZdnfrzaaUcqIfrUBdMFQWxn+QcOpXqbJjImBet/M6WF0Lkb7Ie30DmKZPtCtIUUz46pi/2hSreWLI3yTMAzVIk0V3J4CjT1VJB3nHRsyHeV/r2pI2iO25oQRcD9AxBWvbtwdDOJfCbnoSjsumzLwrKa5kp51Zn2FhUrjxHKNwqKdYx7HG9NFVUAQtGA5SRDsHtUQCvJ9b/E+ux8my1huDCsd3q8UWe5w8RPm6te0npuVZu3QkHYVDR9EVA7Pqv/MpUosLV1LzX0vanT/ycUWRu41J5bvu4URLRfbIwG9Y5LBCYll+slfY2msNt78dCAqFH8UosEHb0ssD9bqpvH58XHUwBanIs1WemrCHcBNQ0LbswpX+h1nJdD3rwG0cmlUyr9JoHurNFldqFGmgicjssqM0BYB5BJK5b6LED9XEr5aRlZhoGgJmBDhV0T4jGANOYIxEWSMd7SNuZVa1+OfvZKmReERwhGHG0foBmgtZ0G1H5pRTtCPh4rz78wgVdbpv8zDDHMaGk77X621fGzFZboqX08kn0HXbV/Yd4OmqdyqOVYSKeKzGetiHfvI5NRRCuUUAnY9Js2xUMot00jJgvgM7h7AUKSNBX9LQFrToJgnBAYBYzFKM7bB+OcpsaJAHlW2K9sojg/xyOTINpAC9uPJFdCwj+cbBQ8XhQL8X4afp6vEPV4DpGd0G5whX+35UyGyHCIwGFBxPiUIqgjhnbLqcu3CmBs4tE+Vz9ZTCP4w0mzoyJJtWsSXth/2hZFNxHgr8ARnVlV1Bz8pdbXmZjeZB3FnsuxprXSnmnQD1+8/HJ0fa9k8bz8/S9GE1cd1lywV3vRbI3DNcpKBlQvp+YDXpIhkcrAwzBIps0uxD1Fy0Xl8FTX5pxtxuTZK5VtcxTlgl3XWlDgi+Lwlekx77/S+TlUVrRJ4kOP5dbE5mFhSLeCTW4SFNaQV2y0TdoYesHURqyLG2MdMXDThiqG+W6ob0d5lMg4G+6TYF9YnhxkLvoJrrj1qlaW9ODTYhPcBZIC4li5RR8l++AQE4E71Y0S265BV+CDJGOdBbsD0fyOPvIXT3pWUr2vK+MnwZDS5CdSw2vyP77kmRqAfvachW41r5sF4O+oJozzUIdfxMZ7VGHwLCtfGB2oCSrn02aq/1vgn2v3JSHUTvdBH5hDoUZGZTIQlVclOIo1O6QXLkgZFlnzrKYJIlM+Du4lfbiH38X3NetiQlt7zdSrA2p3apIdftJkDue5d/oXvAZWJgElWPu39lqN5yw9SccMv+DTUuDeeH78UugO92GDZbCHw0Ch1/T6KYFmImIjwexvaQS3uVEwDuOCA66Z+5U2ZNv5Du2BoSZHoYdKe1qXyODz0jAg1mJ6tc6HuH6+xFy9wkjL3F19F5AZ2J6h7VAe9suXC67GAneVGojJbFHciyUezho27WG20n4yICpHIy2tJhHTB8qU6Su4Bv8nJqrbeFhD2dTkFeu1T0gFY+mfk0vDmJdbflReuU1tuqjtD7QEE0uqUr3g58mEa5M1cbwpNVesuv5npJ+I2vt9taAdn5bPa0AXGiefHc12lPmB3IPLAn6cFP7mGeQMUjcpPEtpgdn2IWuT7bQrl99LuXnoEfQfV6sD+t/NylyXA9vFszvTMkPRTucnbsDQuUIUMxSQWfh4kaA3Aut9h77uF4LhY7piYagp2vE2XTy/7ZCJ5S7j/1r6bfsb1QxCU2XrzYd+JYirAkc9Zm/MG7G1qdWnMzj0x7MksBCIQuh5PNromV48r5mRMtQQP/JWXpcNoNT+1hzc2YrOddh+PssURfARe1VWssgzTULu5I/qPS1kUCCcHIY5TpD4hQu46XZrqZu8X9E9VeKjGhjcvMzC/ym/6jmnp1nScXrRj3NCkd7NfIJfEmrZ5sziYNAzxGywtlz8aaXYf6asmVTtgMz/nNKqHk8iBikz2er+xkUIF3/T2E68DJgRSp7wXxrvtKboKG4vaXSwaCyrdIv84i+yYDXvEP/vvZDiVFBXW0Xich1Jb0pRAYG/XMIkLrVES818gNAnzzB5QOGvktegYB939uNj7exDWMRM1NjVmvXeELV9RQTfrZbOBJ4Jf1vdNFEYS5mO7Q39Vo8sxTSpSLeTX5NyKpbIt01nG9yKBsgca1ySumwMVOPPv8hobdl2fV9VmM1XtMKlXbBDQHZkfc2U6VD7tQO9xqopRJngLGFWSpW/92tIKJqv2wccZ1EEmp5w4gvXeh0yDyOnKwbhqGHZlgfgZmJo5m6KYqZSL7x/k/xI6HqnZi+QhA9Q2Tq60k4XypUyotuD1WaXgruHCt2mEDa5pksh1POtmLXijd6Z9NxVrP37F2RrQbDS/RuftW5ItU2tExJVfKH4g9ZYFVGigTPbeItIov1AHMzjEUOCtGCnjGXYplQ40rcbe0Py2HOWLnH56jkZdMhN6X0tRQF+V0YzPYIB2AcSGhg+4kTWArSZSiXkSyxd/sryYBjwiefWJtCVA5akZqpoUI5vzqEjIkmtBMT/Suy6KNmQz33VHDa7ZyAbHgsvj31RXQosgiR/ojAeF7y1oLV/3M2EANMhHRmeuY2o1XXr+d/58kMd2/2M5O0nQE6C06IhN4Xkk9FSECIT0duSduGpgXaqmOOG4K9hGhRSO0QWOyH+rV/7tpfYszTYeWa444xLk02zoRqH0WKH9K0rV+tVc7nBtUPRQ1H+kHrfNvpZMv7VM+EhZFEF5dq3bYJllsCVH04z1Pi+uqRkpPGtIQrvVluru6tjaJWFKSDICcpWBTasB2jgDWkcylUU7IEpKLdvVxBE0XiG6mwuNVxEyNV8oTB4ES1kC5113uvci3oaB01AnnL47RAUPqe6QJQ6AllcZLHsGkODKQGqVAQPsPvUUNh6eEdqjN09Vq/en8h0CsIAT4Q5Hq83WxCwDxBVb4mY2rIquY8wyhL/2r3YazvY7dIZ0O3nk1l/he0QuDRC/3PGXAtAdpBDZjT6h/UCv+CXbCn+PWNPq4gYMoqHVQphWDob4hlMLSnX/dn/U7TEs1sPCl0l1zcRRWog3XTxvi7H/DVSTw50vvxYe8BjDkG9icwaC6RCKA7svyOYsNVfHO1uq5AMizqsJ4Htd1G8SNMOaDhDBi8UQ0TTWERoGgjJhmMdreck3KqTgCYgzUl/r8Y2UofsYyGMPs3T6fTyV15lhnSSbrsXFxrvx179DyNCiqHR7trSmX9B1ymWxITTGjYDVH5+KWTB8AAEYVFj2RID5lPxVIBoXcLiHGTwj8StO+CX6jmJ8hsGxyKL2vbBAHnBZBYhpPtY3sG3v8v2Af8HnMdVzryGAWn82zUyNaxwJGOhrmNqKf7Q8MgUOGIYkMg+HNGkiEJvZ5P1aFS6QxImxJgCaPrEo+z+YEPbeRNlGK+UVLPSXesg4dFycLBKGVxAYgWtFcT/zI7G2wfDKEOTseADV2TFWOEPilKUDStU9rlVEOdxEcp/vL9mervzvbWbOjDWge4beZFOVe0NNRG9sjIwSXc/7mNJq0VbgwaIwrDnSeP+I7EM8aMDdaSFwvjJQ52DOpKbpHaJ+YR2oT1wqpcLDYcKyuMTOrn9xwLvVUOrA93G1xnA60lPMQu9HeUFTyAEWiqya4zr4nmI+od11uYb2GC+X1yUaK82qigsxrPHHXcyGLdygR+IsfO18SYb+pfq0srPHfVHlZ929YHpxmAxNpJN/Hr4sJYxk4jTYUhwTktYgOOU/OoJmG5FT/l1GYes0iUoU5PLOrfP5v1HahAwTGLx3pGQsgerJrHGKVfQbmEbYwa7YaB7t3dyPgg9KotJpUWzFvcnbGufjTvDdu1tgoD64wsWycsQoRN5y8dCFHgaj6F/blv+dh40SZGah4Xa0+9X4MBNHOLHGNlRxNGPN6kMrt23cCXuWByy7UA7yMTGWi32NHYxdGUE1SwOjSGFjprb5D7X1BNvbKxgsRuXm0iUCey5BNNPhYMXrt78GtVV1HRuNxuifojzM+nGK0BowFR5MQcoTr2yWlXBUceI6RZaiLNxk4N8Bcb/70ZiGpPyhvr+Zns/pILNAHPVoAK97RR0ftvE+g8cRm6V+Tn57E1Tveqs2H2dlozNkZEJWt16Mv2rnF0azCCMonuct/ZtlEnCFm3TRnMcstRik0xPfZ/zJecxJ6lidBFk9gHPjWY+MxYBG4E5xNIhdIU/aDV4d3MepZpPj4imaMmjULZW8olfD+XuiqQUYyvZR4sM89xDU+GTKWH5Jbfn8jo5CC0OTND9Q53WqtyA6gxRKhPQaP+GsTCd/y9UsV+fRwtu9EuV//K86hLiUwUAuTa91SX5Ti8AXEvfTe1ZyDYLhIM7/wcwFEOOemB7984krGRUSUDoQjJD5RJhLQGZrKZlNs9zSgaSVuWCj/6YrjNnW/wAA5XQpe+L44xy7SbW8cK9C/tgt21lh3K3UVIE2AiyakUkdQjqZizzm8yonnnG+OR8jjjANCEuKrnFEj5aFs0m1OXruTAFzT757g28mL0oDb4i8bdSPDdj9Lwi90VU+w4TL+ESgyDXKbgWxsmJKKQ3MbATc56KWtqb3+rp7+TtWJTJk+z2T3aZVRpFtpPKFsmRgu6OCEMsRWlNw1hPCY7BqhWA2JFCKAdX9fpstClfzkgb6sLq0zhcGtVY1a3SRuTCK55Q4scMDw22Aj/pdf3/VstyooyPAbWjSFHihaWI5dwVcxhLJwal9JQXePUAF6pvDqyJMX6xxOOlmIFKfiFiTfP5LE2lKKvXr5e2vWVseJRWtwRTsdbt6HIWbeVRwtXzgbg6FajaNxbxuih1B8/vsy9Tb4tgykNgNUkzjI5Dsk/CzrGZbsStdqrnh8joMGNgAHsUA2q8gb3szNAagGItyLXT6X5EF9121YypADxjkdzbycM43VHC4TRiDA1OmZBo3FDoEoJFd1mra8touxaogPkpTKyOww1a6p/uSFyqnFIc7DSM0QY4VgaaqXooMdsFH8v/C1vwJwJBSwZXLiVhLrsulZwNi6EC0S0R+X+aM5MyzfJu8dgCmjMgIO5Yo+2OdTjBzlTIsEKctlqdvfrqxuJSM6MNxN3NxEFLko/BJdugpk3hosg1Fas1HldIUB8VZb+5bB88Z9lg9MyyylfQ4K8QeUCkDG2z9Ry23CzpH5r1xsbJO7VqHc+2LLwCXA5Yiff9/wMEO2qN8wQp+nQ2ZAz6+SVzDjR/eqpiU2vKQVCa+1Y3FYbusGP9Qlecr9tyiyd2tHNa8sK/sc1nbv+enxscIZOVYfkp13BXfdGh5Y9j/SLdmhkdY04UDQbHXDnErnhPGeOmtIV9krfzeKOHrog/tBxAknWdp8jHqiViGv3y74Ck/y5fFf4Qqrum+7jywTtIO1lMkGNUcCElEA69QMr5dwdej1MOxR/lGEMlQUw/nnw62KwsN7DcstxuxE1t+olDQEu+Q4sVctgSw9cCnhC6QBgnSHZZ5GLUHgsUWdrakCWlGls7BT8JVWHN8S4i3xKQuYm6GPtUszfpakT4m0PIDWOiTJj/vxcDgNq2CysxMk/xdU2M3hTmQbJLi77mFLG04/9esDDenXCrxodbZCo0+a6XRY9TGBBSW0+xOb0kRSwpkASJHxo9wHM+nSYNvgvpxbdEVEVlWd0PJAgymyVdBuMPtv+XL25QqUyJVrtQEgXk0xx6t8INBhqBTW5GC2nOGiEvuwRhTjfZ4wBnx8EVQQXxN+847EWE9jQtXKTkYmDLu+Smj+UFw7yQ4TDHq3ZGJuTj62HVmWlEDicX9nhru3ydYEkp1SE7vB4FUgLZ6lluwjU6dHYQwSuZIIoJVDZkefvdy9nu9X4N8pzUSBSTqYVzzMw+dvvLwfeeN2/7LizpnG90YWbS5c4kCsWamVAbG+W709C8YR8rFUO7vRvMU+3Oi8NT4DY/Ip0pD1IOB9H2whYCevxe72vpjGQll7NkUTU0RbN/GCF+xIuGHY0L50OC1Y0H/UC9FJWzFo0zEPtMJwI5KS9ppHzuWmCXiHzu++K6pHTGhKcmFJwSUsCxb9naFgxW1T0IvY/VxEsBdxKk+TxR2wsNV74QMUM/8GF9Nap6Y+4qJv+ZtJfyw+hpL4KHCSNgJD4Jc/fTdWfmjfHIssqfX6QHB1baZfs58+HEels+ZPBA3VxTemej30t99LHZ+5Jc6Fbp00eVW+Vha/kAPqs/wG7D7rEg2agQqOxOEfkvsEKAJFu1m4jthG+kHA97MyKM7b7WNFl/X4pWzXrHzIKxUlXGVvbzSqPtOfGnNMOSIbgOY/F6Dob2m2B6jvJHi1Gv2EUDGw1EQa23RpVAWG1fn7O45s3FlDmGtacKvj9DB1fNfgbtT3x9Zd8Z5jCHm+x5n8cz0pWff3wGfnvtBzrxLMto7DNsj8P5RgZTzyMCLA9j2FmpRj7dPKW2YfP4zgdWySNESQBmXLwWTj2H6OOmiyqrji+NPukJuL4rBs3qMkYBEL6KameaAuZswb6xOtxinecNJlyl2U8z15htPBH3+WnbI2vK0v9s8xe1Dl5+p5j40oZB9zDtL912FXel+QZ9DaKeOzOcxSFgrCUZx97qouYux2ulX/b5SiV/APE50/cBVcdl46CIX8jtPBSXrmQWEuuPrx+5Cin+9BZAbReR1DrABvrxKPDjsplOqtJWsZjvNzEIPqSJ6dIAjPPHXOgRtUSi0kca+238xlsxFYf4xXSZmtqPJ47Skwt6RujZsJOKhM+K48YIgDa8I1rtsta/Mzredwc+c68ZHs7J54hX84B/7tP8KInRWMoqMDxLgz0gcHX4fFtZCJSPdOaxPdY2PKXATt1ONB0DCT37+INnBC6kBoRVYsCvJHAlfJXYdWAqxm3PNQk+xqPx+kBEdeUWFf1nrkv2CuFnX6jnJaCrdaG0ui15Y6lCl2By1CTIQTTR2ZvYqFDjpFc9+SnLMF5fhrZwO98WDqxrMpvXUBu4vQjSt+j/jjMiu0TGiiDWCAxrk5ef7rbr2zugds4pk4uaMgYTxLkYLYf/ix5FCuYWTwBjdhXU8TngvuTW49p86ljvfe2xH1uMgvN7x8pNGZoweR4D2CjA+Y5ZQe6doPaBYcz/8TFTqlEgEfOC/PUvoCrrqe87wiwGT9kPk0fOmvukqJXl1NemuNjYO9Gr/pvhZrF/Chdp4TFLKjkNPp/249jU+u1QZhgXIXoid+fnRk3MsWGWbiRmIhTr3F/StRDWxf0uElVL7068wDokfe990ppz42V5Tsa62hP0Y2hcY5eb7nL5hp/i+A9dgMSZauv0q+QtGcB8wCXdwNGtzD7fu7HOYUa4zlE+apmjbozV/EP3q9S/4Tgil6kKAiMihXTsXDdU5zsTP+o08KqyjymJtIYekIido0K9a06UM98SccFffgsaJr0Spu2JbvuGLD3zNqTQuoQN9h3WDsrdHI3iQzldJ0roYSaZ0mByGyf8RJGN58mheNj/5erX9fuSnAj5fRf+jWSWDAvlo0fWwCtOsQA5ej0kHnHrynf8pXQxZ2QPwpPC2gf5y8c4GdHNsVnWVeJ08mtbKBoL1r0O9/M9WPiKyP1YnvNHOJV0TTH0Ldoy1yzUFL9Ua294bN8y4t22rixNaHrlXcroebXG8VUAqmC9tGT22HThjGq1qgToW9kLBU992GQyvkZGbNKHV5Kcj3DrRDpb4HgSQ9/VYsL7KumznokhQxBWPV8Tq+RJcSrBB8MXSeEqjRKs+bp6SCx8ChZlhsuixpczJdq91Vzb+A2YSjo69tZkIzkgFLgkC57uqHN4PcFRGneFpk6U6IkxT5l0pjqwJRaWaIFhZvhj3DNFSoYnzyOL8AZtVY2xui0RxIkoBdu3RqLfAmEEDeD8uoCmyY0VfMZum7n2alAOt2ylhGtcML/rSqw+4dW3kxIB5mAie/o7Z86/lskQb1BNtN1yqiLaEGdOeg0TpuKctMJpsDe504DBWJ3piXehG1RYVtx4oQe4fBDk04A/jD8d90Lq/zgdeyq7MrDXGXVhjxAKzRVwxRR5J8KU0DUVT5t73v363enWybk3x+I6Aa+IDHyYcZphm0AWxjYmn4Fa3JH8UUhQY7zo1KKtz34nsX667StSINoBpon6VYkq1R8TPsI7S4eovDgK6WFzcwB/WtGxUT9m1baHlRKz9VLYApe5hcUjASzTBei1P5hgL4X/9+w2yaGmMRvNaA6FaGk0s5eja/DMyAIl6Kn2N47V/PH5udXv5OKq1yF0hSgetKphPZY6+hjZygMpLk/UgLuTrq0ETEjGAlpiRRnC6aGmeMJimK/lL9TozxyxcY9KgYaptvsCU1iomby7euZVn2QNKOpq9/kgSOb3sT7e4j5Rst3mNJbWS342LSoo7+2MvEkT2mUltADSqDIZOzXsGWxVJoB2OHfv3PVK23LI6pKfCnH9WXH2QmdvtGkc+YJAhaHbcI5V6NOMyZzPPuDY1j40ZCyVtuBGpIN8IzEf6qGpC230Lw58wf+9PVuIaM8sQ9OIaa6wqldaTnAFeWeDags1W6m+hlH9kBbezKjifZElYXnoV4aB3jemTYPb8wZohN8T21DTxER1CgBU7zGjQ12ohskxbXu2dFYUA231c7OoR/tJv9UdXWo5JKTqQOyyKkMqhTFoXESEDRcXzMpdv+woVxNPsG3A7Gp5JFB3seXiJfZ8QszB3pG/5L17JO7cNc0Y7KTmPt/y92dP/+CI+G+uYBnR0glE+ULAi/xGPN1Rj672PPRpzbUOaPMV4vVI5YOT7IYecuEM1LnMdM05Bv9bGdUc53f7gxBqImwfx88Jba7vEO+qDD12v3nrLH4izg6LZFTB/MmiilqYvcPN41C8JDyJo4Oz397fdFa9hhAfsJ1Rcxv3VqO31X5OQd1/yhmdoVjGBwBDbUYsa1MIkHapY1sgG93D6UMFIcs3ERiCeH4sxKOicNEJ9zySn2AAD4KG/EvpnNTbbyMCkesiu6zjGKTTVM9zsVuFNd9XcBOah7ANl/JFWRf7/vBNNVqAwCJPReYR2Uyx3NJXdRC7GZ2o4A5V258TVtgToylx89B4prHAD7F3SxsiXLe5TCJ+uhofWYWGlDVT+cw0WvY4SvEsXiu8BB3Sq5u85Vxp56f07hOuBskndksAkhifUW2j3qbSAy1BzyPRfht2GI3W0Q81WaKpSn/21uq88LLdeSStkBGUp194S5v0s9SbRPFsQAUTsFKABs646QA8nBNoGu+HvYj3Mv45L/JtCE3iz2ZZat0YkxgG3YH3FiME0eFvhwWcabcMfoz1/B9kavMfieqCkT/UBojzJZ8ZxHwVZ47QfrnB05qVkhyiEg8wFwF4YogcJK9cUsXr01GnxplIjV7rFyb1KDETkUuNF4TAcGbdNp886T99NVexAxUrlv7m2VgfRELyj3uQRQ7zCX5T2bZJGPxwHkSwhHxSr+/sM4E1lyHEqqaFAhnTo5eIGeOsf5WTU+J96vkxbgBOBgRZVIc4uo7p2NZBp2zwKCVuYvChs8DRBjYLtL3cD87M0dtdT5IRADHnuxGJrp6xmZzQUZSHCGOaHNRuf0Gmh4ymmvygGbYfLxd1FPeptSONpX1SE8v/U6+jkTMFH1wA2e3m1EX+FYxMeN0pxozdyyyCbFJhmUXXJcnkqQ1t7x8SAyV80fkrUEYr0WMhglARalPx1zOruv2xkjksbLNH7Fw3KDfM4BkUI/XdphMb8GdgfCRTIJuD04A40W18ZC+kUhcCPrEyJpmEoZUoElZnueNE8scS25ca8P+2Ei8WxumDiFv33mLdr9RfPz4q249A7u6LfoeTsW+OKd/1uco7A6MqfA1tF3OlTqtc/fIHFqFd/ChHduwmHR903oLst8z4bdepTTkZ0AaU/I9Wu1gu5oVsti1I++NPMpMEUF2ctoGxmbbtuBPo+lPU1XtIb6JSmBIPSDuDzf3dEkg08bO2wMRASfWQjXl32k+FXS/6166c9DAhB3hMy3xNsZfx57f7Xx6cVv+ps0otfZfvMVQOi1H/yS9FmeB7V2vH3WJH0LIH35zHa4HVhol/XJaWNkZbvJSVXdSsLj64rTUtF4ehL7u0P8yPRSmDziT4yaMfhsUuk6SC2r6mYQ8MXK6HKHS87vInsfAnQpftW5+cBV3Vm8BBpXL9cskI5kB/5538YbF15XeZc/AXcUZCRP3adbcTKfHrg6koVFJK7U3v2gmJRPbuDHmuVnwvhiT2UO+TRavdq65gI0p9ccXXe5Fjs6q9YAyW9O9JhkXoePSW/X0rwIJ0R5i2ZIgikPgNzhLEse32Gm5AvOl81cClbiwGBnhKGwadk7fNvWKTBfFs6/GFDHqMlE9FRZGhxoq5fTqoYnJ0hJuZEMmqeyvWQYNLZZivX+JjPVftWgfZnLyrENV61mu5qrGj8RU9rltwFbcqxwEVPnAYKnIsxQRQ/UgUzDZkktyYys0f2zfyQGPpC6UW+jVqpge7O5OALo736xYKsbNpzAwpUHgRDcRJJjRGVA7lcuHdtVtv2jAmg8S+cjOa6UxWinlYfcpSnIOlvvLKzFkXb4mK1Dk5KUeZWebDlBFGByAPaLvPahaU6I95nkhUlox5aIl3BXVU0Xov5D4m+P8W8NIeRoj9f5Odtv6l7i/Xe5QK3AFbf+NzECfvAHmUZOm0PUZmtgWDvkINU/vKhFPue+B8M9kYLO+EWyKRMkFpC3LJeVRHS5Dq+0bN95ieuVNODllrxY9DJjYAnr9D4+K38EXfPp+h9LJBROXDByvBWtWRIekuL8M/r3KTPiV05Z3YTGY99ATa7/DxNzPTPdlWD34TaglYPaCTaeJEhYo5ORM+JpcHTnVrBiCNH/APP9v10rO6oLOJsPgMmvab+db+O3Mm2vJtkZl9t0NCk5/zE2TcM95nTZlOLGEAmtDhaVfRJhckts6lHofLyNSUy74fHDdF0TC/Cm5kbBBY7I4a6pakt3Htc1ia/ptNPBLqcAfVlm8yaxxKT+9DjNNgGQUyuJpi2uUNWWPBUbeF7mTPysIajuyKqxnie5fTJfeAGjM4BaVGkv3py/FxeoxSbypk4Jm38JtHzyg8u3vWaZgL30ifpiIjidF6Mzfx97A/20nA5MI1lAhR2KQ8yh2/TdMBlxCIXGrAWq22cfvxmTRBM08YjZhqh0onkn7uwWbP3rjTY2J9oWYNI9H3clFFvcj5KjUk3AHnDLOilZPc4SNBMNAT44H5bxmG0lldvcy8A+yDkWPtRu8pllOHaFGA9cEPAOiAxnFpr4mjO/d0QwrwVGWv2bSjTpCyDyFRHSvBTnFX/abCupiP7NUqowEXYcns5ezcPQiWN4Y0W7T+mrdMzHowjcvjBxvyEVMrbvCGWPvvQzFRilb62jgvvuJ4BwN9/ef9omUIRGPgW3mw361OBbrXAyzk8xVw072mm6Y+LFkXt9tPT8llmYLFzjpeRcFaHb74nuKYiaIxFCToLgjyBpZKPkTP7VdIpGqAR6e92tHTkdtdoEMcXIVfFs4SGd23qhouNRsa3aqRZzVh7M7f+NxdwIfjTgnAiLsns87m/ZUjmFHrgpX97pyObb7JRb9SEiflPcEcvDSXv4hg2A6BYxbI+7ntJbjVA4fHl56pi4UHiiff7TFBKyjBCXhN1qYeSLyAjTnOkv1vcdG1jybHxiNxv6pCdF2U/b/qn17SHM+cza0fRXZhSM3pckHzDAOvxDQmVhbd4VoFy93/mokg8CLz+ob11w/0SU1yq916U+h3ZvEANyHqXrjm0DZqEljEtuQWcCJWuh8jFxgSIKwS+HIlEkeAdg5iks7TIoTCo5zwDTqx0/tT1I9PxsX33vpnI8eScvldDNN/X1iTVH6ubPHqIp9oFB7u2MzfnJHjieVz8zUHAztbho80MIcOTKSrYm4QqEQTqbcI+ug199IpFyAdy3J3VKBYKZ0FAkEy1VcL96kseUt/HhC6L+lzPafydVsvLibpPCVlkVEL9ej/7vQBNFwJZF6U16xNCwUUhEsK20dHSNID70C7EvA/YuPgEQSFD3T/Y3NhG7o+riqba1jPeAaQ58g2L7DOneS1XtQBrV96lpTSEwRwD45knOX7j1z7LEcDa2dOOi4c4ajHxr9JDnmqRP4HDCpB5z59KcIeQ85yMqEq+lfaP8eU30RWfyI743eGq1dFRgDJHfcp6IHDBzg6N0Fy614BzvfafJesfs/yqZbRyax4/oycVUgNCYJNPxHjvo7Rm4qrLWbZY/DXAbcfiQz8w9VXjqv4hPfdJyp14zlFHzqNIhbmQnfMPXyDz4DXrrT3BISRZ0U79l6ASMcqMzkmfOfBxe4h3UxYWkAakCwoFlDVhvymZFA9VIS5T8Ot4XFaiP4hXUIykikpRdbLVnqu72S2+1k8XND7/aZ8Ns6JpbPOaGN1giu06klTCOaPC/24AbLfb7lZTeIbNRgpbDy/BVybvmmAUj0heYni0MiyvV6/AFTXThpapgQkhc/Kpl9vuZFMbSf7gMZ/0EOss9mFTDZRAw5i9ia6RZ3UDj8MTCq4YYffh9XlrVvkg7rbpvthadtk98CFtpCoqWD9bhHam8UkvkQyJwc2j1oKl6dilau4Og3rnZtLr8ia0w8dl02lnn2V7fSlQGvGNGgULDfJuoPMP0MopSzOEre7cwCG3cFdKpWXhoLtSWr665BdnjZ5kEKgrMvAuIQPZ3L1oRkPDIWcoR6topbNj9/DYJOBcl9v2oPcwmJOPkCDImhPny9QR5MfDwv9BmXJ+auJva7MLCT/8PFXRxrG4JK1OHwVM+b/uraoeeSZSoqjj4rUgL/ANgmxjGDealiiy2PE4pHwLh7sxSQ9CRCDb9w+8qa3JYNXJa4z9kFDWaXgjhyqQjGqJyKP4KgnSUfsp+f3Py2AFTmAyShj6Y9nRyGnPi45BI4KGjrx9QrQue3OmaA7T6uYRPI4oFHYvoeoDVZtmvCao6znbQYLz/L+9/WP3EoL4fzh3sjjU9KVIzjNwDKIDokPZtIJ96ZvU80F6xWsvS7ichMuNoOaSGl6z3zI4r+BqP3Ogx8dMdXx68FL1mOs25F9Gk77ERfm6l6fjAxwtQm8LCNd+HOG+Huis39tU+8MIGBv03gl+0K+VWK7NVY0x5C1F5vskykg44yEG0iBYdbmM0e8EElXqvB7pkfMphiP/UXhhqWuu/uZ9jKVjmU/f0C4v8mYTveCbQEqYR0BNzsLUyVGByLL+SJG29DUYNcOqPh4KFh7TQzkoDeWgeF+UsME66w1SoHZEEcjttIwFGp9A4pG+ya/mLiGhplZdisOC6FqD4Pcp+kb7ztPfArS8+tqvAo+r/uU0bDFQGYwgtQazTkLvZ1S4S6epq4dQ2McLgTSfWh7NDKtjx973k+IS8cx0B4jYkkc39mFcBjVpWOycMDjMosgxD2YKMEINfOzVV1oQNaFc3cGeHnylcOLynEuYQISuWooMkJneQDMUiAPpUYjrhVT36cGBXZUA2X47CrQ8lDV3xafywbl+7/kc0IahfJpVz+HO+Yk09ezlNbkNWEdChaiKr6aVCpaq57+4C2qFfdtjynXYagUmxeTw0yfoe5vfMy+w3jSvAdjlJkwAFb0sOyZBJrX3ACNpXyAduA1lgt9O4vpC6EH3BP77nim0tlOA76s7TVbdoKVA9CtxGzdtUW0Qk9Cl7QVRtDjIWcemgj1GoQIPpe3Pocujq7SFnGAjhQF41VyDLtuztTf4uLlcXLJy4xtJmt5Lt9ra804j9q9czVhsHSHjtygVroNeglU8OBOqI8v8YIDBy2CZi90igQrG5aAJGCpDu1BFI9e4vn0+Xl65+5SRf+CdUZl8jTmUHZ3OngbZB6tDytK/md1uShrr1WanhsmVUyuqabRzSmC3gUAW1DBoMpjYFUp840rWQPc3NFO4GNd531ATM5EHFW5LJQTPDLGWi3C2qEgWMuBvH+b5ekuvAt9KpbpEairYTt2a/FbZAtkYlEqyqNKJYE3gbgtfIf7X2CPeEUEsoUHBK5Oz35IJQYxG9d2BwTDvJJNIOTwzGUWuV9EPuYTLovxZOz76HtL83tMYqSVBxejVbiTJk0rdxcxUBAYl+vDdykR+5XOaMj/6gpvmERBxjD9RX6JaSS8k2DtdG4vsWI4vjPEpQHe76Jg6yXhMJN1EPTPpklpeGsPhthOXGesKdPMQNM4w7TpiEFYmDzPp4VLiWSR/lxxwZpaV3Jbomd6Mnswwa52Qb9JUFAK/0cPnp4HUFVC2YfLW3w9eCYlwky0/jL/Gt9pauVLz0l9PHmKJWrtCROlrY4QqyP/uD+B2sCEk/xyvsXird81Q7MKhlXCy1mvN8QPHtctR5svt0KLKeBaR6p1xBeVOlstJTffMdXA0A+IlQbrtojp32FtVgzTnRQv93QLLiAaJ8hxSEPs0Fcccum8yD91UfqbZPnYZUAEiu/g4f0ir+VA6HpngOkCBaz6OA0z6r7jbFMUO2VWK/QtAGiNj5oIM8500qa4WSR9R+rMAu5m9qG0NXDQ49uF6lWagmEmnfvfOTAgrGHtJHeFiUckqC9Rvme5i9eB7jnhCzsQOOhmM2Dppjzlf5FqrQLcwLmAYbiNPVJw8w+KkMokSe0zJYMYuoJoDjawl+EwIVT6TlNV93OZeOglIB52UDsm4+jqKmNYKFeAMCt9bJfDwkZnlX2LusvZjkt/OHqXUfGExNwWP+EEMtuiN9RPw+JBxegloXTAqsU1fqGTMa0i08amgXQs84ZxkQRBkrU4zaXgcql9bzgk2lrcm43JYMpMGeco4F3hTr62L+K61REUl6TMMTzbLEXeSCz+e1LAxHM3Oikw1OKobYUTsbXozzRKzzXYbca2grvEQg+/WMy1KbXCHhb18dfonACEdJ1lnhqFWI0VvByzpTnckQGxC1uZrTuwcEKQLhXeCFRDCb8ELeS5FX+0jR9SRS7eIK6Rdz2JQ8pBBglrREdUBzaR+9PydWiVbuAHvszf2p5il7rwhkYm/KNkhmU1lvhSfyMPEX1zrSw9Z8n50glcx7gH2BqLddCQ3f7+5lWFCY9B9UJwOJoj+tepjV66kLvm2p3/HM+qRIQ/EJBStI1N1KmAYvSLi5k/kVVtEjd6c1t3WljEpIKhU3Fxd+dMA6C72UYRwMvuXPD2Q/QeDNhWtMOlCQoQm/AknDYkUmU2iZ1t1+8tH18NX/7d4KIN1Bm2SgZH/59dGeiAewiYekZI4p9DO49+8p863H0EnZUd0acC4ZkxmW/Tq51mYm+2CdzL8ipRMhqAzh5x/sKrQz5XmbUgz6+/QJj57ewW7zC6g6O7G8OXM5wPVC3PEuq8+M9fO5wyMwVI7SWBHEo+hr84KzXOqAoYf+VBUL5XoH13fKqtdmlerO073tKUcJK2FeUAFG96GOgvDUPbvBfpc2cxED9nfnkvigaR6ww40hxZS8WVkHoROv2t0gs31GNyxwKBhr+0lLgICBydMaljGjUvLY0kk8pW6BJcsOFhZkgu1QULtbbymt7nzL93uOve+OpOKXDU2+nxKCyrKdYJYPYrX4/hSqzgWzrF11TfkdkEpgdoq9qy5lYoyKZTvdU5/X20celN709KSr//RvtWxq8UwyC7ZeZt3pZgtBkhzv72gdYsFvBvnXsPJ/JcRK2lsQCswgRIvChcbrkjuRN+Be6TdCWpaupd58uPnT2JECBTXjh1aOOr7A3yasc29XDSl32szfwnZra1YJ2w+ZOO2Vi3AR4T/coV3vFzOJX/iBDO7Op800raIjchtJV+A0ChcFfssezsK/dsPVSNZOOUpYwqPcC3gfevCWQs/od/2TQyXSw69epzwvNP0I45t8k5Anu24duUlX1rAKeI7N8vNVafg7JcQalWVy6ShqSWGuFFDW6vBCX5Om+kGReQeYOSM4En6ZqbRttKQYQleCRuDkNWdXf0Y0xf0RGenUhn9ebUxcH/7Ke0A000cWrcScHWIR02AKj45mUD+GgLXDBqmAKjSHYjThr+HYRUynFS+pMwoxpOeTPb/X1TVzV8FHdEvAIZTN+4RyQg1IWoz4jAGkr40CsR4P0njfm/nVR8n+Ct0cIUCkLGbW3LmcZo/W4JpS/54ft83GeznefVhyq/YBISLM7XEoZKoiAj1LVa1zlWXsATSp/y7wPkYA3RggCIO7xScD2RZgEWmez6/r/GplCj1JewubC8sPHJT34eNvjFBImjXNZpeWzlzw0KPrYfYjJUfy88beuT8vmsUVP1yJ88hlkh7KsdZv9Fa7xGbx552c124u40wWn5v4rRsB44j5EgSOKg9bqqiKoxrSsuKonZakUVhIqHle2fLLkQ9fFTTyqlPuFwzAwEZGitvewi9UsLJr5cWMNsNdVrRkIO98FrndSo6Orwx/lvvkpp0WQaSy647Z92c5qWVdP8CbOKudfhMGfTELEzmrNxiLXiAVU4ppeyf7wMEDaBxMsWZS6koJmMN1uG/KNQCO/7HLGhOyQ0jOsufmQRcyqHcIyowV1gvc0cGYv4zqC0GeZaRfsffwpLX74UE11qr8OxLvUk2RZeN5mKbNDEdibvqS5BdqNJjtpR9RveYW2Fr+nAV1/OAeFTYfv1IWxilo051Ge81GWjQQYHp4DSomPH/bcMJX37wWlxxa2+lw07qFhdPB/545HXZZpG8aNzG/JsnR6GSeUAanay+TM7A0tNy3bYxDYbFB4W5ZXJp6TE6+Y9/dUDMyyI2gbLN9ikpZwF00vu0SxiINe7DFk3BjtRHYvDQFvh12Nxk4fKZBRCmMmn6UOIrSN5f2ubDM2wTHZQbNJpRUzDnf1/yJeT/E85GbNg1OP15Gb/1ZEoB2D1dYUW+mjCQO+ZJiUnmaW30fxr8vQPncOUV05urVBW+mFfu7Hq/AzCFf0wnYMIAg0sDr6rXCS/484Ue4tVxUz40oyJMnsO8Eh5dY7L8MrAypAlny02lmyKNoeMUofmJPaEuMZoS+P+d4Rq5v8hUA+oUcUAHfGv5VQLnYk/9DGa877lDgLcnYDmPyxbdDYz8mAE3DDMoJkeWDxbP5LD4J8YiDthpPj5yyUWTTG5aePD8oWAf1L/FAmKEMevLZY+teUxKI/4SBU5iiyY5tyRgPY9K9l6SPgeaqd5IngY95eew0VolMTuTB39AP0TvUDmMMJoUvf60k/ppVYNXud6SRCWMD2pnIWv0uhjdkIWHrWJqw/2cp8IMv1zYn6b888Bl9QybN5BaOgP3EUgCfijI0Mrynawmab3lzccUXg+CtERj/QcT1dPBUjDNPe9w1wkydPEm3+2RZnnEnLhVjkSec7rRgBPHArrmUnMe1HITUbaIRniWrxB2a3QUtVkBEcvvFdhE5RhQ/YL5PfMGV52ET0SgUGOyQABbjp0QGDFbN8r6zWSTL5XSVrFXS8BUWyHd51+KMXF23X1dX3Kbk9VoHpBvtJDFTdD/jSF/yMa1rmsTbxa5rRL6V6+xOqSsL7JvzE2Me24nUIJOO8WE8pRYV5c6ts4K3p2b0hebbHh/K1/IoBwR13YySDRC5fCS5wclYgQGq+kgLTfmuhq4bhyknWG3cOea5mtsHx3UNGNXavycSCgHmuyNdC8vxoT3n7+PFaOZuqB8WMdG2AFH6aqEHUaEE5P8Q5eo7WKBOqFFgwCRnp58JzIKITEqonRrBc4nqG/Ptbou6BGqa+3BVzOfm55F+ZdH3gnuYHi5qO2mZnNy2NyrAFQ7KUHCx9lTeYyl/GdQQi65jQr5/rSC55kZR/NfMwvgzJxB96gFeqqhwjTP1LcIouWOxCiG8Yqt3qsb/o2mGXt/dX+lSPS2wk7pGxmuDjv9poOGLh7H6DYU8qp9BXIba+UBVxyDy74CnaGvmZeLvRGxK5V7wis9Nk8AKSPCqDR7EdixHgVk1wy0jsy2ZOPu2mkwdEl5PtBx8YpSpxR8m9bZCBmFKlVA+FJMRh8xJtZA6nbIY0bsC/UqcOQUEpTCJEF3RlJlJnlG6aXModKStSN20zX0gyD2sJE2JuZQo75x2/b3aISjvTgJ4Sg1rRS5WnssioHIjBgn596NaK7IhKc3fV6KGY6WiWvELaw5F73lEsS31V8FB/m4LwNEmEkCivwKYAuQ9nZETqKkzaIda2Dvkb5A3x4rQZGxYpGCB4cfESOQbzkG5Jt96o8pg32XjujJZnIczVRdxuR9sL7zI5UzZbdtw4sZKzpvI59Zm7VF7P8ZrceXJOexsA3cy4x03FQHbJ8bD5L7Dhg7kr/iGu81LaqfgyXEnDbTAI/sSUDtCl2R9ZepD4Yv6nK/S3uv72w+xwrrvIfU5oXxDkRuHWCKsMJqeth4vVMslKUF5L59Mx9+QQCxlX5dJq1R9BuceIl/0lxbWGaK3YRg5nciFjS7r1TwttxwhukWY6YKBrFqAPE3d4LoAI8jtdhGrlzDO7IrUgSKCTlh8KIpVkVLQyiQEafjgbrFfZQWRGupQXg1gPy0P2132NktSFPX7xJsu3rSlNBFpM4Lai9dCBSHQP5b5+tHdUWwYpytafgVvJcv/TLNsUVjfJytRpUyYrKgK8vUecPz1ANp8b4e2Y0B2dkSw0JUw0SdpfLn8dRvh5NGHaTpwK709a1c5YzyOXniKHGsAiLaDEKb3RsqqO4kCnW9moFsq/1zWyIWuA8fDeqPdtBBTof6txCrsktlRMvOzBMujzMne+2PRjOHME+kDhRAzDmTee2YOiud9mrrd1NI8UNGMSug8S+JcpdiVL8PL3YAv8x8q2dW0VSlz6tV/QOjYnEqE8oJchYYpY1DiHXbbYVX1U+IVs2jowCBEEwleGxT2Ty44cNqskxzGsJAXornzFu6tJxsYYkWvOnwSeA+aBJ/XZf9GgGDpHZWzizNB5zFXRwZk8jstyBDXOz71/AW2bmo8oNX/wd395tSkXJrndjzjITwls1867Va+wUIveBM9sFZY0bKKrvwiMywlVWxAqOHrlpvDqJysCLsXl+nRloPCYKF1HULnfhMEuLrzH0joXeODmLtVvl25hM+H2mlN7t+qiNFXy9gpSiKcXsBVDRsWf3pb3tbVfrDi14qUzGrvCs+MAA5/cCPotbhksJ847SGsGd+UgyOovM2+j0F1gePl+i/30/HraI/voV2lOggb7XjCllY7/IsIERVTejPwlGARiOTOVx02epVTNZwY9owEK88wIy3fIETW7/jtAsqtklfafJGi2HCI9NCiddU8+xqzm5S0lHeCwN5SLDxqLdlqUo9bV8tWJMEInEi9B1s00FbQYMndPC68iOF49cXheIfjqsP0P8+LCCYHmyEwbRXKbkEuO3DhnFDN0vEwZTmSwuX41FFulDokEAvS8NKAimPTq8Utb6pS3N4PIgad78v/KUff/0sYSyAx5UFsjN3XwniAZQBT5A/ui2DFvV3oxXAuz5pnTiAhrsOHGDWiuKGIVCuFRwrnq4s1hslrcUKvzJAI8S/iFpYuZLHX41DotKhhJDGNp2lRsSz0zTbEfJEyZWADr2MqoR/YGoGSCeZOvPvluxFehpcB+a8Atahb8wUsdk66OvNaLPfeFrKREzT32cIn/6Q/ZcMhPgk3lRtA/b8RgzRP+qfrZO0mdrk6kZhRhA8CJ5OBMXFZSaPEJ+gqRa76Vw5p5YDBwKZmUsFrwuDcKZOEzUjK30NJkXXUFfZnht88aMPvJln+E6EwjX/bC5iqnzwvD8so63lVE5ZxohjocLAs+B0jsTU5kOzIodTgXCsnsc9KHcdr/gOSkgFQc0ytm6awNlB3lNC2OJ3/TMzA0UbjfRVK+9ZmzT7AYHX0sQRKrRmPoh1SADKm5i9aVzlD2oMl7wE76/zca/ifXEie+XTh3k3oL+x/TPmPxo6btrV7bY+ngZWdEW7zhszrCMywLG2swuamHoSfeJ70ZQGmmsZfjWu9FfnOnr3ovAraDAv/rVdUof9T9BrP2RcxOVmcc6k2uHJC3VviZOzZWDXO4LLoFzZ2ViIjYwxhE6gSgBlvOWiHq/eyt/mZINYYAt7Blcg7qVCD4C2mtUjPsNOun1P3+J4itAaT3azug/CZ+SCTq6aBxQBRPiDZBO/+jFOxvAqeBLgJVSnYS3IQkrt0hMO/tZPeiohgf6MfgOw1UVRIM5rmFMMLaphlUAXZqvmwYBlQP/s06A3qDL2QFLtCzrY0CRM6AD8vUznN8VTDDM5OCi7xpvFegVBEZcidsZPkVeB5ihLVu5KA5wSoGZuv1hqrHLaof4/6VwDZR7Uco6FnSPargKd+lAfrXniefERGyYyMKvrr6JS2PL+SbdpbOqPPEh8RKwi/OucZYwCiib1CD4L0SGR5F5HVG1+8KmatrbLw7jQrkAa7SkO2v87pNX1DvjTFS4M+aNdkIgj85Dw+t18d5sr3GYWfQXtuY5vhwrq7Wjev6vcQbBC2jq3mIIZd64TI0vpDExomDB059MtjSqfm7BwvbauATV4WEjhGjyXC4zUeVgR0fR0A71ZJcauvHk96OPcIv5v+mfg4xWt5twRuEbgzn4mZB3eStympxmUe50Lmnas87pQ3Z5vh0uHJ/+AaV7vpcOB0xX9cb1Ah4RF78d5w9OtTJZ/zdbtNvwPcot/jBi2eGA4oqXZtThjz+LviniO+mpoSXzu5+focvhF7XtmFb3ir7qdQ/iJY2WXCL0oU8BVgWF/DDndRTnIOC/nPCthRKzYa3bVbMGevbfHucscm9HJxel96BeYLMaF6V1RUoaW2f9sYP8anjB6L0WQi2ehGX6x+6WW2I4fFzxUqtcJH/d5uXM+3/kANbmmmWqMlsTe2JWLcF+qufpuHZcF8jxL8j6GT0XXdHFfgC72mZmHVV9lra9hc45/aGNciBmtPVI9+YvzyeiLjdRsq4k2dDEdd6KLm9/jUJvcP99fKjCK7yj5R2y5h+E/Kt8ue4vYvVNaSJdwB3kHXwKZizOLxg7DWxlKSU+6vhMEpKs0a/VaE+Ib9u3dCUXuPnDTrqSSWrEqhEPy/3/8yLFTSh3w1o84Dqp0UCFGRVq5VbGhtjfzREBwLxei+0EO1Az3oy+5yoze2V1PxW+rZWHCU6qOU1qHT9mVkxXR89dZNo0CTFBD7S8QrR2tV/T0voAhSeXv9sf77GOjxm+C10gfaC4yQo34tnlYmGdy+2f1hAMmMSkALIMrOG+jlAKF3LF/0gvyCjK8ySBtN5rhAte62he/dDYHJTdLUePzkhHiHDST1H/V/n07qjOXsIqAvEWyXJccyQnCYM4zQrbMbBabhP46Pj/HwkT1An2FjZI5NnUBBHYa3fVfAWaD4VgZalECVOYRrA2tMrFoyzoyemuBWlAy3ThSxotac694XGHoFnkEbsaN8hc9sHdgTeEt4ZBgVforAIDTyZnf5OufpbmSjVeROtV8O0ahaJYcmcv1impMWiebfMjAYzMVreWGOOSlwC66ZB07NEbAnD1L0kVmdSmYRLqzvd3nVZclAtQBR27PvVdgZ2vmHKBk5khD14sw8feka1t/COGqr90JU8rbqu5A1m1QkWKxJU888MdziPTDulADYTAQNkEV0hLIL12626xdYdJEeEK5p8kBGrKHhQN1/FYUdO+9JsUHhCqyigLAPLM0cMmdcHQlyVwMs3QNrwXHlxk+2xxA0i7gdzSmOQr79f0WCmPI0UUhR/3aU3Z2yZeCPDt/o6PxBjyrIeWoR55lUIvqcuxFclIEUfPn7miXYII3uHYNFFwSQKFiPjeGm+1TF4skbeU96Qhll5BU4Xwm+MPOIc6lDy8z042tB0i44B0WPO9M6K+j9LSVOCDqN3WBX2pLwbZ7Qd30AW9JVSNm3xhIlo0bXaankTd6eaE/oZpLHl1m0V2JnWmRVybHnS06jBMSRkjZINyPvHC0VYbhBob19VpOqa5iEHEIllB2LT0CF4kQvKdlP9mZcWDmaekb4bs87DdC5Ad5+XY0Urg9wP1Iqnc5K1myZ7tChQMYz8D7S8dDfg6CrX/ruNtyKdeWEP3/gGDwJnAf2FhhJe0QvdHI3V3NUMOEIW5noHVIA4PXNKqU20jcPnIO3Jnkt4/5hBA9oog5y//iQEKaeiDHm2Bdj+NboaicUFeHqbayIdI+ikf5e6z1J1XPDoXhmHe3b8YFFeVSGUkzO/L8sltr+9qQ/wsZvVb5QSpUiRqA/1jGi7/sFnHSVXtJz9qYNEuJpOGujX5R0DQaja1Bcw7JmGVcTzGVMacgM3rrkRFmhisPWcAuWhQf31ARo2DRh6GCqXFCODDkAHmouaG1LjCU+U1O4JbkUNMBJ0YQX3ndwqy9BAxtG5VAkYcjSHib2A3RO/kVS8QAR3TbjttNfccH9mRwbIsLnkMl/uNDfnWRhbM08vydwQk8AbKGSKztihENTbdXUq3SYHQ5D2prYki9XnLsWcZhhZAwx9qgGHOqS3YNZU0Gmx1gA7KWWfNuRZC8ivX6ybxIn1+7JGMiEvQN1dDKMmF8b0DJxUKHlEM4USUWbELc5n6ey1LRz+wiR+bYVLu43bFJPOzu6YtIGlLWDVwVKqxzuEr9DtGdDxhOjJbdAPAKGhUAduUTHRh8Htv/vfKOkn5NzFnh7aeGxtfHArZx74LqOvU3s84eEJBXw8Ppk3y3y5c7aeT0uYqmOFlQHb9TiWv5dZzgYMt09QmceZivSACla2Hp6mO0RiL3SvzxMubDFAVhO1i9f97lJhikXtyBo1T//NUSmGrr5ERKIpBl6SzIdvbG7OdJFcR7G4QYTxysWixBgHjqU95TM0qV456GckfF08iodLQBGiZ4+NbFo0/TPQwS9Lc/kdJXjlr8gaTuaxEnp001/ZJqQoilcKuXp6tHsy0MufqRACBoNindq0hpU7l+U0ZjMv0UTjOYMh3C7J7e9xqGBi0TD6+Ksy5wlKtsQeFN41EHTrUtO3FW7y7XpgTu5sbmUWeVm0hHJX5ucDn0xa9B//aa9CTX2Ox14tAHq6m2dxYsg81ZmmIQuOYviqZoVpZX6ZS3PHT+gHvXTotZlZhVP3IgJcbJerCRamzpfxSGA5PfvJVk6oq4qxUBU+IiJMhBRvdZM/Y77U79kV96j2q3yJKDZwBfBsadFycpDMfV20VgFvM9ViVt5rQY0HrSizuG+UfBr3Ps+UOsa+zgScfkenar4D8tOwgVV5iNlgzYXGmk4UPHne8/xDFp6fqkE62QS182q0jZuLEPuG3gHGfqDgdkUAe/BCJxGj9P2Tsxk+UgYx7dfogyx4gjNYBowGy5ciMQoJNtU1YPsuY0i/fnNayDl5NAz5UJ7vu5ro8v3GadDbls1VJppzWccsJx6HHXXTPusQaFQu//G01h5fQlOZD78knl2RfnB0f+MRWRTxGuQfA2DRJrTk6z8R0CA2FLpZr/Bq7ScIkYC39xed1bIyPEuK2rVsyLvfJFjkDrrxA6Lwx23R7FBnil8w5GGnIY+ntKsKDnZhfJ9LaEDUBhtMoQzuRp08dy9vs0xs58d/qnECSQA6Fvtmh0ugwIyRbKkJMRPEmg521SXJyhi0N6dMIz39bwMfXOAyCLyHshuGU6DK5JdcxvK2EHeoSVqY7o6eHnV4eW8HsuXX0mjiLIFEFY8bRwXoJ/WzkW9Sr3vJueXjVx9UG+rRHCPfrbXemww+P8vuULJ237pZYYtydwDjmeVv5SY9WEAyHbXXqYxsjrXVHwgHqzYf+mIZsNI1hf8PxTcVkHcpppuKJOvLBNThRTLYQ90O4lqwLdRvkvuIq4EGhY7jZW9nKMmqo2eG4mcC07msRaT7G+fL9eAsm7Ef5aLRhfb/8GNw/dmT1EaLZ2BNmkNabBeNnSPe6pVV9/xyQ/v5KH4bPS20yU+xzWesPldlFzHTX9KgcFeMjsojVOFZYVDA5l947RMAJ+Fxt4qPOXt0Uxe56rXFni8if1a6NmwPpgwb3CoeuwWxzFdezrVxGprzRH207PRo1i2OLU2H1lHqFRxeoFiq+3298X4oenp/XnbnB/m/jrrzNESbsun4t38QOEs/0Et/CaPILHl4Po8zKJoJ/Pnxe2kdCZYm3mCiPOHzm7bHU8fGW4gbq2rAmt3VBrwZYSQLVckHLnpMaD0Hqt/rfzo663x75IlimBf5f+SbTpwKr0RB5jndZVDtoQFPjJT10HbnbtBaB28SJK/OiIqvWJjFBKQQK809U/YzbR1DsNuY/k6TPXa4CZdEadAw94RomYasWf8g/ecOvBCm2/7fuqWyy3UB7kXfUzDqO+MqGFp7kVgmmoh6TbHw4IY/ZGSKEyMwIUVhEkbJjNp0JYNjsMpuDTkUHrke7ezPqi4TEQyH9/0CMZ+MDV+CRhzEF3VP+YQbyU11Ztn9B0mQFoRxsS6owTH4lGDdCn9CCQVIdknDWtOTrWhhSXijFsVkVuX3WZfknaKALhIS1LtMzEBl75D9riqrlcPwPrv0JChX+avzPSptomklLcysGSDFkOAOWZkcwdeOS16ralkz/JVgCGW9T2InGmMc02HOW8QxbpjMcGpyH+D+rXiRCt6zq/Jcm01w0UoATjY/327YcKC+Uy3xexVXHIiGKBHEZUwTgu3fVjxFbdP36nz39X1KB05dRJFhMCjR9Z8BHz7e/dyI8+Fe/qSEdLp+GOM//rrM0PzN0ONy3KV5EjxTF+6Fhyaxm0aPVYeSMU3309A3/tdAw65QAxWOMNo971JFI31gRbzvZOzSCM3TVpw4RsqnrTE9SsAJ7h47MYfsNpLpNvC5SWKAxre+zPj8EYUlqu4C9eb65voEg3csgm2S3GBbocXgR9hLEsO4TDoPuywiAF+jWPfWxPXf2xY7bWFAGXgcOeky/MNJerZ2dc9HQZaZu3N+i3o/J7+ezUTFpzByvhfzlGxq/aQuPE+QJw5W2ngW1FhGlkawun8t+v9L8M1O4f5Hl2k2a058QaKlZBG8HtyW4rqTibL4NzwbOzuVDUfNtj5sS5Sez/9bFaG70wFWht19bt9ai5g9qTDORW4IF19tktpwf8v1S9LYz3VET4JA6RswRCD0slOMpcGw6DOSb6DH9qkBDTpmPJwHv4d0h3Nd8J3KaX+X9MM4/3g7Md5bUbblStPebibuPCTlnsNsgApZ0kdtI3CcfsrEtKegJAmuzW7x/7eCWYgKUdN0+PeG+aPTjCuPhF6nS9wrnbnBYbbPXKNPLIthBYKhJwcp5IPKxWVlB2ejp9136owzN1kLiepr9/uOlzarqUw4AybVDJbgvlGrvA04L6v5200EBnGSmnG7pc68+pcTrVnkHE0VTg7WjLbrIEynIqvnl5elubmPcbmd3oMp1nqvWKG2owS/SPZmPLCQ0FIuFMIXyZwia9je+ELCNFkg53+fJ/MjJyCOeF25vbfUvlzF88cNacnhPT1t9UGcvLAjZIS1ns01HXg1FkV7K46ITMsirw/FYcY6uY49NykhbgHmFb2yKMoAYfUpcPG433qUnSe1WvgRccL0FKqNS0HPvoINiVpEY2yD59xyeGcBgIAlVc5Jrv+UFCS0T85G6N2+BIeymYMOgadEacJDyoqf7ZvBxiEVTYeJJqxSSudw2iytsW1oUEJIYHgk2mq0It/2Tsm0gfySwejIqadgUm2ZiUfcKo8fPSVvAwhrulEsJ1/3p7kC03pgqH7x04KfYiiOG8okWd0xy13vUCw49IVPMyiEwQH70SmwpezFb6rC4MsBIKYDidb32vyYvQBduIyAVMYPzxpCCs01HErFngs3QDbIRC+VsA1IiYcqt8NuPDaLktHXG7ojsP6gb3EFgYHXmUVGkJr4mzdjMNV0k3p+p7sIs/a4fFrImcNBtcXgTdOd7d+aBCQql+F0ihjxa372oc7lAtf4CSQKb0U+cwG795kytY3iNcsoOoSHO+oUUov0wMVrEXVw7oWDqt+jUr64HhJ424YjfUNVb/LU6a1mgg32sMTcaQb3lbs6CbCo/V81mucqpZCxNbu0av+SYwlK5TqyvwZ40Dgrl9GQNO5ilFV5kwe7uEEaNMYgx0UXyRRii6dR6bHofzIR6u8CdA5tKnW7PT1BBIUpc2leppifZZ+lr3ASjyYs/7iHuB0eXQCJQYFcFHo/QkizyU5c8utIFT8ywczZfvaVYlQrTSlfq+qDPvwUbj0NhInV0HajoMxKy4fzDLMtcwTFKcRRIzkzkseXZFxKxZNn340TL0MxgpF2/oHBvWefePiWaCMpmGQ77UEJ30MTtUIJVFBh7hOSDcHNl/SJ2h9YlYbY5sHI6fRbau3ZKwNuIQRqGw51mRj2yNXANDH26LyM0H5YNb1KNvbR3sBVkh7Jkw/AWhcHZf5S7/iZ5mIHciWqOslpB+52ZGqgTuxU9+5wbApB8yNOoitHzSeUD5Fp30hl2aOUGddH/2Uawbw8pTqz4VMC9xpgKidV5PrvSf1z83+RMndanyNCa2YHuRd5haI45zdFYqAsZrHnAdK53lQYlMV2W5uCO+qpdgrGe7IMrLZbKlVMY1sgJAzXytZ1V3O4fr81oD2CmUcUWUquj5dln0NmGskZfJzUfi7RE24e7IhF2gVr6+etfds4NXuZ0tySlLjx8PCnfIeiAUeWOIXqV5FIGUs1UzXk7Ni/V7ezixbuvlfZNXsXFcC9N2SnUSsJeloQzaO6bPb5pPyIrpnhLOLzU5jj153EjhKLeEzVR98L4JSo0jhENJ2Y4vZzX5TgAtvBV5Qr4/H8B3IIYF+4CMAKQcezh9RcDYKSgqoiiUdh/32lqk4+tDrPX3aQWlrET5s5qNwJ91zShI2oECZ+h4GaU62NCu5Vm2EVWg0pWDtJmJLhIqXfpH0lSo4Hx9A1ODBnTsviUlMllMigt6n4plcgj12XelOSHdP17UsOLNr9RJZInCJDybOArXHIDQZ9+bRqtdbv7vyKAkzG24GyAiqIqm1jrRWVp4dSvj7f07R+HyYKXsR/54DFB3VwZb0SN2XWYHmmfaDYan3EP/FCaw5eat7HuMnvi5FFLdEL/9lFbboAGgvrbE6Vvuvl4dHj9EvsgNtFu6Ib5EU9K/uwtV3q0FUwtgYTRLB3Wz+xYDEJdwtloXWl63lSd1mAbSr9/ptaHYzKjWqHQu7iOorvmuAE0ddWm4JMyYurHj2ztTC8eythkpqCqH7TbNWGMPFcfxB9b/aKdtsviS2x2E5WOqrm6OpMpShqffFCpLKp3cjbF4/e9oNP6kH1/4BXjXBBakPmGwYUQfEtGPHCDjnVVVJ+/E6BQR8cue+ce/ZYvXu8wJim4s1asbYpY53O5UtzmVqfqZP+AhLmnxlKmX+lET8bF1k1ud2XLx4SPE1UWh6UPli3wTEutoZmd4CcWllyvxEwTQkASJSRWbIe96WV2xn0QBkQF16FjB6zcUSwiL8132Pawdnr5PEb9piypOZx21o9HFdvnyZFNQxyqvdHCfJsc0fPpLQ/RiWoQvEUVMvu4YHyPOrgaFZGgToY4fOuQhulNFPNB6U2xUSMA3bK02NERq1+57S36Rv+xiQk8Cv8vijf4TNoWqypWqcJyNLJEyk7cLus5OIPucI7L6/Hm7hJ9AqRgM33cIFN7VN8YIc/EHDpRMWhLi0fmmH2gXad2fivrzGgGWdv/c1Glg08CtU9lwUzPVeCpza1a+oMtfc+kRbK7xAtpACsmfuOav0GWoGqkO/xqgwZJiwH9W9Bkx3fWqUP3+NxV1zUuVaL94keH1JbR9mRy7KPVxp3IwDrtYcLynKiAslTeIDviHydHSajnu3r8CjQ1yi+4EdUAo4DwMSlX5+hm4fo3NaDJrvb0uSGBp85skn9RHU1XQSny3AxiSREprvexFgSR/C0xSANzgXeXLgVAD5+HWSHtFj7zt/RgrbFy3J7yigJppx1XGiMwjchhMRClH7gvZfHDXBsExBG5TZOhyM/xgHUt+lDVZuVkLznbsLDeAP9uN1nHxaFmFmXPDY/zkZQ7unVzEId0QLenS+ioz6GhHDIhIH4UcehglLIESw2g2kRBd1t80cGtOFCKPYaE+wTD3+CcbJAMcsuy4EeLD3sf0L/TaXje3IPuKxdzvA6IoZ63JwYlp8i/BAlZTuxhnXoGDN6vg+hgtYQTs97VVs7Uuel9R/fX2ObS5ui59hYGtM/WIu47xPo5dfII9tt/C7DE11/BXsCq6wV8aiBqqGSqjkhOrVDzXpEzDksx+Y2yfEySZCbHViK7Dlg4YGn5nqJGo5gfH2fVIdx9G6NDJiStLc7JlWQAWeg/AWVtiTj7ReqdRl1wgPLMovjZ5Ok4T2k1jjCk9bkfIz5b9dTznPvplH6rOQkYrf0cpF76ux/H2753c15hgW/oEbQPFRHSgHTiUMuf0asLMe9jRO8n5ZdFexrJu9tzXJrFpZqnQAHTNBhC53FNq+u+K+6LTw+XODMzlx39O80ZyXjzhib+5wRxlJECxBvAb5NddEl46nmGBjKR2GkivXSl9gqSg2Xb2UwLlRc3E8RBcj/0qAUfbQlf7AwdCmOJ5exAhgqTUbxN/4wFRt2oK6IttvpUtSEm1JOgJP+vVjTWm4CuSgjMtfA3N4EGfRkVLDV1LdOL+BssH423ovbys0JK5KqNWY9vbHWHq8z6mNqjt8BDyksP2cg3riE47vbqJ/hI1W1qM2nxWSVAiabPFqSPw4qnTuCYy/pEavdHOaHCgz0gYnSIHIkfDlT7XG2e4DD88O3EcxxdRDQ4/IRKX3zsIL2C5/7jwgugRL+g0WDBvTYSpYpI1U+JV8nb1QGb7H+Uw2D+Sl72HTupDC9FgqJ+EYKLmMj3gnXXIXUhpBkoRT6Y+Wr1bEENSV7/WLdMhZWob5Z5VKb/zoBTEalMA23id0VenEXS+FsAEh07386WDOZquZtaToVZe7Uznz44Amz9R9PUA1i61H34gq9nVS8XcmjZvp3nPYWCCGA2fLCSG+myY1zNUYx/dNf5dhXemffaV5XuelEXBfHpc4C/q0vuigiDrKl0vG6wgmzhcra6pV3LGYDg4BxRBG6hALZIq6qycAz2ag3S1I8c33HzSbgRtIi9VHaLGwM+BEQwTivPrkbx0/d1HC9uxcSk3NM0d37mGBwNzxeblMelX31yr+Td5g1/kdXSMlPGdLxfIvjNnQwPng6QOmN4CyNuICzZrk5KI/Zgz2Nub0fHdsI8CTaZ+NoabMF/f+8mHWXRbzn88GqEUjuBEMLMX8NoeP/rW3ipdCtnEflLGB0Pbkg7SW7FwKzR+mrSGzKy2U4k1/EPQuNB0gH4aDj6crqN7OjR+uIlnqv0yYmlSB5mu3LwTNm8JXXQzZgkh8wIPv0tVlvWJPtWfa7ytnE0YaTy/5n+OnoYL3lJWtjWt+b8R9TNW8EXvUtP6CnPoBWQW0xJI6gGFMBIPROi4j4SQKgkrM72Pym1Po+qRpQPN6v2MLYZZy0EiL3Y1bBk1oMtn5sjevkc6LH145/arphVg1deKPk3yIbElWd7KRRTGzWWvw18lK/WtMCXFh9qclSrfkUgg5o/5Fb8qtX4GwAZhoMOAFBLNlP5kgfG1btFAkMBZ6mNJvUBJJRcMQi5kQBA9BxN8wao8mTuO/S0RxeUAhHkKl6yuEKT/XK0oN7bbrU5LpAIU3Pmv10skisExkH6vsKA8eIZWB9YqbDyOg31sGOWOoaYqSUCXoYgbpGNLcqZRNITP4ooNbdqakJEFoEAyII9drZdpjl6pCukhJWt1t0+NKPkZwMWLwfKf60xVrge8YelVZCji7Nyfz+nX1NmYW/fRX7jQCwFaPkBqkIFTIa4NAGTSdGq0eC0ZEWlXeTvkaOczj2XSjTUb0rbhdJvRWYUR0dNSjCZRCKYE4ZQIsny/xg6kibPeG9VRw9AJ8d1CB80+QeEtupWINpraqpjSVV9lHPMEmj4FMW8xtx9XcEfTfkjzifXNFaUV0wsWxB3jFlnmZblGyHpG0nJnzcIkD32Hmvx9okxE+HC8w1IzpH+3J91W4d05X1I7CC/ulsYtCxaDgmPnz+ph6o1PqdNgo7FgZXEokXXMqDZ3Uta2aJ38G8uNOmEmRwsUVaCwkaxBoQW4DEqANZ5EkIO+vuo9mOgalZ7yw5Ml3ykBqgyBAOZCOGZVSn+OdSn4bd3UavvboLUJ0aM12kpcPISrgj/rI76VFS0V3XWEp7el0C2rNtW5XsKGcGNrlFkkC3G1OT+7Wj7/kTC9rLM+P8Gs7f8fvcUN7aQwIVtcmJ1mvaSDADRimHvX+3XAqA1MMGz24EHSBt6xEWs3vQu/QkIuUZzjeIoe/Yaf5e7tl4d++0TG6H7vVzpW8EY1F9JnMh9z8CbnxxkDRdNYBDjB+z15XVQdHMiiCJV6kP2bN0kdspxmL03+UpGNJdBLUOSp32+s6xgb0czr9cWGw+p4dY86H4P+GInP6nPW9AcFgiPichbXZxUCneMcrgxFhODIbiKN0Rbt6ntJAzlJGeagieLWRyEfCMHg4iTo9Z1t5+SinNYVD/lSMk1SMCUo/5sS/MMaChUjvJuyy7rkdMWnPXEZRIVu9lQE0SQNmtM2O5ExRZ5ZAZcXcKtQO83TyyVtGfTLXPV7NjpxjMXDvctHv+g2OlJgF9nf363cCZj19FkgQA8Mv2Wl7xRDKntv28UIds/PT+9Fb39ACCKxI5ZTiHnthtLM0plHxqNBYS7z61AUyLPlwsv0hPvFCorHnyvxvcpwCE7Wt1J14cMmcnxdCSaF908+3lv4qSYNklNAqLPi2tFa+TNBdegkbZKXwFGXXYzhgYNJrvtl+c+We1N/3Hv2eIaIyO1ZQhUpDeprH3vCs9r4YJve8RrAY5X5Iz2gDQYka0Q6P8VMczv8cZdSno8qvVJKg6Yb362Tc6MU2ZLcdl9gqC/GqABtZx44cviLhIDNVADn2/Q7HHLr0y312BVzQw3QCOoB6sfnTiAfA0uGUiEGHz31az8fqK0ElUv0uK7PF/IoR5k3leSbPXcd/JOZc4YGFDBvB8wFZ/tqE/49gGZyt9Y+EFIu87NZdelnAgxgdhx98wmMZTDQzbIRVJl872OA0vno0Yh6lppioQaffTCJp6KkGL83JZlkvbCk+jflOHY/9tXRCphriO8uHF7HjpKizkrNzSgA63yEQ2cIL1cBwRNlEWTaPywXGzlIvcrEyQlEnHVJTtNn1f72rvOJq3oOAe6GgcqIp9zuLnt6JNHXtof9dNc1llaNehTC0m8i39kNNvHTI6s7n47GiR894Qs1GRL+ircdGlWD5bAvNJDKJRUe0Jdky3VGpaiANcYmRcMZbVqgT5hYAfDh9iCk/dHwrSDTFEQG33Tko6LqK7WhAtdvpF7mb4GmyzVlgAXPM/3GW+2qC2vXzQCzO/8iU0ULsiEOIukULrlmulvUL0L+ExtKZUxQ6AudboMRUQojRl8KhGRhRh6+qcO+pvAcZLdce1gmO9GLWetsI/9oCvhWFt4+Dr2omk8aTtw5/o50AYyFXJapZznnm3PdyCa41cSvS2gVRnGx67LhoIFrEVuyDBzsK4SyVw+W4BOrJFq97N6cEFKW1j52/UcpbTkSKKMASyfTq+esW8gtY5tR5aSI/hnoocOMQyHNt6XyYSpO4EkECKP235LvhtOoY2V3FDAiDlFY/hZnC/U2pEefoZEbAxtfM2hRTRYqwPiX51IilZQpKUK2VkfibHqURQHEQKXpbQe2rBEoPPga69KCy7BhFuM/LKqX9VvLQt7oEv/aKAoKrIFOcxX0BxlBaRXQAuPysEYo8ASS3NxHA1PP4aUuysUOwwI9q8d9m09hSH/NR5oBj4r8aELNlPeHvDAjIewDVgqPhPLjNzWpXV+dPXcfjld0WYKlx1kVe+9EyenJsY3Zj5XKn4ex4VHBdGuV/myc0Z9CnwnIyYUDjSl/fgIE47S2JSO8yGbVGGy1kZb89u/KO54cMxty2nizrO+wmLBm05vyP2J21x+QcejP+uRyvADVnWLJUNCI9Fo8i8OdXFC5JwMfvPmi4xDOVppvuuTLiu/LH/ajKCGOgPkh3CqsR39hoymjmTpucuJx05acL8uDGkHRUXW+gnaXD/gH3As1eLpsDm7N3RLp/pW9pcrqs4kbCi9i3av97NJUF5pYkbatakVvXqhGVcnul0yznih/zIxmoFkprDnOLk+U8ypaBrlrs/tituHzNu36xQAmGjtGGHUnkmwMb6wKRxbIDYsXUoV0spEWtRqQ59tk9MRXvOnl1st1NhYX6iRvAeT3B+qMVnvPXTpbyDsH8OsJ1SGqVnosZtV97WMlwgQ3J0AVrpKVk1Ms2ZR4eKi8vHNFy6/W4TXvrJiOqte42Rfb63Kxunjm6k7+wcTgk74P2YSjon9UA2XEYzZnM30MzCLx1KksgFNDYwtk7k0kDTKHpAe40hHK4EdaLu7MLtRM55s0Jqa20kN1x6S4V1P2Z+/F+Aszh6TG7mIhYdXk+M9737AQUp8b7bNSPvg3gKRUxjk4Gwa2sKh6VZ5nNcbw1khc30IDudWvFKFrA22DlrSc3XFpwIptggu0ORUG4bIKDu7lv0rUtrmhag+0cgtIWp3Z4Dz0WVmuR+5DTON9vWuuI5yf6aWalyp93KUdOk+oItQ1o4DwvE/PzfjuIfSH3yiaeOX0ew9m3TyWuiHTDGRnilE8ZJKUCEKEnJU1otZ++pa+mUJNZL9DTD8PI4M6ArK52ct7DxkDVxtB7cZrfFyjvpAnejj+MWKA2mjIsRh9k2YUuWjhBi1SIkmeSpS67lFJTY7TUxP2u31XTEKEE9tngPTaD5iahOAFCsDzgYvdJVI71oSggCiqgRXIEPjMBjzgC7sVb/psu8MZDRPASxQ2nl5ROflmgYZP/UDecC58hu0lATGFCKWX6GuNS7m3F3O5IWcANdgt4foQ9sbFgeK3eF+STlxRTkwqfTCv9SjeLDTj4L/Ma2rvDBz8N8feVMAyRjRBhs9TevYI0yG1doggwPbl39WMWVhq9gj+bv74ZPsAlCaVR/7ednox2FA7zQxfxmWkBbwYduDwqfC3pClZ0+VCMjWeYpA/AZK5caGW1/tizuFgCfCYp78wK2ysfqlJcGZor2KmTtvwxarHSYWcjXfpT3jwr1mJGwVvw3rSkzY3w+6sDCOFJlSq9ebZSD04xbM2oxJs/s3f0e7vOjCMwywwKvwaCyWbJExC9uQtA+jrM8wh/DTIaXswEHHblsJvZilec/BXaV/s01zDtmBtryerT8kHe1ui+QxJ07xwacmbJ9ORBJ87P6igzxK934teJ9pUX2xFhZCaNURVdstl8PxppfquSrT4dUTECusjQq7sV+Fq1PC4PoqVO7pNzjDJGTmcJHwh9qNP8+MrELwSAbaDFzX4UAtvhrb1eCvMmX7FP3MuXhVXVI3gY43Lik+hAa5xaypgyvmMqcYqyRup/iDflYHuqWnjo4rEi4BfuuGWRrdCGl5bj1f18DgE4Fv23WSMFqydnq8wih4RNquF1bkOMdAfFe74SX5s2G3ZSCtBUWpJNoj6ma8JHeIrbwiDQivCam1MP41oSMJTfxETFcCJJiPGJq9zflZnImGEl3QpYMQ7/yqxcXLMcYc5pJ3N1LWoN/OTcuKaFs2u+VCmBO3OQPoCRXkhptnJlXLw3ZtlEH78NuaCxeIrUliLHfekxuOb+4HHc6sfEnOqiAgHpeH32XzJCqmdy+B2yc1WPByhhUzwNDKZOSGU8BjJ0TYzf0Xk0rFiCpNOsXoP8fXyjxYq6L5P0uEuaGTtIxzowuq9fMV+TJIELu+0w8S8MfgXLkSX72atdtv3hnsf7QnMjsRbyjw8cIKFrt+jlSNWiZlLpO5cyZa9imby11sA4UDMStSwf8LTDyDfpTHxIrI/ZWBC3ZFmyrRvc3cCWKzfLRf698XTpX8/B71JOA5kmfCLGQ0jhe7MLi2OLOBqpgQmydItpuPC+uUglKRoMZw8EjzsUhO7doa3i9/F77QG0wRL5Ou4Nxz272EVcU3gZFwcj5ky8Jiw9yhr8VB6jZeNX8B6UZqwfqKDcC6JfEJmjtGXp4er+5E0jTFaQeswHteFtQ9oaECLsKTfgIfErJ4Uacmzu/QSdglgdcRSHf6OQWXvSkMADkGG9dy/DHVE6TUIQQvdXarSOFMihEff1Fomvah7Ij1UfP9QFdUkgAAIpmutNPBh+RbjLyClwbHHf3O8Z9mdjui0qBZvKHPVpEPFfo7J3i6dF93D4G7u5zfqhf6kSPw1TgcBkkwfrSCQ5/TlS9GS8P31uDb7ygLAK4GsimPRE+G7iOMrc5hFEr1L39XOhTuGMpz154L+5wduTyMLJnSijb1JlxnMgGiqSZGkHH5taubIbEGab+kEIIL+7stP5o6C92CPQBUaG2P171xM6JQCk7IuoAl6NoC96TqQs37NAxpmYCy0JRLGcvx0Ka4hfoJ41pgjDIh/MedUNHdNpNSV6q6EDdCacM4GF4N2Wjy6LfwMdzQGlH5YL2mRal5oLXUnaZLNgQWTgvY6IVZnyZP0kuJos8SmSLplHLG3o1p9S9KpkLzoUaDjr3dHt2la/U4yHKLAYgMrAcVVYTGFOa575sigHvBAbWNQlXE4gl0w1cNiN29Sam8BHpUPli8FDXYkH1UEfXxmWTT1YernTdM5oVLrdYqreWCiqLhKG5LBKKTJAcXBe6uw3Ln9OKaUDak+L3URGCpYYRgPDJUZyWMzEnwUC69kOdOo1BfkFxLa/YZlzdV6vjb5ThQQwmdIqqQx4m5bNYj1AhbMDuTjxqMLnEltPAH07dSXM0g3EcQl1m3UYmYC0xem9qF7elP69DEUQowuU9ucarXh4dNBW9qRp+Diz6SaYsh51L5QrsNhJ17gAmpwAtOdrGxB3YDtwxTj4QepOfoTwfXusGGJjeDM3MN5GwGq7IOWn2khJGg4SnAhuS6ZBHPL1kP7i7oh7IwwbSQ1PGujL+/kXZgeQw+8snthhcNy0wcAiA7pzAfWf9IDMW95aJf7wq2GVW9CxVvNWZWqQhd9PcYFvocG9GH2g14S/0ikLlTsK2ZdxMKOvj7WzT163QqNL7tbGZb9R+jGOG73/VJp2l4degj7TMxU6li1IhMX4rZuFZW/C1aT+MYP7ElLfG9rimSLzvp4kXDR17QOQF64AIpP2CcuDK2tMP3qMh8+lVD2J94ab3ELGJni6xNPnVg+33egLV87rL7v0l9X+EA9y6wuab3g6jOPq0k98DfHzpY4j1HhVVFXtc8Ciyg9CtO43vExKu0GKabD+YxTXhrGjKV3xzenhgB0OWbQXnkzjTnn/2bEeQrMkBkHXD/aCKE0t919JMlkXb80dQ4NWbEqtS/L5Uk/BQxyON7eoO7ar9bBpT9SzS0Gvze4+OToJbSZ3MOAcJovKoMZvVSedaGYatj+wJTs8hF9xWLub389aKMkxFqiYge6p5fNig0Y8HmqUuNRe+WxUhji9Pf5cwFaysds9CHPS9eEtkRlnN9dEw8skHixMpZagrf8OauTAin6g8a4bR0bum7KBLMUDOR1T4OC+n00sBxJvXE/YjSDY43+lcNHvhK+LNawMZCbIxP10pHkGXi1NNoLDMDmoy6OIfr78VyXq0jQJJhfrqmij+L9YJfDGP/nkeaKewFSfKK1e9/0DQ8wgK1/jG5kYkypH8uvu8/t8NFGyGImJnOei9tiJ6gvN8aPT+lOglHbAl3W20R4Qn9nkq0iGsvYnV0I+jOT/bamUxa2/l5U5gsrxRgrkJGu1NyfvFvyj7R+qkrZKhpER+mGAu8nt/QGmUf4BVTAJedEudGM6G0QQNMOJMMYc6OiEOCLzlC6WsClJ1nJGhqeRKGJRVk2KQCZO/PgGh7QbSTU4p14PjeTu77n7yuPT167JisoHQmeyWV2jEn8RwVxEd+RorWsiGynvQaye8Yr26viV2YH9X0ZbdWyamU6YRbIR9rIEOrRF5f2cA6F8OgXqHLcUKyUjANJrnusfI2nkGjDrkvAf8RBPI17oV0rSQ8Z0YvwYqjaDVY0zhik9gWr/tQTJA2we5W0rJwl668CPbWoY5OAdYWcOfzqJv6Kl9BWLw6csgNgSmzpv59XyalavYGYWIHSodCwoVi/KvPdbx1dHmNQgJNd/2PPPtgFVJPh+wvA17/3Sxuh9zswiGebv/w7VegS70J2clTwrmpNdAgHeq9AoI9X2o1wL0hEzI3uv4gOLUwqym/8aC75fuD24IItJQn33FuGIuUA+kA57EJDQDRqDqRY3AIDsWH18pDF/1u7tWhMTqHdJIcFmj2wZ9NjqeWS87YerETR5ozyIB/MyhQgJhDHIwsCVFNhA4DlWC56Km8nsTIfAJFxWAxdmcvrX8fqK1NweB0nQSL1gNGkRpeqDtJUhwCd6DIoV5LP9gFhRqTL3OMym5EdyN6UuTZ7omt9IpKunknayu8znFT2papt2bY5IsRsySYtKldt6nEGv+D3G54LhFlsQjBci4wvOVSTzRe1r24XNIa/0DFfipJtQfZcPwx/8hnnuAZKH1hD45Uy19Qh+MuK+diYoS0XMM9gUfsu1YcC+lh0jyd/BiIxqpkPlUiZxTcoeoMrVh+gIrNCOLFKc2HMrBKeJn/EHRmxFkXZ0YSWXykQ3EzSgOAgNrdQ8LJ20WCrW9i9u9hzwstUH8+nTP2mdSspUrwlDr0CP6KhBxGpqXzLqUqJGnzZBbh+2WDvIBSjmOiQHUM4ajozDI15IK/GkKY1tk12n9JHoisfW2ljaEW+w0B4qpjy6MkLXuitH/2iEPUjmZpofRL5S7dQ8l1iSh9SsDgPVmpq7NSsKYDjemjZzOpIXebuwdPu0FQxGip5a5zuH07bSONYMSl4XjdRbkBVXdnrFrcL6g3HcQV3RkBdp0mny3O9x7oD8DXPqSKEhUbpgWJOIKDUlVWmK/rh768aNcIiZjyBlU8J9ZKpii2krZknxG/lBPQxksJi30dzj+XZIqGOJh4lTPYCQwj0Z7PgU5/T+xb1BIn1Yq1/9POjTUpWOXBz3EVvgfgJ4rRw+lgEj/ZHwJE1pRubPRYyycHQeu1s9DN/HOYgMaXmD87cjQXNHwt84svyR7fnrRlO20XNGdHYtjclGKj2hvmpcnX4nMQRFuKHlL6aFgRXtah8A4pIUSUl2ijzllGzkQhS6ZdJpUqmjD24XGmG6K+m7EElQaEh5WSTAc2ph832vguSV6eTkV1mMby4CwywZxVo1ReW7v9nVOcmeN9khkkuU1o0CmU84BqlywAnSCyeivibV5uSRCJzZOwZxwDdx2A1f7CP3UE8U1E0erLOVUmHb8cNZswDBkLqJHS/1GgADQwJKX/3okV3aMHEfduZa+Zdh7UKISKMXqmXVN5QhUh9xhV2rZxxcUkqPEvvu4Rhhro5+g9Na9YIPc8S3W7AGg0BFSuHh5udCZc8Lj0MTd3tJKqGCTEZ+smf4LIQ49FmfvJ6zgv79vbkj0ksbQ7pimuGjaxKb8bIwidkN7hdjO1FFZ3ZY02OAF/wl1cND/Y0TfbsOnyeQlQxoDySjp5MacGvKOzPleCqn8rYam1benXu5/OyACS+fWt3wBYko/CRgVxWDWmZQ8l19Q8FAZf36BBbl8468/LPmPb+OC1x3GxQkA61U1scAamUs1o0qSc3+sbMXea7VT9f+XpP+oV7CvJYUXpvoexMmuinGWCZ1npk7b/sn2WVY8j8zdk56d8jTMdPeJd8bpgtU5qglSatWVho9j7HoJLjwEbNXUFJ6t69CQGhXKTZAGxtvltWi5bYRUbonLAWkhH++WaxqtoUnpbVyV7QlmIxS/Lu3b4Mh80MjtGf/OJCyeiGGdlD8noBhTmjMwkNL8b2mRF2UdZgW9+ZxUxZDqrt7SE3InT/a74INq0WxzRjRDk5nJM6JEvnnNSUGevz8Xv/aPs8T8P56mFwOI9w0BHJ26LPB5SX8AtntTcu7g//zb676ZRnylyBdmZ5ZmjevLyfcqEEqaRuLPwGnTSc8Hy/b9jtpk63KEkYmVN6P9ZvzR+eXUZnyVvNBO4ee7S+GRCmBGHJCxlSSBSycnS5ndtq3QCim9b/lHwDXw3BMiI6n/sUWb5/eIwRF+mmaCvLnKE+bLy3rQzoYJ+F2NUYQFQFiAChV0FQ6syaotFl0G6Xc9juWFKurSw/eU0Vmd5flRV5QCNfyK9cJOoBsSWrCYbDt0yBRTdO4XRiTag02I4MgpS9C9L9dLbA8KhnXemd8+YGOGF+SZkvjZxTzjqocQixt+3r4kR0oZ8r3IzThDnZx1PKHusV5vdLgaM60PYEjf3WS8cZth5k/sRfPB4G8rLWrZ7kzONjtBXXUhEIhDiW7kJa5J6OkEg17DoY2jrkQZeQYboDikNzeKP+fJ2wMmblwD/l9nfU635n7j4y6+NtzQMZpXVsoglqqancxvqopxj2cBIS5ZAzdrlONmSQBFUAtmqK5feSYk5LNDihn4LaqD1z8d7J/RkZJggKfWLPuMI+vtLRRkFcrILxs5WBJVms9FlSp93OcOewNack8FLIhuF+y0aaLC0MK+yNpL2JlOMwfWsQxaPAbjUSRTu3F6sRmxp2w5ndq03BvpAdLlXy+RadQ1xHIu9HzYYhm9tQwEYVdSCz4kvusaKHTEwJrqtHeQgsrWFyy9nd8w+Ozne1Yo4hCwW+jXOPyBcrcpgCaYYshT4WIRJeAJvI5Xq+Djca0VTwzquUm2K2PgKEjbytXuHh1P65ypVkL+/6y+EwHd8Hn2ZG7CKHFI0XRgSpN7n9rdXW0B3eUxWYmAJX8+ZmmIYfHQufbSCwNDy2MutMy0Ldxb1io9Ym8u3xAEoemgI9pxd1U3W76yaybxO03Axj8dkgHpW+miMNUBoEThPwVlbeCoML1dTpT/vw2zsd080STTMFUkmgD7+doA/lR+DwXKWpSP7PZpxS2Zo8zXsX0vQaxMiiKH3JClUf0cSMAmfyJ6+sfehw0sjJJ4kztBM9mTEfNGRWFZKBH/e7qkTqclSLeWj2EMdC8t/VJL7zPFIpJjUkS5PNDAvVVXsfx5ic2nWNc3k8RzzVqHBkNjbe/QQgEGmfRsxoSe+eNdQ9LhGMGLktDcUmgx91cHbvXl21X5xCVGjRkuXc8PuXdsDr9hN7yIiQ7lksEaDOlrlpNTrgJl1hU8lhIq3XQGaL0bAid5y1+CtPpIi2MLUyUV1gHkPVL7DcWS3Bd8kthlRUHvzYEg1e9se/JLdokPg6qIrgsv3lbx1wba5MkZF16w0G7GdP44ig2FYs/jF+FqwZE5qMaTHCS3ll2LZty6EKszjOEutIXeyVvfUobYTPb0rUlpWsPBvY066ZsVlmmZQukNXtfKdbPRoN58cp8iK9ocJwPXFq8QUezypjE5AOZFas6UhGspW03RFCBjI0soaIDufX0EVj+UbSG6P0MLBHH236lt3t+3IlZPi4TU6NnokgysvtvYWp/OjGifK2MGtEyUwApA62UKtSM4O8ZJ1HseIVuM9Oxvkms2Ic0gnTkQtXHu+zxkIpvopjI1zNe13O+0OmqDo2tbES8xr9kp/o2F8711DGXtZH4fDGKtKRudk0h9YfjZIXR02zdmlrzDEG625qfaRYZ0+gWfMwPU+WoQ9oVK9epfTe/vvGTmVtOWkKgW6jhXHEttdBHfDugT5hVW2PDa64Fy5yJFMdsgenK51y54qtphmdRzi5K7AZu4sQ0SfwD5NQOHGyTIVwaJDgMMDu8oGXfgBcEC9by+aq4JjHlzBr2vWkv4xBJ26RqGxLAs6T0jZ0huYkJfQ3wVRCTr9pqmpDCdw6whWgYqy008R2gR8kALWHPq/XjiJgtDZCza1Vi5jdxPLi4AQF7O8TANk9pZK8V+Op7dznoXDn19CVr5+nIHFvrVbbaGZMeN9fZu+mVhJ+geIgAV3Tpfs2drpAlgxGq6x0uvmg4wZzKXMj7w99lm6een3yBFWr/Htf/mn72wu7FAS0E/Ggo7DIvmd5bfjbUudS1t17qYNhOCCMuWhNT2UWB4L/dIikODM1Dhd4UfA+f3SI8DOOux73ReA81q+y2QrK6unsa4oJfqktiDPH3VI706ZoL4AUnbP+SU/EdXEJ0u5EVm7nwaZI5UIPwVncGfrsVl0mOCG6pERcy+1s7INidRzbYOpWnQ4UMwU0/YRCp8BrJ9ZrqEOs8F1IEcssx3vSB5qyljrNvxu0/ofPmctkarwfnNdt0s+9x9DGjUA8GfuE4/za1fUod5A5IrslR6yLySaC+OVMUQPm2qisdP8Cp9PQDFs0UiWMmDzRLf6eUfqPVRiP6TgmT5vO/gkm7j9onSxVYbS3v+MQWied6oEWG+5UKVV7WZpXv+0Wu7HJ4S2WtTA8HogZ0lZig3C0ge1dktFphop2nWDhI9FakMo8DBcHIxQBdkvYMlurtEyiWE1yXZZS3o1sRaGjKfQXr7J7dUX29JzH+n2IY1fGhahEbjuWCpJFcPjvbPBAQ4Wf5kh6lS3Y9b8ProGRszH2H2OUd7idQ/iC1jM7I2ZZVXS0rpztPOV3OogPaghOiydPaJpAu0zenaO+F5369ecv0hsiCN8W33srCXnDFdvi88IKUK+WNEDN7Weot3jOjfY1POp+UxubtGX5CF0Vn0zhFJeFZu7Ghf1yrf6tiH8a4THbfZhxoVDyebBxXCpDHciGBSx2aTbWGgNFnyeVuboQwYOjPlkg+7wMd92gMWrnOxUF57WnjHC+77jhJL4XwcrxkNqGxBLnwwQDNrYs+lw8oodJNWZETEbzgiO7B3l0JIEijYqllPzjF17OmDFkjpuDm7LujgWCL4fNA0Va9aG87l4VO4fkxaFwOQdYjyujwgnMWoD2fjPTnEr4w0vb1C3WL3EvUdyxuzSAPJ3nY7NpMTEBhWJyiKY9OpsUaASYG+LMKXphSs7YyGtV+99abVNJgvkm3FBRPpUh7iQ8Gz/cNeJufpxwIUpM89rwWAhxPM46bk0G3oDYki6BSSxGp4xWRLJNZb5F7mJAceG/YQ2RzCoHQGYXKYj1w5v/rfSXHbZ+Vb3mudgstcIRZOjeX/HTCljX//NoGc0zzctcmUvjlzApavJ1jzVorwcLphSjr1PwoWekTcorFsmZ6BtKcQ2yhatZnNgolr/C1FeSxPFEOnaIvinPSQuJ8llCo0Rd/u8vaxzGQ7SszrS7cbwfX0OqZQwLAtBv/UWhesG1/Y6BiPML4Ozq5AKJjtIpSBDt/whVmDxmJlXy7CSdIS4En65n9ReiqwcAC6Dt1eyyPCxxvtDhJfvjrk8CtLF5GauSu+feI4ZnFoze0pbfURbYK0+sXflL6E3sI5DJvMhNu5SuiSmVId0C2NpwInRo7Y7gfXZxXWh21ExCR5CZd2W8OJNjAyMEetK2kbuywnekx6wtvqPD6jD8pacYekAVLcN+FoKz2QQMoHA0otx8iyfHwemr1m0V0qEBkH8s5X0ICBdb1T+8zpF4FICin8KmZL1I44jT4RdRfvgS3yUJ4fRgoKug88Rp2WmcgpoALAVE9UBWakJjZ75Sa5r0QZ6bzMXhwdAqSvhjC/P8PmXTMI0D4vslW0asJUre6hKvhMb2D0dduT5PvBNvvhyqbYSh7Tjimvty03UNVuBQUH9NSxgvNqXe+ZOkokiPyzZOD4l3WAZTHvoRTiKjEXkuutGZ7XHIdO88CcxGwYc8uPaAUI9idlY+66MIPe/CJzlY9OXT5I/DDCA8MsPYUIFI2xBe7NwdHuy5A8BsT5aPGPNhNcxn6q+IX83yI2W3XI9Zz7CTUs46dVkTAC5ySCLM0kCm1uH0bDRvtUocM4cig6G66q17t/LViRzcN0FCPqEthIG3WKHE8ILLPZbEJjSdFsApMuqY2Lc01hFSlg47Kc190Jv+UpZmIelSV6ICd6mjEICwPs9m8Uur9IO60fd4oQcc4F+LEHtywYYaG2Pc0eK1vUg71RetQr/K9GSrjqUxCD8Bc6b325R4PhXRKnDbH8pRC/NoZVIYfOABKxhkw0nwvnhnLkiMpr4JAoYVad/muodXzxaMaIHpaZOxXgfSFESI0dZGGkbYrZuJGFWutxVGqiK9Iv1lsIrNL82zUd81/V09p9eeIl4Pqy97SZW8r32apt8CRGCNafGHmn8a1dBTGbIQRfrjIlwDm3kYqcq537evdLnH5wLsLrdC2NBk2weOOpwVkeqJBgCFO/W2MtJvsRtPfhjx12b+2f6b5LaEFX6dPJFbioE5Hw/DMNayUmYynwvwyLl6LwgGIbqeTQmShbYb4HnRBFpiJHeGVBzGmexgnRoTyStpkbFwqLsiYmEIYiDe7RTA1h1qAm+V6VrX8w9o6/3T7TYLwKap1kG/I5Q5chbhmOZFn+dFTK9IolAeSvjnQy0W8lUWlNaIAXbnqVsUgH0APigF9GJm0WkEOAvmkSe/cecy7NSTylxxQnaxhGKCogfkADXS+pwg8in1ssj1wmLVz8Wid7sBFoqwodb4yC1UvpAVec/j+dFJ4FXung4Y4csq63F2mzqaFzHFVeQ7p/qjswHc5hJSSh4QTsSdjxT2c/voLGUweHlGiGeRvcmO4GeTNOGylhY0Ax9ySBy7H7mfQscFbVAqRmuk438hXQTpKlSRroWCnD9EIV3Y2RJFYmC5/UD5dQ2LYr2f1RvYOEej2e5aS6codMLA/fX9AKV7W5OKacDhgGa09jumEvn/F+4YgUm18ybsyJMJz78kpSn2WyOF8YuDnZ+U1sF+ZqNTt5sDESkBWyneaCSXyqRrn3E3UhXioIAAvcRHwZXivZECqrpUmGUcLzOk4f3rHaV6KYhU+8kji5RzSlK18TpqzzsXazINurfMV1mjZcu3ZrzzPVytD84p1VNug62IzSI50MKDjMtjqDw/U3wgqUS0QqNysn9FbjShOV5fEiPlbEKqogflbUm7hdNv16ujNeicC2LnvY9mmi0VnaRtG+zuPnPJL7qw+bJgwRZhc8BuTsWfpUMUTflq2QsEoARfkWacHjkK8JLr1z1zuFHHGrFjXawT+WTlsOFf23JTbBjGHXHW4ZyQbip6z/P6MNNOVcmCDqFat3HkPRwxeg9RhaE3bDA/toaGLaZzmOM18fvXfEMnX5EGego7kTLt02eAAQNiiFQO9Sy0i2/io4Sltd1/Jk+gLPQbjKJ/RiOpHdRGtUd5MKvveM+8QMiCgQpBxdMlnB1lh7xiUF2+LkbMQQPOemIyXB8ztp0LCQbgj4PyJytEQ1s60NNZJZCaw77mx69kqiAjGHHEP9QdxrxnOeNP0nfTQzxDYA8mAR0hQbt719/85VzImSCHrneC5lLuobMTHTzA/UiFPZKdkbdNpR0gxFx3mADXa6vkPUceJxtEl1K7psafci3J2xaNnsssb8AIbj9jfHNp88bB+RSKMIZj8yYyDIkGKKjNCth4swvLqRnfdunagG9TpdbBm1dK0N4vdAJNSoSB2Gz0RfsQjP+YVTXfH4/6Y3d7A3aqtl62Tm/FUNk878bh/M87hN3IWXH/Ca9vcg9P27hGVGr/AFUE9IqZ8ZEtmvPVvsO01+dAduSEDGdD5EHgDu+HpGdk4Qa4P/flkI9VwbO0uHLtS9XV1rx06HkIxHs5VB7ALcMOudFMyOXhcB5gkXg2fko/6adUccTtMG60qHv8MOB0ekmrOw/3HapLBx6d5Ax4S4zL+Sqq8zhdyVRfpsbmdfOUa9v+FG4DZsmbQL2gmfqgB1FNov0AGGIh5RaPTs25e3yno2l5dXaXmyKtF6CxjXjrwNh0v+xsP4qdnBqjGQxK6Xx2OVU53NUlK/q2Ofgv/wEmImTGyRFY5a2PU6qsFpxBmW+15ZzsOskBnGG+9ss7sTn2qZzgw/WT2ueev4pinVIQArAVjZETI/9+2T+ZjPrAa2ivf3eMObpab8cvW5Ph2P/5stklDD3x+3N3FD0t4BVErDXZ2ntYgkFQETYV/M2vPhJFAUKAFef+ZPpy/mbNa3VDfc7E1hr4keLgdTYcCPEPrJLdU2FAPPgeHzba/VG3uGMt5u3h1Cvtk+LAGS3qEKmxo2X71EWSLJ5PzRP6Y3xdjnqktnJCqoHNrbiBu00oaC3/muh64D2ReTwq0KXwzS9Q91xD6+9f65+H1mAEUTGyLHgZy2wGr4ae7t7GMaiTtIhrK2iD4YRfib9dib/Og7/5+yvM4+HqbqKaAATb/8C9knP8vkuqlfvM/9HAdNT13oABeChhL5cFfD/j9nf0oCL8q+3/ffoslfJMonyRDTe8UVOHrHlA71TTFZJFyNhNqy/sk5ydkbvNo9IXJENJPiHsEkCp76n8N8nt8UzhD/qlbX625gc++/2WSqgZn3XWgP++KpLZwyl1+UQ1uJ65/HYgbHOSKgrZi77/ob/mgzpp8/mFfXwJdlDUk8xsorH/jOlX/G8JxCh2/3C3gZatJ1f1P8IuNNqvZ6Ba5ds/xccPaukYQddhFtovx98wZCfi7sQKT/Ds4Ul/g+GnK6/Ph/mnNL4VWGbXxVHS4gIdhm1kSjKuFrf0ZjEwXiKGAjkRsmSXDwCmpOkxbjSQSRMGkYZ+vrOjjpkulQWd4DmISN1hnILN7ulf7ZRyNPB7+kWSf7YOwPv75h2/N77Nxu/XlUEEpkwmGEgZE9VkZLIn7CEgm+jSYIA5+o8LE0GaY51xt28K8hJOy7aYOCY9YIMmj/L0h5Miq4SMlzvZg87xI/sfP5mNLJvJUG7W3AJFVYB3UplWwwryPZZRBafNqQG5hCQ/3k2FqzHc67FlaPOa+puxApMw4m37UsScFjnvbWwI+EmtC5g7JMw9NR2Ifhcbz6/oVhaqn76FMh2ASWj19fviLAsulkdcAV69WybsmhcoKOXOjbf/vcI2qYKCt6xxpilBp9ITE5Y/aVJLWbiwKXMYiUdI/t5nnVj+aO/DrXJXwI2NkUNwl/lc2gVYnnJzXVVovhs8WwI32EfHFAGRPrR/uYPz5Ki1IjwmsIN3pMKBwnOFZQZfpbvj9g6L01XRPNaq7TiBhQ59FHaIpB00YBPb84I5YBdMZ9epmNR5q0ZUggZn+2Ru8HK2+i61jCpAl6NCaW1ucAy7bWbAKJpsMbobRyogvmf3t5gin0OZWNSk/necfWiiVcohu+VADZY+kXEUXeP3oz7DMDUKkm+Sfe7aeNIeO/Sm8kjy+7PL2b5einUQoOknHCEC0/cpHvevUlOtJ1Dr4xFc76vjhx0S6IWv5TdUwp+DPH2TzuXgw+BWpRV+uqRFOylWSJrxkXtuhLfZBs1K/vTa1BUisqGcrrJqfOZ+KApjo1M96RjgJPHAXQ+EchSUkYcYrTlEbs7eT2Mo/JQMF4LTEs597MMMUZV87UlRMolJMh6FDRffUxPX03kk7zVZfqM63hM5aQZSj7GLzfUOH8wLFqygTXzZIRZjSv2ET9SMD6hHQuFB1EFxz9HUT/OTFG/UUs1XqA8qTq9tc3RKc82FoXdKGIMA+EBSJoX3Mcpn8SIu3yI5OlXtIhOnf3cZjjy8sFWfTCoStaczRiqwOIxRx6mAQ9cRg0JDmdgwFn0BVsv6PhRDTqX7bpb3onkxMV470JdtcerW7LTYnSkqCwk23EJ92QonuvzUr4Y4g4vvHqW5bj2vxHi/Fg5K797EAfM2Tzg0Oa578OvYMDKUtCQYx2VgO2fM+RlR5F068s7JGhdAM0Nv6GsLRtpX8H9aETUu3cvyYoa+a2xp1Li+E4ttS80JOZ0sqx8zuPNLzapW7gj9pMAJYvJVLuuUC/pQqpv9133HfyzBW9QVN6c3L8d+Tj6favY6uQL3as9zn6Jm01K+X69E5PQVh9ZqRRl7/G8J5SN5orF3q8rvW4Mr7vLrCsplwXxWxwhZWBUR5WQqbFe03bFLH9ePGlTvW8Fu8VgltZbCFQIaLnHrj3ckb6eR12Wx17hPpn4BTO9PQ1P5XxRFkmVXqW5lC1QxzrvAuG9MeOhQvkusbCVlQJj0WQjm+C13YJ9So1iFcH2Co4rjhWsQZqmvVlLYry+gA8aAFKh7frytQbagAcgbIYNXvvbKO99x5tzh4FRsX/SbXQmKHEJtSVvKFrMFPtPM8dNy9EAYlp0IAAKtTRB3uSlkvnRVEMjrZNmDx9xZI+7wgl05TVP0Pq0g8QJKPSdr6BOGFaZFslXv8K/Nl48P+S1l+OmXoBh7KTKLobcO17u/TlOAL8rz74z36NeYZTx+U1KN2ssD3Z2/kAT5w5O7CKSvdnYe6J5rTaOG73KUvYPuPlXien39bkpqKDTrHt59BgCZDixnqiMZxd5l5KejzklvZkQma6QJGXRH60X4uQCTPEqM6TgbptxDdevpUk2uSACulIGzpaEteROwhVOI1RC8fX9Frh8ZTRvU+ZpyXrtgfKAhCUVSsP/VvyIijDuf0Mq2tqvRSieYRAEQXIg+gApqIdfZiWCbDMONdAV2/dS4iadjtGf7/BCERp9ny2zFDhcHUZw3qu7Z9PwLsm7o4FirLxtXA2WwtU+BkY7RroG8rymCYD5E3yabnTbDghTQjx4NBGp9T+woj2EgQzNF0xigwzaFX8cm/qOwGejEV6WMFT1/lGF4A73aVbBCzax/hS7FSrLzQD+aMlnCl9swqKybIfEGnE8O4uxMi8yLwkvQ5KoVMcxfTv7ImenEDy/OHr61hFC/dHJmaAMyml5eFzsi5RPzNfizlXZzrn5CGPh0X9dwBary+Cj+/eHeyYv6dY/Yd9eYS43wYjo2ug9d/4F1H2wJz6qy3q1Yz3Vv7bv+ckH8Me+X4mr8myDxWkUyT8IVFr1Qoz065oPEx8h+zEXyi2XL2e4emKsZ7FG13/5XqI4zWPcaOxOrmldqYQ15l7yWKY5Dv7BX4ifufoajAxKKC36AphBE9UhD1pMu0hLAzlD7nfVGdr3OEboZKKqaHAFxLkEBuSd/014L/Y7YvsFcTyfXcpWhbeo1wdkrYhnr44ljj7f7TyVhL+uvKYARPDZ05Ude0FnLOdh2Uynm7ZDu5WrSgkySFkgdIldOb4m/iSLWCB2PHPP6LgW2WrBV5nPf2X7bdPgyuThmhtk5VWoSChh1D+/L40sfWKRuRo8OuCScs/Ylw0paFkEGViMt6MdiPIbU0oyiwIuAazKsgmAF03CQJTMWvoIX/jaPhPMo51GGRUvTXkd2A9WrBhdzSERNXUHgecuZLtH/eELgH5l/c7rmMKK6q3KDHgoQGYJ1kLxceceq/zWUuRuANISO6ejZ5KcrnR3MFr5I8HO8vUJhO9ZIZjtgPNsrzy4Hqal+BVk0I+pp/5FjMJd+D1FoTsmCGTo+72E9HS3bqkUImIa/7BEiG+J1gZYhYCOLP374/k97JbQ1aKJ7B4iQX9BlQfGKru+Q2oaePusRmsqnum5XUutfvHU9wqz6dtKuDPUUlDAyL1AYotUF4Enlo1da6Bc9Rqb+wgEgtAQiJw1KFipdBdh2paXpbYT7cfsMrxfV0TgCiqLfZ14pVCJaR0jGSSgt0ze4d1JDj8xKm3ktItwBC3uKGhH6PdreyRLSf2gahsjQZnyCc1HQ0L8Mwy8sEB4zpVdHroD9wZvNX5bjPWuClZ5P2PsIGHcBJt1OyjMiMzCe5ANN09xQKzKuxXbqOD0zDWvbMXZOis/ZyXGygk6ApTwn0KQkAqF43Bx3PEBkGMw7Uxybl2/8rKK3mURxwgqWXgUMtjl8lH1Lv4p6klz21UEZ2Q7xozNjKxGbm+U5inJeA+HAljsG3i2y4X3ItsorIfi0O65Oox4zn8BKkgWvede+jd07aUh5qI0qQ/8cUichomjUU0e3jXr5JZ2HZMbacrUjoVFdNnHjA53P7/+5kO00Iqeev2GBetzBq9nEyGcgW0WcLQK+jRZ4bpp4f5rBnkGM/P1IcmFGfgbkioQKVv3jKb69Ud3beGWXsKOUSCIfGguouzea/dqTC/rWlGyV2h8VgxDK45/qCL7OwUTVuYTJNxlG06MO+hrT6dOfJKf4Qi6k0tR/d0WNnBLlIrx0thLyACJYRaBMeGLRhdrpcys/cwRUzKW27ZDXD9GsDLw8ZEB308ijITFw13s/47gd3JDyswP6Vz2pXCkAjJMrUuErON2OnPKPt21K/bG5aOMbkv95lkYBt8NgOQsZiC82mpUV8K0XHM4q5zQwCpJjt4/cNzHXuGS+SNZkeVj5PU67bSGB4XN60CoW6JenCQ1f/CZOJLmq2yxA2ypUR1W4YjToXRvzWxibQlHI1XW/hnU93oUv46o7sT5jtcg0velv+71bnVXecoc4b73S5b0q3VT7kPh/yPa5WpA2diT1neAfSYTmOGwJ3FS/s0Njk1jid2FWd4zPDhkmUegJ5A72mh3UJqeFKVNLdODap8XdXGzPbTUd7s4fCL2vd3xvZVbhyjSuMh05WOMVRK8DPmpNcEFQ7jZW9HhJskWuUfJz3KvmTJ289630Ug5beQqT+NUyYAFS1Uv4iiZm+WjKgyaGnLjTzc+AkB+woqG6USg/wAvDGlvdnJW1CBbOb+ZumCWzYEU0QS36zhBs0u72OT3+tuqr2+DMaeUQOgKbRwiBmPVOzrROBtM2fXHnbWUfsX9qYJDByMaoM9A/x/Vm93EGYC+gxkwLZfmoD5xgC/q/QuOPqh1CrnW+1PYN2KE0niZI6Oy7mq8inLI5d5mkhlBnTxf/iTaM9jW1+D3obIvikObE94BLRvxInmzujsWO4Gi/l66P5I8MLrDb0+H3alNNP2gd4tVUAWY1G3GFT/yyGaeRssCNeD4Voa8r6eR4cacW/BF/rjE6B3gmuj3kRWCIooegjFwALduasqJWFkp4yUnauZvXV+wcGLjRL5Gw475DIJchbg/Nh7+fGFehHH2w9svUpxS5DoLVotaoaciI1XbvjmKVji1zvDJ/nbCQ3hDZFnvyEJnwzd5ZzSgX5Y9qKidT/K5SouySzef0cFvzAwU/GBD/DlB1U0Z/apU6OrcXLiF53aHHVs6nSSsK5yX3a41tdZt784DZtguXLEktU5xhCKyjif09kMjbN1saHKl3r/xL9jes3eM4g4YSn8RzjsJ0AixyCndnjkGfJBfdzVp2pV94tycdnb7uUkRIFhbsPMXdf6KpA2O3BWcPS0A8/gttLhWwoDrfbt0suLgIVCXf/qWmtSqoPRU0rU6Ky/ciO7POHphNsKKrAncJdZps+EpaOb4fbbjR3+pj2lSGcVfub3ieKSydHjja3apJuGUd9HlVeX/dLc17aioo1dp086oIDsmz+JgU4CGgnFBz13W7AmXD9N5heZf/h2G9To/8wBj3Oy9SPRTlMzcqLDhiC6YJ8XcyUg264GuotobtMuD20d+Fh9rFQHQfBKVOwFobb/GDd8D2dEzDxkm0mQHvKsvQ06Pn5lghs/W3swNYjz6JuP9ztO6r/4vKHKHFBk0yhe8QqU6B9zVQSsu5FBadbbTge+Bpm1zMUK+jqFdD0roh0wEBSAcmYABKjTJXWe4x80VDApYm2iNBfhKoTd9LRz4QqkGVPF27qhH2z0kk3+Da9DvKl4J8xU2K6qWrEXDO1BSkH3Ph7W/YAIZ1ALAAngAY1IlXudlrKLo7KSYAsX7Rx5FmbJ3c718Ls3f60LY0HCH9kUub6/lWoddHmLHnHjlCsIVBCXkqKY3d/M2MOfw/smirfzSmxORe3TSFjiWwxoS/W0K0wohDP8o0a+8mro+lVOOn4jrSqAW2MMhXGv5nY1OwOdrMYE2fb2HAjnyN+8TXkZXn+7tEeiJa0K0VnRtIHS/pJDUh46Rd1VKiQMXWYeFezq03POop0Tw/2lba6HhUGBYoEkDaWiC+iEo2BTJqEktlO8ocGockqmyUpEXMjJzGbvTSc9GjZITvvB7LpAimUzNlym4G5FReUA0jUr0h8ctpSWGKNcg8VfwKVO/z/Fzftdo6r9GadHMt1qR591PHjL6jrEDvoLyvT+9ZFzlBAjWMYoVLkJZjP3Eg2cDr4OdwRgmt4MWg97wt9TqXxawRfDbvizdXiwPkZLfnlE3J8LVP4lWk9/sBjklZb49sWK1leKyOT/gAT5pbEiWi5z00Y+Oy23dZhZHvWtTvdSDUyUqY+V3HveiObakZycDTD/5OIKWWQOt9HZxs9axAzrY0R+O9qWT0G95h3Za1Wz/DrVYRyYlBuMGSGFXJqtX01t5z/LAB5IotDoprfez6e+i8LEbFYULpuCaivNQoCAs5uCgLaCZfbBfcjiznT6mDJJHI760YFm7Nvrf9DpwMABkpDyHnNv9Nd0NNDczs/eJz9RSDQlg0PBc4QF5zLTk24TryEX/QH1iVAgYaV7CsH8YUUNjRnp3FLg5asf1BTCRLHZDsmAKm5Dwpo+2y/FasrGpSjBYgTbXTDq9WYBRS2Mq01deC4VJTyVKnXKnPJJWruJfYmz1uTcMlrCJIiQLQCwo9+xOHmb8R2h4yabMJ/Tqsufe/Zc8NqbQXmy5KAx+lygGjpanVN/VTrh/6rKIV9aDlmT0q355idxGSLgwlGheQMwmmdb9OFlOwXutKtALhry4anPtaSsDO4msYb2GPHjAWoKhzGsI9tFDLUoVm+Mu6Bl5fHGwLsUo2LGTOhdLrwMyg40wjJknnjS+uBXmFIYIW6vw4Yknx1CiwzVul/752xtw+IRD99apQaVzYi/NIWhVVJyKKX2h3BLt0Ua8/XAeR0K6vrJFy8OFGIMlS1lFuM3AjESQ3XH3HyQ1QKe19IyvHFCAOiXR7ZPSA6nu8ahH5cmUi6ml1uwBhXR6wenevM4bOa9ERjxq4fEPTXyrVP3AyuRGNdPhyWuD9IOXM5u4x9MIdgk6uCpYiWc8aMgV2igag9VasolnOOiuxNU6le9kY27S4G+jybFXi8tekErZGC+JjYBIIkJdNWljrG97D/Y8Nc8X6nh9qkBA0EU1ohXA7ThFFxtqSb/HCI+MbFXxEKcvYStYognh3ZMr7fkpZ9Sb2bdAZnPKbB4CONMfA8pItk+/uXp+tR4kqGYYhTaRVcLOOW8rzWGOvFsakLn+ao4ixDSW1fH0+DefiWo011SIIA6znA0IUN/4obEm3mOCA1XiTash3xM0KAlATlM23pJHebC3yeOEJdlzDNYEXHeccPr2h3GjK6qAJoXqMCPsFueWEfYs39FicbeOOE+Xh0KFuzd9pjSN3V6FH7Vx8mLPwPRrIMK6EP366juCHyIt80+4q/MKKt2swDBKrZQioyMRJuTufJeomHM/7JG32W3JQq0xUjheew0mmOmZBVa8fxypAcV/ddMcZwtyLIyZCzVqTgrAPZt6CxWefSHBkmssfAf4UrX11DOfJMpTuwF01cgL120rt1GMt77S4zcIY+IuWg+zrZ2sRnlZ4ZkhB76fCmjYe+Lz9XOKJZ/xVSI8kPm3jNE6rT/vTybDHWAAdJf525gjy02GiMQgZfa37Xpm5VIg/NRnPKsm6HSA+XbZcxCITZOCgen+ypb6vNsws6argUQiHxXM3L5Mz5gRIbQD0x8ZFqsrYjMXVhMIpMyfXjqlt69hkpvKvrbJJKB1g++sRNcxtq+hJR3Zlb3Elu4iZdJOHShkjZPapaB75e4IxufaTAqKywoWJytektBQgv96VqxWw9zSQ9aw9CvFinAt7/7P6yT73Cw/6jjvbW7LA2myoT1dpV25KAIqeow6GmrZIHRMW3J5w9CO09UPDGX1Ik70Iz9IyIi5s9rr3ITOwisH6bcndZ8wBKL8DqDv4Y3+d486Ag0Hu9QQo/RFXTK655jlLsFYkqTKsm6E1Icug1Ch8TF8p97EzoKHJx4Lp2zp9reTNOFIDOx5hkR1j6AOwU3KHun1GYNmKp47fkZX7IJRdrUwm2aIONWG5eF5xxxHSc8JBLV2BF0mQQ2WoJTzvanOYDYClTxuy79Jre8aXM71DzYPF6gdxEgTbHFf91XEdLmDlA5ydPzaEu7ImVoviYvpPPi2d1yd6RgU84ZVKxMeCH7yvf12dhRxrHzxPD6mzVH6v+b0mpYAp5kTojpoA11lcJ8Lg/7TyNKZMdfy0M+Pr1g4kAZJywE/SvMht9qoJIVjqfL/govoX+j7ZxZ87ahhODpQrS3FsAyRGgdy7ENLGNgAxjlsREl5I5AKUXkSSvgmaPBrKSv7mQ8D9QdmobzLcMbEBp8mwrJLKkbejFECbWz4wx/gl5QTAXmwr0Men77J6tG98R/3H0RVTF8FyJI1CBkRX9NdgchSXZu9OxRKyNprYA+mypQpwGMTYklOiMEE8JH/peWw/EUFqtUladEYNkjG77bsDU3tyHjnHv0iLjhPjBJbSoXH6Yui2yZfcrJoHMdibVMTggiTE0g9XT3jBYsz8vKkAqwscOauD5BtEEvUrS1aOqFT7vxaIl1gZp42ylc3gABDxmNaT8tM0y7fG6jWk6wU0zHv4bPPuJcGkW5I96FGf+5kFGUj59XV/mJ4mrFTVEyAV4ZcvYUuJbW9qow5ym/HBPtCABn+G4FQsEtR6Q7T0eccQTzqyXyWglHQGnu0yTVKRMn9oSIdT2yWT0sHgVnD5+CWoXd9gS1PnvuJ1WA8FeqKGuYhahJP88BrlyzhCMjEx+N/c9d26n/IQoe91RRPDwZLcV1S0XTa5mDQvZMdMaPpbOvlUMPBX+JojkWkP5S9MMqP+/WN4rDjrFI6WbODF+sl/8m/u//R4kMhpRWsnK8P5tlGKmzIGX6yHj8f7DkqHRuwM6P58fcjFDSCbCYEiufzfezxk2hrgRk94zdaDTEYtqWxVhIPP/qBtoEU37Va2cMvv2wBzarBKGe72S+fnoGos0wJNTXbEwkq8bIPE2KcfU/6Rl70eidpTL4Hwm+8Bl8SF44qycUD1zIZMtnCR6qd1MLeHasBkujSdxnx1W8y4ylFWahRe9N4F/7hzaZxS36DQ5H7wS6k5lJxziYYQ57NrpKgiBSLnNuFcHPhqVxNc/q2fr98tidjnPPtHdyEZTW4vxStPWeicshx3cQ6fLR3Kn00Blxm254BeE6pxs9hYAZFPltZ9XeE6mw4haCm0lnigPF0ZiVdJovCoyld1vOy5zH6RnKyegrQJuS6ao+tdQGOdjyXHTAPCVbNwvcZ3z43EoHZaqdXTWN3LmghVofIQ200XcMU1eztqK4UeyO0wKc34q+zztWVVtvQ6+Gv73mT8qDpMY3JwQBsBCilA/WUIZM44dd9EQ/ersQN+8ETnGI8GxhmXZ5N4BUk5iDctyPmU2FgK4hXjoiJuFgpci539F7dAFNV4M8QGG7bP9p+lHJNW5f2y3sapnZY328tdhGNSUl37Fveakuij1p60FPN2z1motao0SUTS2gUvfSQOhrYScbU/ngvCsOOT3wvovsRHJBMG0CY9xaNBwR+L8sp3TlS2PCDNxWnAcnT+NhMok50r76uGurugUIBK2VtBKiVIf8+Rwb0hUYWCox0HwYYWR8N0sKsoou03MDzkuTzBhpZkW3++JoQ6QiHtShJZ3hDwQgAKhR2D7aJ5tSDfdepfMauSGQELFIAO2nOhZEomCNIGTf0c6ts6AzN0Pjr5SUrGQV8mkMt1KrrRqoTfrMv/S4EC9heJPjjT+/ZxZzKaPMGQdtkL8xaxrd8Ngqtfi1lCzMFeANdZCsvKyyL99UtFWq4HlG2ci06flLlUcZDqXC22n1DW3Paqyw8ynwLC4Is0PZ8G+BpTqB70eWzdhohWLRR6njp8TvaPw8tv58DvnyY02VSQ9+YmRDwv//0S85gS8/a+MK+eO5r7IuA++cCmen6IHn7jZJec/CSy0XwouCA69MOC6qhQsX2czpN+5lYk5SddX0YLFUs2oH8MDROuEimrLlWfr7QbOYI3jibTPMatrRF2cvi8YsFQnhTpw20MAkSLKo0pIVRzQqHBjCyC2ElTjNMV5PUfZztbNgmoA1pzererS3v/+smc3rRDHyRBI35sWzbgPptm936nT/WlpjKIS2H2mo8JAfa7O9josXClYkrkjpbRQlHVgpXy8PbRgeM/rVC//tnkVe7mLL7rGXnky+wDGy5P/J6C8IVheV+PIlHaGL86A8UCP3q2J2VsyB7IehSVca/9vvzJTcz4BvzEQ1VDcEWC8BKeiFWCyCYBUD/aIQUWODeiB2LGhprZVYgZaU5tNnyQH4IxDiRhPkvUQO7kP3MQTbXdMXe1YDqeoXGsHxuz5g0nSBrYBt9/E7XVyQUxS7O5DTCc6IAhA2O0yJbR2e61vQiqI11HbTXix7vAjiiOk0y7T0+NQBZRxgbg/27gHQXhr1bKASMtvLDzwKE/B9PBMfAmBP2uBgUhjp9s2Q26j0GjGNB3CJIbR7sYumpcEDqX/wgO/58fPLflnVUXHfevLxmNsf/J4Sp2nbRfqpgWvlAAM0UOseFF5ylSEO6lK/xq+pYdjwAuF/XvH6oVkEOYnLAA95rzk8cLGK2WM7y4mifnqsCowfX5EhaWHwidtUewWAQeht6Q0yvdU0XcWgP+piQZarZeXhydEjezM5X7WTZxY3vKTWtDWllaQ+pHm6ULUKqpQUZD+fakuquuUwsUGo1GvQ56XD0cbBBhj4X+ro9BWAg1pw6Ym6sMDA82uNJRgGN/IS5G+RoJMkmFQto1r2JB4XA79uJPof9U3S2XFfy6IaOnpQqYrFJFVV3ZbFqK38FXQV278cIt2XvayqUi4deNyDG8JL9Zf7rNhQIzth+ZihhZgohSxeS/WHhZRTylszOyZqb3cmn01I8G0B+tkjLIz1KdaxFJed4qRnV3azyRvbZOqwVD2EerrJTwUiVxTH9UuCSp/eQqxnyL2jVjpdH1F9mB0GBrQUntj9JiHayhJcl3iQ+VofHcbkHD/qxpgvwVnR4VznHj6cPcm0FAXiQ5faR7Td5T2yRwYM9c3PkKsUlFaZRBhh0LZk3ERuEXUAkiWCE8bqiIdiMxsSsAypksLLAsQrlKZHXO6mr3wl/FhceEFSfwNb4jmDY4Go3m1nLVWrqoZ8DtklLZRPRMp95HefOmBghdWczPFmQVG6tq3I2/+MBMLRpnrr93ly4aT4VLlS02PNW2AXZ0N3eIgCnCEnCssRrHJCBvN/abVzqJMpQGfXThAnH8wXE6UMOrEbToA0IED6Z+jybrXAdBYBMDkyfi4eFJDruei9sYlLw0kn3FybST4s1tZhhquARH5urf1AzpE8lpKGai9T3uujIEzj4vzn2OMqxseC6ki57Gu+tU13v12NAH1gtnfzcFosqn33JsR+EXC2bNBRdAPdRVdlS/aV980YNZy2rvkRxALsnEuOA89JOUQ0R4cYqCqeu+kog/Rf7OsnANWhZa9GiUdxWTR/tZ6nAJ69hvyDOwiTqzerwKSbFdh3UP9sbfrzGpMMDDVVQ4n6KEJWfpbu/jN8cnHhe1VfpCDrb6LlSHkthjg63o71SdmJm0SnTjK2yX3amsABfubDaI8fVS0IT2Wt2V51ARBR25pc2HFJwMG6uGwtAMFsmLTQEmbXuJsjqJ5oPjAss7s4RMLVG47IZMivfwS27tFcwQusFMro6iXxzz1oc3gV465sYwYMFLEjtVjiRZwOKSmhox3uZM6s21ZtZNVSemRzYWPx7dbrOyvBV3v/xmIPufDggib3BMcYDAebSxWY8gq3/hMcmtFeR2qv/S2W124SaweuY1xes/2Xc216px6cc2SFVF69/F9120Zkh2nqU0Nb8oTDim21P4ubTPNpEpJ1UovcjPbQ9q9oCQqfvedqAK8NchJAUOmzSM2nx48+X5RoL1K5+NNzlcYnJUi22lEUA9tgkR27C3lYx6qXKL01cdwmW2pJbdtDy3ldneiFDpkTaCaH9Yl8/DTGoIanbuRY7dJxjMEYM391a692fdYObiSA2pb0PjEO8AhRq3VyObRNj3x6kX6f80PkAL6EhD/+Jd0bQa/5b25+qL5Q6TlNO4PSefC/2ZsHIxhrT8zln1uVxRKhrta0fypb8BWjvOaYtBkcLZa69ZZ+dNuPJu5iN9pqyikxhYMew1GeALOJSdcrr1FZvYmZig3Jd4qoAEmI5opWu3SRxI8dUUbP2h2rCg9igqTlIB/DL4zjQjf+My4PDqzB6XdzJDOOkg8hfT5figWxSn7fBDR9VSWlxxrFJHVVqCCSUY2Q4gryduiI2cfTrSZRviS2CpGfnqrv8xaMR2hcQhmCaxCTUdqGR9InqDoIIeBMzwYWsZ9RtcSmPV2Sr93ssieg+H6Auiwad4dfO/OJT2b7bGniphnq/VkRjhRlLPiiWxErtBjibS2NdDWYtHoZTNpkfEa4UtHpRfz18JbjgGN7q8b/K67YMd9VZ/8cn4z+ea7Ic6jLcV9nWvMQt9mhUJSaNGmTP4MPRzWXngDsfL802hHVwFWKrn2Ys6towpewglpXsGBrI8S0uIv2dY47rR+jQhUY2l7e6hmRtYTrzRD35uldcHE/9uELyVQZmY+XlPQiFt37uozPw/OqB3FldV38VdEEuKSg1z8J1TY49rSH9nJgBjlYI2W/VP4jpzFs7b5sbeFNrz4e9poQbVGXAeKZwpbcdo0JaRi8z2Wmf/zvbUPgPsfqoR3MqF/96LS5uNRccCHMKCG1vI44eujZLQjyF3uFogsXPPWzDIcCIcPMgUihXdV7Ayh7ZgOl05SgSX0RHLp51gIBZh7VodzVebmeDic4UngNUy7WX4dNnxMWlvkDbAddsYn9DPe52j08c+Z8CYKqmpm/he66CbD4yqACEkC2IJCbdfi4G814g3WShAimH73GxKPyCKw6svD2s5yiKASwRFzkWzBvsUpyK+OZDwktyrrHrx081taVhM6Yc0aWgyL31ddGNmfEyMDi1y3XZnfGewYu1VJBbHRi70fCqegNnZhlJCrYWzWBCyCn64HnlZ5qxayBNi01aWrpt8VSaX/qrH9KdmZFtGmWyN2jV7IwUfcP5GSwenIkLBgxYerBFRKzZRcOm+gMn0Wal4MgO+sEjWMNx5KhHtEkYB0rQg68M1UDfLAAwp9pHOLZ6D5Uvc91TUFDDlCx2vnVe94LjhpY/A5nBQ/5Tfh8k1qwlQ3R+w9s9nXWLUDWaw+chvt0DKbnCjoxzMCRMoWNLOQVRy2BXyq7VjsP4R+hoNH9lyHqDBkf5n8UQLuaSZbyG6274dulySdgld8+GnIHOWCKt3clj1j5gDLLWBn4VmioUiVnCz+DFOqNK6olZeyVrMKMCSLZf7tzCRcJF3FVF1FPqgCE+L4Tl0RF0BH903cBUV5tgv0Kvpa/gbucHX4h5kumqXTVdpnrdATb0JDRMVG3ymJJZq3Rn+DEYCGlO5ViLqoQReOAIkUIqwiqcHoMxzyHdMKd754nt9r3b2RlwmWJqv72sv6CMOKW8qyH3Zp5/14gz12kfwiiyrCpdOw/K/e1l/GANmnQeXYO1C0JZJuaIgR4rGSHKvsBpQyVU5dMfZXS9KrqlfZhqHrLp9QoO+X0ihrDqQPuZ288GcPoybEbN/ppXCxNfhSlpXyi7NLXNZryd2yEA/Nn2DgY6Gw4sNTn8Nf0dvAQX7zA+632r9rjMrjCjv6U6n4zh450COdrioRYrd9zWIja3rVclyY7qNylRDqHx8KBDNVQngZ/5AEeZYtPr7RZ59EGZbHKPkyYWQZ6jmmJr4qcKvr3KVljCQHY2RrtW1A7PbHpfddAUTZiIglJuPC6vdee7wQMCi/PxCgrxEvPwa9iOVNKD+3ROBuLrVC6ePo6XCWobfW89c4l/FVPoKbfcOjWkdWtcqVxP4yEm9UW/t3255lZOVjSGzYVmNiN89hA4MmCTcijS5gbPdB923uLFXSyp6bltDcqjU5iRsVP3dTbBHQv+bRRzAUVSusPClRODSnCj6sXhoQPerjclOkM/7O1vpENSwtfj94Do7neOLCyRYJ2cBgdOVvkLgI5Kb1wz33VWCX2h08U2iWvzNFA5J8gcdHURLOj0C5kNinsgkSDhtoXtsOhm7XKjU8DCVHxvEq7ptQwGRkGvKuZMzblZnPrrggMv6IU0fu06BzrxeXOHhfzcuy0fefE20KCdrLo18+/1+YDIgxzYlAC+ersRc3E1lJNeNjNY34zbdRD4bfYFOj2q4/8kK+9hfqPBlwwSIYgAXkkO/VoQTM+NGWO2SXCJSPvTk+5nPg6/VEYs6Xxcb8nlSgHfn/fUlswjEHkghe1O9t3DeyblOSMNjqd3IXUAu5En3bvb8c60j013AC/W019lmfoVh/vv3NOS3ECVPBeEdVQ/ZAMUOgRlt7oNfRQmO10MfkMLWhPG6d98aQObZUtngCYlwjzYEFuZ8Z5L9symGV1mEB8ZD3HGXCWH8WNpXPHXVsUe+MOhksTO62CUr3DdL06VWaAdWYnMT+HK29z1ogvxzDtkujM+VEdxm7IOMrmHa2fAYMhKGPRSpiskNkca/J4fR46vZkG+1syOrHPoBerQPm/T/rvJljkIqJm8CBI+JABVass5WvOkKCgQ6r7nn2uMi808R2tCPRi807pj+Lmlxz4YLEjR4vAcxZnI/tLNqbL1L2UMgYgC5K+EBKWt1lE05crdnWpSZvcwpMxaHVKu3f7NV5dRvWlWkIVuPh7e79KSKn7Jghewqecb7h7rro/VImXLwErJixZ+av2Jma8tgoy/iABg/pEF//lyFRr2FYBQ98CN0IdP8kPSQfO7fNx4GirmKWFIn6QlRFOoq7/mEaVTJ7lH8vdPBikCln+/dvo7S+75E8YlzOUAaYTxprcbCspZGw08aDcrQR7q6/4tut8NO0O75nxqYNq8yLMMiLIqqFrPHajAWogU0mEzu6vcCZ9ii6dZXGjIrKJsV+HZnitSq0uyZ7xG07OoKxHTExaV1fSP5+U3uZF11ArtCnKODzdCvJ+6tO9WG01613Mixk5LICD/RpzTjp4Kv2IxxtRjm8+yYcyJG/fWHgsmq1ngARvYr5IdP/1YqJ6DCkrtX/2zcd4u9w4gVcM4vlDvUfhGikzl0dnNPWYkMTN0z+YqCH5W45OmyzjTZtGC2dXJ0zL/dVNaDjvkC/BwlmI8IOeDN+cIFWz5FDz9pS44tCT7RY1lEtyGNXrZAG5/b1J2IqJ3VgvAiAw/I+VKRGyzNmTJ5rYqSbLRJY2L6ijGb5+zBBoXOsUXKxmSFAu8w0RtX4yYrbKkHchCGMrw9okT/h6XLC4G2XuhTGBMWol2iX55FmlBJ19kOzdX6/wi8cZedpQ+ahmMI2LFDxXvCL5pcZ8TLi9eMuz4OgEbwg5wpJBfzgtklz4aEB48l90m/i1F3TCWlO3iRWqNQ4BmRMeBo0NDy53wo0q/q8+UN9Yx6jOYeSXe1RzcbqsQ8i5/7lJvnqbyOY7xwhid34nG5KuCuEpk44ugxwIGZ3+R4BzZ93uKur8LN9USUYuQuJiQATiywc3Toz/cxsmWeGkj++B8xNX+PfuE9yXtcnJ2rnM4Vgi/4+YX7BYlCCRU0tOFVxBQS5gppN2lssJb1lZnFl+07r+P1aNitQeOvy5HbVFo4FzlGAA9KFW/+9yd7d97agnhXHfsdTSQhf0AFfmqiHm+YmHHNqcgAjCNhM7SMoc0NeJ+z0FEGsOkHTMu1xUnf0axPSRYWtILQurV7YIrNPFHnAm0P+6GUBJU5lQ9N5VJrp6C9tOb3w/uWVrTC/S60XyZCAcQ3x16nVWFdfrB1+VFeFu/LVjoAAHXSx6zR7VZB9LoXnL6R4b6dOm9QyjWLbamg7vOp0D4/xrnF+BsanmQgfxboRk8kiJZQichOBczSBkN40AqO+tAe9ljrihC4XKvlzHq4Csz9RM3JZ9ninX+EhqTFR+adPRWbgKWupiHR4+pGx/G4qwtOdQkKG8qpBQIxkPK8MB525Wv47VkdGbOFSbkBNM13Bu9nX1E/d4JM+VReQPHry8q3BC4cI5XS8vnU3liWe4V4swmlgrwGYhulunrUsT6obLcV4Q5URwm38YYYv95HzheqXt3LBP3I6aqH6XuO9lDSE8QyaoTINYGZxdTdOgMTcKrwW2BlQ3lZJjg/lAHqHgcpQcYIu2MfYmA55uxzK0rnP4o/bIoWWckx3ejm6Qt8AViF1DwJbbQvy5p9Q9rCoQv7ZtUGi8VgoQkfyxE/1C8S7jRCquC9QVPTFIaZia62k37xRya8GDUIsTC4e87+NPV/6ispKGvSw2g5hR25f5WzPkO0Qkwf+snlTLZBm92xFFC4nNj81VL9v4g3Z+5O7k6CRo5yYe4vJTuVzHGqHVrZy5Kfos9WbhhBYe5u39sbw+eVtehIys6Pny4VHj2tC7Z4h/uRJyqaXyQbyYLb2H+ZaNcNMwy4OCp/piroAA9zFMAF+Yj+GW4mW/WnqdiAhHyxdni4Y62ihLiFBH4JpFJEOKh26smIIfYwj/lQyVdwDpd4Hhv6sHAiEiHaEuBhGcLpyRcs0FG5YbPPbplraxrWTMMSlm7tHwo7ioHwjsngwWm7k5Jl1LSTHv7Pr9xxk2fJUtRoNfb9KDKMiuF87MTSLeJP+KX82hZ9L45OfV1pCd7m6Xb0dkVzJPyiF9L9t2jynIdJFG1ZLYDw29CtWMbAUDCLacr0z6Vm+MkFylJw7TOV+z6CC3C+9fr7FNSiPkpOCcRBIa5Ie5R3UuwZol+f3oVPlmXW2a+SNa0W3NZ1XINzWnmohwklIhN1bqQqoCChpa74VO7w88c1KE2Tyqjj4w2BrDTMtaTv59JYT788BBrBOZY+Y/qNs+18+T3WitRExM/Q+Zl1KfLUDH9KPAq1lpqBJ6YsIKd4bP5OMmmufo1uthDJZ6ghQNpL8czKBvFEQvCYfC4HP6EsZRCC53538HqR59D5cjAOTk++fVTWrJSWulqHSv9x1vmr15HNiYK1Q6XOuc7F7Wf49a8kxB52cZNBRAXQooPFqh9mYijWvGATcIozafXo9SsiD5JgMWKTIncxd96T5+eFqwZ0xWRtb0M7sZxqN+MHwQMYpVntiVcl+uBW6Wkq4A6aWDiUYfQNwhD/qq0D4hmFX+SdGhBqDCY57W7yKuT7ZBhjDLV7ZE+ZcBpeZjEqEjz9aaFF8Shttxb80/ch7YWs6e53HaKTGSEqKfgRbPDJdMDNsY/CfOq5vcyIOX4C/nB0LPdYTj+SlycShDf8GEx25XqAPQMFopcRUCisP+IXikw3JCFJlSqJ2QnPLriY0dcVRQ9nVtM01SAOdSlS+jpxjrQVBOMTCMHmFozKSkX4bpkZHkGrvD5XJyaDcMtuoYAFQsguA/otkY+CkVvdPFNcdTXOIbi21xAVxo1t2BeZuVieGM25rKTNPShLcLdsnejihnzyajvKZ+Z1LcPhg8AxYWVMHuzKGmc+5UFh1UeP7kYo5FuGkSId5lF60JSfm41Vi74xDD9K0xsGRVUmKqYuW/Wp9h4JXLnUfr0Mn7LrxtZruVGvsI4hMmyxGA5XQF8xuS/oDQxtVNTkKAn1XQgH2MwosLLM2FtLTIBakv06UHpl4+wfrovKBl+hRIH5XTZmc8pSqdnr25aF+ifRBponrKFNoLYBqGS7YVSG6gz2/Ji0vFJEK8WschqknMwJ0zIMbPm4BONOnS3G9owQvLaRAZ7t+WlruPRTTg/2E5yCQa1B/uwCUNpbQ1mh5D8+Yyfa7K09P5M8cizKtrPYiAliqMWc8quHF3tncG6H8jLy6Qu7//ROrCQoya6SyqHDR9q7lYXEQu0MxQM10lbDMlUNXlLsXRm+IpQ0Gf4avuiB5PQpLyKgQ6rbKwIyRHfB50T3H/GB4KDYPL7weKl/vNV5Mfj0bPVJw6hQ4iakxkyJbkboLbkz8xCdjX2FZRmVZLH0IlIBVoaWZxVU/ANC5ENqWkYa3r2RgGi+9I311h5WhRQvIR/kS4T1hp7AueS5N+1ba1bCkis2cFzSEvgw3iLZXV6Gj2e/wOSyT8DAzr7uOjceh/qZuZRYULUJ79tg09XFXouK2dh+7WNQP5C6ifpl1PYGW5W2QKKMdo4kkOe9FY3P1h+c4pegc7YwbivZgNIu+lFcJdGD4BaqltRTCsGRX1E5CLkRmE0fCqFkZFb2ojv0RtGkR2RzIn36OY6RP0ZokwVLOezI5reoTYfkGHVQTt5OY1AzeUQRb+tiN9qeDa6oG4zD28ywDS9huYRByUqqacSVhO7Q4Z2bGsOCs0VFryJInHUKN8rIic4ykzPUAPrUszk1PQDWI0rZIJiG9b43YrXRYXSgD/olIfrhz5NiGCs+R7wKvGmxRvEBbuTG5yRtPRPE5khdb+xeKG2xkegqapNtgdbSSJoRTk4f3XM8/tmL7HZ0/EHh1Bk/DWou1/pLZg1H7y+V3wQARu4FcEeng7MB8ygvldWeEFqnTi9hlmW5qZP8YAVd/dDZNg90ys3WtqcsWHhUGeFJPXo2hraL6MS2COfBCmqsNHRg+fTr3BhFLWEbOGwBGyj8+vl08HGtEWfPV7slFygHmOnE0+5uupfwSkllR8HR27RiCxW0n3wseNOVioSQhRSoxyrMTEn94OVTOIZsUPualjKZSiprJqLHF/HQSPNdOWOXG8+8C4+3x6LlFZYhKIQWSxchvCvGOchfO4W98uEE8EwtsJI7AKexYfUmeRGb9cZGiPjgsVBR6GpP9rh+t8xti8xPFuf4axHbRWgPSQIG3LjK1XPhUfWlUrCnduYiJhEsE13QQaVg1itsHoVEvjOH30Qfs9GJFCc7XoE9iQz+Sa1gKprJLcSoPKvf+FVewzZrTOEGUYcIzpqg2eIycPAW4CYLz9CAtZ284dJ/HHzpSIUaBIoQVXCKBSClQvRMrcJIGmXa2XQ9D0VzDUJW2hbvOY7vfrgM/LwcpjReiV+AccM10LCOuesDDLe5NC/2RaYqM5yCm/ZZ50v2chOh2NN5i8CwCHTGc92AtVnPRDcn5/5+EodWL21ajpcj829aPwwqmoX84RcA8P3ZGAfxGVpGsG9s/eqlbkeqUF02mYz1miWyeXDX/lF29/ZNONunYXo4QRhJ6zaYweDE5oVMmDLT6Q9HQ5AFLWLVXGesIN1ZEGfFCP//BqSUZj72b2sptU0pPIp5FjOHXfZYTA73UvX/jVwUv14jgOmefehUQaxUDVNkiAsVoV4D7atfdXlKfcw0cBuxQB63NIpGpk+HFKDEtgT7qKxwhYn7ly2ZZpR2yClEnM+qjfkM8wumHCJknM4w576eWQTZn273iS4rp2rcMe7UNu1K2l5CDN9JxirigiYcqso5TZI4WXgmyEUFQ5pulRMPcM97fEle7Riqmcu+oaqZbUzVqyui9BForuBqyG/hbDey5Me9xy9yyBXCWRYxJlZ7q7KCJevBp0GLqT2MaAXvto7OBOSyqDyWqwVWdmcGawC1WxdrauD7a+SGqw+m58RDqR3rjqK8MwZi790oPJA1Huh4FG0LuxYDXAauX1Pk/GnVJW8gM4LE4JXA71ZoTRz58IiqPfEK81Tv9RypGs3qEMNms+gqq7OGPI49DjGU2Mt4UhKcFI1okL0xnV0gRGWo/L5RSCIoYdylSrAEctw9V45Iei2/nuBT/41A/Xvz5cEJCQp+9z0xxZiF+XbMksGu2L24HEMM+zN6ji3/05OGJq3RB1sESpqV22B9YJ349QZPeIyqSbAyj1jnyVME/0uGDZ93vSxJHQ2O222H3zBO2d/f/y7g19xJnZY8OgRi5s4eYFT2kHXHOtq+9/LlvucrNWaHwp21mgz2xcz2AVjW+Y7tZXQZAGfLYlcOkEXggrWeUHSnY70yoPCKlPkjOheVYxxSCu6C9OUZyI3J//ikmEsiCS2Ha0mR6tlI9cFWwJZhhkJ2n0GahJ02d2aZ5qBpO9L6/V1b2GhZ73W53TajazwmxrLUQ38px6nRpjP6zL5KKK4BdTLE8wk5HAPTgshTMjC7uBWBT+FUrjPYt5zyc5NrLqViybJX2VBPeF4iIU0ia1xEO7PDTwQfrkFNC3rULfe/Hd4Ws7CMqNeP/tHYGjQ3kFx5kM2TYPtPmegQcR2/E18b15yPG9w2YKQla41XrprvyjWJug+709OvVTvwqkd1WLCP5PBzPjDAJ7zOKhGgJR8/HlCVQX3UyAReC4Gt64Yteo//hbcWnCw9LVEN8KLKJuk6NmmTQ51YBixhn5mX2vgtFiZugcGwYqxvsLD6JNbJ4HG14L/uceA9jqr/aPkv+kdu1qLv/dYJ+tDpavxpyk6Bsz225zR5FcDy5lxsKuYG5otGgcKraOFQRmH5jGdShnhoBi9E691wRgVaHrvILvmrXBlBkCYCVJ5zynZpf+bDR8WwmIh7FWsmoD0pbWHebEMJKXE/qWyZz+6sJikmR6R6f33sluik4FqWYvNvKAS+iIkSsP0WBW2u4d0U66Jckt9BgWPx1ZinXh+CLoLkkHwmGT+Ej5fy+LXKDbCsMy2VAB3omEA5BCaFNhns4q5l1hBqjoQyr2eT7t/SjtIucsuBG3vtmlo1huFZD0e6MmBtiVDg4E6V9+xwPiTCqHhvLuiQAN74Fc8yLAz+2ELFa+J/W/N0o2qOQAMFUWcZJo88FzOIu8Tdl/MN10Qo7g15C0mz6bHyTc/CkU4MxYEoQXxmzk/EFBE149U/NzBjoFVp5WJY8Feaf1GnX2qhHSDFRnkazPK92tYh42ubRDkD4xrq2w8IKPjg/KMDO51v9LidnPg/ocwG6hV9pqpD0VqdUgONQLr92g1+CzQDUd2pc5T3wx3fx+rqKJtY+GaAUbQIiDMysXTLiJuX8eFBI89kHXK3E0ztjEIhC+V1q8Ldq68aym4Vu9ClWfQNamSgUsE4cDT8//1mhSIBtyB9hYVu0byWWbUKnYlj0Lu86x0gGxQkJAAKdm1EPVSCMr/7ets5eUFidXaNsIb5Q5N0OZoIAAnGTuIHEcGfftVsEjW4jsRkBtz7FusWWBxTSYXh1Fms6OxyezxIsY/S3pnGwHFbKIgYG65oKblgoU5NHPGZ5XR0jrqaKkzfQura7lYrZhLsLJPfugvVeq9LICUoPJ5A0g00oKWLNZydcB704T47oJMlPbFSA97MPtjtDUKB2o1j0fzZUz/EdQG2n5EazRVHbnr4utB9Q1fOpF87qnLvuZH9XRhztf1SfIS49nEb+nG0bzFZr+CtmaWwOg5/p+DYVhrvycTTRQWtI++QQzQV9c34MMsJ9V48piDBOgOxjQeZfvgSx2Hz7E2PjFd8KISKqvdEdGy4OfYb2cu76QsVz47EPmNEIacAyxSYg3Vup9gG+rFWdU6RBoGz8aWtPphuFuH5eQwhPurorMSPR0QzN+sHX0t84fdr62I5B79kntr+2xi5iKYEZ0SfY13raJEPai67lcENpUdv2x/HMh/L0vI2NGM63hoHkrWpMNNPGoOOeEjfElzpU8vuA4i1XZgzXRab22tP2XzLz7C8xtJZ9qeK+TbhBRh4oDa18a/8jNIfRxqyH0rBQYmIUiCehS4Mmu0DE55pVYbDiwoHyNSGDRQLpA9gbMZljLnQ6i7pB5/CmPrxEhO7c0cez7RJgCbXza9e6TK9mf8Hq/0Mc+kN6gIC0c9wgh0urtJNX3MhSt6tyJL/OcbY7a27zBXBVC5PPieLJQVEV0MKp7kkBScvCczIhQJ/c6+7UJDXjQzEcp5cCHgaDvJ5L+GvEGnSck4DMkrBg1fw1xyw6ZkdtFS7aMK3i7ZMYf1EFpZJPsjeNN74DW6yObdAXW6RXFBJzZ3i7qpxHk8wfhm7ND6fjhPXkly7t7C9XoGciPuU3bpAQBrycciuiDQ7TOpYxNl1mT982WkJswO4twssw38dw/U/Ijs4TSFNLSFVULdxtVybWcVyO3DTjdXege9eTKLN/YocBwSpMLYL2D01BOZ/W/tv8SY8v96F6YiRsButT+LrRZgts6Ui1dai3CQ8vOINJptHAPCfFg9bsyMEd18lIrtByyXJtRyUzUqvvcVgajgU9TqCgX1lOdBWf8jsNUO7SHpWJ4DHlSp88hXdgaJ6EfaDELq97kl2ohGK+/uLX23sVvGct8tPlMwUlNiDdCfNF/srOCGhsst68XZgU3/seI5NCKtQ7h/dKAlBq4IC9QLT+fpwWKFMWDEkuxQNGEMrDm9P5lrDV2Tdgu+u2D4+99qJkm5dzy3BOm8cJm2BCPEXIZKnbeIstmQcDTXi5D+phDNKQBV0tRVxnbzn8WgwVUeJOhu7SGf6K3UZVEc8qlX8kljQzgVJSyatLOALLbSzSk2fdOdVly/UXaltArstIAViYiPn8Se0ydWBQ+7ePClDn/EbJo53ZBAACPtV0TDXhIVUE9ejhJz36qVAzglryITVl9DuPRmmqWQJx569YLdKv1gWJuOF42F7tHBHagFAwHdfvylBtm7k65hQ2RHZHv5aaLBmNyGyI6qsOLSRR7pC05hIsvcH5MnQJ9CA9E1ERAvO1PGupNTnitielODkS2Y1t/no9rG4VGQs9pxe1ZaDEntlES7KoVk/Iu1Zw2wVSF2My+Rg5e/yK+0IaKTtgakX5I6HzW8g0MizbIV1UykdlVzS3LQK9duw2M1NTOOp9XBEfTek9AD+o5VwYct0fhOrv2N8+t62AAc/b1hxfxmkbkYIKYkPxQr0J0DP9Sun/LDjS+bWkr0wG+LkjPKobPs019SdWn8FUJFq5/40u+JbXVAbHgo2TZzCaDVUwEfxBfiWLugeJC07ZLS9Pu89ZYUaCOmanCD8EqZ1sm3MxIINtUoN7vIbNkkR1uVjCoLCTRpECX4Cgsm3jMxmVuAF09PQ6r+0bjCRGAUiwWatyEdZzt9X3woX4MMtGBSgpPnARfp4qbIEv8OhcOmfjfCmmVxj8neP+QxjLG23hqBahSLgVmZzfb+bt+0tc1ZveO37h67jDOQYYw1LCPSC8yAVbeEye/sOR5oWnmeKujBiUMLkKlODo1mbLo9crC5lCpSVrMZoRy+f3v+lgk+jHYDJbzxZISOQsEWTpeLw1+NYSTzyxHnl0Gx7HV/WA8GgnSKH5rx1HmDXsSp+8eB368zqd7kxBLAVbIPXacou4sbiaIdWFvnqQ9wannNWNBFRApUPZdSgxz/YWyg0leRatYkqFQ4+yB/JfXFfwPi1xcU04HgS7pj4cxExwQrJzP/VjRs0SBL3DH3eZ4HDPou4s0ahhAkYsVo9qTIklyrNQKx3kD4SBQgTWUE3jmwZDQS8MT7KgDsrewIAz5XOH2ePtQu89XPXyDzihwN7jfq+M58Yx8ntSb0MC4FtpnNQ8lmCPjaUDxvjy/mx7hxP9k4FwEQHICa7vEMc+MfFUkRyVEQu6HHjq06WAjwuNRKnmnJan/eEUneMMr9lB5rHrspaw8Ug/9zVFF0qRqT5UX4PrmnndSphv2ipOGot5ISX9h71VHSWadR0bT6p6IaTbIjivaaCSb6y/kZvopTVCDqBrR9cTxpXJ/JERyYNLYWIqdLqJ3LmOBPlo14+IRZeCstOOCfOE3tJ1GTbR2ZEvdhVGcFJC/c/6pTynod0UsSB+0O8epm7xQfkA8UvqP76cMfhSX+Z+QL9Svgxunh/YqFlOP+gRg+X5ptaeqU+kNGmhLu0mlXEhrY2KRe3qZFrBzUrhElsk3bPVUYlJPK6jjKZRKNchL8Hr9V4Y9srEdHl/CYmV0iM+QsLN3MpYrG65TZaE8TEFbsoMSua3uumlidHkRi/Rka/V9VuVXy0k3qG+kL+BZEIDtA+I+KC52RnEJGEmpl4qRhTFSjAwmVlKITdIUX6a10c/dgeCURjJggwPILndQghAvMQbQkqk2KzNHzuDMVZpMP9K0Qj5fgxbnz0DHbgXSiUDUDfTVUdmzUR9qpmtzs/8+JQR2vG+OQSzKVCiZYYCFlLFpM4rHJ6VWcypPOmgMwBb+GZZNhqDHCl18JMMDfutrxUzobW1mp3yIKJlWZHH3DPQDDay4SxPC+mmCs0mGcEYoOGgU6PKJa9z2WNXC/IlgxZOan1ly/76tFlAajM517ZXIi+Ta1oO/DcEg/YZZE1MpIB5kJjz53TyCZwABdgzaxUqJI0hn/GMDDQt55dfGSiv5+CUaS0giCqDw6TKqE4W3a0b2my0UHZSWdqP/hdMd0vaCger3+f0oEyRkl5bIfyvFAhWwLVD7Ljj//Wv+1RvTprLpeKlNCi7zawmHKQkkzrY7WlUtHYREfo0cFwiIOMQvm+Xzm5p/S5pN2iEwwAZ5vDny480y5Vvj29fTT9l1QaXMbOgbQnBBKsF9AYnJNc3e4ZwMxZ5BC1G30MKQ0YlL/HrI7h/GG3IESI1/ieUDqLvLE3BU99KSOdRACWF+Mnk5p/TO2rT8DoP79lIo1h8bpP9IKNpOZKjtAiS8f4pOqqYNeAv5rcVTLDaUY+IYEKbgLbuVsKfWZcT2x8Mz39q1nvio7LwhT4uwJQoIWKf5EhaV9FX9D0xoku5mh4J17hOx3JwW/Uqu5/pAT4LIw7TVuDgWq3YYrY29/d0zrWf9ZeVHuXYvR4ZqOqIfVjkpufXVRFGSpI6LdX5lS7+1XFRo22p7F0dd9UMPK4O4u1DSdCnmj9xVXbk+LxRC+4+DcnNp21kR7X/Fc3v8lHLl7ShCKjzmPUTrBJO5VHmnEUN760/vC/tY+dpUxFSybgqcwq0VM0PZO1eoaqjzjCo1OENwnPtkPDlBCm4hAse6BGFYSjUMU6yzF4vJhQbOtAxkGMbbu8vlQSPmmVLgu4vp6UNsZ1FA2u7bSLr6/cqFuLBiyVxMlhr5Tz/25zPc5zKB+MvzMoLXtJfQw5yvQC9rNiS6GrbGErq1EtDf9nsVn244KJNvB9gMwCgZJHUUqCVCT3DBNl4Q2foib9R+bnYJi3vCedKWCDVulC628qPcEJEcT3elrU7pLfSSeViBBkgwfhcufIclNWiM/vHRX98GcZI5LGUHIyFvwpnSJT03BozI9NK+Skvvi9jBz9lwCORq1B1+OL2gFi23Bu8F/gwhM9aIbH2lOoYNfKFcPPpRXGvih2U0QeSWHJo7J28av+SvZjf5xqtBnEg7vQTF/kPHbbehzQxDXUHIAGd4dAS6BEScNiaKkD8NVzFtVzJp0MO+3l3DScQXSqySsTdXCWvgSEkiyH1YKCSAAJPNvypMnWSTcn5Ib+yUhOtw2Jzhw4PjdXphEUIe7VjfgaGOjoQbfmUFyzVjU/KRjIWV8tPea2L1McqnwFEY89MIAbIrWXj152BPa8Md/vaRSUm6vR6wWmlurFlKIDaBAg2jHSbbGv/eC1BrljD5S01ialQSN69oAzLaXg1kfTfQOUDaWKfXzGPS6VgWXrp759f6Tu/zpawohq10l/t5KRyVTU5wo3jGe8kAmbFKJh09UQMMFagheEFft6Da97WINAX4nRc7kuB0lpiyqwz+S5sKGnrSlvYMmxBbYpiNRpzpiQXNf4XKsiFYLZkrJ8sbHETW4ALwatBUIfz3dNIyQH74Y9JofweHCOVcKl9PxLohrf8Auw8INGheMwUsHk4LXlF+OKkZuf/e+M19+EvcwqWCcLrt4z5Shpv7oSGvfMz+drJwKX6u6mHcFDgs3Gfhb8OZBtOcF4FRun7dIo7X0i09CbLJ+0JZVNZTFxOEzNoihrpd2fiIyasKr3zXBtILKq/lpfhBeRw6J3EtSMi9mi4hsxlTCXG3Es2hBFZN015gFGwJhXYDS70RZqRS1RwjzkmXrEZk7HznU29d8FGJfGBjFfUUaTgJ88HvO+9rNZTG16Y3pNNUKF1qdq0QB0g2Q/JY6akug7niMRjfjC0ho1ceD+UxcjW09oXePJEhi4Bxc2ci2Qoq15G55eICBVLcWlBcrgRIgDNuGGKoUsPwToe0RUnHgTgCsZJPHS/OVvE3dDHigwKWnKVG8Pu4J9KSKDu4jcAl2N/pNKeXg/ETINbU56bUW1U/ZHs4cNk18iGwOHlWj6WPbGqRL9cMndlNG1gaPGeqjvHNIzZUY0qzi+f2XGeXqwcb4lbQNjkvYW0iUw0DseKBp2fbjtc9ngKOgMQOfb3OMNrl0d1ewM0pGX8T91b9GK1mIq48qn4Hxvu5tro2d3fcC4eM3d5aVgc/bseS0W0om5a6qFyyU4K08vqTsjs5b3HN1Aa0bL/vSstZkaoj4rF0BzCuAVXSsu51nmUSDvNYCayrkePbE90MKQV1QBk5eaGHvQm7ZQnPL6qIcICbBgbusMBWvrkBxadZSAW/LCOJYQ3Xbqx/0ooFrZmbZYBnJlnyaSEnSa8fNoH8Ll47wZr/tWBbyR0Z0mKlJrfVauWpPJWmOuE247ibSeG1Pcq0ivbFUgdPINHQz5fYQ1BDvVP/Z3busWdevjGEf20gYSFEjxI9wRShiABvPc/LoT7JFu6pGLoTmU6v3h1sqTzYINQfQBOHceJhK/1u+uLkCD++1JmiXmSRpKpPy6guH550M51yB4ea/Hq3vke/xMkRxDCEmAwcr12NG1MuDDVgyNwYIVOnUkL6yLo9Svw0uYDToNvQpMjg+sqxl0FEjmpnurcSC3kIo+KF8Kq8j9bHMjxkTk4w1BCLpdcvCPEiGamcvlqwjMYiq2B+1aODmT2vXFcGdm6a7HSA3UJHCb929kPZb97DLjj6b5xcwmj+rlK/5yNVVf7UTpv7OYULQZC1K8WFkS06baN7uDgllboyTSqNcU+ZcVjRkmEWEtd1qnmgnjqY7MKSCZH9jH6AedU8EssqgcjFQlEOvMDj6TEH5tOC5Pi27sHcNOzw7p8xoCoqovA2eCPi3XvAYAOJr/tRNfWv7o78daB2uJdoYeVnzDmlTos+4cB0nGKNZ2PvL5spS2nMidh22cgomjQy0BVoJ4WatiMKGVlCdREA39dROF0rMzoRaJtWHOmgLTLZmKd+2lpcGFE50rhaS4kpAc8loyPVUDuARGgSbFbPmz0pLYM2JU3le5XtOdqOOZiSgx1k+fIEAFW9MUlV66qPqOdjE3HOyMffWmbhmtoGUSiIG3NgHNf35KS1rawXqT0SbG7fWR2i8mKw3IBX13STq7v3G1vaSGgPb90vOgUSO7aX0iD3FXvqZwIzLJ1/vez8Wqv1eHe3iyG19EZHxGN7IDeUtx1JgdPgZBCvt7O9wvfXLdnA7FXPXs+JlO8aVggjWZ47C0Bly1QRRlfuSLZXQq/YAiGpjrbx+GBvP+bGILxyEJIpuW0vUzs7ggOohoZaNvsjMilBo0gRKeGgDrRIQHezIgiQ/WABOV/UIxUokr8A7R6+nfTjygLaCcCBaOyaKaAzHbU/NRDvUowrQP1L9fi347AUOdgELlvRYI8D7Gkm+fv+/m1++nN2fXmMJJOnujFpAtV0bmwk1Hr/o7hWo/NbfMP0hHmgheCmFYprYEIxnML8YGGNtmdu2l+8XDv+JP8mwc7krckKi2tW+P0tJsoAEoNEqrMtxz4TcuPFQDt58aDz1JWA7MclcS2yD6pL97XnnV85XHn2GuAyMVvb4RfQSaz5zx/WW8R8idVTeyk4oH6fc5DjTU9gfvIuCN1aIWkHjDyTkklCiQFOPxiy3MjoM/IjmlGqbAwnPwBslDYkyYigqQoCYp3PKemJN8XujaxIR0BXSNvElft0lwD4DdfHa46b9fJLdhwvLsBVx35eHrjwrT+7WAIGdoMj+jTLdY6/lcCUU34o8vs2u8Re+E++xI9K4nbzqfytrTzj7WuUyA3sd18eNYKq8sZb9eQKhYyUZEOuthnGya5dD3oJPUCpRRkBWhlJ/BWqy91kECDAfuj7/JL5YhcZWX3wDCyRpjiKyfhlhqdoKAQoaUs5/qCBdeeR7mMRFSlI+Qcph8tgsESIpqt5XuSWkoYivEB5JkBff4nDt/Xquf5W/IrGrcMOMKYCu1nNm1J/f0ANFAKaC4it66fx8C4J0mF/BehR3HbTW5uSoW/8y2jvL/baubGdV6bpR7bZIan7DOxs8GZ30HrT3VAC3x3MUy2bLpTWZnb/UpBW5UeDki5zTnJyAvEZk1ETlBC7b4Yhv80ctpObrmLeaj+y44ujLqmo9/R8hbDeiqxo4Hbe8F4rsWWRWInZUNmgJi3/eCWa805pWtQFc1U6Yxm+sj28+rJCTapDsyWLLjimbSmWk5uXxqEYXtKUDFQb45r62wlueYJ4mFBKUuUQg3lS66rTWKyomFXQLpAM4IoQscDVoinzvdOtUyq1MP8eEcMuQdLF/Pea9TtwVGfxYuP+dmxuB0/zzmEYlSJN8a6TertxenoiPUIvLFhwB2/f+DYUPr4wyAz0ynQPyNnRra3hDPTIT516NENnzPqzas0M/40w2Ar+ebuDjfyNHnxaOeXbdb3oOsD8KSkRuCRZeiCjO2O5I1q9RKotKor1Hhu2aJHWJQXwhqJIg9y0Z3xRPrpwXPJg2FJuSF2djOiOYyTZgxUeOBGy9v2qWZeQ60o1UixxKLqA8QpkNTmLdyQqTJofBELg8zQrddgYbrA77PSI/rznxLKy0KUofJazlhtfGbJ84ceg4Azq7Ojt5nUWEh56zB4lx7fe5wShuxB6zHNaVcvvzKZ1kWj0Ot8wAU5sr3JZSQrmeeokgK90fdw7TtxbURFwmtdDHuBzORN76uvN+Dud2ghfXtmaLTulWMqYOSWURtS1RW7T0MBxqORspS6dWb+E3PPg2JY917jk6AYg9yGHV2vzNMEA7GDUDJ6EoN0oF4/2BCaeglUwgs3gFPzLuDnWAk3i1lgrqH/Jkht/O/fw2z044/Y66B39VsZdAWgpsDrPKKVCSXAh5ld628GvnDr78XkrWSlGuwSHqWOHHIV4jASod91iQvHZhsElNy50sy8FgxHCOXaUAePRSrVi41J6Vwz1p4gHSRRxPPIUTmnv30GAZ+DvHeoUxs9EIguD0Tbzo6i0/CYBDr2KcQzsKW+zfjAJGxtf0VcMbKl3OUIPALSDOGi28o2reu2BmkcSac3l27iaS8rJEjl9gc2JWJmEA4X0mVOuYsPU9mcDylAXmsLLoSgVEJcmZmgRoJa9QP5VrA7E+pkg70a/nGbOtAs8DMVDUQ+Lwmu8eGlpFn/VWkFG30qqPlO5Z6dBSfEUx+c8vm2oemkwlTkag7xfJ6roregJ1+jNQ+e+xmG7v9b3OmVZ71d36UW6RlDHMauAzLU2kHC6uXU4/L8ffufzEfmkB+83WHEQ+IqzRM7RJyt6uif3WvN4Z37WT41zBMIbF6+qiqzFv4O0AJ5moKtBrjjHFdND14fhBJf76Jo1F05GDSDqsLQKUKowX61kJOyhQkvkgeDdMIdmKU0OsBQAmki7ZlcBTz/1lCcbXSVw1NkM6u99A271Ypvphm6WaAlRdqrUmNZhQMq2nG7xtJ0xFb/o6jNYzZILnP84hnFbUnzcSyaqRmbYirC6AtpMgDnVKD6QtW5moRiuwC7PXSsZcG0zDMN7cqwBc6f0OPG90gBP+Bo+83jcYxssmaI8jhW4Q34J/dbCFEWGjUdKYMCINfpYRcFYP/emvcszZcwYQFazOUC3Qg7OblTaBSmcKM1za82FuqASaHFv9QJekYuYQb3DoBGc6jV4i1m77Z2woelUsxZhFdt929cmm8wXZhuxN4VdECRwb/oAFZ+rFo3F2G+Oj/zOtTGIPL8yGT47pjR4PHj6RnshoX4HpWKn4tl3hvQ1QIAZlKJeniH6IjF83xPUbDNt2/pW5ST3QT+/bbtPeXGqVjtzh6CeYmmgEqKLHJOhHsjehYp6p4AmraZk5B6EqVBNlkagqmX3hsobi9UKJa/hcTP7v032vflIFq8tMHZ1P0CyNSi9YCnHRdSHVRLSGXldTjoy2fsnLDLVhR6buKBDacsm8/g1rvT++LkJrVLWNd24fCu6LczdSmyM5GtCqrzuB7CvSTW09b7CnSbS5NPS0HtDzsUDVqTeeLdhPpMFHGiojQFdaYmVnssNUU+206o5A7QCWY2nVcEScK+nLesf/iSktjn5AMHuRp0weipR2kzyfLr9OugzSsxZgeCBvTOhmsg89Il7ImMgOHad31LCI305BuzzjUId/hU77xgDF0b0aAGYPHW3X49uAf7sGoS9rz/DASvswzgODOxiEaTQrUcGUL9299ZyCliQXBFKvAA2IXbpWfffbhCCTvIzSDbJ4f6aSVe1LXYZ+7jczSWDCnJtImlhrCoGL98zgJyV6NfxAtkBviuEKpctGAi/Ta4e3a1l80SoBNfrFz900yx3FGC9TVXdGQEytsa9PokYzTyx3nnPOYUVewkdP+CjbhDLFIXLC5siDL01n+TRP6kXNJ/Q22dfoPlOdLGPqG24CjPz2v2xiJP+SUY3z7kcc9eh1Revc4EA1PSTQ3KtvnpEud9dreMXoGXRGEbrBoskigu325d1UF4kmKmT+V8OuXL6WyWCcmnttzotFXx1N9MSV0e8mQq+BaE0wJT0baCPnoV0HZPV6nsAiAwwdnCezxby5k3OrYjqzDHQqrn85d51Gq9WOVaDH2rIqvgrTOtL+zN2B3ADHnpMO1Isy2Ze61hQMHJNivPM9Mym9uMPlf2D9fzOFcL6oJ94ZraQR0BvE75iRzUO1HI/1ZwGwpLCzWHV9+jTx1COeWZaaopJZwbW0XSw2IMZ3KM5BNBQzgBcQoaMm23UHVUQUPG0gHBrVjIeIrm3/d+Yqh0vfUbp2oDC0B0uutGDcAbo2oz4uqHbVjSeac92bsdXMKY4WqpOEn16Wx7mloMPol7kUdrlIvF04wDvi48Gm3ueyU/FVh1wRS7sed8kpcssdaLS+jU7IHjRQUoqAtXbDlX1Tzdk00n1ZE6rWj4Qw0UZk5bKEKvsghyufbozLeXG5EVnWyaa8MRzUaiBDE3dTd/S/OB8BnTlgBI4IXtHw6olf2VE0YLNd8M75LrhI3ZgWLGcMj2hM4A5gtLlw/jBAQOBmRET44rJa9bE2xAFSx0h+pxd7phUHx/bNJKkBjDzW0VSBW7v0DKv4/I1R1YiOqMqS7ipEsE74tujzNNtByicDGPltEfrquIEJbc31poYC+CmIxHc5vO3OmzBhNhT19v8BWeHVBhDtjNpq18U+h511q3ub5WP3qUkIxKyOaB5KSGpQDeWtVRzG8QpNRvYPs1SpAa6QVVxhI4oEJjGg/4ESD4N8YToVxcoV+dExdlYhyf9qRIKID7s95KNbExNBnpxqTkiq4ZqHwRgPPAwz6oOdgr44aBP4Zj6mpP5RZzKYs3zmtRkq7uANzpw40a16A5dDnKtd1tZp73Yg+qUua1JMIezRB8lJY0SR+q3FGuFAO/KDU45UR+TcMe2VWAL7lnLIf0/e11Pmns5y64nyDzcWBeQAXbtwRt/eLEQomUjji20D8WRI+/VbJfu//aXSRZ0rLNNRvEqm5hM36yR6prADOWOwHsbLcUIGmTzt2tcmyaU/CeMoFYBG7goCvj7+2gW7SfnKwPVBoCdhb7a91jgir3FJBdixqRwrLFpVGRl/mWpOTlmS1hS9QgnSzxkpYRp2ts5aTXdrouH21HqRXFpVfu2mzNQ9L/wgy6/wbdlKBQpAuVZAIEA908VqNT29HAJXnAl6FC7NRvdM937wCboksBlOCBCBY/Oz37CACCijKbuG+HsCSyT8H0RNeliRaQp1Br5DHooTlnkmuStvq19+frqzdj0ba9doM6rpC5XYxcS2hNOiLbMtlKQfgKWFoTm0yIVreN9E/6w8t5c/GLniOJPO1m4V69uT9DuT9y1txSRSerK6k+d0wfsjo7DQursV8XP99yzIhr27hdKoqrnmg5IWAy54FOHFuv+bHVzIgMH1KKrat8PTAlKOnsD+271AfIeKE1VHJGNCy10TsEzh+oX7ci/1UDjedZ+JabJ73l7rXfsJCgWqnsd00lCiBxWve4lRA0rX+evp8QuUQ/uEG0MXLAXwDgTYIYJ5UZmPUrcnaCYmSGByI5EvSl6JFlFY9rJcz3A7LiCA8xSX28a3fmgDKEiDO13N26Fa8wA4okxwlpIjvG1aBOiZvRgXccV7R8WHT7L0gI6On/XITtXXnehVzVrll53UyP7zNcFMN8lz7m9EjKwQFDC8AGC+8fRSs1CRoJH7BLU321s0Y/baLQPFGqAqudBhrPRlCFd+B64NFkgX16tf3DMnjVNOrEYDG/0Lwrb8WVWrKsa/+6TZc4OY3hz7kYIcLisOAKWGZ5qC1sjzH17JQnJpM9uSFlAP1Kxh0Yoea34FrPX1I58FIjQCUDf2/dZV3OCnJubOJIa90ZO9YpoUaCnAQC3L/3uXW6a88AwU9FW2EtvqWbOvv9co9JDvc1JKQN57P/onlWdTsXHEomVXojVvmbsaCLTyJ5LbUgLUptybIBuopif4cEsXNoPya3cSHxA+BUW2U2gjLW+DXwEJlV98EhI+bKYBcNm0ToZgZKQk40pndbdGmYX45eCppZDMc0dVbXMR40YfW8oHJnGEmkLx6AFJalhnq1qsdEuiYZ1Vrw5Z9qgTj8PmigZNkq3cO8CRQfxtJnKZcT1qOeKip4CKDekdplQjT3U+vg3MrjdzO/DyqrYSxIKRSl6IpLPnqFTooUGunXAlNJaerfogWLaUjyOnA93UDta8Pg2/s+ippwV3bZsqtXuq2NkXmJ3gjtNF2Ms7ogH7Hi1aDL88rjPfFZjefDu8Q2OWJYZsR2IW8G4ApwVOgPgDzBYhF0S58nES1voVeYj+QM0xpBUjpUIPvYaOIGxXZee2fNg0bCY6+6HnH3txAXEOaQmVM5J/YGd0CAEK6/mvV5oT44UM+zTMfA5hH9GeWrqFWNOYFyHgxaJa7pICwzQJUTpxDU7ZAlgoDLWiODKratGmB1gMVQuy22ZDIH2CS0GM0JK293+QQ7CBTseZlLYl49dOlsblW6cE+fLM9SGwXN3Z+3JXep3y52zs+AKPFJx9AzovDAesi/EX0Ef6/47UqbKpFLQqAkBctlJu6tCvA8lbOxM3dDWZ/MIZI5I7CKRxj2zN4ZrzJ64FcUGFE76FRYrQpZiRkjWGvAGQte1lJ/ROSqkIi3EL7WVCm0hcAHJSUPdFjKSp6dUu8mxhYQ6PXWUIMD6wEdAHU5A8oQR8kewda4T6XjH8Ncn7VDK4RMWg/DEnmvQoEAggvLeTiyOzt/3KIUPGVw6r+1CSfqU59ZJiL6DvZbgLDa7syxV4XCgnBWjjYY/CklK+6QWCD4edY7OnRgJA6/7z1w9t3K4ECcwMZVmD3Sl9nNl06dZm2viYOD4X3H6Z8pedK2EgwnKo5JVZdgWnAck3A56uOEsEoeMtjy+Gmb6YmFBQ3QEEVRiVdYQAmKnqKJHyNDKrVj29ojAxTQs/Fl6Qypza1ljc59aZPzrK4Qzn4aOzBCTd/8DKh4UrERBeIm/n/r+dXXYn6dZHS/XfAggxAnwA51jk75fMfSh5aG0daSP8QlTTS1hNBS4QZwYDZo613YmykhRLKtJg8xPizISQqNBq6wlQYffge+gvqzD9CfQgjqgXR1Fjxm/LFOd+a4h7Awys30QpYsRzscqJCSGgADrXputGKy8b/1yoOeFDfHlNi8cXWy5X4LHemi5Y3jO1voqFtVbK4anJ3BqkI4C552ur4QzzREa86a6pLmdiToJT7TBX6dZ5aHaDEytynMZE0uIWoEUTOuHUiH+2YOTQNq/L/CNv8c7zSV+KDrnYkR9O1MQ/GGFC2vaQuIQRSSJ6BBhc831J8Qvi1U9v4TqZhJJQIbVIsDeYl1FUXsQdHqttti9DzSB6vJRBtS1on/LBcS42zJKYa9O4sVSDj3VIBFLHX/ayW+miEtMYO+JE1zieSDxG8WTvhRFTf68W7aMv8faXG3Sh8GJij4tMZETaIgDGSHvFm7oRVhf+QBJj6EwxMrMMDkJswamiyvbEKdgb2YBpmTvFQo2rxIh0a1KPf+pHKCNd+wIC42vhb6AKx0wCS9jT39dlW9S9C9vLaRlPNL2SGmeMmXX2NCTm1ymBsZlEEco3BrJ6YP9qH3WMeUa0f/ueQM6p7R5/5P1lQUOn5nF7OcVQPH2WfIPG3WwQ+BFK+DhXDp1ZHIOKCTy+g2N1DuluxqXrkV08+MEItiw+4R8sKV3pU1KRgcMpDzsY0Cyx9eXKXD8B0et+NFK0mBiBkEPFkql0Nuw0BfM+s0jNIOexpLthbrLnUu9GDFwrMLnyMmU1ckEdPv0qRz5KpkPlY+4382U6oRD3306bB/67GdKf9jz2a6m5rO/XDEI5lOa7OhukhxtTgAb8sWPtBQqoFO6nzPbQpPTFbvvBRPOwQdRYpaeqrPQz//cgFfOXMidAis3L0C+GzPL8rhaLq6/GMmpTadH1f6E79gu+8ue1K4Swae7cK54dG/T8mA+Eq40lLiQdV3ZYMrZc0TYBspL/3Y3CtTdRm0N2egtKSPfRwO13Sv4x6EVaYV7qQLLW9ggBwvhF4MOkllHJDcu0zxvuR6ysgmCLHLk0D2kHBGUDzbs48/xzO4KHwQnqFu2EXDL+CIze8V37xHWRjaf+KLiGNWuh+97U09/qTuz3BkplZrsUoaNcuQwutKXJY3nYcqwbe7l6NmZjidu86uNZStWp1uyr7vbtIsO8CX3Waqvt8zefxybbAWpn2Mft2/QQxFIS2yc+i9KdEYjZxZkJ+losTGn3cqusLHFQyjDiTz8ASJsSEJQiAQrBlnr8oOstyEIvixpCy2edsrqZ+GW/WIGKlQOZWlyiiQk6qkFlPjIb6oh7SIJPZ2pLNpp1z9WYjFEOg/wTFMf/lMV3/hfRyy97N+/YpFtaMnMnQCB/3jiavuQSOBsYZ0i+CuJDK1d/7BYWNKfoJpxwxYyNPb81i8GhD9aCNESilA5lshvG7uGoxa0dxMgcIBttrp2wk0QK98S+y76gR2MF+wT5Cicqn/5NyJ8IC4hSSEiiOa41iSvftgB/tXonTOIzZ9eS0Is895cvjNz6je9qo5AB4CJ3db0WsSsqE+njJjZ/WRa813+XvJ4JUO4SGPWH+vmoFULFaGM64+dE7QQWKIG9OhxCOPBc0ALTmi/H5EGbh/gKagqBSqP+Htih3IqrRLLyiw25DRCaA2yIEqTxzT4bDlFvBa0IdrTuB3Wd1HT0KUzRAXB2i7XkA5BAYIVJ4ver10jCTlf0mEByaTArEjSPx6NgxfVo7sx7jxqDU2pHTi5kM5GGBMnenfyIlQ2JlR+Xi+kqAjhTxIiE36HUqPcfCfrcgJzWXGYOE+dUd0uX+vZ8WhibWma6Aa/llWvtAVwEQ1TpdPX6/9rMGjVeaMWEF/pZLLk/9nZ5NRpKR85eNYKdkidInCfiZLV5UJ5+I16Xfpc/Yyjwvl43N393O6ioK88Q2ZNVNr6yIc9CajCOAKht9NpkCJaJUl2hjN2a2jReOGzzSrdh8cEQNZ+YeKqoyuyD9loPkb0foy8ChD+qYgi9MshK/2KyvTcNyB4Is+3Mm4z5Bzf1HFYZ3ZirVAIeppctU+mDdO1zNO3WvBo6Ph9fUkr35OAHK9Y3p/8N68dTt2BPC16jNzxatjKyUY7K1k5clJwSosJLwGJCeoOfbhGhau3KrplJ64COVf05iYcyxHrN54jpkt52gs9bVR06XVBgEvT1kpYq0eht3aI44F1ogaUKtuOr/nXzeD6SUx15wxM/PThmvXSTrYVcfK+C/hCYbM6yx1VSbd313xpAf6B1Zing+cWXhyRWz+6/77vDdBgSAVb8bx/r7bWXASokCLFo0G/wDWgD1WFnpzviLIJp4rcEIRltJMler/LlduNxSSWCYkOTVHM+AzRMxavT7UsIM7pzG8HVshYplqUa8G7bwKC3EXEgyH1Mf+tR8Gk07eVQYXFoRNrImW2xGDGWejWtgFd7IO8rhmjAm7++rnOhe63XBa+NYVEHmSOj+CVVjrNpCFT27DxIhmZz3Qoc9DBWB2xm5L5+2N1dZbBPAL+owVAW26DtOyO5OBLjMpvDO8LjLYsmcWTpsXdbWznITvT7IpMfA+BUxD7h1b9Z+aV9yElQktz1YXdHFe4ZJZdooHDvSb1o2KDc9m1ITl5+8ZncWS8JYuSRMVv16K5we4a6/1c6yR6ixTLZxohjEu2gsUxhvUgx5Fcvg/mEgRdonW4UTNtlAkjBV5vT1DH16lRxeLlAiRW+PKZsGAiGCCB73cs3A52HFmeLpapeQSc2Vsa3IJZWOAL9k0djfTZsG1owtJsURz0WkM3fPFjeWjpUbiY9zth9k2VFX+en4RE+Cc8/Q4l3Hj/So6TpjaeNeKxJ5onAvg8vWlCDmjDZMfd9okexDIeZXEIHZbdk5kQgi37mLi6pqEGsdDisvJHi2LfntISOrMzZ2dpFEljB/qNGCwjN48++bfTI5U2TNeFBgiZen+N3vRCu2ZJguA55yY06p7UqyJ3PDe9X+8xxVo7rKz9J6QCyFBZhc34ZSyP1ZdFxUzcGVhU4wHCub6TI0HRIgKnFdgyfLu7DdyqTqDifgSYpIg3qt6Bga8SezIybLEW4GPcoY/d/bjAgvap3bfu0TrXjgQRclMt9BS9lc6lTTZWg8wq7Hg91csaAQlzTNMdj2zHJaD+FXwNQ6rC5+2LGc9jp5aBIBY74NgdsnjESoFBRh1K6LBViR7EhcpRudigPixET75izsvH6ueAER7FgWLUOU0e/MJQY7+u/kTJp9DPG8vBXLPB4nXekMtk7dg3q6hgUev3YrTYuscUBn5cPQR5BQfHYS4kAr4fFCwMWgZY5M7sUgNzAsMM1DetNKzF/J+6LdiQdw3ohrCUHzq5SJBHtMvoVmEWfAoxb+p1ejPQWdxnT75TgnlbiZrl+Aam/HFAVi96kX/i970g1gj34zQozFN/yHQd7rcApdZnNu7MCqJwTgDFmETfK1Bo9GA4AGxMX88NY8a+F7l5a5kaMR1E28d4OQ7M2sx9iVJO7ZGEGJcXu/1Ldx+KOr6PpJBkriZPpH5eF7+F1zoK4haft9Lvguu38pxylG3/jnbdQP5+Vaa8ryf/y21bEZShh24muHdsuU0EmByPE7fUREh/M04UHI97ABL4vGqusIoRmXva6EkZ3WhpmA31MmQauouEztjMpKLOFgvNldxLWH1Ft4UDY67s0YaROTl165QNML0xHGZyU2vH6QFdkeizCkOconHpSC2VthGHtDTa+A2RApbelBoIwOOgMpBCKN84gyyBnquAyLWis+vBPcIEehN2jUTAyR8VC1AnMHPSPumVOJ3yGB1hn6wkr7DGaLPOrVyrmzYzsd8V6fIDv07KGPt270RPDydCNX0iG3BC/m28kl649x6IC3hRz1h1y5BUY4F4g4rjUyD0ivyTla/v0Gl/C7eLb+D5KGSXtYK7adUzMMU+KU3yqSDx6WNb3aDhmJqDyaiL2hT6NrVnLfwH/qTfp2dVbHcqjSb1LIlaJETY8d4D9umriXp/NFlExQ6G4oLcXau16njGGGDa1K2FcG7olZEQTMfO88my0/fsEI4nzAbVw4AISseuos3v86RIs9N3Dfu0Ny/A1GMgY2XGU7sdzIG57SjwNNloC3z0r0ZXIvnjdZJIqn5dV5ww3Cu1AX77BU1Yh6QTjmatjvG3TbFXuigE4gkIztMLyfLY7Sug0QDJaL3J7Hoi7//dZiFrHRfYePSIpBzc458gbUbsuaLVZqul8Z0xE22sHkt0lyH3EuSVOq6pF4WfB0Xj7ogMH+4SNUmsijpEZ0xfWbg12KZp8SgP6JsfRtgeRSOOC83u0GHq1mhA2bWUFZ3fE9IXrGZngOLqSrS0iQ09uBUQQ76VNK/BEPJH+/3oETD1l6keBFN2QCnZdyRpPz/UpK6P6OpjXAH1oQXpdCM5hVAcMYHZgP75ILkhG2OpNdxTW1ZMFPcmDOOwLPD62WFdLZc2C9tBXiu1XTil9Hb9Yg/vsbeBK0xJYb8/OMmGFRwfInyF6XfFcPChwqv3/b5+c7w1LNee7Ei7OU4ObuOwLdv9RqnH7YuOFuLE8ClxsOQcm6URTBt7CnJBRlvZ8ScBDL9QC4LiEOk8hRmYBDczIygnRnVX2TOPA8jKn3ERl8ArGN4/A+/CrToRT0gVwFWJRTl1WpQa334IaqX0LaKWgfmRSJDsd+9S9efiNajmXMouiVl7n1cEm0Y00FRHDM1vbJOLIe5H+BNkCV0QpuOfBFRRMX4yd4eM95+1XxoOGT3el3lKv66hGh+rcCGafKP/MOiFO5uQuAMJwUWcQL6GmgT3nOQxPuGKI1T6QUcBrQyg0KugoPGrc+tSpp6m3UNw2tRsyY/CWczAfPEGiD+gpugxtJA8NdbGJXaLlfKJPnT20B/6R1H1YRSRh0US/iRUUrQt5p+Rx7gBXC0TZlZCiJ1LYUK0QcVSsi4R/DKd89WLlF9Z7cFjdEl1lHfj9uiiYE7KN15D/OBRCMc2Wnn2C10CvdHHl4N2xgVYXaJNtmgPqqEYRnikczYAIoiKsMZDmvHninDFL5wtHOtGUiqBfjrV6Y9wOOqMKCWoUhLfQc0RODMsHQw9kE1/xwNkqzcp+fqdz/fGD+K5WXxXdofFP/qvqxBCQFkwGWNQ9YWEHaUZR8cfkw/6aRStpkbWqsgTUL34v+noZrFYqNZ7eGxiLWj0SXKWb5UnKiEFebCW/z/sd9z4fGyT0EhoAtUM9WuyUxTvrhMbPNzoU1khegznZk9B/EsKu7D3W8Ht4V75XxnkOtsDHfw5qXvZLqVp4rstBc5SREgmxrcafRNsuxe9kHdOzLXvuHp0nxEj6zASV/2tsHsqPutGHWtyluYlGh2+2QjwprIliFgjkh201zctbxls5qhdEPEtRqs1gOS1H5p/4ozbSaCX3NR9427CL0j2SGaQKu9bP4QNrQ0EA12yYCGQjHj0arbRtaxEj3TmLKsIJdScXtcz/EELocGsUaK1uEfsqjJUaj3ijetO+q91FEcoSXxsuladNOgKsBhHGeyjoxTaP/pQm77XE40geDr/GIHCN+Av5Kb3bREp0o+8BYx6NT20y/Jq/ADihQ+zQUSxJUIKuxUs0AWfYLkCMpYiorwLSG+iJ44kL42CWs55HGSVT4mcK5yNjUL+GTUi5mfiNwkJbFHf66rFezRlTOx35DHamunw2S99gZ6xmLH+czcZJ0UwrALwkouVnNPNbsanPsSEZbgUUVTMA3xswAXl6VgzL5l7bxYDnRtARhUu3lW+dQ96jBqmX3ldNPSSfyocPJ999/B+jImyN+l/7nkRoXleE9RndT5kXrlxTEVs8lFePZXveu1RSqZfHvmqh3QXmGmGZGJ2Up/+357tq11oG1JnLBhy7PGQyh4i6xJU008e7D4ZI70qmZFrkaTabXUiVt5fA1bF4KAvG3OeO4QtHDWYn5mq14EeaLAyKaQ1kkD/lhG1K0Ovg1RRZSwpIRFo5zboS4sY/Su1eWHz7Bhrkq6ZSkqpRHdHS26rpD2nMtWhDM7XGKobjkrY0lKnhXqWqL6mBrfAXjnqfuG8bIl4h5Uyh3N7VKZsQ/KGh4cXEHzv3agcYPqkzenaSEfLozJFPVAx+j0oOvb09yCCahLYVE0HcOLzQJPgZi4lnLMjX/lGzMr1yY8d8TpWu/weca7u23zMtmGvJpDlHBR+AI7tv0P0qD3rCrRjPJ7Eo02ynOoTaVl8U01E0wi01G3GUNi6bZxJDILIiGZsmtw/+I8pj6U/0XQuuzZt6PAFTVddhqa1smCbXdCBJ27/MhGgnkfrmQWnXoAF2RUdBfk77OoDkAZbziivQXwAuGJP9BudOaaAy8e5D25YQk9z3tcINec52MRpxO2Em8hieAp4ZOQmjgpK5fY1vr6Oqz6NeeWO4nbyjA9aXZYCzBwK+owjyOeQmddnyIJXpiCLtK+hvBo3sQdTVcy7FE6rfpHxYuqwGaGG8/8MRFHz7hUURBFgy9hKzIOLaWA+FAacAzUEoX9MSltw+CGxhTkjCptlCJgar6QrcdICLwsEw8ZcnKIQ1MoiNMh8PyA/Vm7vh459Vg0uWUggAjQwVS2FfFrxxt84kw2r2KjBiatgyl9ZRSkN169Vjj6hDk36xs22igzccNIMx5nUsgNZeLk6hH98ELdUD+9lj2MRWlBwwvVOBbdptlgSTi3UFH/TuPgvxb/1NXVGABZDBsTtv1rKG6IomNiYU6F9O3igZt+c370Jg+m402Kwf0yMCs83Lm6QYdMI1J83j4S88lljNT9rNvEqcanqIhbZWeoKPgW5FgaJRsOXojPKBMgS2HyX+SZC18jRSwqgmjkqOcK/UFC8CIm3sb1dAXoS8ElmgiTz7xDUbnho11JGCAAVhwtr3QqVKULaNPFtIBh+UKoDxZ0GECMb3A95fa5OCUe1Uh618spWqy5qDPdHX5DpJCscKrPvsTvSEwPkJZpkozsH96HfDPXpYykVk2oJTv8jnORH9DkTx//Qbt0uY8ZeaNtPfUngKHkHtYFLlF0DImrBYDAF2olPGjp8E/Jz5BQsSB4aVQ8Iv85eMzcBvh+u6tTd3SqhqR0xOboipfVhiXy9aaqk0T2oJauoeksOkHZPaJ3BSnjg5PF+p8YLLN95/ewanwp3l7oLc+oTwZ8Fe66zIUB7iFU9K86u7NG4R1ntxIGmIONHhoDyD/rvK63Vg8PYa8cGTHUxA+aMx3hR45UjeEeCQ0bxI3K/9M38R9FyD8Dtl3hhZekcCjyXlYYkVjYjemB7EMP3Y1yJyLgCgNUQBt6KPhMDzWe4ndA9Wsm/k6X7m4uP/eb2ixb5EHzJNp9kOQ+qV5Hy+rqvWsTN0RmIB7HPOxlBplvvW8hQREmxq+65jovuwnweBtdsm0wRyKnBueMoZsGmH47I3n/98R7SM3+eZvgWUnAj1eB7WN52woFufF/HgxEE9yywKyA/rSYvDYJORq1aSdT4ACmsVXp3EdE4I9or7D5s27HirK7GUNNpTnGBpuVPZavcBH4+Pf+r/tjf+K5hdUWOCIvqhVS4XHlXbW+Fmfrl3vVFGu0hJ1jcDO9MX8ckyl+CAUkze8jc8r+h8g/VAibFfbfhBPsjm/h3rJv2o2IU0NqbnPmc/IcernsO9RxlHqK+Go3QtYqDOMXBghxwofDQ9NHWTCqFIBsGPBxtVpV6NkQH5x1LU17QoJxZmPoV3Zhdjm9uXjgwtKE7R+Oiqr6xsWYL5UhRcmkId4HLwbZm14RFqDCarW+YCgTclxQzLI+/cR8i9w2rk9INYDAxlPN4arSOA6LdSj6Z+GV+8QODL71izZV8blKzSEYAGJdElQZ+ap2J0TbEmnl2v+PGITLnw8yc20j5zoQD86ney1CCh25liKoCbY3vvlWgXkOrvA+OBWOgw68FAFtD9+iaMl1OUAKy3y66gM/0TcnlgA0nuJYc2ID5c7qb9lWIuRA88vFpFiydLbVs+g7M39Lbs5IbYu1XBVzfDe6o11j5+zf1q5vSu+6Dr92wyZd/R2xZLPNr6lqHB2jE+j91lDZ5QZ3bM8y0on1CD9hYoQVRqoI1yNAaPjt7t2z+m2iQ/3p4AGZsXx5lgXw1uaB8Qs/HTXKJXZPD0G2Jrv/GGpetBRT4veUX7UUggLwtigq1R4LMQI8HbuHmZVeQ41iKoNTiWzmWWejFYY88npaiNMIZypVZal8OVd1j2zk1XOVHlFX1Q3Rqh/ahI3ePf9LbdM26Wi/jAYR+V8uXq611XnriovX+b78mreuMNQju1/RzoxqYxM/8k3yzay+D8yz1tSfmlpe5rebtS6U6IhPdTFtNkVsoEPs1r/0hJ5I7ZD+iOLmhJn+RImNyAMw3UGbbPFUNZO/Ob3ahu/iKXNqwiREJ0NZvDHciGt046S9JtHW/9uHP0lb2yXccs15sWr1BRKUFbMmVPrfzoglh2U6H3l1iM+ykJaaGpI1pY5iznzQnZ2BXYaqxhsyVphtrFgP1lbFjlTNFskx6JP7Au0VqnF0MOT1ZiZjQ0Ppen5peKvmDUQVve43p74d5o4xQIg79p8MkHYDfWgmpiPswHIm3d8BqfkWTDSAz2iriFaMCLnIxE70MPhKmXa1dvIzttwwadDsBhZPUk9RMjr2QAPESEs29NBa4BPXhNU88WroUGgvadqp5aWJfGRkxSON7X9PnRl2Vd3RMvx/CAAkGNPKByqNyjoob9B8RPeACJheajpk6Z40qZohB+DA7kfil/dGlme5D3dIb6YyGMIvrlMjuqUDt0R8ki6AcOh9sZ6Og3WlMWfrezYkEJOOiIVosdjlnfLmJNh0AvKpiHMaTnSK+DdW0uiAIMcdc8wuznQUuHkGLycfAZ8pwtR7JkrAtduyfQo+b2GEMQPiLRfg66qfOZbCDCLb0uPGTZu+bHstO03DOoPHisS44sOv7nyEhH8Lus/g+PgE+/AGl0e+epQtNCyKGULxYuXOLtpOyImTCzEji7pxI2fIzRVIeJ8xADN367yZvAr916e/1MOzBZmDe1I5I0km+rLkw4Oeof3ReHKlqB5+nfvrUDGFUvhKngBNKe01d2E706BzeF4YbZ/qhf8C4BXrIVm1KX8FpvcG8P4WaBZqha3Z8x3tjhC+SDDtlzcR/BSwWgANmcXDb6Ps/MTZHhTRLd04uffvsUZ6zXrip9Pxha1Y6QUxlDJdoGBNibc25SWb3A46T2XX5c+hVT912b1LEqXT3o4WjqWhLsoCTNioGiMOtuEH88DEe8hAgzImVkXSoq2AnKt8KVf6F7GLXdvntMOnTn+so3UqEuHGqje/nydD2mw3Lf4EnFUk/KPLs9l8ApCDHjD7WOj1QbebnItP1cSH4nacZM6Or5rS/D21J/9Oy0ABX5kBL842DAzxrmqzrvoFqm/S9fg3K8cZi0bmj2S65PYcSk9LMlaM/IUHprbbAsaTNwNk0aFPfUPFbW13Sq6b0oAeD19g63q8pn7tjozV+3u3zXX32kedRjKoI40O3XD//6cOW38/CuUA7W9Jyw+OkwQxecshHRPWFmHwHc9+Xk83m8Gxrk+oCiCiihvxubLaPFgumIk2XAcXr88Tjwo4eBzahfQk6P0+NPjZ5V7wImAI2f1QSqgN98e3yUlLip4zPjcA3rMrVvrHBKuB0xNB4ioPFFfxjCTF+YvP6cBRmuU01zaoyxAGp32jLozy5J1dE+t7gsaY+3tW5SL9KDMr7zHNzjz4fRD9VvpQfhz31nN2wvO/Re0xxWs/VYdfPd/nXFJMHFCgsgX7sPnShOs5GohSFAoB3+ItSE4EaoUXJDAy/SD1A+0X3cE3z95DlUvxl4uvAzUicubQDQztm1hylQaip/aWV2qo0p2pZIuUyGi7ZaZFR5b180IcisMumQfDoIgynixOVEn6kTjrdJw1uoDiwo8MggfAAkoJtB83xBkxraXXhYlZV9bRKsE6RyGtz0IiRrbTPs9ADBfFrqjOiL33XLa/BhDHyajKFYtopvE+q3rh+keyK0stSOie5HkjzZKBO9iRZ1I50QYrd+De/IhpIPgbMlAbfnmHjxOrmXJUPQITn3go8Rn2wNa/nrdKPuqX0vx06F1DnX6zkk25tA/7+hN+1Dz9AOU93P5yZOfaPbelQNllXK6G9vaGTReztB61y+zby45CBfJHRe4/YmYUaUEYvEyE54Yxqdmk4uhKpBEIOyf+JUZsOZ5+hzqT9VUGUldCPNYvYc6iGQDjoXWgb6hZiKqVIdLK6e1SrWU3uGkb4t8xPsHW2YCMdJINv/OOPsIqYntW1KtdTgFkUTynmGA/nSgQGENkD7dVFRtiwYJeUeaYyqUYUMNz3++uHihxwAWznuxEmfTUa7O4TBSxE3BLTzlpUPryNsnCpxozX8VVb6ZnZeFYSJkbAyvbg47TLhCrHC70wDaAjx/859Vm4qInPZ+NntbV6yd/I2Bg5aftOqHHtCjVGJ4xK0BAQIHhObDr1dMI9DqNe/TKsyhRAsDDbPx0JCorUHz8KdwL8znprIxZcD+7Hh5kMFjXzTxdONboFraKElKUdbOg0PnGF+EoDUPJdtv8kHvo8IJ9On0QpqBuuU6041wmX4kadSZAqL303oEAjLMop4JGrIzrzsKukUvDDWLcENoktSpUARwD5R2qOqit/S44FBoM2CjPdc0LxTZ8xWM1BjCC3xOS2cwwgWi3XCChBH+Fgxzdtzcn8bkxYDiM/vnAEy9bFlIx4VciEY+Y3Sz7IME30h7QvcxW8IsvuJTmSsXARjZCYGI4le+6V0v/enuq7BAzLXvG7Sl1hWHtXBe3ahqiuJH8MEo/yjQs6Pr4idDfp4H100cEjs8z5LJSiggv8pyzbYO+G2FwQY2qhmhXVgAR5jMLZN286PUVVGIzH5bWPWOX9/vnXKy+DScE6khnVGzJ0R4Z5rzkKFjPaHhWyKvbdF7GRpEIkefJPwoDNURGXDNFNsaBXjHIITa/aqaarOsWIyu/42QyD7DkAqcUqG7PTuWfQj1ceJ2yZDgClP9iUX9gSKmpHKBHEnmfh6vxrs70ndIVrKn5qRH1wWb5YSwMVS0lCcSnxxGqfkxF8crieTOmF2BNLd+jsmbq8qOcFb8h0LJOnpdfBJ5u/r89YaXWTigxXFYmG6/UOcRMSQ46iu4S5j2WV1mWcI9RXSKtQpldGWjzHA8P8aBum/cnyD9XC3b/YlRBXdFxwyvIkZRhK9rFF9RoNmwdojcfvcxdhW/z7V94PJMulkl4ujpYyH04swSF8nobaFEBsgRHp3tCdZCSXaALKvvthirv0aiQj80Y88XWX2drCMFametBsD1FXQZPn1gc87x4WcRVgs5p9sAsRrtQnmPuxDPSEG3hwtEIo0iL2RcNQL9n8BmGyOHddmTjm5T2xq4wiHchI11UjAMsAk2CGy0iPyRtGoA20MapSVC22n8yLoPFcDcEwfY5FDzcEBNo/oe0udwc3aKksoRfMSACfx2Gi5r7v8w/WjOxoDFzNgYC44kZ+yaABsFi0o7PLVaWwN60dlPPJgPeMMXq8xAqaov9JJD8XUz3CSW+QQx4btj6bmuINFBJKCdqkw65v8V4A6LrzLXc7+dvzp2z9SayGzzat2SQTRN51J7/vGaCYTiBmGGpFukQIcGenwBoq4L+hsGTD0rWaHk1MiLEO2XanjQbjjM2q52UUKI46HrqHasZQ3Xcv0tSZXoL6SG1d7FIB6WdoW5nGPkOFMIJBjDv1jDNp0ryjIi56hj7CKfysUKwGNUJeRi/uoujFAe8iN4jMMhsXN6RkxR1NG7aStA9/0hbnvO57/+DXQkVmyhYP1qBXwrr+4wbQTvFgmRqWCgy3TSfS1N/wFuLCurArG8QH5xulawUl0NH4mpcWLL74fDrIaR0/TSpqQKKJgDx3rKS8DH9y/iK25afPEOpUUC64A5ADQR4p/U1ygzOKiHeTZXHE3iGMcSluja4DGkda96TWViJBMrfVfH3xnfeShJ/2lRz4EaImnitiaapKlnQdyiBSR2qZ2GZ9j5Pn6esvxVt1MHEJp188usyecp1Jy4XAw+fGHMwm9ANSiY3ZNOAiB5JRmjx8I9junV7wTOnWdxWG8fXE5plPoFZhU7Y1XZEvlb5meGCxAYtSgM2qy4ACL7G4HXx5BJUif9Zb3KB4A4pqSJHyMLUMp5JSJ1RcwaDcn572CNcBYsBqyFpAtGcJtpCke8+lI3jfpruq28oeaMKdQgU6C6aZIgkSTXWfJZoS12f/6Kkvd1Kbqvv0CeZfc17pwktBHd4h4O+8t4QDGSCHUYvtPED/NPha1QDXKWFkzNtQHZKJ2FX86QX+uGKcLe9ipJABOcyVX/7y3cadY2r+8TFPg2qgzh9anvPR3O6PxXHcFFV9FlT9SuPT7uZ9UDu+bhR9F0GxP4ZCoOXFG3/1ZW1LQq5Htk6brGdnIyvPDfjozTw6M9H7lVHXanBqa85CFiG9Mwic8OLQxs6bRDMKBFupCIGyQ7Bw1PWfrcashL+HpOb1EHR1c69VB78ihm7OeQBCMBqqj3rh7VE9x3ro0CbBf784ZUXntLECc63FeIumJloiRGMEXZuBFSBhlAnnvXjPqJU7bFkqiQaaw7QsFit+wobd5c5doD07josouyhdMIAH6O7E18JHmmDViMPn1io577XplQIbwyd62Zn3ZToJFV9cJsN85DoUZNyMk5Gz1Vrqo1ihF5pZoJZ9i+yIxXmZmItb5mdl2JNTfdhWFWdrxnZLjgdxYHt7sFFr6Jp9xVf5TXk0E0bFTeJwmrFSHSiFCYwpfO/r7qYrnBEu0JzSBXQMBFOQ2hz86OYA7S23QImN5q6kLv7vveZLqDKaSqi8CH96fS+aDjTvhfCLvF/dR8OhjGJMSDUyQ7P9kf89TyClOLYKylAB/lW7paIaLRjawePr12X/k9UQHogpLzdXxop6s4vnh8Nl+e3a194QmHVw9oiihFw45Ww5xvISW5AJugyXRT+zkZVPduwVKkcNsuX3aDrZP3d3YMAWgSdeedQAHCINPTt0ETjxSVjaF4gob3XyZWPhKGudEghkPxRr6O0tBTjzeeCZK2bwGIINjcvwVprbFkh65xseICR11FxrHqczMa8gBF2E4MNsaEGKF38pL7oHWTuAYWm+fhzfSfDVRy+ievoN+7olSA7Q2XU5PQJU0eLzMsRdoH1hhMrhnqlVfmFlr45tTGi6Cp0SB5L1OZK6cJ1hQ/Wtd7+grPvYsBqgdQ3o5I/Q6SityT9bBlfemAglZaIMpI0VhAsDuY7fPz8p+QZxsuctflAGCx5ckgwvTJsp1dvIWn23SJZtvvNcCaSO1qm1KTXqgzLV37wSbjqbgoOzc0K0kEdO+UAGCwQm/D88zQ2AFJ0McOa/QlR/TJOsWWaSuQ5Laz1qYMIPLq8hj/GKRgAT0H6MP3u5fOxE7l6rJz0Q0Jr6NP7iOhYNLfMEDNAqzjr4nxqT25qwA9VYPoVTe3VhuP/h8unoAc4i6DxzNzvGuRsHAtR58HmeSPErqZeJt2VrTNqScgFPPv97sP4xKc8YKuOKzaQ/qAgGmTVHP9GAZJb15Nld0f41PBz4xYv2Df4NBG049JnzATJP7LX3nHXlFuCOzR/L7KyigyeYxN3xZNNkg/MypGTJwQU4+wlVD7+hbt+/SqheblY8g/zNDeKn8Wvep2kuGnzikSVaAKN2w5H4HUXYrRicWs6ImmBAD+jmokgOuTpIzsySdmaKSMb3fETk063fWo9QcyQrCNGAGZINB1rJKAaoWmFJyHOuZ/cmySNmWeEuKqjRE4cMh3yrIJCh500n2zl2RTShKR6P9hdhaRSGKOCpLyGwEdUMJZDSk6UeeZmyHl40L311fNtWRDSpAf+21WMPsoQ3aEu1tI626LuOKNnJoyU+cM47/N/5NZ0gQVw18kfsG5fvc8VXHW9F6O9s0iLg8Ghn3Vu3kOjfWa9ksxZClGPqj8pRzI4e7VqR6clMlwWqIkZKZ6GIV5ufGseny2RA1matX/yS3XX/YARRg16bk+lynXpa7faxatv8i8lhYj3LTgFIfpp0D3G07DgddYpgobhN45M+VEeK5bTcqODtmZ69lVtMtlRByb9u3d/1TFhhM2UOJ4v/VQRyANh3DXA6HilXdK9jNkFI1oEqmRRRE7HHf+CkTRj+Tx3adzzq8JdNjTYDzG60YpfEpywnJIJgxpYGtQhqTrN0j1NcJjlqy74KKiCSryeZBo354apptidz3q65OLvItgCE5MfqQFKxsLIk4O11Z0Rua2RazQ8QElpkViUHdAHPY3GjD1fuyVEafan9tYHvV6iRiGC44J2FWRTHZMpRXY4FcOSNSKNR0SDd5eHYqz2b3nLfqT/d02v68+b6vLGHZZL+ZwbK8NBJ4e68fiioZ7RE6oY34nWRWqGiHyWci1Qxd3lj2sYNBw88QCT5SeSi1QxnazZA9HBI9Ua1NSnyAR7DwkZYV6r1l4ZMisATsqwcsm2zyGVEIixrebkCD5TQR6MYp6DFNfqCte05+gDMiJOUfqoAX3SYZdf9gKZUGb5TRH7C+goww0jIJp3U11YjuYpfg86J01VRKMeonT0sm2tV06RtNix4EYecYol5y18qfi5RboP0SFLeV0w4cqCZlcBk04EoXCco1BhRet9KGFRnMbslb3cgyCyfguRYSYPjKwm2Ev3u2ob5Y+Edg+lflHH2hykY0+y/LkVBxZxtVjbJMqJLhU4G1OlJZPmx+GeJouANysKQOTzS8P6kz/h46fOkYe0Xx/q7EXERmuH7GThbWF4sZK/eA9CS2n1hgeTipASp8M8+xolh5X7vKAEt5hTC+IBf0Ee7Y5ceQyiWIt6YCBE1QoclSW7jzX69cU4yRL90V8rmHsQDkKMofl9LXJYjUF/9kgxy0rq1jlEMazRlcMgrlYjexuBpaMDdRvckoY5Rh1rjaeY+axTDpiEqnfrAm/YEZCMhHuw/troJTRkm4CaINxB2QFMaDBSPXhdvXUYPKq3YhP33oC3e6tsiXNrXw57VCdkLJlbN5fvOyhBSWZf9j1NlgP0430OLj7jGhDS7PF+HIOLyEmT6ZEMAlowF+YAb9+5FUt35H3yoiLFDvTxNB/attz/F8udRcN/+oaeUMBqbAtzG4J/fNvJ4sa6b1WHSaGQjm+EUq7kN5kueNba96lJnKtd1H0U55er8gBfegcg9S+inCRCR6RB+lcveRwZk2qZGJhH4ytVqnYb0/WQR7jRiV+QPRukK9ee5SjTYF3Q48oMWVzqC2RFhApj9ObW+88K06KFncCS9JA3p/5k1CglM6sM4yQD0CRMGQaAP1WEBSOSAtLxRfOHF3VNm9ooBi+UYyGiC9Lu5HpD6hkOG4z8geCV/UitYBMWyx62RToBHX0LeOCS3S/yMjqePz36m/suT8NBubrEqq6fx7QJRv4p2m+62phZNY8pezE6rckOMHCXw+9k0N0znzoCs0YDVTPXiLrGkFUuOEN+nkl/tn/0nIIUQY7Bh/VVh8G8Y9P8yAdGrkXFZlLas7r43ZXtp4oiREUEHVV9F7D+E0q3UeLwLyj6Tt4NdtiXGVcvFZPQ5FOyk640lT5HjKgmoaDvYpBFk+KazqvsZNjDxNhQoV0NwuN3XjwOF2wYvLJzZ2Yl/pkOhxf/X0ieFBNsmqxKEnLr37EYshD2jN9Ba39ApEaFW65dbPpIwNEqel/IJbcAm1E4KQK2w71sLFd1eg5s3m03wpu8Ex8Ypwb1pYdsOdMuQsGf6IFwZ2QpqYW3EzmIlgWrIzNAhC402nNuWAfkCkGxKDWTMMB9LMlYS3FVynCZ8oobgnYpRHqTcu18Aa5Hf0+386MeTptekcd7n8RbAV2z46+2YCsjEabSxhUwr1riWNT601CfwRagjQttSBo8cMlCwZu1tWXkRG45UGy3ndJkk3WAaVosDYtJ6Tq5911F5F24vY0lQr9pay2ehBEpUwWQwF25ibRuyLLHFKWrzDuv1AunzQ3lpe0Ly7cgNyk+aV0BzzyE3hjO+NEmmCXX0k/dDSQMp62NM83BKsV1gnCr85wkx7RfJ+tQKKF6UYFA2wVcaOggf8zbHPgnSVqKyV1YrnkqUctVxqkxNy1nW0cq/6jiwCDKivXIT8xhbuboO2IcmBtUL5J0RCEAkMjNJfaZpr1IMYVeCgcSVLl6s+z1/oSLvJU3bUo79t3olmMHXlxmKBwBQ5rrITq85dosMTU6RMeVtLBqfBMoNXH6Cqyi6WSvXk8WnBI/x1nsRFAi3rfF0hIMexI+hTIJ6dojSCb6ywLX56+yC3wIKGkGT83XmfRTd9loeGVZTy8eN2cntCMPzhefww1LdQVQKiiWFQgsQBMiz+JZ7gHYSwx0T88KAO3zq6lJzvyA8zLFKdMyYqNNUFO0Yev+RtAzuRzcp5HS4tQjh6jehY8bTkaNyycGnbrc8q3ojPh5M+kvrORHGKjLIQRC1Q3ong4oFSQSFW/ZOj+BNWx+HwD+M2CvMRcl1dHQ6CAFjJ8Tl4+iAURgiF03TWnOHPWXV2F0qLy9NYqD1l6R5kwc3KSjuK/DzFmP5JbVl9rSvprWweEL9UAbfbxbw6iaC87MNLoO/rR8k+GGagqrPKDNIAlBOSb2XYdXTCs1w9CNR3UoNDWxpPZbAJGA8LR3PwVvw1RkxbAmaw3Va+Na31duYZygMoxW72BKAqGgVcmn3HGGDl3l0/VH3Ccqc+n8nEbZ3XGMikUIunSBR2bNcfWX+o0FaaZ681tECyWhTswIR2XTAUDcsa5YrvK5tQ6DDhM0u3IzxWQx1P4+oq+FjDU8jhZljCNJjSjnLGC2CvBemIL4qIeyIl4q28HhXTafaoXoh/yQPyu7F0rS1NKmbhTQj5R3kWjh6tl8IXnpgxh7T158pdyyQSy6rpoxR+FwERoJq85JnvWBT6codMAuG0ODQSQHM3XifHRE3H8nRzwnoOIn11GBLzRtLe2HcyC+BJ3jgt/rSsSnSyvcdLf/gnEwClGgdD4KlETTXzMoYhi6D4P8XUXsW6P4W4CAR6tq6+5VUIBBhIXLSad4GSBYoPdk45uLDR7TqU5JBKBEXu2pLQ5A44RSAbh6q8GP4F6wwrgV3LRg+19SWBJ+UmNzen4yNVxZSfoFG2eZAAC8igyM2ZkKJnQarufAlQGdmOOsreAEOpDY9+Vqn7C82Fcoo7/GwowNnRAuUMb1IymL8igczfcn0R9pa3OJWPLmp5NviDaHdgD2P7z4YPbrT9ls/FILktu2wFJgCxFx/DEMjFIvAw1IA4s2Os5iJNsPmDThiQ6BqtVtyjAWpIKGvYUQbQkRRPS44MWUilcKyidGO1YPEQA89glXjnWh9QVid3bc4H9W+1iwGuX3Ia8O2FtLN1CxKoHGzW9HNlmgCL9Xc5XVnye5jOZ5W1LzQuS+drim83sYndERYx8ysjo/8VHhBzCoWQ/5Cla9ic4HjKezxLC9rIZDvbNcJt5Yg4IcevWwmlQDFecovHomQCAQ7ZuelkmjwmVfiQzxaMmedSa0VmgUaYU95Hv7fOVrOS4DddMrEUaH7uPwsu7hMgEsi2qEzTCcR6xhfRftnSum3Vjc9E+Nted3RdNG85/oAmgXDG02IfQpglmxF4oIlNmy6r24FUPYNjg0F0JB4DEGQFS4x6bhQCDnuQYou4w2TmJoSRq3o9F5466WzZrt/Msv4/3Lx1WgoAVillwOCsVBJHd7EDxKIcMpYyg3Nc91F06wAfTVhYqSHiIq2zJQQ3VX8+1PDcIDD6/SQJhHjNNCgz9RpDB2/zOt9yt/XtyEWLwQbClDgtBync3otqkiPRGJKk/glK11f44XVYdYk68/j8hbCBO6+pCt5qekdK6QblYx1sz9jRM2UaG4F1bT7NCAQU+rt9S8F22e8ddsCFp89+UTY3tzuf0/Tp+6F6QRzjDQ0AFdulVTCZoHLxCYvm05J0XqR5kB7V0VQQ4e/2ZY2d9MEXGgx9eIy2eYjqQ365z87JaTqV4ALH2ovX9KsxkvaNg9VDhOeeADAePy16MTBhgHuLsRWCF3+bW6fFOkx2IJPsL/2wcF+IM8NjfPFIUgSbVnmhL2+nlopK2S+Y6uI0nLM/cLIY61oBQ5LpF4M9ZbcgEsJRa4cxra1MUpF7NtUwRMZCtmtKeIj2ftMotWckdKWd5cO1xjoPyCwwnVyay8BXbO/vS1wicMphI2JHgcI6qthBTRlFUnDAzHsYNuEuARhzelo05hlDUYpCXpp0D3kDp0ZUygXIvZUoRS7Q4Cn6mxct79YAAfPP9xWXkUSq87V8tsRa14A4xXo4ydBtXfxx2r+lHWuS5TVG4Lzjc3TlK14aElD5jZgpCNtFxuln2CRVHXVoZHsYyKqRCUnK7ywIF05A5NyhffniFIEHyBbgyDPeCXc0S4QYXaoUwisStVQszZY8QWapBo896W7lC/SK68tqvYfNkzQj6FUsTx9VmAu7B3Xp3PxTycf+ewaLf9sPlYfC9xqfT8NHyZwsxMxs0l0quLtr6KbXn9Gwxgn3MEcKwmGn1zNOq7/67e69bSNWLIXL8eWSVvzjBAi4z/aFPfX4x1yUL/HIdbQoSoM17lZz8b3lLgHeRuj6cBtssZF0tCBYo2TYFuSujmUndsOiFeEu361NREdTeUvoSFAgQ8U5/mEzcE7bRtsOjfA3DnfrTotm+EhazYV/Uzh/bkTCfjSQ7aUyWDY7o92c42AAlBrgyXo+fVvM1JJ+Qwk745UeXQBWbTiiSbW17MT3C4iA8vZGUHfvqxsSiyxtXGec+dJWQ1oNS0VvrVtzj5ZhawQVZ1aQNWDi8vVnAZpijMocQwOc1m1m5qDv/WopH2vA37/zTMy3Jtl02rp6bjtiqKF0AxVldsJbyKU4NAKurjULflPv0nHBbePAtQTXNhRk80WnhRqqMpRKxyKHuv3wzsyQqZ8VcvUvYsYs0n86+YtK1J4Y6ImsskibmrWWwK7KsAPqRBKYZrU9bhyWQyMfAPnGGqiJw5yd5ZyD3VMENcc46jrRgkKbG5bYAcLWlLGybeY4XHu1Y/zNOWnyBxH1lhU81cfFi7eb66YHGadPEZZOHj0Az2viOsfv80kCgWWQQS36U1o9LfgG0odAqh1HOwoQi8BMOOQ+oMNiKWo31fM4gzj2Cn4TQa5v/ZfUYK3+wMR8IHBiwZ0oH2SlgTI50y3ylkynNr8ADywxOObg0J8c/qNMj1rXM+pUg8VZT9hNg6YM1WP/8D/wC7Mrh9jhu5JDhx60T0qF3HFk3QtrccMd8evlH3YoLGLrf02GK/BlJSsAiwjOfJQM/QHo8hanA1XC9OTHHM4z53PC0cXemCKZqZLRp8+0ql+QrC9u5gQ+51RQI39ZHy2g2IHDyGsE0umC/9bRraDrWDkNBmzPGe/NjTInjb9Yx8z05NM7smIyqQ9G2iIm3rK4EZ5DdKmMc6XaKKeTCUUX00TtJtXnhMH3zhUaCXd5Wu8DcsF4b1vRAhFzSbLJpJiTrHcVeNPOy8lqxFxZcv6J/61kp1KWSJC4fOEvGspptN8w3AuV1SrK3GH0nG0AiQiDGLZCg6oUgPfnInQynhRI9soAzeKMvuGHV8nT5dRahQFIGiVZOzhXdCL34LRPFymVSInlcqujjBhZkikslMXyD1Dfqjvwlm4ueggR9/orJPUfUgjaXgRiikaKKdL0eRlG7vyBFEuRRBM8wbVJ9j4X702P6BpRzroaPkOQzxHmG8cLAcyoCcsIR68mNTjzqta/itScIAN29GJIlri4+SlTA4FHxu96ldTB2nkWEt/mqGjOgWQdi+ij7q6FbkWto9Qp5lcqCvUS7ioJUduIoxyNuCH1Gx9sF4CBg055T/RGObYVFDF/jV9DcLB7Rtw6fQAwekYyCh5nrblzI2d3YTfQK/DE9yOzr8vd4eg/9CSJhMKw3XsPE9D+E/rV+JMD1EwjrTKyQGRWn+ai/pJSfWuMoQMY/H3SIAc8CWlMkHDNIl5ZtHRJA7OAqBhfnPbLjBJ/v74bOPqCuFGD3gol9aT5cKJx5b94DzR2BoWhVzT1ZJWO7X2dXAWWSYfLkrKnpAl2WgAe/sgiebFhRiWNqDOnvn69tAzQrqKAvS8yZ+UqGkEYUC1R6L6zBseRKWUxeHt3/YIcbrql3HhuMHzM/bWVrgwpetw03Jkz1A+ykY8NxZ1FRt9h3E/ZMTJPgnoE9ZMu/zSTB4wgrZGE3urwxh57KuqFG6sWqWFK1vqcOZ18wmNBwBVknVh4+BJrcS+u8Eyb1aDmYP9tgr1RCffy/kSJQjJ7bFCJUZHcmSBaFSXmO/eg61pBdt0aYeJpgEez/hLt5a5wQ8ku1ARjZLi6+eTlUkYXyP+8RAo3Z8GAIEMx+9c/NyHoVG6rh65iBqEXNEFUr6w2EdXo9Flcd9HhFa+n58LeqtOhusuHuv9G11PAS5/GTlXvfwv/yaiAI7lbktVo8bFI0NNqzVNQLqWBxR4GmLeasSIm7zLaJ1Mgu+8YFRgGcukufRVz3XE0h26k2x4yovzp/Mc7XvpM6YXe9MpiZgbFs07BK2vN9E3fqJgGvVt0RczFDCyShbmvn48urE300qcZ/aLA0lZE+1Ac0uUnfPBPWpmfwm6aBR5O8vKMtWZegF4rQO/nMIqV4HZsdB/1fn/Z1ycokETU3CZ/rqcEGVOClmd9Uzawd19wu17psRtCpFwEJZ2rr1dyMyrl+GU1/O3J6D10qHz76F4UxGNI6C+lIg919gJH6HNT6juILb5glNKE/JTFtTsXMWOXk3PZjK74q+9orBGH3deN/4wEKxZrPw+qWm8i+t/NHX+KEMvFv0bfUQKo9FTh1j2jpnKgpi3k3d0xesuWeGFC1g6KW+pyFOsvm1XQqRsRPQTvHO9gj85sy316l73KqvgMs+iJUvfVUWTwM93+Bm7owSI8t0oabUHzwx4qH+jMlcNR9SW7uzTebdeEJ6GKqi5SIpQHPxpdHXkQw9Y/mdvgav12J2n92qJ/dQW+6M9mwCBKdU6aTEbCvDXLP2iRqS1O7vYv7oWkOqcH6Pt/9WrBD1D9dhY98JLZlkVnhEY9T0oX8OosSf2kuUuUWgmBGkekXu0BZVY/Xa8PhFDlH3HUKm5wsXUnSPhkhEEGszAf7UuqncyHXGvELbBNRdkLIGloQdhZpqzkOi6ajd1QCWidRk8rW2ZF4lE6YmoB3U3XvP0qgwEXPf73oVS2sOlS/jhkuo7X5z8B+ZbJlhgAn2GlrHQANZAb0xHfr9lM+5YS1n6qOyuCJZswYivE/VDJFeoq3K7SsHCNKlBL2O70dtrKjSi0xVNAf+C7qh0hXX1V6UbYSeW2cZEd1E9ggAghgw+m2Gl0zRpJhpHgrAAS7KqJBjSIYDDdQ8sN6X1X++MdctAmKYRZ5IsBBaVCpsEua+8uEFPl9xRPxMxL/LX9hw+fn72n7C9QKvvzvAn9Ls09rTvIZfX+1GfR+aOW5ihLR8DkFtP7EB7o3TflUdSgqp+J1uRTDbdOFOHUtMOwPWi4kD5UorO1mhuofRxvNiGk1oNgYLFIfsfbRSaheszrMINS9UQmMI1zHy0fEV2oT/B2cA5g95kcEOv7wUuDQVSRl63igoUhWlhnEcLWDXQBvpptABNDu1MakW/UiUr9FGObfaYWHusKdnY8yQZwlIyRLbMQBolo7DCTLfUqtnn5bTS/7LWLpR74OYDhz50eRj8+Xa17rYuUkuLMhC9IAK3BRbMQvk0Y6aMb7v0DMkRa/X+qb7y+TJi6oZloHdtbZ2BLhbo/OV0hxDo33f/N4wp+zkLCSi0vxGu3VLUp8Qlc3LN7NRlW2Gqs/b859+pwdLWqpcDXBgZk1vRwf7sSpwLsDZ8l/nB+5IMKYXvimMset9P1lPNaSvwWT16YjespQl9T0I0ACuVJv73ETf9JmKJxuI6HP+5Dt66MtrQ8Ymd4TqMT0HtsybM+19118NEcvwtiOMf3ANqgog+7D5rpIekYqcO65PB/3tfAbsudtQPBxtQejvkfruDpAsEyeTDNsGBPtYTfZqVB8jKTdApxsuthE6wtBj9kmFE98Yk9yxNJIfxBZ1q/2OLehzIJsRVG6MHgfwZIDZndSbHePNly+Pn3bxACt9/EFIn8qqPc7SDioSfQEmnMGhnxUrMlE7e3pUJrdP9wnQAxymVZYSGwSYG+MXVmlbbyqyPO6oxxJJaQ41+MO2h7+hhOqjLEZapZSliaLLQOB/TQqPOUPlp81xdK9yhZIUL/pS8AuWw7WT+FSU2kJIRBRwEgP1BZMTxoLG0+kpHpcz8iWIHeMW1JCBLNTaUdVyRSL/xbp5tIZtBIrbyEsiiFVcmTgQZ0GJXb4gGFHhUBVnM5lUKnj3XF4W9w7/zm1qWiID6ctjQOiPs8bBoLoQevI8YtbVFbD1PpoWOUvvi5wGyHlEDBbno8Ws5uCxXDtJk1oGthZcHcnZIhHtvZb/YVftx2S+i68r6EVIwFw87MyxI99p3adHy6MItQ2j+GtCt2YxiYVC8aMJvvc0otJt3a5ICZ0QHDV48HgYo/ZZIokzwOgXjb5kA8n0BTZVNyRBsyZQ8Ch5p8d6k8ZjlQlKUqNTaTzdAYgsEfS1z8cq5VbWPu7Ry8BYJ5jjhYIVDskugZnKhsUmsWEj281Ke6rEZ6BGSeUu8X/7bkrlJq797ZttSd9LM5D6YQrv33QFw9sBO4m/LUGsQRopSfGCWl64RXUI5+g/xNHYAUamf85XO3shqj3cTs+UyDDcQVGpZS4bhfRvMgDvSjIJWB8I0Mbw8AW6PBZhOCiwNBjOCX9efz3xvX/PVDafK2m88Mz6TTz+2twJRJAxL1s36dhi0MLpgTBoGks+RAVgFyk2+50lqOtas+vMey3UvkumGpi4xsj1zR7KoSftrUA79U/Hu+Yq344SDxDH5Efc+hsM68tYU7fCA3UjZDDHLfjW/fgpN3yIh65cfigeCFUDBeG5h7om9+bnFA/wBxx1rvblPSW/1mYYsTTZ5rm8GVvEgCFHcV/0M4b9jXnW7ZaBfh2IfB6Nu8tlscWxng6GX1MSNBPZ+3mz7oaux3UQq8VwX8JoK+iYGxkDUxWkTY+3Se7880Slwc6ePR/Pd1a/YvH2Shihrq+/Ezbvf9WXJN5VeN28uEVVHBs7tDjYxBJsPK5mkQhe1BLKiIzkf97K8rg4Zf8Tc4S2t2jTX567cCUxxFXSEGiFvp2PMMlT+86TEBBqiR/d7TLLu8BWp8yzmv6EsDtplfNlvhdysUJ/u5D7cg0c0WDulS1ppmZdBjb67p7BbiFcGxUmwrWO++HCVAb7UY1VEUCx38ccsAEYHhRdgbhfgFweD71GSJ186iGiK20N+bFOIcjTuaA/0gPdZbbq3APxf9W/NvC72AtwmU2Pj/8BDVMG8bN631qseqnk2K7EF+Jcbx4q0KybRgScbK/WvQkznvxvLFkTbN/MLIoNyTYp4obgrnNF6Tygy/qiv944Tpqy8qB2rehhImT7xW/3gSXu9Im1JUZP558dso9tadwv4nHIxpQb98wPgDGB2A9a2NaajARwdoKFEQAuDbx57gw0xHBNSafEJr3aw0Q03TpSxfOjJPQYT3ziu7gHV/spLJ5D54gaDfZ8yaoRoZp43ucYe7Xq8kWVloYf8iTwohB/nm+fzw8fI4A8Z/q/nPR5oIXKU7+5JzwW69uhof7MoP8YPzQnOjDQUMZY3jr/UshVL5AZTYtx3vC8AcQHnoRirUmWw5OyLKlZtDkab23ifpt35Xv7dBNgdecDcrVInyHkJTdIM+EB+dvF9mD+AXWE55iXMdsvD/wq/gaqFZsLd0HANFJgUAXXYnNKpW1HHf/qXZry69r0L5D83Q/VwjpsUMpR+3msF3LzRAA/xn+ar/Ddbf8QjHSWtfv7o4OqfVaUoYkwf9seR5h3kFym5w3znXL+ZZgAq9Bwk0lx1Y5w73aOWOquhRHwk2rvuCYA1yhQD3NuJLhyWY1eBU1WvR13soFVNPmprT1qqXoumRxFj/4vdnYsf7J+QTS+01NWfZwtQ+DOIWJNrYRvK24lcjpEElm+i7VjNi7CU2x+wry4m1u7AMZzW6wPnRrD3OPOksY72RzVu5NICnrxWILZ4Jq8OCHU6hmUPGWM/Nsg5Y+vZUB+ntnf9jfA8n0CWjB1AIu37szLPABEZIO8rGCkQM3uf4KM8wRVtTAipVeXtIQPp6VPzooU7FtOoEdzCaKoZsJhmh7TGds3NGFj4NeNu999MeEUEfYO2BWGofd85ZcA2OWoocPrAvOZ7nkE51eqgluDMCGsaCR4Ivr3lIhZA+G0OKJdQrAZCcZXjtP+r/EmkHjD40khhLEvBGAkNuM8LJuDay6SgM3vjKZKrQtspfkFNhhUTyVAGsdnoGy1N4nJYUVvlhCvh5RefHTCWVK+EyfNFeT/Czp7a++wx1Hqmjp9EFe6wkJnK67mjpJEEv0PMTQvP49fUSHlTQPmvFGsSeWDwTHJV6S4Ae1iQXGpNzCQVmdLZYkThxDcsLRqLdXfvPYd9CImihcrWcFE+dtslynrhHMI5OUsiKremvgkXnFp+6+wIDnFtoffwyUIlZtcLpWBKi/DnnQnepqKBwH6oygoIdlJyAMsuknpPEWQnO4JUhFE7lyDmPVApkw2V45B0qrznWkDEBRy3SdKdHt54qEaUgS6WgANAofEw4jnNewiiskx6DAd+DNyP3H0GJrIdQWhQcFWCFbLlQeefsD/m8AdLEA+XzXd5Y9RheoO3Ms3geN2GV4YFZ24zVVnwiKZn/aG07rqI9kyCNuCTSHshLhDXdVaEHrbIga/tzegECaG//9CTpkklTFmensjJisTCY7gpAxCH3shLHaF42kAXAhVHRRcIoit8lSQ98vveN3GiPkk7PjcPaRl8aMbbkfpXIZOozNaXPklOSH3tC2tJoO5llMsdk2ZwZ/o9we8ffrHk0yKhonVpB0dnxUTrNvr6w/jC4WC9wI/DCxUsuMNXsgTtg9Clh+p/kMrdSymhMtBjeomlmw1lzPbwT8rrqlNPHkYo7r64xr8ENtsMc6TLAdpooN4t7/cdDDxK7AtoyBDnffYLreBu8agvisroPbaOpRC17QX+rg+n8qWbRJLWqpr2mOF5oNzQdru1iVdiFGmL+ACJ7gerERIJ8ZXdNKDpD3DNhxPurEFHqGUZehYA+qX5o54k4lGRVvmUhdB53pUISfQbZyzPNiQVQIoIJob9M6ITvVLvyRx2ZcESIvlr2Nz1UNiQ0GnuDldwF3logzTE2hYQ4FVpco8NO3MnbUgsaP5IxpsslXFBhbz/i/Y5kJhquUr0fb3LX6VLb9EjmJjKqKHvGCEFcgkZgpeqZ2UeDLPKOdJHMvK6pRUMuj06QAd2tXoLz0hke5MM7P0KGEzDdIuvMhGaDFi4zBIeCCSClxKAqPZYC5an1pyDCrTvyqPHsu+YRb9kfsw1nZuyT0EZ+AQAqts8OljvdAHujsbNzxbLPScusUt8hvvzUKkpxaati8Hxm73/e9ITtRYxACFC1OmpXwYKMNtR0JEsdeyNEufW2tGXJBorOHadHpguL/i55EqV2AwraRcfvyCfrtNiEFuMtBDwIs58scKlAYXaGftErSXV77B8WTwFvYLB9oGeQdGY0oXpzjzM3QOQ3iaHeSbacqLpvBIY3OeOh8E2o59qk9SQTrFfOkQgiHyPNdxi4Er0+CxompEvijbnPvjeLmDFI6ibwmXI0uTHt7Z7jhajBvtDqDRMPOYG+RbL6T779vk/dTXYyiZ/gw0p9/P2hCkx4MIGQsK+QxqMCRKszgaA4oxcpUtyD+zSGkggl42OzK6JPuWsvcd2/HixtHMykk72AZLEkFvXe8mTDD0TJ070eu6cecd2MemqMG1SNBnxBFZoVHDcUVDi7i/UI8vlYe3xDe3O5MD/HAFVI3Do6VS7uEdeXCW+xzhmH8OX2FPeOnujVqYo51Ixx0YFXr73DCsu040oU7SCqQdAfoHlH2d2CpePEJIXALsTQ30/0jW5tNt8ATCc4vWp3nQkfH/t6Q65/E6MOvky8U3EbC5wAJMIpvQPAx7sgLpWq65EEjl59CS5Tr8wb9CD4Uxg7ayln5wquPz15B9Wo+nkqd+Qabi/YwyhKV2Gsh4x4yof2zofLkQfr5qvEkkyLYIEv1P5W5JxTx2uFhBKNu5bTRAV6Evm/57dZihDBcMoCW1Dqmjk9DjnbJUpEAB8wRGyw244kKFC7AYndQuTL8LcQwYSxCUNFJtuRwhUS3VPQ/xhzyp69s/vyeAZD6bETQ4yilCYKlFjO7NhGJNlw+3j6bv+bcZ4TmDkujg3IWWlT2U7SUagXiF9OYtZZcvXE8p19p161PfqwBBa72SjAKxBNR8oqZn7atDvNTKMVAofv0KsDsfI8mTHKAs5wtoE8Q1jwDe1wDF0sJqiDxKu3p26uYKlwiPaO+CLmHkX0NmI8CDULXtlrPoH6OBqSTPJtLO4sBkAVcuVEywK8FrjBOFqcEweCvlwwznz93OR8Lj4pNgC4SMmEtHIzwQHi80IFt5cDtDN0h57M3+pycZBLdk3ZJW1sQKs2j6bXBfVQuKBJ0B9FcdQYtFCYR+YtR319MwTfQTM0FCq2cqegc+zxNxRDYfri2GK2WwFON1e2v6zgiuAvTDRa3Nh+x7yVIpZz5Vye+vZK22DUo6j0MZznThmsEkX5K1hcGeELu8zly7RvV5sa3YiZNv+dKEiDOnyLK1si4lDL8TvnxLdLkmvSviIqRTcNh+mwrPP3JpNiRwEyJPDQpC1o5/K5UWWp5EoPk68GL5Fgzxuy6Yuy7UwKbwc8te2S6wITsy7GLteI8FxwOmqBrjvJnhyyql/H5rzRK3UekCVKSC7I77kML1Z+LKhzy4Zb/GTIJNXqXZJbTXxZ6bu0OIX7+AHGxT4BwAVj4mtP3noTE8JPJ205DFGav6KugHJkfRh95VoIeDhaVfNKD6zkRkvfYeIKu4m3UZXPsiXu++XdDWYyogN/U7XMJL7kWqwWfeMiNNFpLq594uelqOokgxYJ0Fz/rA6QM5J8CCkgi1Arjve3Uh8lWzDBG5aTTjTo+tTgTjsbvSmPwfoT0HMCkldho28zp1wupHzzFFHQmRSJaw4vq4dxC6yVy3rvBRSWL4mtOpMzKWPs9NaIHiBHZDAQsMl5eHUzEe4qC2xCkzajATkewO6FlYQHqHz+I5iEP2O++ewCaFGNl/v1viYRnQjPXQJsitUJzNg4Ie0nRssVsqyOT+piNYva3RaoeZ0b0AZhCDHinuhFPkJPDt1F4BICzCuoD8mhdvr/AosPSfhhBXv0O85gwqImbEutrdIsaFkMUhEGX5zGi1jwgM3YUiqLQW+TqDxdws/gSfai7WmMkQmIn5D0z8xHvfKr5CdEv1UXBkh74+5PNlqE03nAs5yK5hrWWyRN425QPq4J2EBXn49t9587yBCAhrFVAznS9MpKNNA0umGAFj42GjaWwGpfy4Ams0RW9K694H12XaAw6tECCnR06Ocra50xeUJ4I+CXdM7duS13Rs1OKAqkGFbzY4rO1VTZJB/etoZt0waL8lXJoQbyQEpfPiBhwGsuBRXVD4JdutAjUd2xeVyjLARtnd+UZRV737kMdEfmSAEFyb4fPN6dEN5vcMBACaTn6ypqbH8Do1mjv9rxK3tw+NFLsURjLIb4dQvouLvUM0VQ98AaX7a0LdhkOjmexYzIuqZI3BVSgZmE5eHWNMwKQhlOF+apnI0YRFJwnNWpXX0fA0kVPIePBziLP/dMvthmd3a8v8tsX33yTDX7PG4C8Jeb50iB8sRoAuQSGs1avQN+/WIwQgdY/pS8jtezGJ3In3VEQyjts0tZf1yJbDeli/iSoR0vtrXaOOS7Dr2ay8PPcM7qKhWV7ZFGHtTQq+72SRnUt9fCIuOdovT5g90LFsZHon2yamOPKR5b68W0heDcOaCn11bo3qqaef6o3b48Rh03alB8zIw2krTf+n+VGppPklWLihrIUxK7iFY8y3JPx2EF2tz+2JTNTnYQUAUZzhHDLqry0vhhOgOxbN94f7BBeTfh8PUEfNfaZ1wGRlpU75FiljVRxMyoAp9NawktxXxT6nzuoNCqMslp5T8Ei6wUXPdcVVPBEwH3dyIXsjuYGYwAmosCAIRhxJmPQ3SKqko6GaOAeXXoSmQz0o0neMmwl8p6x22DoIZQs4/+SAfVMIyvfj2SyQEN1bSplfBAcIXyTVtHm9xm5rbgwRcdQXFzImK+pZj1IqlGql3zbJh5ZjYbEjPSFW5AD4E/2vdsXqrYxPoysXxfTEN+42yb44UVmTMrHH4OArNj+GFE9MTyWlyjfNWi2is1jwdliZ5sd4iVgLRR3bghqxNIfs7iRT60PSzm4fZf9lcxCzwBc5pDsBvksGWLBL+Hm0/JjFd1B/UopQ627zboHfuOqd46vSAfJziAEZl2bL8+OLFscJfjupDirxKUPL9hLc+qiR5Qb/S9oYd9l9CiyhuDQpLhQYEtxHzViuosEu7z493qlfJd+1a8JpUvTZEcZNFdgKetp/A+kI2mlwUB62+XC1YLteCEGGmuCX5Xaws9vyZdc0D51EoYRW0qIBbhauAIygBg+Rx5GQsMpUElQiy/YTjnU664SSB485uVq8jicrtREoCA82W4rALcK0adAqMwT/C92TAgrfV4LadPN8xouagDCeiVhxFuWmIf3WBViCXyUGPe0kbb3MrASBkRMkZwNnKMfDHNa8WUzmwI7ND3GOCRG9HSXNLV2GU7AX5JmITfiyGPIhxMuAXWpWGzoGPeOkINt0TPa16Xpl3mVcWwsS29dMm9eWvLKc9pdCQT6XCc6gZ60NyLZHF2dKm2GOMtkxKWOgofYqVf3grThO0h3Mbf3LhT9iPT3dEeVqn8u9Ip+IOJdU+ZzFlu6wd3KE4F55v/ZCIa8NAynZRbm8R/qGC9jze64iITlW8s2fcfWbcFHaUWRinHalZyAUghfz/FZlGQ6GmAcWIjUdoftzoyK9OgWUpf9G3qwY5VXlUxcdzkkwYWr2+2gS2iLOboqm3ryU/UpkItPgaeFt1SoRT15z+Q0etnQvHE/vFvfScCUGE4/kfUmUaYI1s42R3qd4GxgAiVDlfeX4IFg9oilS3NYEEk1wmnHlwuK+f6xeQq+diRTRcEg5RM1I2KYXktyMh1Fa7ox6sFD5FjdwQRhVA6enqlCDqr3nWUK3+KOTjOQeLdY3YMsFhvrL8NeCeUGwmgRhMmoOowtt3/70+Wvutam23w7CcRhqRTtyeQclKAVxCCO/ZhRmcGFmLwBa4502Vh099vuWQdkeSwlgplT1L77inySWSWDWHTr3Ca24c+TWh5ehKrJvF9yJX5rxVkSIftUgfgYD/HtyFBySFOsnE6y//TZ4pU2VfkGQRCTSC7VoRVCk3lgIKwfckyi0fODwvZ2a4K6CcsX0Kc6G9b3368NRq3WlAb4fmtOpuijvGjjvaF5Z+N4shaUjxZTW5lLDzDYIfaQ/q3NmyelD7dNz01X6wQHMPDaON2HXwUaJPYpwvJWmRspQdzXmJYf9d6VNRxcWAbXbeQl30RDW+CsIxChV2bGH+FmR1f2IZYyvBeKt3n4jpcYjV/4iSaNkFe+Fi/ZokQ/gLl6YFkGMZitIZd+70AksBRg6i+Eo+ga1un0zkuMwbUtMm7gTCT78BGAQ6z0YEaktXqSIByUCFac9NGE3SeLIux3GIamppoqewutYjEnf8t3Ux3fMJoOI7aX6GpX7g73jUrouX/h3Q2tJSlncuDk4OrTXVh8hZ79KloD4ocWbfSe9pvRN1X30pPOIO+cZfJkdha+xc3jqnlKcClzHRz/jIWmUHQCWEezkuDojxoEU6tb/jcaZTomuKodM58777b7jqI0posq2c9oBneU/eUkHrPb+ZNTH4hUgKT17fLQAww0im+Cyn8KocJY+Hg++6q2ewktGR5RLkdFgjKHjqelZFLGERHSj6AdlJHFEgsO6/J6saIw39UEN7HhPaNH4w0pWxa0bOztnbX94kt7AL+qDc8x+dGjPnzjieCG298RbJHtZrXCPHUMkdH8m+69WWZ0MEq/E+9+CDaZl2D83J6bjtGyAcZXyC6z16+CK40r+LgQSYM/ApEzzYm9adhOg9Nnhnsz6OpUIwXPnJ/6ZftqDwtC6zyN4bNGaCaijWmEAZrsKCswe7AwGe8ITnRRL6zUEgdFCtgKLf4WmOPAPEdnXJ3M8wUXWw3BGFx3/GyIow5LoL52PksGr/jHWsEvblxx/vCWUt4b0rm4qqg5flmLpjAJnwWdsPgKX3Bq6gloyZ364RSjY9geho0dTohrBZ5AmLp0YTsWm8P69vxrwtGeEvx9RSN7Z/nXMZ2WIUEMcgTanHun6tTeW0bubZo4OTWUS/nF82zn++wUk/+CnIKzFdNTsSth2AAr3yFJ8KFuQCqA/GXCZ6+bzuhH70JHcyciFm8L6/yGGNzphJj7GlQYurEOnzyFTsZiWZRZaJACWYeCChdBRc9zRkpCBx8yJEdIfKHMzIQgpBL9mBIdbWzzYb+gAS04cyfemT1+ITmhYHTy8VSSnMCd1NRRKCxnu1jy33Jucc4WNQO+MI1gbmmu/IX6ndyRJDHblu7vH1NBd52ZMbThsp+Ar5AhMH+4Fdb+EVHyZ4goefAYFWDEP1i6TSLzw/pCIFBOTKjmDu3mk8hJ/qYazu1bR8L4Ppq3dJUaft3if3rr8zhbh8PZawqKzYsAAxcSjpsdcZY7w4HxAluyr3ERVcQdo1mXb8F2WNQKx0aDXv9BxnAm0jgWArNGIoVgABVWB8g6Wr0EzYjsu1Eo5z8jtPnehxSri89Kkdbhcm35iFcm0nYTjtMGyTWT/spD95oGUxR+kahQ0Bu+4KzIHBtRXN/OcDsvRX42fUHJFc1ytOyfOi/eioCZ23eB3dawAssHIII3eRwRdX7SUNtiYo0wEs4B1957yF8FiZUztyQTmHTOaX7Ml9m++cEpnGhKw6TkCGc2uWBfI/QY/PxM5sU3CSuBa2ZcsHboXdTsFCPm3OBVwrwOSXgMdYi/BHFRoYcpEsCA3pJEv2BtP+I9/R4Z8ZtAvEZYz6T4aypFfmMLorxec4Sq9yGVDWKzJEanGh83NIA8b2E8IzQ7JPAcAUwB+I5LJCAj2GOzQT6KjnMa/ETm/VrAmhP8u0ap01pg5ifamnF18vu5hnEDzn6CZnfItK0viL5cIVD7bKQMRA1yidSsHKYYs8CcGTgI2GqV4vvxaOhR6MV5w8hPslZWJ2uOAxHjmt1NifQOVpaj67bU62zOoUL5P4l3excwwhjxv4rWDl5bYcQaztdVN09CAVBo/VkijFRPnkUuvsa+mwzZ+GeONmJvCiUpOQqXTtKGX6+WkAEtfOnMl8wAfk8kyXXG3X/BH7EF/khAk19I2O/tWJdY9cxWBag4dsonVDXHKgplAnIOgDq4ev9ccNb9UhoXxzqPHfNzMJa7dzr1lLrOkK0IJsGEeVVIDb3Ut1a7REvyg46ZnDBnmtzfkB9s37gM931QS7TmNeKG1GgWCEiRpGCZ8KA9sHBDGfbZQtMSSD7EuVDGAYbqRSmBksxBqedaOTbZf5rQIIt45M8wfWOLunfdgbSrVBlqDCBxiI1CcI+BOoxFGgUo93vUb3bLITxFVFZFydL2LJjsGLjcQCYPkXEg1HyCitXfxXrYEY+UCfJibYlRHPIC0hsDZX3wup+k0/vEADoFJ6KnWba2JbBcuqSxiENuLRD/x8a6uMxxel0HjBQeIwlRL8kBwuR855Fd1Fi+WmovYynZHYZCz4n3ehJt9br+ooYzWdR/SIbZiksD9W+Lz/G5D5Q34VX2o/KbMjWtcw++BBQ1dhSvcLaZzhQwxXyKCuBqC5z5sKno/LIy69UGHPrQgBWqqapVy5U53Hq9ujbgsWoD7sV15jyY43PXtUEoMVGQPNZ8wyGRz734ZniatCCrQ4j6ft4Uo7bzwrzqP2ipGKKGV46DmJahdI8dhrYZ28TC2Hd+5zCd0ya0NAt0LeM2VbTYOBvcC0imdbL8huuygvP29OepeiFGp+UmzGrkgICKeqlpNVP7Hc6AKl5jhS67cVxxOTzyN1mwctrrfs5G/QPM2DGhFJZAK/oENbjt8LiBxKulnoE2qeoK5PyP6YIXmqcyGA3nS9efG29SjPRivSV7DPp8z1B4HEKblLuWSFq/3eWBp0IfQKFlWZC9soB4LnwZWNzBi7d7a8BFoz66CQ/0qFp7koAenOHQVx10i81JatJAXincXHKTS2oEHdPTvxFS1eKFfYYhpokrrsG35BMLpbRJp+ixqUxUKiPxg98B7SADDp9MRkrSMiMx4LF8AlOE8n1oKLxR16Yi8iduwAXeOcjxjkkS+vs4FQU+nLT5uTds+9UErH03aVio2BFgQw++x478ZxjMESmWLNwQrZYhoorNIZYTKUcuuWAl5OP8MAmyCyiVGs7tudLkmFki0Twt6cXrsxC5SSpbE7AIphGL8k9kN1wsE9myrEmz7cXHoY8AMDwuLXN/oToxQ8kBCUuiTQK2m7/qdxpWPWgHbGQ8++NZ4+1MorHnxOKKFiGZKNcWDZWCPFMvvawBQEe1I1WwYvakJ2Boo/chAlMM/ULNNtyFCm2dUlri3ppuvSoGdVzFtPmIIgLtnnzboEDal7wJV4SXGnoHga46eMela00fcl2IHwF0v5LhlelMULn0lN9+62IyzUsjZ2cZMBu7sunPUlcNYQ805uuSDYf0LJErq0lgpc7ofYDUeb4rj/rOUQeCmqHeP7duMRKQ3yT7WXh+hkJB2upR5rqe4gF/XEMZKu60ztljkS918J8obu6q2PSLrRSpcxYcIgx45J0m6uHIJ5zPfzOpdvvamrnE7KDzvXlUQVDd5bh1cfU8xzus1kGBEDFnCRuGtexXW8fTWybxM3EFCxrp2l8emdFr+tUyI0XICm3VGXqbEVfKJrGiqZBRvr0cSvQh/k/9WoYdFqnS8/C0sDbnIGoQSovMtRRzKu2Y2W2dctbRPSZ/Ei0f+qiYdlZ3B5Ic0c2Jeoz4Bm1GtwSd1JHbVDcE/FlPgAIHDO7lZ2izVNnVXeSZeRXsEQn6cJ3+sj+oBKRTfsEEcd0xXwC1MJli4RX3aj+db3aCcVaFcWN8w2fIEaxbASwW6axAH5gcx22z22Sak2qyEdcLxWEXZnN7IPH6bgpi79yJjRfAMINZOaA9zcvfBXtM7niXw/Usa/+JnLh4Zkx7RnpjOK+u/QV0PLguyFT2YiRBcNKcNEOLGlGK43eObrtj67CPHCLEHs6Go3VmAjzPfIYcKqowyl2VUh5MVNSCf4rnVBg4I7ZeGCc2pyC2tbWKUEREuWl05wIsCuZcMGlwowGX+F3oGfziuyuxoePy29mHFxGX5EJyrFTgzoGsyHFKeSa9+/xzVS+yWuh3I41owUR3/ZQqW3gnBvOpMaSClHglZ+s+d5Y4P/QapEblk4DpRrZHce0aMHBxb6pGnZ68SakDSEXshnWOjYFL+jp5FJ4GJD4C+lN4prCLtfhd6lIY74gttKpPAqu6OoWkjZyHW29/9BI0x5EzagCUSHn5B8eGR9M9zmtCgOYFdBQrvfceM+mbJD0ppW/3bPKSAeNMKN6wO90dJ2wXwxDK+jmGmDd0Dgce679rixJwOzoVfM34o0ujZ0xPDm0qE+eNqRkdFh/g17BmnzWPTQHAlglZEJxDZweEIAyC8wAdPnCZRYlEtBLhkmYykwtu9ajK3BRgww4pmAxgnqkCiRGKfHq4mKRyTu3SqRRgcMN/FUCTqCjRFJocr2mFzbGOnnlkZ7GVt6rbcGW3ZrpWe9WZ6kr6re7pEQ8Nli5tgQl4h8QZtm8kpYH++oIrrCylRyYYrnuA0QAM4Et4Ou91ijUhxapLspysmbCRKt+UhHt4z8ZdNTmC4YximFWM18NqtUCMSVEbMjqXS2+n+h2pljcMPIWOfr6QThjTae4w3KqUIAAWGjCqDdTeWURVE9LIEhjlzLqdS0kGh0SfUgFWfFxGDr7QrJmiw2lauEQ+yQjs+qKyLyeE25Ha4qK7T040JsCKxjdif3HYK/94i9Zw1T5gn8i4IDiCg6osD20zzZQ2ZM4b+6dyAS02iyR+rd2diNQCyPYgARnFSloLQCJTsXA1cVXIv4g6SZrJf/p7r1lw2v/B3tDATRk2ltVxM/0TBDXWWyL9/YupqA61X0Z543MO0G1A77USNCBCZviTW7PwgkLlesrxtuTRpcpvvU/DcC/AZz/5dyYieMViuwazHlOZkBbbwfzZ+clmZDrUuHDyV+sEXWaXckZ1Fele0aE7Xf5jg+5rIn7VU2IAw7ovtgkKK4Hu4i79ULCcbC0Dp5ICXxJaceuX9RcCWgcpKKpbTJdUVxWbDFtTeaEsnV/MRYzbRqQ2unZnHMvOcS3f03JSQDzVj/axYm9nW4h4qctkW556mhvHPYRa+WGFX/OQK+qLG9PUt4rcFogUZAaQJuGVx49n7Ig7Y6dAuHTGJpLMuneaNh24wcOrzxRiLccvr6Dcdq4ckwT5D4lCuze4DQtlfH4coAQx4Pda16GeaCyAzOjHjCdT4cUhYiJxDKBDC025EbL/u+idWQSmbE7bcsqzx683KS26QAWlzmFgACssW5b+Qxtkivl5Dem3kDHMPMOnL0ULmfRA5e4WK/c+Y4F+hd4rt13b0fon5ICJmS5PWWRUXx+pzBuM6RpAe0GWGH0Y9dq7mXkqx9pMHIl3rJ7tjzyt4SeOJ5729OPQdh3TkEzfzVs3yLa0Yckf9r/2dzdNrXr9Y/Ozk8EhNHV4Q3dpG2I9Xi2qzk8ejIrc9kZ5OdmqtcuMVukRbVE7q6sEOtTl1X87fCQF4ElKEtO6AwmqgLGWw9LqD2ffwRdPEd4wgXnjoQUOTn3+yZBOsrRCd6xhXGR4ZofRZSHvyrTe8qc6HClqzHWxUjCxcgUY1uh4R8C8dzpM6ctO1p5Y3Cxgg61CB8rAKgVuMdMNO+Ce9lSCbzXYYKSAFKdk4MQwfnY2I9KdUIzzI8LuClv9MFl2GiYYni0ZR99X+fH8MysHrooPDloAaie3qoTQScl2Ch6ymYX6x4ajIg3E+3UFGDz5wt1a3i0lHaJs4IMVr+3t5lSUzsg6FYPwyM4weuJ+9yfdbtUFIIRRaNTrUUpclAvxx9TyicRp6Alxn/u5MnGMmIsci+nAnFBHIzbFopsab82kJpW8Ee+9YjgO1dxrMzDmoaaM83LVk+F2qUfZYEJZhgGHw+V6cY206avM50/28YG44fLEwTWgnalQUbIVyj9gG7KDsQiNg+pfdBS8Kq8qZimcmg9OCkhnq/oShARUWyqVAYM2TOumL9Dk340fxG4tZc1Xx61KfZpSXEpZqh4Ald3Zd7Kz637aFHmV0TCRkh8b0UA/ZvcgzIKoqirQawRINgCcMJKC0Z5ksqfYA95eUjPXRBloYqfXk76h3CXqibTOcgB1tI5LafgNEzUYrH0LHZXthlr73TuxqB7FycU2ONEfVX2/gdw9ARuEdwwCtyoVMBdu8MlqhWdLduJymweMXRVYY1wfEPto+VQ4GpsNdbvY0Z4GMn6mMqYzsbCRxu2CjtsMv65gtYJXW9BNDa3tUiUQq3fApVwxDxirnb2BSjeTcKQqEOmaYcXXfE08ID1eDy3HfmhGB9hTxuH0Ily1TP6zeyH7SjpLwyBGufTdrNosIOpLfbd28Ly80FYIZP1/RVnQPcandRvxOwc95aQMySmswd+aquBmeHf7DMRlrztUk8Q7rObE1erPY0AKbE8K/iEmRnEGX98hO8NR9eyqvie8oeA1iAG29ksOJc3wzT62ryfqRvGkGlfYD56s0G5udIV2w56fMhcxZJ95GJZka1JB7DkiPxPlDQprzv0eQpYJX/e7rA17b0ECZvMxaesAXU4oBcotdHKwz71wGLize/9NAglpcMsaBlEIVc5EtcTZqoslHo6xiN5MYXp03oQUJkTehFCLlRxPEa+6fLzAi1l+RBnU5+gboABhJZeKz+xBfTmGHyZnKgW0HXqSL/0vDaSlVTkAtAT2lVwiCcMylISaUzF20NuNBAVBarD994tXZvrsUiFQLJuScKMOOg4n5P/ZVTCg9yhg5AgIPORF3aEfIliEMdLqZprisCV1zZzMf42LWfCaF6gzfaQCFgtmtS7F/KrdxxussVIxO15gQBkMUAJ6UpFKaQuKTdXtTOcywTmZWDfIFuciy7EnkWvvQIHHZRsJNyDHnR9Uwi2zCltCwGrHc/OKg83ogueclmEFA64QdlJ/O4/HuwW7frYqrDxL1QNjgZHQ/zuOSgiZcJdmS8VW0IDyIXORSbv8iUFTHPmSbvvTg8SlyQhhxG03l/QBqw96blm9+XCwt8D2i2bgOLFPclHxFKxui0NqE06hh4n5+3VryKHbmPKj+39FnV6xM5jYxbgxeS94GM4cu6dgVUkMM/vhxowzK9LJbdQWHErwsT9TQqNBJUplui/OYGYkGfbXVqaSeB7Q2UTjt/8zWMgoSrdAz1JJdkVk0SOYSXdozZ+h7/xUpsoq/yoVWgjYah+AtySn5P8fV52I2iWFup0HlUDLZ6koeRPxkb2a3mMZn2IF72JhHgn07qAfUSR+Vv+dmtEPKETg57HzvNAwqSrgpNjLL1O/05QVC4MaZy5TT4zWHd4Qz1ZNaQtt4+UAbSyOc/GBnsQA3bBXAAw+ZAdouD2U8Qeby+ewWzQFku9d96jCxHRheMyXYJCw9yCC9Mziul3E1fVsAw/fttyLAh0KYein8rih/y65CdsFcMcfP1Ry7LvNQtREsnqAJ8Ty5l3fEz+zGG8JqoehXKaHqJyfzELyErpzNl5m/jpUOoXfxe1lLGpthTm7nQ4oEP9rAhNsZNaoaKQxsAf8t4ABVJXaK4/S6uWjXmNEcuGjcHhCL6legs3w68cfcBZbAeMeutU3oyvcJ6h/9IprLO0/V0J+8P6n5msEaL4b73mdzo0fLQffFLK9yEEph/AlRng5QKlZeDcfBKtIfd+io+u7SZAsJwjU+VE8dg4S/bSemhf91TcN0hWYUoufnN04YFq2bQ1WttBh0A6VN4ULEa+YF3QkWjnLB7hgzXqlV90pRij+tTibGjmEIHBoIh/t9LrkJtm1LGIZ0ezmsyE78Qph1PkHM/yyIhXJzBmdpwcyoY8A3kpk4a6EE6962l/BBV6DN58xcAS9JYUNRYP2M7Iozi8Rg1idV0U+qafif3tQjWT46fGPWoiRH5CorVZQ5mH71wc1KggLdtC689+J0zXmWuy+qOsttvptQMO0IdU5b7ezoxA2rnVLwTeX5q4DN1ltD4KUUu3uVu7PcJiV4BXzd6SnDis2+IYG+b8DJtX0XHjxsvFAj36zDSDX6iAo66t7DSmFjAj7xjNwHND1i697N8MYQz+2N1hAzz5X+nKTU0pxIky2dCrsPDmjgAahPopxhiF2zx0TP7Ga6J5k5ll/+bHhQijnM29gttsVE41TR8kiM2iNBAKiH0bRhsFTfL8DsIBcBW0hzCp5GXonA8iDEBQG1MGTJ0JOlwmb/K7f9dTbZA9dn4KHdpdxc9xMwnHE0BUlLnLv6GyJZyj5Q8cg1yUKL2UT+fTnFXH3ld6PGcU4sy8zEXmQLAiRx+A6itPf2M64y33K1ryuX31W94y3XZtwmdL+hIlcfetyuWmgpUY0SIlA3dARcTiexTxOjklhssyR1yCfxy+/xHTFtFX5gk4vnE5c2VhKf9Y5FIBjSozel8ZAGI7oaD5MFOzcNhPiDxYct3XYxQb8p+mpt+tBJ0j6wZKqShID1xMfIUWY9K6xqzVPnfdjVXVIKq8XJqzHDFo7SKucUvBg9vpPUEPTuYikCUfsRH81b+Oj2hAy2NNacpIyRDHbGcCYQT4hkflrYmVAVeqCSSCfmfiIkpO1fOu/JEI6ugMeRUC47URxqgn4kLyetSsOm/nWsPwcx6UST2PtVFzSrnCI8Ip6OA+749ts+Q+HYQqu5g6V1cUEoWfLO21yhIuWrGq5g747+Rq1Q0tI3GsMP6NfmGnD+YExREQGKFbHM+0RtvU+TYN7eCUgjlhUP/5JNn0Xjzs4ku/DVt/Rw9HFAM3jiU5TVLiJVjLa8yFKP7tSpt2g5FvraYwJiBxrKaejFkbd2KeCB/QsP6cEPibEPUFcWJcXkKBgYymBkCDDfbLq4tAPjDN/HuLkzxAcD6FdvZlbAl0/JO0N3QrzR4QilKl10EB8slCF0EetJRD3q12e0eSz1RFUwXzB/uOOeIfztI610H8Yn2RpBETrpBeRiLM/Mo2aSrOwUVlv1MV4PNQ6DUKOu0407mu1DMXGyWG3rP3vLCOK3I0o/v0tGXcNRlOz+RhJIx7F7HzqHORldxRA8Q8pwARg1KVHybZUuqbVN0S7y9OhL4PPJFcZ+afcnGnDzt5i7WytDr5g3lF7ihzAaDhxwJYq64MmCyQVup2CZbeDLev/uT0CoWSARkxshpvSHeNIGrswXI+G/NLUKIRHKxEs6UGcRxD10Bz6jx1IFpuVUjg2od+ecFX5oPXT6p+NsZo+DiQP/rIRms6jNmOYI0gH9PDy60MeKwaxqD3yJEVxBqJrk7MSohwat3LJ1s1/O0G0lasy2mxqMQDRjPMmMkqBoql98EiSlOHJv6EcyE99R6tzkQ0dnx9vIXDfrJzUiMbT9HO2wTGWtnqJ1+JuMULNFhqWZd9JlOCXym3bADne8QwXUAmpQ1lxyfCabKE+FbjG7u29H1N+Xh8gls1cn9L3jwsu1Q8C6RMBvZjhgMjRux3p+eqKRMLoGdn/2nw88lHhIOJbY1devkb23lyknOpxbpCGr8ldh5fPdP9Xx0X6ODtX2BzdYU0zIgUene8aju/otuZCa/2V3n1A158Lk/H6yjFAdCwHQycFsXJmANdDNAVLF29/v/1um10cMM2TUZZp3a6i2DZNBu4pmLfjAc8nYHVEUq3XS48YfxGvxGlS7awmLkhUHP3R2w1Byoemj5sx+lfQi4sUeZzWOKDYF4Ew6ycawOOpMf4CA2dSttpgjBiIftkHSLqiwZekhly2FE83vSqKLziI1G2jwFtOC5Aj11DVlVNBRO5jnht58gCsRLgGNC2Ga0AKCpakpqb7jXqRNQeOYB+jHyOXOCcyxVK/nMCLNV9fAE6KYC5i8BlkYNnwzS4xwn5fV8cQ7d11LZxdYUSDHXbekwfwttftq8+i2p6o+wPjOH3xf2iF7cTRGof1LYGjk5RL1lmS8bMGc8PibD0FFX7G2Xbcl1jp7ct9IfKoDZBW4M0ozz9FBWaDdtbAb7pP7g36uf4CWPzMOLRrJSZhnmwgrAifp8431f8v8lrupL9X8jiCNKnAuXN+sKNCFJ5tlLIecY8p461/zFkkowls5CihBNgBK20QmHzsbcAnERZSNof6yjyv4mzroKJzULtdQjLT1ezDzRe5SkEeSuYi+pdr+tYHXMxU/Kf55BT7eCXz3nrwFu4vaHk6C+vCahD1zOoF4/Di2+8vP/1jdmXT2YZRJWIVvDkodNGblJxqdsL0U1/IgjBz73jgDw5P/n8XWLU/8hiuqro9zT9ANxK+dtN/PkGdup4XMdlkhRrg+eyi7hxZ6Fz+z2uhX5J44UcvNHhwalspe9D5gLCj8IJ2VrBkgFGmvpj8XauHzCvt8XX3FqqJfDDQxkR0+W+gW5XQgyNmrwDcA5MyMPGZy0MC0ZeAUtczrKVRJVzhCOTdWs/wtifuuWMSZKyIkCoh40LF3ghLfO98g2rU6Xod777tgXnwUvOYdkqDiC+qxKPHhjAZ3tlXaC6rrSlbwGwjmK584cd2/kxZMaPr1rV8o/g3yIB73IIfGGQ759FwCSNXputyPOYkt8FM7yFuKVYtHg1lLPDyVMuUp8dnPjcwdUf9SM1wjJvM7jHmA4zo15Gr+wGXXKXi9GhJrqLcUoosOucTnPCTB5cECIZ5kMTa0zB4hLVUDOL8ELqTdH+IEkUsTZh4xZWby+cm9i7mNB2yXYybKz/xy4wWlLLW9dA/LJKA0r+5/0yxOTf9JISOuWEpueOOFbbUsX6SjDQlArOWXfRg7+Bno9lm3YfoJIIS4frtHLPlEwqvd7Mp27tW4qyNgAfPxhs/+XgvZ/HHFGDSfBAyXB0Ob4Sa8ufewZx2A3QUCxnzGP1ZuPaeERuEglYIM6pIBNFlXBEnGrqhp5AESsX7MjdYoh6wHQqF6yHj8hxpMxerrqroJ9H3Nn6GRBI9ewF8v7AD0OAznFD7R3Pa//j4qDCTx8ctFCajcdakINn6xzoiEYUTZ5stG0WP/RgE0WOwc0Ls/cQKJ/zQM1nOJSjh+saewCfs7EG0KKbL9jzrzGKfiBYlZK1nVmQm4fZQn5A7BZUTKJuLmmB7U+aFVBifUitl1Pnby120xS0RcvFiuCypVsPiZU1bzejNhgWVmhIyM3rKP8DAF7SekW3MUkvDXrbXs/ADJ7TMqEOn5NLT5x4Vf39NxQKw1tTwzyLt4OxR9J2/KgeGSRqAgU+BHcJR/y6efQrxevQTK24FHcsDPZs6fWAnuCyVc322oIGihWfx3NALHi6eCJnGRMQYnSTTReOaprwU6S4fL2t3Z1nlob6mVi69Es7WQASHFh8icCtTbIsqh4ylxWZ6ZgRtY1zawxdiDGFo2trrPRHoOXuVusvYUvjb+SwgcaQJyZuBcyQdx7lgbGbbmAaqmBUMFR8zU0w1A1QkZyomy4THWQ+99HxeegZ2+MuXJZo1sBhJRiikXH283zFNrPzPhxNAk2OHWgZH53WbxvKrHeK+chQkSPa+Kiht1WOMSTLbjJioV1aXGa4dZ/Qx9mJwAtMg5AmYvV/eIDKmagu3b0GU70peO1XNiG6G8xisq3kZLDX4ZkAnb5wAkaIYXtPP9Hru2J5QvtTVglbyjYBikK2KHsB2aLaCFg1HLmkENxeALOc9+++rutCmr/MpxgbzDeHBaOTXGop6naftcY/Jgzsg6pAnT9ZWwRr1DMJr++FSwHBVv5yiVpH8WbMns4AvAijhdh9m+To/gjiwvYy/Pfxlu0UUkTSW7OC6+pzeG5Bl0phaQ0d0crK3WLvOllZg+rtRS1e26JdqJwpLz9NFLEkjwIQ0KTJ/SXiAcW+FxljV4BhhdoCoLkchQM0Mt1tHmvc536V5Sw5ykLwXN572Hwn1iK09gbwmyYMdyvjMier/FA18GYB9+orA+b/u13wAJ6aTH3Vn2QN0Fax4YFkWdVnUXTDZiqQzENzDoeBIj2Rp4hEfvpDzihtZX47cxRZt6JjYZ2dOsFYu46cWQHWVTgpCHQKYBrkHCUo8gsuNyWclxOcAe86bHupYnGcxOygivQNMl+JWz8Lbv5lEzcqbEw+7KIKs20ML9CvTfzAElf/2jrTiLsliEyEDeZTLlmFCZaQ/qif+c3yeYvhZArB9gj9tS8EK+haHL1R93XokZpeOlG8gze4eMZoUY9Gg365IqvHPcwJaelkn9bJnq0aUutPzGKgFrO+oD+f8TnSZNR6DTVuJbLztGWNDEEr2dJZRDtvV2iz0q8deububWj76ZKT8xByWmyFLo9Ut1zPgkG/N3t9jWX6rCRZFuez/9z3DOafPIfQ9ingA7GFweMJKC+kUkA3PUt20j3V9OiudZ0SAybJCy0AOYDirIBG3cnAKfFeCS4/+1WAASGQUAisihCKDT1FFmS/xHA8Y7hNxGFDWMvypsvihcp8cGG/2E0SvKdcXWLWCTKAQI/i3uTtI4sSoNQd5hX9gg4h5ANz+4puqZKHVerqGEPd7c8F3Y0dsF7dNHMz8O7Vb3UnWpNQrx4Hv5QLRUrO9TLc2BBilvasmTdNAZOiZukBDzEBgp3COUC5fQnH/Zmenl+ezDC0/0jaAAvCvTWOL7QAA0iDmQV1OH84Vj0AkYAQFyy+iHhoEtPGVo5+Tb+BJubggd7YSSFrIxBYaJQPCWUYCQuuCrvuYyJykGYyCa4sesDNIGLEG4dGV04UDBmKhTEraJ6oRwIBGFum3+vZrBwESeMZymIaixb16bjrtVrhI0NaJv2/EBqxjcxWdwuNp/UXbLxCYGycgsuLvTfH3PUiY5CZRBvrkup85OjcHlMSKRmFn/WrWH5qnKzPh1XPrx8C3jtEZkOpTYf78KHc0cT2R8qIiYC+exGVbKlXhz5o3nt2l7i6dlNn2lEWlZOirWjXB8i0FBa2PxHIHExr1KBuFpXbc8JZhLIeGHEvGdtivZHYUotXhD9YU7+xAQJ2NoklemWkmETxJdz/vcw780LsOUlAmACn+tKf9AWSeEb22kKDW2teAX8ezsF61ZT+7J6CT81aD7Qr6R4jRGapLfnewwcD+tOGBy6Zs8073A54bJGSTkG/JS2wa+D3MXTtXfOPtpGg5Qo2kAXLXysQMWcvE9PODldXr3e6uxmSynktuL49b1tq+37223a23os5YTcaxXrQeV8DdDYN6Uzzuo+Nxbk0yCRuZD7/b9elT0JzK7BYdxxv9xAA9NnRSttuKFQANte1RA5fBVKEoJXhL0R1chEfZOV9Oj+pvPh27uGEz3bNn/Daqrld33GuEqh0yiyrak/JrsOU7+/GKefSPZODAI7o2SNIc+hnK99UmA4sGiE/itQg8d5atpUe7uKyK07NW/Js1WqWbE5cLyVTgMpE+CwSodVwkkFSz6o9pGYIT+2ISVoSzmDtNHCl6XasX4kGuX9Jr7Ju94wIIB7agGm/Oq9okFbxkh6/YLASGHnp/MMisZYqxtD5B7AYlLlF/OzYU1GmI1MC7i/N341+V7HHCbygV4iDy83J0DaLEzVNjRZp9pyJNKQHbV2tAfMZawodUPPguGW1+HxsvQjp5A3Abi+pbfHPqq0Vg+FnGZ+2YoAJ90Auj8AOPrY64kUL90DM+XLOtqvW6QCK1p9ocV4FBrzEzldboUzZ+hPuuaV2FZnl1gTIWhVq7AZym0BMHRo8bYJ0I6GDbxelulIQgVE4ANHvHriEk9zrXiDY5fS8jGcDx9RsYwDg4vPevmI5c7uSLYU/4Hd61Tq+XazfRAJ/8jmRtvHiwwXcL2Md28y91Cd/tE7Gj/vCQIylwfXacVqOFRNCo2rc4aFiqMxvnoFxrEUeUzLcz+JBkBHDPlqx6Dn8TEagg8aFSo0ZAaicKdSe4O6s0UJGUSGryTjZ1PYrNNzD3zgHdx/T00F23Xsbit1QLcrHUx3Bl8K2HK5HlMDjI5IlobW9FYGwSf0kWEQTLS/zykdRzBGQeeEIxMUlI0L/6j8kzC2MnxX5AADi0utbL+RUuSc/7IAAAAA=="/>
<div class="eswale-cap">
<b>A living water-harvesting ecosystem</b>
<span>Rain is slowed, spread across the contour, absorbed through living soil, and cycled through roots, trees, wildlife, and groundwater.</span>
</div>
</article>
<aside aria-label="Rachel Carson quotation about soil" class="earthline-quote">
<blockquote>The thin layer of soil that forms a patchy covering over the continents controls our own existence.</blockquote>
<cite>Rachel Carson · Silent Spring · 1962</cite>
<small>Earthline uses Carson’s verified wording rather than repeating the unverified “two inches of soil” internet version.</small>
</aside>
<article class="eswale-card">
<img alt="Educational diagram of a mature bioswale on a three to four percent slope with infiltration, native plants, roots, wildlife, and groundwater benefits" decoding="async" loading="lazy" 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"/>
<div class="eswale-cap">
<b>A mature bioswale on a gentle slope</b>
<span>Native trees, shrubs, flowers, mulch, fungi, insects, and deep roots turn a simple earthwork into long-term landscape resilience.</span>
</div>
</article>
<aside aria-label="Bill Mollison quotation about harvesting water" class="earthline-quote">
<blockquote>Once one has learned to harvest water, then the real fun begins.</blockquote>
<cite>Bill Mollison · Permaculture Lecture Series</cite>
<small>Water harvesting creates the foundation for productive soil, vegetation, habitat, groundwater support, and a cooler, more resilient landscape.</small>
</aside>
</div>
</div>
</section>
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<h4>ELEVATION PROFILE <span class="sp"></span><small>West → east transect</small></h4>
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<h4>CLIMATE PROJECTION <span class="sp"></span><small id="climScn">RCP 4.5 (2050)</small></h4>
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<div class="clim"><span class="em">🌧</span><span class="v" id="clPrec" style="color:#4ec9ff">—</span><span class="l">Annual Precip.</span></div>
<div class="clim"><span class="em">⛈</span><span class="v" id="clExt" style="color:#4ec9ff">—</span><span class="l">Extreme Rainfall</span></div>
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<h4>SOIL INFILTRATION <small>(NRCS)</small></h4>
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<div class="r"><span class="sq" style="background:#2e7d32"></span>Very High</div>
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<div class="r"><span class="sq" style="background:#fb8c00"></span>Low</div>
<div class="r"><span class="sq" style="background:#e53935"></span>Very Low</div>
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<h4>NATIVE PLANT GUILDS <span class="sp"></span><span class="viewall" data-info="guilds">VIEW ALL (42)</span></h4>
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<h4>POLLINATOR &amp; BIRD HABITAT <span class="sp"></span><small>Priority zones</small></h4>
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<div aria-modal="true" class="modal" role="dialog">
<div class="mh">
<svg height="22" width="22"><use href="#orb"></use></svg>
<h2 id="modalTitle">Title</h2>
<button aria-label="Close" class="x" id="modalClose">✕</button>
</div>
<div class="mb" id="modalBody"></div>
</div>
</div>
<script>
"use strict";
/* ================= MAPBOX CONFIG =================
   Paste your Mapbox public token (starts with pk.) between the quotes
   on the next line. With a valid token + internet: real satellite
   imagery, real elevation (Terrain-RGB DEM), and search for ANY
   address via Mapbox geocoding. Without it (or offline), the
   generated-terrain fallback runs exactly as before. */
const MAPBOX_TOKEN="pk.eyJ1IjoiZWFydGhsaW5lZGV2ZWxvcG1lbnQiLCJhIjoiY210cDgzazgyMHU1bTMwcjMxNm5qbWJyaSJ9.QbDncOPcJtl7SAKF2c3fkw";
const MB_ON=()=>typeof MAPBOX_TOKEN==="string"&&MAPBOX_TOKEN.startsWith("pk.");
function earthlineHasRegionalBBox(){return !!(typeof M!=="undefined"&&M.loc&&M.loc.bbox&&M.loc.bbox.length===4);}
function earthlineLargeAreaMode(){
  if(!earthlineHasRegionalBBox())return false;
  const b=M.loc.bbox;
  const spanDeg=Math.max(Math.abs(b[2]-b[0]),Math.abs(b[3]-b[1]));
  return spanDeg>1.0 && M.viewZoom<13;
}
function earthlineCountryCode(loc=(typeof M!=="undefined"?M.loc:null)){
  if(!loc)return "";
  const direct=String(loc.countryCode||loc.country_code||"").trim().toLowerCase();
  if(direct)return direct.replace(/^us-/,"us").slice(0,2);
  const text=[loc.sub,loc.fullName,loc.name,loc.q].filter(Boolean).join(" ").toLowerCase();
  if(/\b(united states|usa|u\.s\.a\.|u\.s\.)\b/.test(text))return "us";
  if(/\bcanada\b/.test(text))return "ca";
  if(/\bthailand\b/.test(text))return "th";
  if(/\bvietnam\b|\bviệt nam\b/.test(text))return "vn";
  if(/\bindia\b/.test(text))return "in";
  return "";
}
function earthlineBBoxIntersectsUSCoverage(bb){
  if(!bb)return false;
  const hit=(w,s,e,n)=>!(bb.maxLng<w||bb.minLng>e||bb.maxLat<s||bb.minLat>n);
  // Conterminous U.S., Alaska, and Hawaii. Country metadata takes precedence when known.
  return hit(-125.0,24.0,-66.0,50.0)||hit(-170.0,51.0,-129.0,72.0)||hit(-161.0,18.0,-154.0,23.0);
}
function earthlineUSAquiferCoverageAvailable(loc,bb){
  const cc=earthlineCountryCode(loc);
  if(cc)return cc==="us";
  return earthlineBBoxIntersectsUSCoverage(bb);
}
function earthlineEmbeddedAquiferCollection(){
  try{
    if(typeof EARTHLINE_EMBEDDED_AQUIFERS!=="undefined"&&EARTHLINE_EMBEDDED_AQUIFERS&&Array.isArray(EARTHLINE_EMBEDDED_AQUIFERS.features))return EARTHLINE_EMBEDDED_AQUIFERS;
  }catch(e){}
  return null;
}
function earthlineGeometryBBox(geometry){
  if(!geometry||!geometry.coordinates)return null;
  let minLng=Infinity,minLat=Infinity,maxLng=-Infinity,maxLat=-Infinity;
  const walk=v=>{
    if(!Array.isArray(v))return;
    if(v.length>=2&&Number.isFinite(Number(v[0]))&&Number.isFinite(Number(v[1]))){
      const x=Number(v[0]),y=Number(v[1]);
      minLng=Math.min(minLng,x);maxLng=Math.max(maxLng,x);minLat=Math.min(minLat,y);maxLat=Math.max(maxLat,y);return;
    }
    v.forEach(walk);
  };
  walk(geometry.coordinates);
  return Number.isFinite(minLng)?{minLng,minLat,maxLng,maxLat}:null;
}
function earthlineBBoxesIntersect(a,b){
  return !!(a&&b&&!(a.maxLng<b.minLng||a.minLng>b.maxLng||a.maxLat<b.minLat||a.minLat>b.maxLat));
}
function earthlineEmbeddedAquifersForBBox(bb){
  const fc=earthlineEmbeddedAquiferCollection();
  if(!fc)return [];
  return fc.features.filter(f=>earthlineBBoxesIntersect(earthlineGeometryBBox(f.geometry),bb));
}
// Cities/localities remain planning views until the user explicitly selects land.
function earthlinePlanningMode(loc=(typeof M!=="undefined"?M.loc:null)){
  if(!loc||earthlineIsPropertyLocation(loc))return false;
  const pt=(loc.placeType||"").toLowerCase();
  return ["country","region","district","place","locality"].includes(pt);
}
const isPropScale=()=>!earthlineLargeAreaMode()&&!earthlinePlanningMode()&&(!M.realMode||M.viewZoom>=14);
// Precise per-swale prescriptions only make sense at a selected property/site.
const swaleDetailScale=()=>!earthlineLargeAreaMode()&&!earthlinePlanningMode()&&(!M.realMode||M.viewZoom>=16);
// Once a property analysis has completed, its analytical overlays remain visible while
// the user zooms out. Zoom level controls when analysis may START, not whether completed
// results are allowed to remain on the map.
function earthlinePropertyAnalysisVisible(){
  return !earthlineLargeAreaMode()&&!earthlinePlanningMode()&&!!M.analysisReady&&Array.isArray(M.swales)&&M.swales.length>0;
}
const analysisZoom=()=>Math.min(M.viewZoom,17);
function mppAt(z,lat){return 156573.03392*Math.cos(lat*Math.PI/180)/Math.pow(2,z)/2;}
const PLACE_ZOOM={country:5,region:7,district:9,place:11,locality:12,neighborhood:14,address:18,poi:18};

/* ================= BUILD-CHECK-15672 MAPBOX GL BASE MAP =================
   Mapbox GL owns progressive imagery, pan, zoom and regional framing.
   The Earthline canvas is a transparent analytical overlay only. */
let earthlineMap=null;
let earthlineMapReady=false;
let earthlineMapLoadError=false;
let earthlineStartupSplashSettled16171=false;
let earthlineStartupSplashTimer16171=0;
const EARTHLINE_STARTUP_SPLASH_AUDIT_16171=window.EARTHLINE_STARTUP_SPLASH_AUDIT_16171={
  build:"EARTHLINE 16171",startedAt:new Date().toISOString(),startedMs:performance.now(),
  settled:false,reason:"pending",settledMs:null,degraded:false,mapReadyAtSettle:false,errorCount:0,lastError:""
};
let earthlineTargetMarker=null;
let earthlineTargetLngLat=null;
let earthlineMapEaseToken=0;
let earthlineSearchMarker=null;
let earthlineSearchCameraToken=0;
let earthlineSearchCameraLock=null;
let earthlineLastUserMapInput=0;
function earthlineCancelSearchCameraLock(){
  earthlineLastUserMapInput=performance.now();
  earthlineSearchCameraLock=null;
}
function earthlineApplySearchCameraLock(force=false){
  const lock=earthlineSearchCameraLock;
  if(!lock||!earthlineMapActive()||lock.token!==earthlineSearchCameraToken)return false;
  const now=performance.now();
  if(now>lock.expires){earthlineSearchCameraLock=null;return false;}
  if(!force&&earthlineLastUserMapInput>lock.started){earthlineSearchCameraLock=null;return false;}
  try{
    earthlineMap.stop();
    if(earthlineMap.setPadding)earthlineMap.setPadding({top:0,bottom:0,left:0,right:0});
    earthlineMap.jumpTo({center:lock.center,zoom:lock.zoom,bearing:0,pitch:0,padding:{top:0,bottom:0,left:0,right:0}});
    earthlineShowSearchMarker(lock.center[0],lock.center[1]);
    earthlineUpdateGlobePresentation();
    return true;
  }catch(e){return false;}
}
function earthlineClearSearchMarker(){
  if(earthlineSearchMarker){try{earthlineSearchMarker.remove();}catch(e){}earthlineSearchMarker=null;}
}
function earthlineShowSearchMarker(lng,lat){
  if(!earthlineMapActive()||!Number.isFinite(lng)||!Number.isFinite(lat))return;
  earthlineClearSearchMarker();
  try{
    earthlineSearchMarker=new mapboxgl.Marker({color:'#11b9ff',scale:0.82})
      .setLngLat([lng,lat]).addTo(earthlineMap);
  }catch(e){}
}

function earthlineMapActive(){return !!(earthlineMap&&earthlineMapReady);}
function earthlineClearTarget(){
  earthlineTargetLngLat=null;
  if(earthlineTargetMarker){try{earthlineTargetMarker.remove();}catch(e){}earthlineTargetMarker=null;}
}
function earthlineZoomTowardPoint(lng,lat){
  if(!Number.isFinite(lng)||!Number.isFinite(lat)||!earthlineMapActive())return;
  const z=earthlineMap.getZoom();
  // Google/Apple-style hand navigation: a click can continue walking inward through
  // property detail. The former hard cap at z17 made the map look frozen after one click.
  const targetZ=z<9?11.5:(z<13?Math.min(14,z+2.2):Math.min(20,z+1.05));
  if(targetZ<=z+0.01)return;
  try{
    earthlineMap.stop();
    earthlineMap.easeTo({center:[lng,lat],zoom:targetZ,bearing:0,pitch:0,
      duration:z>=16?300:420,essential:true});
  }catch(e){}
}
function earthlineSetTarget(lng,lat,zoomToward=true){
  if(!Number.isFinite(lng)||!Number.isFinite(lat)||!earthlineMapActive())return;
  earthlineClearSearchMarker();
  earthlineTargetLngLat={lng,lat};
  try{
    if(!earthlineTargetMarker){
      earthlineTargetMarker=new mapboxgl.Marker({color:'#39d353',scale:0.78})
        .setLngLat([lng,lat]).addTo(earthlineMap);
    }else earthlineTargetMarker.setLngLat([lng,lat]);
  }catch(e){}
  if(zoomToward)earthlineZoomTowardPoint(lng,lat);
  earthlineNotice('Location selected — zoom as needed, then press RUN ANALYSIS.');
}
function earthlineCurrentAnalysisPoint(){
  if(earthlineTargetLngLat)return {lng:earthlineTargetLngLat.lng,lat:earthlineTargetLngLat.lat};
  if(earthlineMapActive()){const c=earthlineMap.getCenter();return {lng:c.lng,lat:c.lat};}
  return {lng:Number(M.centerLng||M.loc&&M.loc.lng||0),lat:Number(M.centerLat||M.loc&&M.loc.lat||0)};
}
function earthlineEaseToAnalysisPoint(lng,lat,zoom=17){
  if(!earthlineMapActive())return Promise.resolve();
  const token=++earthlineMapEaseToken;
  return new Promise(resolve=>{
    let done=false;
    const finish=()=>{if(done||token!==earthlineMapEaseToken)return;done=true;resolve();};
    earthlineMap.once('moveend',finish);
    earthlineMap.easeTo({center:[lng,lat],zoom:Math.max(16.25,Math.min(18,zoom)),bearing:0,pitch:0,duration:460,essential:true});
    setTimeout(finish,950);
  });
}
let earthlineOverlayFrame=0;
let earthlineMapMotionFrame=0;
let earthlineMapSettleTimer=0;
let earthlineFullOverlayTimer=0;
let earthlineHoverFrame=0;
let earthlineHoverLngLat=null;
function earthlineOverlayNeeded(){
  const aquifersVisible=!!(M.layers&&M.layers.usgsAquifer&&M.layers.usgsAquifer.on&&M.usgsAquifers&&M.usgsAquifers.length);
  return !!(aquifersVisible||M.analysisReady||(M.drawings&&M.drawings.length)||(M.manualNoBuild&&M.manualNoBuild.length)||(M.measurePts&&M.measurePts.length)||M._activeStroke);
}
function earthlineClearOverlay(){
  if(!cv||!ctx)return;
  const dpr=window.devicePixelRatio||1;
  ctx.setTransform(dpr,0,0,dpr,0,0);
  ctx.clearRect(0,0,cv.width/dpr,cv.height/dpr);
}
function earthlineScheduleOverlayRender(){
  if(!earthlineOverlayNeeded())return;
  if(earthlineOverlayFrame)return;
  earthlineOverlayFrame=requestAnimationFrame(()=>{
    earthlineOverlayFrame=0;
    earthlineSyncOverlayScale();
    render();
  });
}
function earthlineSetOverlayMoving(moving){
  if(!cv)return;
  if(moving){clearTimeout(earthlineFullOverlayTimer);earthlineFullOverlayTimer=0;}
  const rechargeCanvas=document.getElementById("earthlineRechargeCanvas");
  /* EARTHLINE 16356 — BUILD-CHECK-15805 already assigns live recharge to native
     Mapbox layers. Map-motion settle must never revive the historical screen-space
     recharge canvas after an earlier repaint has hidden it. Offline/no-Mapbox
     fallback remains governed by the analytical canvas path. */
  cv.style.visibility=moving?"hidden":"visible";
  if(rechargeCanvas){
    if(earthlineMapActive()){
      rechargeCanvas.style.display="none";
      rechargeCanvas.style.visibility="hidden";
    }else{
      rechargeCanvas.style.visibility=moving?"hidden":"visible";
    }
  }
}
function earthlineFinishMapMotion(){
  clearTimeout(earthlineMapSettleTimer);
  if(earthlineMapMotionFrame)cancelAnimationFrame(earthlineMapMotionFrame);
  earthlineMapSettleTimer=setTimeout(()=>{
    earthlineMapMotionFrame=requestAnimationFrame(()=>{
      earthlineMapMotionFrame=0;
      if(!earthlineMapActive())return;
      M.viewZoom=earthlineMap.getZoom();
      earthlineSyncOverlayScale();
      // First repaint only the layers needed to understand the analysis. Expensive support
      // layers (contours, soil, arrows, erosion and no-build texture) return after the user
      // has stopped navigating, so repeated hand-click zooms remain responsive.
      if(earthlineOverlayNeeded()){
        // BUILD-CHECK-15760: keep the fast navigation repaint, then restore the full
        // analytical overlay after movement settles. This returns contour labels and
        // blue flow arrows automatically without changing hydrology, swales, aquifers,
        // artwork, or the Mapbox basemap lifecycle.
        clearTimeout(earthlineFullOverlayTimer);
        render(true);
        earthlineSetOverlayMoving(false);
        earthlineFullOverlayTimer=setTimeout(()=>{
          earthlineFullOverlayTimer=0;
          if(!earthlineMapActive()||!earthlineOverlayNeeded())return;
          requestAnimationFrame(()=>{
            if(!earthlineMapActive()||!earthlineOverlayNeeded())return;
            M.viewZoom=earthlineMap.getZoom();
            earthlineSyncOverlayScale();
            render(false);
            earthlineUpdateRechargeSvg();
            updateScalebar();
          });
        },160);
      }else{
        earthlineUpdateRechargeSvg();
        earthlineSetOverlayMoving(false);
      }
      updateScalebar();
    });
  },70);
}
function earthlineUpdateGlobePresentation(){
  if(!earthlineMap)return;
  const z=earthlineMap.getZoom();
  const globeView=z<=3.4;
  try{
    // Use a globe only for true planetary overview. Regional and property analysis
    // use Mercator so camera bounds, terrain tiles, and the same query are deterministic
    // across desktop and mobile viewports.
    const desiredProjection=globeView?"globe":"mercator";
    const p=earthlineMap.getProjection&&earthlineMap.getProjection();
    if(!p||p.name!==desiredProjection)earthlineMap.setProjection({name:desiredProjection});
    const base=document.getElementById("mapboxBase");
    if(base)base.classList.toggle("globe-overview",z<=0.22);
    if(globeView){
      if(earthlineMap.setFog)earthlineMap.setFog({
        color:"rgb(22,34,50)",
        "high-color":"rgb(40,75,112)",
        "horizon-blend":0.10,
        "space-color":"rgb(2,5,11)",
        "star-intensity":0.18
      });
      earthlineMap.dragRotate.enable();
      earthlineMap.touchZoomRotate.enable();
      if(earthlineMap.touchZoomRotate.enableRotation)earthlineMap.touchZoomRotate.enableRotation();
    }else{
      if(earthlineMap.setFog)earthlineMap.setFog(null);
      earthlineMap.dragRotate.disable();
      earthlineMap.touchZoomRotate.enable();
      earthlineMap.touchZoomRotate.disableRotation();
    }
  }catch(e){}
}

function earthlineHideGlobeSplash(){
  const splash=document.getElementById("earthSplash");
  if(!splash)return;
  splash.classList.add("hidden");
  splash.setAttribute("aria-hidden","true");
  setTimeout(()=>{if(splash&&splash.parentNode)splash.style.display="none";},520);
}
function earthlineSettleGlobeSplash16171(reason,degraded=false){
  if(earthlineStartupSplashSettled16171)return false;
  earthlineStartupSplashSettled16171=true;
  if(earthlineStartupSplashTimer16171){clearTimeout(earthlineStartupSplashTimer16171);earthlineStartupSplashTimer16171=0;}
  EARTHLINE_STARTUP_SPLASH_AUDIT_16171.settled=true;
  EARTHLINE_STARTUP_SPLASH_AUDIT_16171.reason=String(reason||"settled");
  EARTHLINE_STARTUP_SPLASH_AUDIT_16171.settledMs=Math.round(performance.now()-EARTHLINE_STARTUP_SPLASH_AUDIT_16171.startedMs);
  EARTHLINE_STARTUP_SPLASH_AUDIT_16171.degraded=!!degraded;
  EARTHLINE_STARTUP_SPLASH_AUDIT_16171.mapReadyAtSettle=!!earthlineMapReady;
  earthlineHideGlobeSplash();
  if(degraded){
    const sub=document.getElementById("locSub");
    if(sub&&(!M.loc||String(sub.textContent||"").includes("Search an address")))
      sub.textContent="Basemap is taking longer than expected. Search remains available; reload if imagery does not appear.";
  }
  return true;
}
function earthlineArmGlobeSplash16171(map){
  if(earthlineStartupSplashSettled16171)return;
  if(!map){earthlineSettleGlobeSplash16171("map-unavailable",true);return;}
  const settleLoad=()=>earthlineSettleGlobeSplash16171("map-load",false);
  const settleIdle=()=>earthlineSettleGlobeSplash16171("map-idle",false);
  try{
    if(typeof map.loaded==="function"&&map.loaded())settleLoad();
    else{map.once("load",settleLoad);map.once("idle",settleIdle);}
  }catch(err){
    EARTHLINE_STARTUP_SPLASH_AUDIT_16171.lastError=String(err&&err.message||err);
    EARTHLINE_STARTUP_SPLASH_AUDIT_16171.errorCount++;
  }
  /* Unconditional: this timer is armed immediately after Map construction, not from load. */
  earthlineStartupSplashTimer16171=setTimeout(()=>{
    earthlineSettleGlobeSplash16171("12-second-watchdog",!earthlineMapReady);
  },12000);
}
function earthlineShowGlobeSplash(){
  const splash=document.getElementById("earthSplash");
  if(!splash)return;
  splash.style.display="flex";
  splash.removeAttribute("aria-hidden");
  requestAnimationFrame(()=>splash.classList.remove("hidden"));
}
window.earthlineStartupSplashAudit16171=()=>JSON.parse(JSON.stringify(EARTHLINE_STARTUP_SPLASH_AUDIT_16171));

function earthlineInitMap(){
  if(earthlineMap)return true;
  if(!MB_ON()||typeof mapboxgl==="undefined"){earthlineSettleGlobeSplash16171("mapbox-unavailable",true);return false;}
  try{
    mapboxgl.accessToken=MAPBOX_TOKEN;
    const globeBase=document.getElementById("mapboxBase");
    if(globeBase)globeBase.classList.add("globe-overview");
    earthlineMap=new mapboxgl.Map({
      container:"mapboxBase",
      style:"mapbox://styles/mapbox/satellite-streets-v12",
      center:[-102,20],
      zoom:0,
      projection:{name:"globe"},
      minZoom:0,
      maxZoom:20,
      renderWorldCopies:false,
      attributionControl:false,
      preserveDrawingBuffer:false,
      fadeDuration:0,
      antialias:true,
      pitchWithRotate:false,
      dragRotate:true,
      cooperativeGestures:false,
      maxTileCacheSize:28,
      refreshExpiredTiles:false
    });
    earthlineArmGlobeSplash16171(earthlineMap);
    const mapCanvas=earthlineMap.getCanvas&&earthlineMap.getCanvas();
    if(mapCanvas){
      ["pointerdown","touchstart","wheel"].forEach(ev=>mapCanvas.addEventListener(ev,earthlineCancelSearchCameraLock,{passive:true}));
    }
    earthlineMap.on("load",()=>{
      earthlineMapReady=true;
      earthlineMapLoadError=false;
      earthlineSettleGlobeSplash16171("core-map-load",false);
      try{
        earthlineMap.jumpTo({center:[-102,20],zoom:0,bearing:0,pitch:0});
        earthlineUpdateGlobePresentation();
      }catch(e){}
      earthlineMap.resize();
      earthlineSyncOverlayScale();
      earthlineEnsureSwaleLayers();
      earthlineSyncSwaleLayer();
      earthlineEnsureAquiferLayers();
      earthlineSyncAquiferLayer();
      earthlineEnsureRechargeLayers();
      earthlineSyncRechargeLayer(false);
      earthlineUpdateRechargeSvg(false);
      earthlineSettleGlobeSplash16171("core-map-ready",false);
      const splashLabel=document.getElementById("locName");
      if(!M.analysisReady&&splashLabel&&splashLabel.textContent==="Choose a location")earthlineClearOverlay();
      else render();
    });
    earthlineMap.on("error",e=>{
      earthlineMapLoadError=true;
      const err=e&&e.error?e.error:e;
      EARTHLINE_STARTUP_SPLASH_AUDIT_16171.errorCount++;
      EARTHLINE_STARTUP_SPLASH_AUDIT_16171.lastError=String(err&&err.message||err||"");
      console.warn("[Earthline] Mapbox GL base-map error",err);
    });
    /* BUILD-CHECK-15680: GOOGLE/APPLE-STYLE PROPERTY NAVIGATION.
       Keep grab/drag, wheel or trackpad, native double-click and +/- zoom. During camera
       motion, do no hydrology projection work; repaint once after the camera settles. */
    ["movestart","zoomstart","pitchstart","rotatestart"].forEach(ev=>earthlineMap.on(ev,()=>earthlineSetOverlayMoving(true)));
    earthlineMap.on("zoom",()=>{M.viewZoom=earthlineMap.getZoom();});
    earthlineMap.on("moveend",()=>{
      earthlineUpdateGlobePresentation();
      earthlineFinishMapMotion();
    });
    earthlineMap.on("zoomend",()=>{
      earthlineUpdateGlobePresentation();
      earthlineFinishMapMotion();
      if(typeof window.earthlineRehydratePropertyLayers15799==="function"){
        window.earthlineRehydratePropertyLayers15799("core-zoomend");
      }
    });
    earthlineMap.on("resize",()=>{
      earthlineSyncOverlayScale();
      if(earthlineOverlayNeeded())earthlineScheduleOverlayRender();
      if(typeof window.earthlineRehydratePropertyLayers15799==="function"){
        window.earthlineRehydratePropertyLayers15799("resize");
      }
    });
    earthlineMap.on("mousemove",e=>{
      earthlineHoverLngLat=e.lngLat;
      if(earthlineHoverFrame)return;
      earthlineHoverFrame=requestAnimationFrame(()=>{
        earthlineHoverFrame=0;
        if(!earthlineHoverLngLat||!earthlineMap)return;
        const ll=earthlineHoverLngLat;
        const lat=Math.abs(ll.lat).toFixed(5)+"° "+(ll.lat>=0?"N":"S");
        const lng=Math.abs(ll.lng).toFixed(5)+"° "+(ll.lng>=0?"E":"W");
        let msg=lat+", "+lng+"  |  Zoom "+earthlineMap.getZoom().toFixed(1);
        if(M.analysisReady&&earthlineMap.queryTerrainElevation){
          try{
            const elev=earthlineMap.queryTerrainElevation(ll,{exaggerated:false});
            if(Number.isFinite(elev))msg+="  |  Elev: "+fmt(elev*3.28084)+" ft";
          }catch(err){}
        }
        const bar=document.getElementById("coordBar");
        if(bar)bar.textContent=msg;
      });
    });
    // BUILD-CHECK-15680: use Mapbox native navigation only. This matches the familiar
    // Google/Apple Maps pattern: grab-and-drag pans; double-click, wheel/pinch, and +/-
    // zoom. No custom pointer-up zoom command is allowed to compete with drag-pan.
    const earthlineHandCanvas=earthlineMap.getCanvas();
    try{
      earthlineMap.dragPan.enable();
      earthlineMap.doubleClickZoom.enable();
      earthlineMap.scrollZoom.enable();
      earthlineMap.touchZoomRotate.enable();
      earthlineMap.touchZoomRotate.disableRotation();
      // Arrow/Page keys belong to the document so the user can always scroll the page.
      earthlineMap.keyboard.disable();
      if(earthlineHandCanvas){
        earthlineHandCanvas.tabIndex=-1;
        const releaseMapFocus=()=>requestAnimationFrame(()=>{
          try{earthlineHandCanvas.blur();}catch(err){}
        });
        earthlineHandCanvas.addEventListener("pointerup",releaseMapFocus,{passive:true});
        earthlineHandCanvas.addEventListener("pointercancel",releaseMapFocus,{passive:true});
      }
    }catch(err){}
    return true;
  }catch(err){
    earthlineMapLoadError=true;
    EARTHLINE_STARTUP_SPLASH_AUDIT_16171.errorCount++;
    EARTHLINE_STARTUP_SPLASH_AUDIT_16171.lastError=String(err&&err.message||err||"");
    earthlineSettleGlobeSplash16171("map-init-error",true);
    console.error("[Earthline] Mapbox GL initialization failed",err);
    return false;
  }
}
function earthlineSetMapView(loc){
  if(!earthlineMap)return;
  const apply=()=>{
    const planning=earthlineLargeAreaMode()||earthlinePlanningMode();
    const lng=Number(loc&&loc.lng);
    const lat=Number(loc&&loc.lat);
    const center=[Number.isFinite(lng)?lng:Number(M.centerLng||0),Number.isFinite(lat)?lat:Number(M.centerLat||0)];
    const cameraToken=++earthlineSearchCameraToken;
    try{
      earthlineMap.stop();
      earthlineClearTarget();
      earthlineMap.setProjection({name:"globe"});
      if(earthlineMap.setFog)earthlineMap.setFog(null);
      // Regional terrain ownership belongs to the live regional controller. Do not
      // null the terrain mesh here; doing so made queryTerrainElevation fail mid-run.
      earthlineMap.scrollZoom.enable();
      earthlineMap.dragPan.enable();earthlineMap.doubleClickZoom.enable();earthlineMap.keyboard.disable();
      earthlineMap.touchZoomRotate.enable();earthlineMap.touchZoomRotate.disableRotation();
      earthlineMap.dragRotate.disable();
      const base=document.getElementById("mapboxBase");
      if(base)base.classList.remove("globe-overview");
      earthlineMap.resize();
    }catch(e){}

    let targetZoom=(loc&&Number.isFinite(Number(loc.zoomHint)))?Number(loc.zoomHint):(M.viewZoom||17);
    if(loc&&Array.isArray(loc.bbox)&&loc.bbox.length===4&&planning){
      try{
        const cam=earthlineMap.cameraForBounds([[loc.bbox[0],loc.bbox[1]],[loc.bbox[2],loc.bbox[3]]],{padding:52,maxZoom:11});
        if(cam&&Number.isFinite(cam.zoom))targetZoom=cam.zoom;
      }catch(e){}
    }
    targetZoom=Math.max(0,Math.min(19,targetZoom));

    // Reset any persistent camera padding, then hold the searched coordinate at the
    // geometric center while laptop layout, fonts, panels and map tiles settle.
    // The lock cancels immediately when the user starts navigating.
    const started=performance.now();
    earthlineSearchCameraLock={token:cameraToken,center,zoom:targetZoom,started,expires:started+1500};
    earthlineApplySearchCameraLock(true);
    requestAnimationFrame(()=>requestAnimationFrame(()=>earthlineApplySearchCameraLock()));
    [120,320,700,1200].forEach(ms=>setTimeout(()=>earthlineApplySearchCameraLock(),ms));
    earthlineMap.once("idle",()=>earthlineApplySearchCameraLock());

    earthlineUpdateGlobePresentation();
    earthlineSyncOverlayScale();
    if(earthlineOverlayNeeded())earthlineScheduleOverlayRender();
    else earthlineClearOverlay();
  };
  if(earthlineMapReady)apply(); else earthlineMap.once("load",apply);
}

function earthlineGridToLngLat(gx,gy){
  const lat0=M.centerLat||0,lng0=M.centerLng||0;
  const dxM=(gx-GW/2)*(M.cellM||1),dyM=(gy-GH/2)*(M.cellM||1);
  return [lng0+dxM/(111320*Math.max(0.05,Math.cos(lat0*Math.PI/180))),lat0-dyM/111320];
}
function earthlineSyncOverlayScale(){
  if(!earthlineMapActive())return;
  const c=earthlineMap.project(earthlineGridToLngLat(GW/2,GH/2));
  const p=earthlineMap.project(earthlineGridToLngLat(GW/2+1,GH/2));
  view.s=Math.max(0.05,Math.hypot(p.x-c.x,p.y-c.y));
  view.ox=c.x-GW/2*view.s;
  view.oy=c.y-GH/2*view.s;
}
function earthlineSyncPointerMode(){
  const interactive=M.tool==="draw";
  if(cv)cv.style.pointerEvents=interactive?"auto":"none";
  const area=document.querySelector(".map-area");
  if(area)area.classList.remove("selecting-site");
  if(earthlineMap){
    try{
      earthlineMap.dragPan.enable();
      const mc=earthlineMap.getCanvas&&earthlineMap.getCanvas();
    }catch(e){}
  }
}

function earthlineActivateSelectSiteMode(message){
  M.tool="navigate";
  earthlineSyncPointerMode();
  if(message)earthlineNotice(message);
}

function earthlineExitSelectSiteMode(){
  M.tool="navigate";
  document.querySelectorAll(".mtool").forEach(b=>b.classList.remove("active"));
  earthlineSyncPointerMode();
}


/* ================= MAPPED ROAD / BUILDING EXCLUSIONS =================
   Mapbox Streets vectors provide the first-pass road/building mask. Manual polygons are
   still absolute and are applied afterward. Satellite colour is never used as the sole
   authority because dry grass, gravel and roofs overlap spectrally. */
function earthlineMarkDisk(mask,gx,gy,r){
  const rr=Math.max(0,Math.ceil(r));
  for(let oy=-rr;oy<=rr;oy++)for(let ox=-rr;ox<=rr;ox++){
    if(ox*ox+oy*oy>r*r)continue;const x=Math.round(gx+ox),y=Math.round(gy+oy);
    if(x>=0&&y>=0&&x<GW&&y<GH)mask[idx(x,y)]=1;
  }
}
function earthlineRasterLine(mask,coords,bufferM){
  if(!coords||coords.length<2)return;
  const r=Math.max(1,bufferM/Math.max(0.2,M.cellM||1));
  for(let i=1;i<coords.length;i++){
    const a=earthlineLngLatToGrid(coords[i-1][0],coords[i-1][1]);
    const b=earthlineLngLatToGrid(coords[i][0],coords[i][1]);
    const d=Math.hypot(b[0]-a[0],b[1]-a[1]),steps=Math.max(1,Math.ceil(d*1.5));
    for(let k=0;k<=steps;k++){const t=k/steps;earthlineMarkDisk(mask,a[0]+(b[0]-a[0])*t,a[1]+(b[1]-a[1])*t,r);}
  }
}
function earthlineRasterPolygon(mask,rings,bufferM){
  if(!rings||!rings.length||rings[0].length<3)return;
  const poly=rings[0].map(p=>earthlineLngLatToGrid(p[0],p[1]));
  let minX=GW-1,maxX=0,minY=GH-1,maxY=0;
  for(const p of poly){minX=Math.min(minX,p[0]);maxX=Math.max(maxX,p[0]);minY=Math.min(minY,p[1]);maxY=Math.max(maxY,p[1]);}
  const r=Math.max(1,bufferM/Math.max(0.2,M.cellM||1));
  minX=clamp(Math.floor(minX-r),0,GW-1);maxX=clamp(Math.ceil(maxX+r),0,GW-1);
  minY=clamp(Math.floor(minY-r),0,GH-1);maxY=clamp(Math.ceil(maxY+r),0,GH-1);
  const core=[];
  for(let y=minY;y<=maxY;y++)for(let x=minX;x<=maxX;x++)if(pointInPoly(x+0.5,y+0.5,poly)){mask[idx(x,y)]=1;core.push([x,y]);}
  for(const p of core)earthlineMarkDisk(mask,p[0],p[1],r);
}
function earthlineDilateMask(src,r){
  const rr=Math.max(0,Math.ceil(r));
  if(!rr)return new Uint8Array(src);
  const out=new Uint8Array(N);
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    if(!src[idx(x,y)])continue;
    for(let oy=-rr;oy<=rr;oy++)for(let ox=-rr;ox<=rr;ox++){
      if(ox*ox+oy*oy>rr*rr)continue;
      const nx=x+ox,ny=y+oy;
      if(nx>=0&&ny>=0&&nx<GW&&ny<GH)out[idx(nx,ny)]=1;
    }
  }
  return out;
}
function earthlineMappedFeatureClass15862J(f){
  const layerId=String(f&&f.layer&&f.layer.id||"").toLowerCase();
  const sourceLayer=String(f&&(
    f.sourceLayer||
    f["source-layer"]||
    f.layer&&f.layer["source-layer"]||
    ""
  )).toLowerCase();
  const props=f&&f.properties||{};
  const propValues=[
    props.class,props.type,props.subclass,props.kind,props.kind_detail,
    props.structure,props.service,props.access,props.brunnel,
    props.road_class,props.maki,props.surface,props.natural,props.water,props.waterway,props.name
  ].filter(v=>v!==undefined&&v!==null).map(v=>String(v).toLowerCase());
  const layerText=(layerId+" "+sourceLayer).trim();
  const propText=propValues.join(" ");
  const cls=(layerText+" "+propText).trim();

  const railOrFerry=/rail|railway|subway|tram|ferry|aerialway/.test(cls);
  const roadLayer=/road|street|transportation|highway/.test(layerText);
  const roadProperty=/motorway|trunk|primary|secondary|tertiary|residential|unclassified|living_street|service|drive|driveway|parking_aisle|track|path|footway|cycleway|pedestrian|bridge|tunnel/.test(propText);
  const parking=/parking|parking_aisle/.test(cls);
  const buildingLayer=/building|structure/.test(layerText);
  const buildingProperty=/\b(building|house|apartments?|commercial|industrial|garage|garages|shed|roof|warehouse|school|hospital|hotel|retail)\b/.test(propText);
  const waterLayer=/water|river|lake|reservoir|stream|canal|wetland/.test(layerText);
  const waterProperty=/\b(water|river|lake|reservoir|stream|canal|wetland|pond|ditch|drain)\b/.test(propText);
  const road=!railOrFerry&&(roadLayer||roadProperty||parking);
  const building=buildingLayer||buildingProperty;
  const water=waterLayer||waterProperty;

  return {
    relevant:road||building||parking||water,
    road,
    building,
    parking,
    water,
    cls,
    layerId,
    sourceLayer
  };
}
function earthlineProcessMappedFeature(roadMask,buildingMask,f){
  if(!f||!f.geometry)return 0;
  const info=earthlineMappedFeatureClass15862J(f);
  if(!info.relevant)return 0;
  const g=f.geometry;let touched=0;

  if(g.type==="GeometryCollection"&&Array.isArray(g.geometries)){
    for(const geometry of g.geometries){
      touched+=earthlineProcessMappedFeature(
        roadMask,
        buildingMask,
        Object.assign({},f,{geometry})
      );
    }
    return touched;
  }

  if(g.type==="LineString"||g.type==="MultiLineString"){
    const lines=g.type==="LineString"?[g.coordinates]:g.coordinates;
    if(info.water){
      // EARTHLINE 16262 — mapped surface water is an absolute Property no-build input.
      const buf=/river|lake|reservoir/.test(info.cls)?22:14;
      for(const line of lines){
        earthlineRasterLine(roadMask,line,buf);
        touched++;
      }
    }else if(info.road){
      // Preserve the established physical buffers. This build expands feature
      // capture only; it does not widen any exclusion distance.
      const buf=/motorway|trunk|primary/.test(info.cls)?16:
        /secondary|tertiary/.test(info.cls)?13:
        /service|drive|driveway|parking_aisle|track|path|footway|cycleway|pedestrian/.test(info.cls)?10:11;
      for(const line of lines){
        earthlineRasterLine(roadMask,line,buf);
        touched++;
      }
    }else if(info.building){
      // Some styles expose building footprints only as outline layers.
      for(const line of lines){
        earthlineRasterLine(buildingMask,line,12);
        touched++;
      }
    }
  }else if(g.type==="Polygon"||g.type==="MultiPolygon"){
    const polys=g.type==="Polygon"?[g.coordinates]:g.coordinates;
    const target=info.building?buildingMask:roadMask;
    const bufferM=info.water?(/river|lake|reservoir/.test(info.cls)?22:14):(info.building?12:10);
    for(const rings of polys){
      earthlineRasterPolygon(target,rings,bufferM);
      touched++;
    }
  }
  return touched;
}
async function earthlineWaitForMappedExclusionStyle15862B(myGen=M.searchGen,timeoutMs=5000){
  if(!earthlineMapActive())return {ready:false,status:"map-inactive",waitedMs:0};
  const started=performance.now();
  /* EARTHLINE 16467 — performance only. Exclusion processing does not need the
     entire Mapbox style (imagery, glyphs, unrelated sources) to settle. It needs
     the exact road/building/water style layers used by vectorNoBuild15778 and the
     source(s) backing those layers to be queryable. Keep the same evidence set and
     fail-closed owner; narrow readiness to the resources this owner actually uses. */
  const styleHasLayers=()=>{
    try{
      if(!earthlineMap)return false;
      const s=earthlineMap.getStyle&&earthlineMap.getStyle();
      if(!s||!Array.isArray(s.layers)||!s.layers.length)return false;
      const relevant=s.layers.filter(l=>{
        const id=((l.id||"")+" "+(l["source-layer"]||"")).toLowerCase();
        const lineLike=l.type==="line";
        const areaLike=l.type==="fill"||l.type==="fill-extrusion";
        const transport=/road|street|bridge|tunnel|path|track|service|transportation|highway/.test(id);
        const structure=/building|structure|parking/.test(id);
        const mappedWater=/water|river|lake|reservoir|stream|canal|wetland/.test(id);
        const genericParkingCarrier=areaLike&&/landuse|land-use/.test(id);
        return (lineLike&&(transport||structure||mappedWater))||
               (areaLike&&(transport||structure||genericParkingCarrier||mappedWater));
      });
      if(!relevant.length)return false;
      if(typeof earthlineMap.isSourceLoaded==="function"){
        const sources=[...new Set(relevant.map(l=>l.source).filter(Boolean))];
        for(const sourceId of sources){
          try{if(!earthlineMap.isSourceLoaded(sourceId))return false;}catch(_){return false;}
        }
      }
      return true;
    }catch(e){return false;}
  };
  if(styleHasLayers()){
    try{await new Promise(r=>requestAnimationFrame(()=>requestAnimationFrame(r)));}catch(e){}
    return {ready:true,status:"already-ready",waitedMs:Math.round(performance.now()-started)};
  }
  return await new Promise(resolve=>{
    let done=false;
    const finish=(ready,status)=>{
      if(done)return;done=true;
      clearInterval(poll);clearTimeout(limit);
      try{
        earthlineMap.off("styledata",check);
        earthlineMap.off("sourcedata",check);
        earthlineMap.off("load",check);
        earthlineMap.off("idle",check);
      }catch(e){}
      resolve({ready,status,waitedMs:Math.round(performance.now()-started)});
    };
    const check=()=>{
      if(typeof earthlineIsStale==="function"&&earthlineIsStale(myGen))return finish(false,"stale");
      if(styleHasLayers()){
        // Two animation frames allow the freshly loaded style to become queryable.
        try{
          requestAnimationFrame(()=>requestAnimationFrame(()=>finish(true,"style-ready")));
        }catch(e){finish(true,"style-ready");}
      }
    };
    const poll=setInterval(check,100);
    const limit=setTimeout(()=>finish(false,"timeout"),Math.max(500,timeoutMs));
    try{
      earthlineMap.on("styledata",check);
      earthlineMap.on("sourcedata",check);
      earthlineMap.on("load",check);
      earthlineMap.on("idle",check);
    }catch(e){}
    check();
  });
}
async function earthlineBuildVectorNoBuildMask(myGen=M.searchGen){
  let mask=new Uint8Array(N),roadMask=new Uint8Array(N),buildingMask=new Uint8Array(N),count=0;
  M.vectorNoBuildCoverage={
    styleReady:false,layerCount:0,featureCount:0,processedFeatureCount:0,verified:false,
    owner:"earthlineBuildVectorNoBuildMask",build:"BUILD-CHECK-15862B",
    readinessWait:{status:"not-started",waitedMs:0}
  };
  const readiness=await earthlineWaitForMappedExclusionStyle15862B(myGen,5000);
  M.vectorNoBuildCoverage.readinessWait=readiness;
  if(!readiness.ready){
    M.vectorNoBuildMask=mask;M.vectorNoBuildCount=0;
    M.vectorNoBuildCoverage.unverifiedReason="map-style-not-queryable";
    return false;
  }
  M.vectorNoBuildCoverage.styleReady=true;
  try{
    if(earthlineIsStale(myGen))return false;
    const style=earthlineMap.getStyle()||{};
    const layerIds=(style.layers||[]).filter(l=>{
      const id=(l.id||"").toLowerCase();
      return (l.type==="line"&&/road|street|bridge|tunnel|path|track|service/.test(id))||
             (l.type==="fill"&&/building|structure|parking/.test(id));
    }).map(l=>l.id);
    M.vectorNoBuildCoverage.layerCount=layerIds.length;
    M.vectorNoBuildCoverage.verified=layerIds.length>0;
    const c=earthlineMap.getCanvas();
    let queryBox=[[0,0],[c.clientWidth,c.clientHeight]];
    if(Array.isArray(M.analysisBoundaryLngLat)&&M.analysisBoundaryLngLat.length>=3){
      const pts=M.analysisBoundaryLngLat.map(p=>earthlineMap.project(p));
      const pad=36;
      const minX=clamp(Math.min(...pts.map(p=>p.x))-pad,0,c.clientWidth);
      const maxX=clamp(Math.max(...pts.map(p=>p.x))+pad,0,c.clientWidth);
      const minY=clamp(Math.min(...pts.map(p=>p.y))-pad,0,c.clientHeight);
      const maxY=clamp(Math.max(...pts.map(p=>p.y))+pad,0,c.clientHeight);
      queryBox=[[minX,minY],[maxX,maxY]];
    }
    let features=layerIds.length?(earthlineMap.queryRenderedFeatures(queryBox,{layers:layerIds})||[]):[];
    // Rendered features are sufficient for a fast first-pass exclusion mask. Querying every
    // loaded source layer returned thousands of off-parcel features and could freeze analysis.
    const seen=new Set(),bounded=[];
    for(const f of features){
      const key=(f.id!=null?f.id:"")+"|"+(f.sourceLayer||"")+"|"+((f.layer&&f.layer.id)||"");
      if(seen.has(key))continue;seen.add(key);bounded.push(f);
      if(bounded.length>=320)break;
    }
    M.vectorNoBuildCoverage.featureCount=bounded.length;
    for(let n=0;n<bounded.length;n++){
      if(earthlineIsStale(myGen))return false;
      count+=earthlineProcessMappedFeature(roadMask,buildingMask,bounded[n]);
      if((n&15)===15){earthlineProgress("hydrology","mapping roads and structures…");await earthlineYield();}
    }
    const seamM=2.5;
    roadMask=earthlineDilateMask(roadMask,Math.max(1,seamM/Math.max(0.2,M.cellM||1)));
    for(let i=0;i<N;i++)mask[i]=(roadMask[i]||buildingMask[i])?1:0;
  }catch(err){console.warn("[Earthline] mapped road/building mask unavailable",err);}
  M.vectorNoBuildMask=mask;M.vectorNoBuildCount=count;
  M.vectorNoBuildStamp=[M.centerLat.toFixed(6),M.centerLng.toFixed(6),M.viewZoom,count].join("|");
  M._noBuildStamp="";
  if(M.vectorNoBuildCoverage){
    M.vectorNoBuildCoverage.processedFeatureCount=count;
    M.vectorNoBuildCoverage.renderedFeatureCount=Number(M.vectorNoBuildCoverage.featureCount||0);
    M.vectorNoBuildCoverage.featureCount=count;
    M.vectorNoBuildCoverage.verified=!!(
      M.vectorNoBuildCoverage.styleReady&&
      M.vectorNoBuildCoverage.layerCount>0&&
      count>0
    );
    if(!M.vectorNoBuildCoverage.verified){
      M.vectorNoBuildCoverage.unverifiedReason=count>0?null:
        (M.vectorNoBuildCoverage.layerCount>0?"no-road-or-building-features-in-analysis-frame":"no-relevant-style-layers");
    }
  }
  console.log("[Earthline] mapped exclusion features:",count,M.vectorNoBuildCoverage);
  return !!(M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.verified);
}

/* ================= BUILD-CHECK-15672 DEM + SWALE LAYER =================
   Use Mapbox GL's loaded Terrain-DEM instead of manually decoding raster
   tiles whenever possible. Swales are also mirrored into a geographic
   GeoJSON layer so they remain visible and aligned while the map moves. */
const EARTHLINE_DEM_SOURCE="earthline-dem";
const EARTHLINE_SWALE_SOURCE="earthline-swales";
const EARTHLINE_SWALE_CASING="earthline-swales-casing";
const EARTHLINE_SWALE_LAYER="earthline-swales-line";
const EARTHLINE_AQUIFER_SOURCE="earthline-aquifers";
const EARTHLINE_AQUIFER_OUTER="earthline-aquifers-outer";
const EARTHLINE_AQUIFER_FILL="earthline-aquifers-fill";
const EARTHLINE_AQUIFER_LINE="earthline-aquifers-line";
const EARTHLINE_AQUIFER_HIGHLIGHT="earthline-aquifers-highlight";
const EARTHLINE_AQUIFER_DASH="earthline-aquifers-dash";
const EARTHLINE_AQUIFER_LABEL="earthline-aquifers-label";
const EARTHLINE_AQUIFER_WELLS_16398="earthline-aquifer-wells-16398";
const EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398="earthline-aquifer-evidence-label-16398";
const EARTHLINE_RECHARGE_SOURCE="earthline-recharge-zones";
const EARTHLINE_RECHARGE_CASING="earthline-recharge-casing";
const EARTHLINE_RECHARGE_FILL="earthline-recharge-fill";
const EARTHLINE_RECHARGE_LINE="earthline-recharge-line";
const EARTHLINE_RECHARGE_HIGHLIGHT="earthline-recharge-highlight";
const EARTHLINE_RECHARGE_LABEL="earthline-recharge-label";

function earthlineWaitForMapEvent(name,timeoutMs=8000){
  return new Promise(resolve=>{
    if(!earthlineMap){resolve(false);return;}
    let done=false;
    const finish=v=>{if(done)return;done=true;clearTimeout(to);resolve(v);};
    const to=setTimeout(()=>finish(false),timeoutMs);
    earthlineMap.once(name,()=>finish(true));
  });
}

async function earthlineEnsureMapDem(myGen=M.searchGen){
  if(!earthlineMapActive()||earthlineIsStale(myGen))return false;
  try{
    if(!earthlineMap.isStyleLoaded())await earthlineWaitForMapEvent("style.load",8000);
    if(earthlineIsStale(myGen)||!earthlineMap.isStyleLoaded())return false;
    if(!earthlineMap.getSource(EARTHLINE_DEM_SOURCE)){
      earthlineMap.addSource(EARTHLINE_DEM_SOURCE,{
        type:"raster-dem",url:"mapbox://mapbox.terrain-rgb",tileSize:512,maxzoom:14
      });
    }
    const terrain=earthlineMap.getTerrain&&earthlineMap.getTerrain();
    if(!terrain||terrain.source!==EARTHLINE_DEM_SOURCE){
      earthlineMap.setTerrain({source:EARTHLINE_DEM_SOURCE,exaggeration:1});
    }
    earthlineMap.jumpTo({center:[M.centerLng,M.centerLat],zoom:Math.max(16.5,Math.min(18,M.viewZoom||17)),bearing:0,pitch:0});
    earthlineMap.triggerRepaint();
    await earthlineWaitForMapEvent("idle",10000);
    if(earthlineIsStale(myGen))return false;
    const z=earthlineMap.queryTerrainElevation({lng:M.centerLng,lat:M.centerLat},{exaggerated:false});
    return Number.isFinite(z);
  }catch(err){
    console.warn("[Earthline] Mapbox GL DEM source unavailable",err);
    return false;
  }
}

async function earthlineSampleMapboxDem(myGen=M.searchGen){
  const ready=await earthlineEnsureMapDem(myGen);
  if(!ready||earthlineIsStale(myGen))return false;
  const analysisZ=Math.min(Math.max(16.5,earthlineMap.getZoom()||17),17);
  M.viewZoom=analysisZ;
  M.cellM=5*mppAt(analysisZ,M.centerLat);
  const raw=new Float32Array(N);
  raw.fill(NaN);
  let valid=0,sum=0;
  for(let y=0;y<GH;y++){
    for(let x=0;x<GW;x++){
      const ll=earthlineGridToLngLat(x,y);
      const e=earthlineMap.queryTerrainElevation({lng:ll[0],lat:ll[1]},{exaggerated:false});
      if(Number.isFinite(e)){raw[idx(x,y)]=e;sum+=e;valid++;}
    }
    if((y&7)===7){await earthlineYield();if(earthlineIsStale(myGen))return false;}
  }
  if(valid<N*0.65){
    console.warn("[Earthline] Mapbox GL DEM coverage insufficient",{valid,total:N});
    return false;
  }
  const meanValid=sum/Math.max(1,valid);
  // Fill any edge cells without loaded elevation from nearby valid values.
  for(let pass=0;pass<4;pass++){
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);if(Number.isFinite(raw[i]))continue;
      let sm=0,nn=0;
      for(let d=0;d<8;d++){
        const nx=x+D8X[d],ny=y+D8Y[d];
        if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
        const v=raw[idx(nx,ny)];if(Number.isFinite(v)){sm+=v;nn++;}
      }
      if(nn)raw[i]=sm/nn;
    }
  }
  for(let i=0;i<N;i++)if(!Number.isFinite(raw[i]))raw[i]=meanValid;
  // Light 3x3 smoothing removes tile-scale noise while preserving real contours.
  let mean=0;
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    let sm=0,nn=0;
    for(let oy=-1;oy<=1;oy++)for(let ox=-1;ox<=1;ox++){
      const nx=clamp(x+ox,0,GW-1),ny=clamp(y+oy,0,GH-1);sm+=raw[idx(nx,ny)];nn++;
    }
    const v=sm/nn;M.h[idx(x,y)]=v;mean+=v;
  }
  mean/=N;
  M.loc.elevM=Math.round(mean);
  for(let i=0;i<N;i++)M.h[i]-=mean;
  M.satCanvas=null;
  M.demSource="Mapbox GL Terrain-DEM";
  M.realMode=true;
  // Terrain mesh is only needed while sampling elevations. Keep the map flat afterward
  // so wheel zoom and pan stay smooth on ordinary laptops and phones.
  try{if(earthlineMap&&earthlineMap.getTerrain&&earthlineMap.getTerrain())earthlineMap.setTerrain(null);}catch(e){}
  try{if(earthlineMap&&earthlineMap.setFog)earthlineMap.setFog(null);}catch(e){}
  return true;
}

/* BUILD-CHECK-15673 VISUAL BASELINE PRESERVED IN BUILD-CHECK-15680.
   Recharge is translucent and behind the analytical canvas; flow is brighter; swales are thinner.
   No data-loading, analysis, placement, exclusion, artwork, or educational-copy logic changed. */
/* BUILD-CHECK-15672: unmistakable authoritative recharge overlay.
   One dedicated SVG is the only visible property-scale recharge renderer when Mapbox is active.
   It is independent of Mapbox custom-layer creation and independent of the legacy canvas path.
   The SVG sits above satellite imagery and below the analytical canvas/swales. */
function earthlineRechargeSvgVisible(){
  const L=M.layers&&M.layers.recharge;
  return !!(earthlineMapActive()&&L&&L.on&&M.rechZones&&M.rechZones.length&&
    !earthlineLargeAreaMode()&&!earthlinePlanningMode());
}
function earthlineRechargeGridRing(z){
  const key=[z.gx||0,z.gy||0,z.rx||18,z.ry||10,z.a||0].join("|");
  if(z._earthlineGridRingKey===key&&Array.isArray(z._earthlineGridRing))return z._earthlineGridRing;
  const pts=[];
  const ca=Math.cos(z.a||0),sa=Math.sin(z.a||0),steps=64;
  for(let i=0;i<=steps;i++){
    const t=i/steps*Math.PI*2;
    const ex=(z.rx||18)*Math.cos(t),ey=(z.ry||10)*Math.sin(t);
    pts.push([(z.gx||0)+ex*ca-ey*sa,(z.gy||0)+ex*sa+ey*ca]);
  }
  z._earthlineGridRingKey=key;
  z._earthlineGridRing=pts;
  return pts;
}
function earthlineRechargeProjectedRing(z){
  // The parcel model uses one local, north-up affine transform. Reuse the cached grid
  // ellipse and apply view scale/origin directly instead of calling Mapbox.project()
  // dozens of times per zone after every click, zoom, or pan.
  const s=view.s,ox=view.ox,oy=view.oy;
  return earthlineRechargeGridRing(z).map(p=>[ox+p[0]*s,oy+p[1]*s]);
}
function earthlineUpdateRechargeSvg(force){
  const canvas=document.getElementById("earthlineRechargeCanvas");
  const oldSvg=document.getElementById("earthlineRechargeOverlay");
  if(oldSvg){oldSvg.style.display="none";oldSvg.style.visibility="hidden";oldSvg.replaceChildren();}
  if(!canvas)return false;

  /* EARTHLINE 16356 — BUILD-CHECK-15805 is the authoritative live renderer owner.
     When Mapbox is active, recharge belongs only to the geographic earthline-recharge-*
     source/layers. The historical screen-space orange canvas/SVG must never be allowed
     to re-enter presentation during Property run-state gaps, move/idle repaint, or
     post-terminal map finishing. This is presentation ownership only; native recharge
     geometry/science and the offline analytical-canvas fallback are unchanged. */
  if(earthlineMapActive()){
    canvas.style.display="none";
    canvas.style.visibility="hidden";
    const ctx16356=canvas.getContext&&canvas.getContext("2d");
    if(ctx16356){
      try{
        const dpr16356=window.devicePixelRatio||1;
        ctx16356.setTransform(dpr16356,0,0,dpr16356,0,0);
        ctx16356.clearRect(0,0,canvas.width/dpr16356,canvas.height/dpr16356);
      }catch(_){}
    }
    if(oldSvg){oldSvg.style.display="none";oldSvg.style.visibility="hidden";oldSvg.replaceChildren();}
    window.EARTHLINE_PROPERTY_RECHARGE_SURFACE_AUDIT_16356={
      build:"EARTHLINE 16356",
      nativeMapActive:true,
      legacyCanvasVisible:false,
      legacySvgVisible:false,
      nativeRechargeOwner:"earthlineSyncRechargeLayer / BUILD-CHECK-15805",
      at:new Date().toISOString()
    };
    return false;
  }

  /* EARTHLINE 16324 — after verified Property publication, the native Mapbox
     recharge owner remains authoritative. Do not let the historical screen-space
     orange canvas reappear on later render()/move/idle repaint calls. */
  const displayed16324=
    window.EARTHLINE_DISPLAYED_RUN_16151||
    window.EARTHLINE_DISPLAYED_RUN_16149||
    window.EARTHLINE_DISPLAYED_RUN_16147||null;
  const tier16324=String(
    document.documentElement.dataset.earthlineAnalysisTier||
    (displayed16324&&(displayed16324.tier||displayed16324.mode))||
    ""
  ).toLowerCase();
  const propertyCommitted16324=!!(
    tier16324==="property"&&
    M&&M.propertyPublication15816&&
    M.propertyPublication15816.committed===true
  );
  /* EARTHLINE 16345 — a new Property run owns presentation from its synchronous
     start. The historical orange screen-space recharge renderer must not repaint
     stale/prior-run recharge while terrain, exclusions, hydrology, or swales are
     still being calculated. Native post-publication recharge remains unchanged. */
  const propertyRunning16345=String(document.documentElement.dataset.earthlinePropertyRunState||"")==="running";
  if(propertyRunning16345||propertyCommitted16324){
    canvas.style.display="none";
    canvas.style.visibility="hidden";
    const ctx16324=canvas.getContext&&canvas.getContext("2d");
    if(ctx16324){
      try{
        const dpr16324=window.devicePixelRatio||1;
        ctx16324.setTransform(dpr16324,0,0,dpr16324,0,0);
        ctx16324.clearRect(0,0,canvas.width/dpr16324,canvas.height/dpr16324);
      }catch(_){}
    }
    if(oldSvg){oldSvg.style.display="none";oldSvg.replaceChildren();}
    window.EARTHLINE_PROPERTY_RECHARGE_PRESENTATION_AUDIT_16324={
      build:"EARTHLINE 16345",
      tier:tier16324,
      propertyRunning:propertyRunning16345,
      propertyCommitted:propertyCommitted16324,
      legacyCanvasVisible:false,
      nativeRechargePreserved:true,
      at:new Date().toISOString()
    };
    return false;
  }

  canvas.style.removeProperty("visibility");
  const show=(force===false)?false:earthlineRechargeSvgVisible();
  const host=canvas.parentElement;
  const w=Math.max(1,host?host.clientWidth:canvas.clientWidth);
  const h=Math.max(1,host?host.clientHeight:canvas.clientHeight);
  const dpr=window.devicePixelRatio||1;

  if(canvas.width!==Math.round(w*dpr)||canvas.height!==Math.round(h*dpr)){
    canvas.width=Math.round(w*dpr);canvas.height=Math.round(h*dpr);
    canvas.style.width=w+"px";canvas.style.height=h+"px";
  }
  const rctx=canvas.getContext("2d");
  rctx.setTransform(dpr,0,0,dpr,0,0);
  rctx.clearRect(0,0,w,h);

  if(!show){
    canvas.style.display="none";
    return false;
  }

  // BUILD-CHECK-15673 parcel hierarchy preserved. Recharge remains visible but yields to
  // terrain, flow paths and swales as the user zooms closer to the property.
  const zoom=Number(M.viewZoom||16);
  const fillOpacity=zoom>=19?0.18:(zoom>=17?0.24:0.32);
  const lineOpacity=zoom>=19?0.72:(zoom>=17?0.80:0.88);
  const labelZone=(M.rechZones||[]).reduce((best,z)=>{
    const area=(Number(z.rx)||0)*(Number(z.ry)||0);
    const bestArea=best?(Number(best.rx)||0)*(Number(best.ry)||0):-1;
    return area>bestArea?z:best;
  },null);
  let count=0;

  for(const z of M.rechZones){
    const pts=earthlineRechargeProjectedRing(z);
    if(pts.length<3)continue;

    const path=new Path2D();
    pts.forEach((p,i)=>i?path.lineTo(p[0],p[1]):path.moveTo(p[0],p[1]));
    path.closePath();

    const xs=pts.map(p=>p[0]),ys=pts.map(p=>p[1]);
    const minX=Math.min(...xs),maxX=Math.max(...xs),minY=Math.min(...ys),maxY=Math.max(...ys);
    const cx=(minX+maxX)/2,cy=Math.max(28,minY-18);

    // Dark casing to separate the boundary from bright terrain.
    rctx.save();
    rctx.globalAlpha=lineOpacity*0.68;
    rctx.lineJoin="round";
    rctx.lineCap="round";
    rctx.strokeStyle="rgba(18,6,0,.82)";
    rctx.lineWidth=9;
    rctx.shadowColor="rgba(0,0,0,.48)";
    rctx.shadowBlur=5;
    rctx.stroke(path);
    rctx.restore();

    // Orange interior.
    rctx.save();
    rctx.globalCompositeOperation="source-over";
    rctx.globalAlpha=fillOpacity;
    rctx.fillStyle="#f56a00";
    rctx.fill(path);
    rctx.restore();

    // Restrained outline: clear enough to read, light enough to reveal the land.
    rctx.save();
    rctx.globalAlpha=lineOpacity;
    rctx.lineJoin="round";
    rctx.lineCap="round";
    rctx.strokeStyle="#ff920f";
    rctx.lineWidth=4.5;
    rctx.stroke(path);
    rctx.restore();

    // One concise label for the visible recharge cluster, anchored to its largest zone.
    if(z===labelZone){
      rctx.save();
      const label="MODELED RECHARGE TARGETS";
      rctx.font='800 10px "Segoe UI",Arial,sans-serif';
      const tw=rctx.measureText(label).width;
      rctx.fillStyle="rgba(31,12,3,.82)";
      rctx.strokeStyle="rgba(255,146,15,.90)";
      rctx.lineWidth=1.4;
      rctx.beginPath();
      if(typeof rctx.roundRect==="function") rctx.roundRect(cx-tw/2-9,cy-10,tw+18,21,6);
      else rctx.rect(cx-tw/2-9,cy-10,tw+18,21);
      rctx.fill();
      rctx.stroke();
      rctx.fillStyle="#fff4dc";
      rctx.textAlign="center";
      rctx.textBaseline="middle";
      rctx.fillText(label,cx,cy+1);
      rctx.restore();
    }

    count++;
  }

  canvas.style.display=count?"block":"none";
  return count>0;
}

/* Legacy native Mapbox renderer remains in source for rollback/reference only.
   BUILD-CHECK-15672 keeps it hidden so there is one visible source of truth. */
/* BUILD-CHECK-15672: recharge zones are now a native Mapbox geographic layer.
   The old canvas-only ellipse renderer could be visually weakened by canvas scale,
   redraw order and bright high-elevation imagery. Mapbox now owns the fill opacity. */
function earthlinePropertyTierActive16326(){
  const state16326=window.earthlineRegional15778||{};
  return !!(
    M&&M.analysisReady&&
    state16326.mode==="property"&&!state16326.active
  );
}
function earthlineRechargeZoneFitsProperty16326(z,scale){
  if(!z||!Number.isFinite(Number(z.gx))||!Number.isFinite(Number(z.gy)))return false;
  const rx=Math.max(0,Number(z.rx||18)*scale);
  const ry=Math.max(0,Number(z.ry||10)*scale);
  if(rx<3.5||ry<2.25)return false;

  const cx=Number(z.gx),cy=Number(z.gy);
  const a=Number(z.a||0),ca=Math.cos(a),sa=Math.sin(a);
  const reach=Math.ceil(Math.max(rx,ry)+1);

  for(let gy=Math.floor(cy-reach);gy<=Math.ceil(cy+reach);gy++){
    for(let gx=Math.floor(cx-reach);gx<=Math.ceil(cx+reach);gx++){
      const dx=(gx+.5)-cx,dy=(gy+.5)-cy;
      const ex= dx*ca+dy*sa;
      const ey=-dx*sa+dy*ca;
      const inside=((ex*ex)/(rx*rx)+(ey*ey)/(ry*ry))<=1;
      if(!inside)continue;

      if(gx<0||gy<0||gx>=GW||gy>=GH)return false;
      const i=idx(gx,gy);
      if(M.inP&&!M.inP[i])return false;
      if(M.noBuildMask&&M.noBuildMask[i])return false;
      if(M.pond&&M.pond[i])return false;
    }
  }

  /* Also require a dense perimeter to remain inside the declared Property
     and exclusion masks so diagonal/rotated ellipses cannot bridge raster gaps. */
  for(let k=0;k<72;k++){
    const t=k/72*Math.PI*2;
    const ex=rx*Math.cos(t),ey=ry*Math.sin(t);
    const gx=Math.round(cx+ex*ca-ey*sa);
    const gy=Math.round(cy+ex*sa+ey*ca);
    if(gx<0||gy<0||gx>=GW||gy>=GH)return false;
    const i=idx(gx,gy);
    if(M.inP&&!M.inP[i])return false;
    if(M.noBuildMask&&M.noBuildMask[i])return false;
    if(M.pond&&M.pond[i])return false;
  }
  return true;
}
function earthlineContainedRechargeZone16326(z){
  if(!earthlinePropertyTierActive16326())return z;
  if(
    Number.isFinite(Number(z&&z.propertyContainmentScale16332))&&
    earthlineRechargeZoneFitsProperty16326(z,1)
  )return z;
  /* Preserve center and suitability. Adjust presentation footprint only. */
  for(const scale of [1,.90,.80,.70,.60,.50,.42,.34,.28,.24]){
    if(earthlineRechargeZoneFitsProperty16326(z,scale)){
      return Object.assign({},z,{
        rx:Number(z.rx||18)*scale,
        ry:Number(z.ry||10)*scale,
        propertyContainmentScale16326:scale
      });
    }
  }
  return null;
}
function earthlineRechargeGeoJSON(){
  const features=[];
  let omittedPropertyTargets16326=0;
  let adjustedPropertyTargets16326=0;
  let rechargeLabelAssigned16451=false;
  for(const rawZone16326 of (M.rechZones||[])){
    const z=earthlineContainedRechargeZone16326(rawZone16326);
    if(!z){omittedPropertyTargets16326++;continue;}
    if(Number(z.propertyContainmentScale16326||1)<.999)adjustedPropertyTargets16326++;
    const ring=[];
    const steps=64;
    const ca=Math.cos(z.a||0),sa=Math.sin(z.a||0);
    for(let i=0;i<=steps;i++){
      const t=i/steps*Math.PI*2;
      const ex=(z.rx||18)*Math.cos(t),ey=(z.ry||10)*Math.sin(t);
      const gx=(z.gx||0)+ex*ca-ey*sa;
      const gy=(z.gy||0)+ex*sa+ey*ca;
      ring.push(earthlineGridToLngLat(gx,gy));
    }
    features.push({
      type:"Feature",
      properties:{id:z.id||"R",label:rechargeLabelAssigned16451?"":"MODELED RECHARGE TARGETS",score:Number(z.s||0)},
      geometry:{type:"Polygon",coordinates:[ring]}
    });
    rechargeLabelAssigned16451=true;
  }
  if(earthlinePropertyTierActive16326()){
    window.EARTHLINE_PROPERTY_RECHARGE_CONTAINMENT_AUDIT_16326={
      build:"EARTHLINE 16326",
      sourceTargets:Number((M.rechZones||[]).length),
      displayedTargets:Number(features.length),
      adjustedTargets:Number(adjustedPropertyTargets16326),
      omittedTargets:Number(omittedPropertyTargets16326),
      rule:"declared-property + final-no-build + pond containment",
      scientificTargetsUnchanged:true,
      at:new Date().toISOString()
    };
  }
  return {type:"FeatureCollection",features};
}
function earthlineEnsureRechargeLayers(){
  if(!earthlineMapActive()){
    window.EARTHLINE_RECHARGE_LAYER_ENSURE_AUDIT_16500={ok:false,reason:"map-inactive",at:new Date().toISOString()};
    return false;
  }
  try{
    const liveStyle=(earthlineMap.getStyle&&earthlineMap.getStyle())||null;
    if(!liveStyle){
      window.EARTHLINE_RECHARGE_LAYER_ENSURE_AUDIT_16500={ok:false,reason:"style-unavailable",at:new Date().toISOString()};
      return false;
    }
    if(!earthlineMap.getSource(EARTHLINE_RECHARGE_SOURCE)){
      earthlineMap.addSource(EARTHLINE_RECHARGE_SOURCE,{type:"geojson",data:{type:"FeatureCollection",features:[]}});
    }
    const before=earthlineMap.getLayer(EARTHLINE_SWALE_CASING)?EARTHLINE_SWALE_CASING:undefined;
    if(!earthlineMap.getLayer(EARTHLINE_RECHARGE_CASING)){
      earthlineMap.addLayer({id:EARTHLINE_RECHARGE_CASING,type:"line",source:EARTHLINE_RECHARGE_SOURCE,
        layout:{"line-cap":"round","line-join":"round"},
        paint:{"line-color":"#241006","line-width":["interpolate",["linear"],["zoom"],12,5,16,7,19,8],"line-opacity":0.62}},before);
    }
    if(!earthlineMap.getLayer(EARTHLINE_RECHARGE_FILL)){
      earthlineMap.addLayer({id:EARTHLINE_RECHARGE_FILL,type:"fill",source:EARTHLINE_RECHARGE_SOURCE,
        paint:{"fill-color":"#f06400","fill-opacity":["interpolate",["linear"],["zoom"],10,0.34,14,0.32,17,0.24,20,0.18]}},before);
    }
    if(!earthlineMap.getLayer(EARTHLINE_RECHARGE_LINE)){
      earthlineMap.addLayer({id:EARTHLINE_RECHARGE_LINE,type:"line",source:EARTHLINE_RECHARGE_SOURCE,
        layout:{"line-cap":"round","line-join":"round"},
        paint:{"line-color":"#ff920f","line-width":["interpolate",["linear"],["zoom"],10,2.2,16,3.5,20,4.2],"line-opacity":0.82}},before);
    }
    if(!earthlineMap.getLayer(EARTHLINE_RECHARGE_HIGHLIGHT)){
      earthlineMap.addLayer({id:EARTHLINE_RECHARGE_HIGHLIGHT,type:"line",source:EARTHLINE_RECHARGE_SOURCE,
        layout:{"line-cap":"round","line-join":"round"},
        paint:{"line-color":"#fff0c8","line-width":1.1,"line-opacity":0.52,"line-dasharray":[2,2]}},before);
    }
    if(!earthlineMap.getLayer(EARTHLINE_RECHARGE_LABEL)){
      earthlineMap.addLayer({id:EARTHLINE_RECHARGE_LABEL,type:"symbol",source:EARTHLINE_RECHARGE_SOURCE,
        layout:{"text-field":["get","label"],"text-size":["interpolate",["linear"],["zoom"],12,9,16,11,20,13],"text-font":["Open Sans Bold","Arial Unicode MS Bold"],"text-allow-overlap":false,"text-ignore-placement":false},
        paint:{"text-color":"#fff7df","text-halo-color":"rgba(20,7,2,.98)","text-halo-width":3.6,"text-halo-blur":0.25}},before);
    }
    const ids=[EARTHLINE_RECHARGE_CASING,EARTHLINE_RECHARGE_FILL,EARTHLINE_RECHARGE_LINE,EARTHLINE_RECHARGE_HIGHLIGHT,EARTHLINE_RECHARGE_LABEL];
    if(before)for(const id of ids)if(earthlineMap.getLayer(id))earthlineMap.moveLayer(id,before);
    window.EARTHLINE_RECHARGE_LAYER_ENSURE_AUDIT_16500={ok:true,reason:"ready",source:!!earthlineMap.getSource(EARTHLINE_RECHARGE_SOURCE),layers:ids.reduce((n,id)=>n+(earthlineMap.getLayer(id)?1:0),0),at:new Date().toISOString()};
    return true;
  }catch(err){
    window.EARTHLINE_RECHARGE_LAYER_ENSURE_AUDIT_16500={ok:false,reason:"mapbox-exception",message:String(err&&err.message||err||"unknown"),at:new Date().toISOString()};
    console.warn("[Earthline] Could not create native recharge layers",err);
    return false;
  }
}
function earthlineSyncRechargeLayer(show=true){
  if(!earthlineMapActive()||!earthlineEnsureRechargeLayers())return false;
  const data=earthlineRechargeGeoJSON();
  const src=earthlineMap.getSource(EARTHLINE_RECHARGE_SOURCE);
  if(src&&src.setData)src.setData(data);
  const visible=!!(show&&M.layers&&M.layers.recharge&&M.layers.recharge.on&&data.features.length);
  for(const id of [EARTHLINE_RECHARGE_CASING,EARTHLINE_RECHARGE_FILL,EARTHLINE_RECHARGE_LINE,EARTHLINE_RECHARGE_HIGHLIGHT,EARTHLINE_RECHARGE_LABEL]){
    if(earthlineMap.getLayer(id))earthlineMap.setLayoutProperty(id,"visibility",visible?"visible":"none");
  }
  return visible;
}

function earthlineEnsureSwaleLayers(){
  if(!earthlineMapActive()){
    window.EARTHLINE_SWALE_LAYER_ENSURE_AUDIT_16500={ok:false,reason:"map-inactive",at:new Date().toISOString()};
    return false;
  }
  try{
    const liveStyle=(earthlineMap.getStyle&&earthlineMap.getStyle())||null;
    if(!liveStyle){
      window.EARTHLINE_SWALE_LAYER_ENSURE_AUDIT_16500={ok:false,reason:"style-unavailable",at:new Date().toISOString()};
      return false;
    }
    if(!earthlineMap.getSource(EARTHLINE_SWALE_SOURCE)){
      earthlineMap.addSource(EARTHLINE_SWALE_SOURCE,{type:"geojson",data:{type:"FeatureCollection",features:[]}});
    }
    if(!earthlineMap.getLayer(EARTHLINE_SWALE_CASING)){
      earthlineMap.addLayer({id:EARTHLINE_SWALE_CASING,type:"line",source:EARTHLINE_SWALE_SOURCE,
        layout:{"line-cap":"round","line-join":"round"},
        paint:{"line-color":"#071d0d","line-width":["interpolate",["linear"],["zoom"],12,5.5,15,4.8,16,4.1,18,3.4,20,3.0],"line-opacity":["interpolate",["linear"],["zoom"],12,0.58,15,0.48,16,0.34,18,0.24,20,0.18],"line-blur":0.35}});
    }
    if(!earthlineMap.getLayer(EARTHLINE_SWALE_LAYER)){
      earthlineMap.addLayer({id:EARTHLINE_SWALE_LAYER,type:"line",source:EARTHLINE_SWALE_SOURCE,
        layout:{"line-cap":"round","line-join":"round"},
        paint:{"line-color":"#54ff79","line-width":["interpolate",["linear"],["zoom"],12,3.4,15,3.0,16,2.8,18,2.4,20,2.1],"line-opacity":["interpolate",["linear"],["zoom"],12,0.76,15,0.64,16,0.50,18,0.36,20,0.28],"line-blur":0.02}});
    }
    window.EARTHLINE_SWALE_LAYER_ENSURE_AUDIT_16500={ok:true,reason:"ready",source:!!earthlineMap.getSource(EARTHLINE_SWALE_SOURCE),layers:[EARTHLINE_SWALE_CASING,EARTHLINE_SWALE_LAYER].reduce((n,id)=>n+(earthlineMap.getLayer(id)?1:0),0),at:new Date().toISOString()};
    return true;
  }catch(err){
    window.EARTHLINE_SWALE_LAYER_ENSURE_AUDIT_16500={ok:false,reason:"mapbox-exception",message:String(err&&err.message||err||"unknown"),at:new Date().toISOString()};
    console.warn("[Earthline] Could not create swale map layer",err);
    return false;
  }
}

// BUILD-CHECK-15672: natural-looking map geometry without inventing decorative paths.
// Raw contour points come from the DEM grid. For display we soften raster corners, then
// project each interpolated point back toward the source contour elevation. This keeps the
// visible line faithful to the terrain while removing the straight, segmented appearance.
function earthlineMedian(values){
  if(!values||!values.length)return 0;
  const a=values.slice().sort((x,y)=>x-y),m=(a.length-1)/2;
  return (a[Math.floor(m)]+a[Math.ceil(m)])/2;
}
function earthlineProjectToContourPoint(p,targetH){
  let x=clamp(p[0],0,GW-1),y=clamp(p[1],0,GH-1);
  for(let k=0;k<3;k++){
    const err=hAt(x,y)-targetH;
    const g=gradCell(x,y),g2=g[0]*g[0]+g[1]*g[1];
    if(g2<1e-8||Math.abs(err)<0.012)break;
    const step=clamp(err/g2,-0.32,0.32);
    x=clamp(x-g[0]*step,0,GW-1);
    y=clamp(y-g[1]*step,0,GH-1);
  }
  return [x,y];
}
function earthlineNaturalContourDisplay(pts){
  if(!pts||pts.length<4)return pts||[];
  const targetH=earthlineMedian(pts.map(p=>hAt(p[0],p[1])));
  let current=pts.map(p=>[p[0],p[1]]);
  const passes=current.length>18?2:1;
  for(let pass=0;pass<passes;pass++){
    const next=[current[0]];
    for(let i=0;i<current.length-1;i++){
      const a=current[i],b=current[i+1];
      next.push([a[0]*0.72+b[0]*0.28,a[1]*0.72+b[1]*0.28]);
      next.push([a[0]*0.28+b[0]*0.72,a[1]*0.28+b[1]*0.72]);
    }
    next.push(current[current.length-1]);
    current=next;
  }
  const corrected=current.map((p,i)=>{
    if(i===0||i===current.length-1)return p;
    const q=earthlineProjectToContourPoint(p,targetH);
    const gx=Math.round(q[0]),gy=Math.round(q[1]);
    // Never smooth a displayed line through a road, structure, stream, or steep/no-build cell.
    return earthlinePathPointUsable(gx,gy,33)?q:p;
  });
  return earthlineCleanPath(corrected);
}
function earthlineFinalSafeSegments15771(pts,maxS=33){
  const out=[];let cur=[];let prev=null;
  const flush=()=>{
    if(cur.length>=2&&earthlinePathLengthM(cur)>=10)out.push(earthlineCleanPath(cur));
    cur=[];
  };
  for(const p of (pts||[])){
    let ok=earthlinePathPointUsable(p[0],p[1],maxS);
    if(ok&&prev){
      const steps=Math.max(1,Math.ceil(Math.hypot(p[0]-prev[0],p[1]-prev[1])*2));
      for(let k=1;k<steps;k++){
        const t=k/steps;
        if(!earthlinePathPointUsable(
          prev[0]+(p[0]-prev[0])*t,
          prev[1]+(p[1]-prev[1])*t,
          maxS
        )){ok=false;break;}
      }
    }
    if(ok)cur.push(p);else flush();
    prev=p;
  }
  flush();
  return out;
}
function earthlinePathLengthM(pts){
  if(!pts||pts.length<2)return 0;
  let d=0;for(let i=1;i<pts.length;i++)d+=Math.hypot(pts[i][0]-pts[i-1][0],pts[i][1]-pts[i-1][1]);
  return d*M.cellM;
}

function earthlineSwaleGeoJSON(){
  const features=[];
  const hasManual=Array.isArray(M.manualNoBuild)&&M.manualNoBuild.length>0;
  const targetM=(M.swaleMeta&&M.swaleMeta.targetSpacingM)||30;
  const minVisibleM=Math.max(20,targetM*0.82);
  for(const s of (M.swales||[])){
    let segs=(typeof earthlineSplitUsableSegments==="function")?earthlineSplitUsableSegments(s.pts,33):[s.pts];
    // BUILD-CHECK-15768: if exclusion clipping removes the corridor, withhold it.
    // Never restore the original unclipped path across a road, structure, or waterway.
    if(!segs||!segs.length)continue;
    for(const seg of (segs||[])){
      if(!seg||seg.length<2)continue;
      const rawLen=earthlinePathLengthM(seg);
      // Suppress isolated raster fragments. The underlying candidate remains in the report,
      // but the map shows only field-legible corridors unless it is the central site candidate.
      if(rawLen<minVisibleM&&!s.isSite)continue;
      const displaySeg=earthlineNaturalContourDisplay(seg);
      for(const safeDisplay of earthlineFinalSafeSegments15771(displaySeg,33)){
        if(!safeDisplay||safeDisplay.length<2)continue;
        features.push({type:"Feature",properties:{id:s.id||"",score:Number(s.score||0),scale:"property"},
          geometry:{type:"LineString",coordinates:safeDisplay.map(p=>earthlineGridToLngLat(p[0],p[1]))}});
      }
    }
  }
  return {type:"FeatureCollection",features};
}

function earthlineSyncSwaleLayer(){
  if(!earthlineMapActive())return false;
  if(!earthlineEnsureSwaleLayers())return false;
  const data=earthlineSwaleGeoJSON();
  const src=earthlineMap.getSource(EARTHLINE_SWALE_SOURCE);
  if(src&&src.setData)src.setData(data);
  const show=!!(M.layers&&M.layers.swales&&M.layers.swales.on&&data.features.length);
  for(const id of [EARTHLINE_SWALE_CASING,EARTHLINE_SWALE_LAYER]){
    if(earthlineMap.getLayer(id))earthlineMap.setLayoutProperty(id,"visibility",show?"visible":"none");
  }
  return show;
}

const EARTHLINE_FAST_TILE_MODE=true;
const EARTHLINE_MAX_DEM_TILE_RADIUS=1;
const EARTHLINE_MAX_SAT_TILE_RADIUS=1;
const EARTHLINE_SW_COLUMNS_SOFT_CAP=110;

// BUILD-CHECK-15672: exact regional/state overrides. Do not let Mapbox pick a
// downtown POI when the user types a state/region name like "Colorado".
const EARTHLINE_REGION_OVERRIDES={
  "colorado":{name:"Colorado",sub:"United States — state planning view",countryCode:"us",placeType:"region",lat:38.9972,lng:-105.5478,bbox:[-109.0603,36.9924,-102.0415,41.0034],zoomHint:5.35,acres:66500000,elevM:2070,precipIn:17,trendDeg:105,trendSlope:4,relief:12,rough:1.1,runC:0.32,zones:["Full State","Front Range","Western Slope","High Plains"]},
  "colorado usa":{name:"Colorado",sub:"United States — state planning view",countryCode:"us",placeType:"region",lat:38.9972,lng:-105.5478,bbox:[-109.0603,36.9924,-102.0415,41.0034],zoomHint:5.35,acres:66500000,elevM:2070,precipIn:17,trendDeg:105,trendSlope:4,relief:12,rough:1.1,runC:0.32,zones:["Full State","Front Range","Western Slope","High Plains"]},
  "state of colorado":{name:"Colorado",sub:"United States — state planning view",countryCode:"us",placeType:"region",lat:38.9972,lng:-105.5478,bbox:[-109.0603,36.9924,-102.0415,41.0034],zoomHint:5.35,acres:66500000,elevM:2070,precipIn:17,trendDeg:105,trendSlope:4,relief:12,rough:1.1,runC:0.32,zones:["Full State","Front Range","Western Slope","High Plains"]}
};
const EARTHLINE_GLENWOOD_PLANNING={
  q:"glenwood springs colorado co",name:"Glenwood Springs",
  sub:"Colorado, USA — city / valley planning view",
  fullName:"Glenwood Springs, Colorado, United States",countryCode:"us",
  lat:39.5505376,lng:-107.3247762,zoomHint:12.15,placeType:"place",planning:true,
  acres:0,elevM:1758,precipIn:18,trendDeg:115,trendSlope:8,relief:18,rough:1.15,runC:0.34,
  zones:["City / Valley View"]
};
/* =====================================================================
   EARTHLINE HYDROLOGY PLATFORM — final approved design + real engine
   Pipeline per property: seeded heightfield -> priority-flood pit fill
   -> D8 flow directions -> flow accumulation -> rain tributaries with
   direction arrows -> on-contour bioswale prescriptions ranked by
   intercepted runoff. Fully offline, single file, no dependencies.
===================================================================== */

/* ---------------- RNG + noise ---------------- */
function hashStr(s){let h=2166136261;for(let i=0;i<s.length;i++){h^=s.charCodeAt(i);h=Math.imul(h,16777619);}return h>>>0;}
function mulberry32(a){return function(){a|=0;a=a+0x6D2B79F5|0;let t=Math.imul(a^a>>>15,1|a);t=t+Math.imul(t^t>>>7,61|t)^t;return((t^t>>>14)>>>0)/4294967296;};}
function latHash(ix,iy,seed){let n=ix*374761393+iy*668265263+seed*1442695041;n=(n^(n>>13))*1274126177;n=n^(n>>16);return(n>>>0)/4294967296;}
function smoothT(t){return t*t*(3-2*t);}
function vnoise(x,y,seed){
  const ix=Math.floor(x),iy=Math.floor(y),fx=x-ix,fy=y-iy;
  const a=latHash(ix,iy,seed),b=latHash(ix+1,iy,seed),c=latHash(ix,iy+1,seed),d=latHash(ix+1,iy+1,seed);
  const u=smoothT(fx),v=smoothT(fy);
  return a*(1-u)*(1-v)+b*u*(1-v)+c*(1-u)*v+d*u*v;
}
function fbm(x,y,seed,oct){let v=0,amp=0.5,f=1;for(let i=0;i<oct;i++){v+=amp*vnoise(x*f,y*f,seed+i*101);f*=2;amp*=0.5;}return v;}
const clamp=(v,a,b)=>Math.max(a,Math.min(b,v));
const fmt=n=>Math.round(n).toLocaleString("en-US");

/* ---------------- property gazetteer ---------------- */
const GAZ=[
 {q:"poudre foothills parcel colorado",name:"Poudre Foothills Parcel",sub:"Larimer County, Colorado, USA",countryCode:"us",lat:40.6412,lng:-105.2237,acres:36,elevM:1830,precipIn:16.5,trendDeg:120,trendSlope:9,relief:14,rough:1.25,runC:0.42,
  zones:["Full Parcel","North Draw","Creekside Bench","South Ridge Slope"]},
 {q:"61 sleepy hollow rd essex vermont",name:"61 Sleepy Hollow Rd",sub:"Essex, Vermont, USA",countryCode:"us",lat:44.513845,lng:-73.012909,acres:20,elevM:118,precipIn:37.4,trendDeg:205,trendSlope:6.5,relief:7,rough:1.0,runC:0.34,
  zones:["Full Parcel","Upper Meadow","Brook Hollow","Back Woodlot"]},
 {q:"ojai valley orchard california",name:"Ojai Valley Orchard",sub:"Ventura County, California, USA",countryCode:"us",lat:34.448,lng:-119.243,acres:18,elevM:228,precipIn:21.3,trendDeg:170,trendSlope:5,relief:6,rough:0.9,runC:0.38,
  zones:["Full Parcel","Orchard Terraces","Arroyo Edge","Upper Chaparral"]},
 {q:"mae rim homestead chiang mai thailand",name:"Mae Rim Homestead",sub:"Chiang Mai, Thailand",countryCode:"th",lat:18.9163,lng:98.9445,acres:9,elevM:330,precipIn:46,trendDeg:80,trendSlope:8,relief:9,rough:1.15,runC:0.36,
  zones:["Full Parcel","Paddy Flats","Hillside Gardens","Stream Corridor"]},
 {q:"san luis valley ranch colorado",name:"San Luis Valley Ranch",sub:"Alamosa County, Colorado, USA",countryCode:"us",lat:37.6,lng:-105.9,acres:64,elevM:2300,precipIn:7.5,trendDeg:30,trendSlope:2.5,relief:3.5,rough:0.8,runC:0.28,
  zones:["Full Parcel","Playa Basin","Sage Flats","Irrigation Headland"]},
 {q:"samoeng highlands farm thailand",name:"Samoeng Highlands Farm",sub:"Chiang Mai, Thailand",countryCode:"th",lat:18.8472,lng:98.7314,acres:14,elevM:700,precipIn:49,trendDeg:300,trendSlope:11,relief:16,rough:1.3,runC:0.4,
  zones:["Full Parcel","Terrace Block A","Ridge Orchard","Valley Bottom"]},
 {q:"da lat plateau farm vietnam",name:"Da Lat Plateau Farm",sub:"Lâm Đồng, Vietnam",countryCode:"vn",lat:11.9404,lng:108.4583,acres:7,elevM:1500,precipIn:71,trendDeg:250,trendSlope:7,relief:8,rough:1.05,runC:0.35,
  zones:["Full Parcel","Greenhouse Bench","Pine Edge","Lower Swales"]},
 {q:"cowichan smallholding vancouver island",name:"Cowichan Smallholding",sub:"Vancouver Island, BC, Canada",countryCode:"ca",lat:48.7787,lng:-123.7079,acres:22,elevM:90,precipIn:42,trendDeg:150,trendSlope:4,relief:5,rough:0.95,runC:0.31,
  zones:["Full Parcel","Cedar Flats","Pasture Slope","Wet Meadow"]}
];
function findLoc(query){
  const q=query.trim().toLowerCase();
  if(!q)return null;
  let best=null,score=0;
  for(const g of GAZ){
    const hay=(g.q+" "+g.name+" "+g.sub).toLowerCase();
    let s=0;
    for(const w of q.split(/\s+/))if(w.length>2&&hay.includes(w))s++;
    if(hay.includes(q))s+=4;
    if(s>score){score=s;best=g;}
  }
  return score>0?best:null;
}

/* ---------------- model state ---------------- */
const GW=210,GH=146,N=GW*GH;
const D8X=[1,1,0,-1,-1,-1,0,1],D8Y=[0,1,1,1,0,-1,-1,-1];
const D8D=[1,Math.SQRT2,1,Math.SQRT2,1,Math.SQRT2,1,Math.SQRT2];
const M={
  h:new Float32Array(N), fill:new Float32Array(N), acc:new Float32Array(N),
  dir:new Int8Array(N), inP:new Uint8Array(N), pond:new Uint8Array(N),
  cellM:1, loc:GAZ[0], zone:GAZ[0].zones[0], seed:1, boundary:[],
  swales:[], rechZones:[], donut:[], donutCenter:0,
  minH:0, maxH:1, maxAcc:1, outFlow:0, pondCells:0,
  rain:35, swCount:36, maxSlope:10, exag3d:false, tool:"navigate", measurePts:[],
  drawings:[], manualNoBuild:[], analysisBoundary:[], analysisBoundaryLngLat:[], drawColor:"#ffd53e", drawMode:"free",
  vectorNoBuildMask:new Uint8Array(N), vectorNoBuildCount:0, vectorNoBuildStamp:"",
  viewZoom:16, centerLat:40.6412, centerLng:-105.2237, realMode:false,
  usgsAquifers:[], usgsAquiferBox:null, usgsAquiferLoading:false,
  searchGen:0, appliedSearchText:"", terrainReady:false, previewReady:false, demReady:false, analysisReady:false, terrainStamp:"", previewStamp:"",
  lastTiming:{}, swaleDiagnostics:null,
  layers:{
    satellite:{label:"Satellite Imagery (Landsat 9)",sw:"#6b7f5a",on:true},
    hillshade:{label:"Hillshade (3DEP)",sw:"#8a8f96",on:true},
    contours:{label:"Elevation Contours (official · metres)",sw:"#d7edf8",on:true},
    flow:{label:"Flow Accumulation",sw:"#11b9ff",on:true},
    arrows:{label:"Flow Direction Arrows",sw:"#9ef1ff",on:true},
    recharge:{label:"Aquifer Recharge Potential",sw:"#e8480f",on:true},
    usgsAquifer:{label:"USGS Aquifers (official — load on demand)",sw:"#00e5ff",on:false},
    soil:{label:"Soil Infiltration (NRCS — load on demand)",sw:"#fb8c00",on:false},
    swales:{label:"Proposed Bioswale Corridors",sw:"#ffd53e",on:true},
    erosion:{label:"Erosion Risk",sw:"#e53935",on:false},
    landcover:{label:"Landcover (NLCD)",sw:"#2e9d8f",on:false},
    fema:{label:"Ponding / Flood Zones",sw:"#40e0d0",on:false},
    noBuild:{label:"No-Build Diagnostic (toggle only)",sw:"#ff4f9a",on:false},
    boundary:{label:"Imported / Drawn Boundary",sw:"#ffffff",on:false}
  }
};
const idx=(x,y)=>y*GW+x;


/* ---------------- BUILD-CHECK-15672 performance control ---------------- */
const EARTHLINE_TILE_INFLIGHT=new Map();
/* EARTHLINE 16293 — bounded session tile reuse for rapid successive searches.
   Cache keys are the exact immutable Mapbox tile URLs already requested by the
   governed terrain/imagery owners. This does not change coordinates, zoom, pixels,
   terrain science, or request coverage; it only avoids re-downloading/re-decoding
   an identical tile again during the same page session. */
const EARTHLINE_TILE_CACHE_16293=new Map();
const EARTHLINE_TILE_CACHE_MAX_16293=24;
const EARTHLINE_STAGE_LABELS={
  geocode:"Resolving location…", terrain:"Loading imagery and terrain…",
  dem:"Decoding elevation…", hydrology:"Running hydrology…",
  swales:"Drawing contour swales…", render:"Rendering map…"
};
function earthlineIsStale(gen){return Number.isFinite(gen)&&gen!==M.searchGen;}
function earthlineYield(){return new Promise(resolve=>requestAnimationFrame(()=>resolve()));}
let EARTHLINE_LAST_PROGRESS_MESSAGE_16462="";
function earthlineProgress(stage,detail=""){
  const msg=(EARTHLINE_STAGE_LABELS[stage]||stage)+(detail?" "+detail:"");
  M.currentStage=stage||"";
  window.EARTHLINE_PROPERTY_ACTIVE_STAGE_16178={build:"EARTHLINE 16178",stage:String(stage||""),detail:String(detail||""),message:msg,at:new Date().toISOString()};
  const changed16462=msg!==EARTHLINE_LAST_PROGRESS_MESSAGE_16462;
  const el=document.getElementById("toast");
  if(el){
    if(el.textContent!==msg)el.textContent=msg;
    if(!el.classList.contains("show"))el.classList.add("show");
  }
  const btn=document.getElementById("runBtn");
  if(btn&&stage!=="ready"&&btn.dataset.busy!=="1")btn.dataset.busy="1";
  if(changed16462)console.log("[Earthline] "+msg);
  EARTHLINE_LAST_PROGRESS_MESSAGE_16462=msg;
}
function earthlineNotice(msg){
  const el=document.getElementById("toast");
  if(el){el.textContent=msg;el.classList.add("show");setTimeout(()=>el.classList.remove("show"),4200);}
}
function earthlineReady(msg="Ready"){
  M.currentStage="";
  const el=document.getElementById("toast");
  if(el){el.textContent=msg;el.classList.add("show");setTimeout(()=>el.classList.remove("show"),5200);}
  const btn=document.getElementById("runBtn");if(btn)delete btn.dataset.busy;
  // A click made while imagery/geocoding was still loading is never discarded.
  // The latest request automatically continues as soon as the prerequisite work is ready.
  if(M.pendingRunAnalysis){
    M.pendingRunAnalysis=false;
    setTimeout(()=>earthlineRunAnalysis({queued:true}),0);
  }
}

/* BUILD-CHECK-15760 — analysis lifecycle must always settle. */
const EARTHLINE_ANALYSIS_DEADLINE_MS_15685=15000;
let EARTHLINE_ACTIVE_ANALYSIS_15685=0;
let EARTHLINE_ANALYSIS_WATCHDOG_15686=null;
function earthlineAnalysisIsBusy15686(){
  return !!((document.getElementById("runBtn")||{}).dataset||{}).busy || !!((document.getElementById("runBtnSide")||{}).dataset||{}).busy;
}
function earthlineClearAnalysisWatchdog15686(){
  if(EARTHLINE_ANALYSIS_WATCHDOG_15686){clearTimeout(EARTHLINE_ANALYSIS_WATCHDOG_15686);EARTHLINE_ANALYSIS_WATCHDOG_15686=null;}
}
function earthlineStartAnalysisWatchdog15686(){
  earthlineClearAnalysisWatchdog15686();
  EARTHLINE_ANALYSIS_WATCHDOG_15686=setTimeout(()=>{
    if(!earthlineAnalysisIsBusy15686())return;
    M.searchGen++; // tells cooperative loops to stop at their next yield
    M.currentStage="";
    for(const id of ["runBtn","runBtnSide"]){
      const b=document.getElementById(id);if(!b)continue;
      delete b.dataset.busy;b.setAttribute("aria-busy","false");
    }
    earthlineNotice("Analysis stopped safely after 45 seconds. The page is usable — try a smaller selected area or zoom out slightly.");
    console.warn("[Earthline] BUILD-CHECK-15760 watchdog cleared a long-running analysis");
  },45000);
}
function earthlineSetAnalysisBusy15685(on){
  for(const id of ["runBtn","runBtnSide"]){
    const b=document.getElementById(id);if(!b)continue;
    if(on){b.dataset.busy="1";b.setAttribute("aria-busy","true");}
    else{delete b.dataset.busy;b.setAttribute("aria-busy","false");}
  }
  if(on)earthlineStartAnalysisWatchdog15686();else earthlineClearAnalysisWatchdog15686();
}
function earthlineFinishAnalysisUi15685(){
  M.currentStage="";
  earthlineSetAnalysisBusy15685(false);
}
async function earthlineDeadline15685(promise,label="analysis"){
  let timer;
  try{
    return await Promise.race([
      promise,
      new Promise((_,reject)=>{timer=setTimeout(()=>{
        const e=new Error(label+" exceeded "+Math.round(EARTHLINE_ANALYSIS_DEADLINE_MS_15685/1000)+" seconds");
        e.code="EARTHLINE_ANALYSIS_TIMEOUT";reject(e);
      },EARTHLINE_ANALYSIS_DEADLINE_MS_15685);})
    ]);
  }finally{clearTimeout(timer);}
}
let earthlineYieldChannel16464=null;
const earthlineYieldQueue16464=[];
function earthlineTaskYield16464(){
  try{
    if(globalThis.scheduler&&typeof globalThis.scheduler.yield==="function")return globalThis.scheduler.yield();
  }catch(_){ }
  if(typeof MessageChannel!=="function")return new Promise(resolve=>setTimeout(resolve,0));
  if(!earthlineYieldChannel16464){
    earthlineYieldChannel16464=new MessageChannel();
    earthlineYieldChannel16464.port1.onmessage=()=>{
      const resolve=earthlineYieldQueue16464.shift();
      if(resolve)resolve();
      if(earthlineYieldQueue16464.length)earthlineYieldChannel16464.port2.postMessage(0);
    };
  }
  return new Promise(resolve=>{
    const kick=earthlineYieldQueue16464.length===0;
    earthlineYieldQueue16464.push(resolve);
    if(kick)earthlineYieldChannel16464.port2.postMessage(0);
  });
}
async function earthlineCoopYield15686(myGen=M.searchGen,stage=""){
  if(earthlineIsStale(myGen))return false;
  await earthlineTaskYield16464();
  if(stage)earthlineProgress(stage);
  return !earthlineIsStale(myGen);
}
function earthlineAssertActive15686(myGen=M.searchGen){
  if(earthlineIsStale(myGen)){const e=new Error("Analysis cancelled by newer request");e.code="EARTHLINE_STALE";throw e;}
}
/* EARTHLINE 16319 — low-overhead Property wall-clock trace; inert outside the governed Property run. */
window.EARTHLINE_PROPERTY_PHASE_TRACE_16319=[];
window.EARTHLINE_PROPERTY_TRACE_ACTIVE_16319=false;
function earthlinePropertyTrace16319(label,phase="mark",extra=null){
  if(!window.EARTHLINE_PROPERTY_TRACE_ACTIVE_16319)return;
  const rows=window.EARTHLINE_PROPERTY_PHASE_TRACE_16319||(window.EARTHLINE_PROPERTY_PHASE_TRACE_16319=[]);
  const p=performance.now(),prev=rows.length?rows[rows.length-1]:null,now=Date.now();
  rows.push({
    index:rows.length,label:String(label||""),phase:String(phase||"mark"),
    performanceMs:Math.round(p*10)/10,dateMs:now,iso:new Date(now).toISOString(),
    sincePreviousMs:prev?Math.round((p-Number(prev.performanceMs||0))*10)/10:0,
    visibility:String(document.visibilityState||"unknown"),
    hasFocus:typeof document.hasFocus==="function"?!!document.hasFocus():null,
    searchGen:Number(M.searchGen||0),currentStage:String(M.currentStage||""),
    extra:extra||null
  });
}
function earthlinePropertyTerminalStage16319(stage,message){
  try{
    M.currentStage="";
    window.EARTHLINE_PROPERTY_ACTIVE_STAGE_16178={
      build:"EARTHLINE 16319",stage:String(stage||""),detail:"",
      message:String(message||stage||""),at:new Date().toISOString()
    };
  }catch(_){}
}
window.earthlinePropertyPhaseReport16319=()=>JSON.parse(JSON.stringify(window.EARTHLINE_PROPERTY_PHASE_TRACE_16319||[]));
window.earthlineSwaleSubstage16321=()=>JSON.parse(JSON.stringify(M&&M.swaleSubstage16321||null));
window.EARTHLINE_PROPERTY_LAUNCH_AUDIT_16322=[];
function earthlinePropertyLaunchAudit16322(route,extra){
  try{
    const rows=window.EARTHLINE_PROPERTY_LAUNCH_AUDIT_16322||(window.EARTHLINE_PROPERTY_LAUNCH_AUDIT_16322=[]);
    const root=document.documentElement;
    const declaration=window.EARTHLINE_PROPERTY_DECLARATION_16169||null;
    const target=window.EARTHLINE_PROPERTY_TARGET_16201||null;
    const row={
      index:rows.length,
      build:"EARTHLINE 16322",
      route:String(route||""),
      iso:new Date().toISOString(),
      performanceMs:Math.round(performance.now()*10)/10,
      searchGen:Number(M&&M.searchGen||0),
      propertyRunState:String(root&&root.dataset.earthlinePropertyRunState||""),
      canonicalRunState:String(root&&root.dataset.earthlineRunState||""),
      declaration:declaration?{
        selectedCode:declaration.selectedCode||null,
        center:declaration.center||null,
        declaredAt:declaration.declaredAt||null,
        route:declaration.route||null
      }:null,
      target:target?{
        code:target.code||null,
        lng:Number(target.lng),
        lat:Number(target.lat)
      }:null,
      extra:extra||null,
      stack:String((new Error("property-launch-16322")).stack||"").split("\n").slice(0,9)
    };
    rows.push(row);
    if(rows.length>24)rows.splice(0,rows.length-24);
    return row;
  }catch(_){return null}
}
window.earthlinePropertyLaunchAudit16322=()=>JSON.parse(JSON.stringify(window.EARTHLINE_PROPERTY_LAUNCH_AUDIT_16322||[]));

function earthlineInheritRegionalAquiferContext16334(explicitBBox16334){
  try{
    const bb=explicitBBox16334||currentMapBBox();
    const bboxForPoly=poly=>{
      const pts=poly&&poly.lngLatPts||[];
      if(!pts.length)return null;
      let minLng=Infinity,minLat=Infinity,maxLng=-Infinity,maxLat=-Infinity;
      for(const p of pts){
        const x=Number(p&&p[0]),y=Number(p&&p[1]);
        if(!Number.isFinite(x)||!Number.isFinite(y))continue;
        minLng=Math.min(minLng,x);maxLng=Math.max(maxLng,x);
        minLat=Math.min(minLat,y);maxLat=Math.max(maxLat,y);
      }
      return Number.isFinite(minLng)?{minLng,minLat,maxLng,maxLat}:null;
    };
    if(M&&Array.isArray(M.usgsAquifers)&&M.usgsAquifers.length){
      const existing=M.usgsAquifers.filter(poly=>earthlineBBoxesIntersect(bboxForPoly(poly),bb));
      if(existing.length){
        M.usgsAquifers=existing;
        M.usgsAquiferBox=bb;
        if(M.layers&&M.layers.usgsAquifer)M.layers.usgsAquifer.on=true;
        earthlineSyncAquiferLayer();
        window.EARTHLINE_PROPERTY_INHERITED_AQUIFER_CONTEXT_16373={
          build:"EARTHLINE 16373",searchGen:Number(M.searchGen||0),bbox:Object.assign({},bb),
          polys:existing.map(poly=>Object.assign({},poly,{
            lngLatPts:(poly.lngLatPts||[]).map(c=>c.slice()),pts:(poly.pts||[]).map(c=>c.slice())
          })),source:"already-loaded official aquifer model context",at:new Date().toISOString()
        };
        window.EARTHLINE_PROPERTY_AQUIFER_INHERIT_AUDIT_16334={
          build:"EARTHLINE 16342",inheritedFeatures:existing.length,
          source:"already-loaded official aquifer model context",
          priorStatus:String(M.usgsAquiferStatus||""),inventedGeometry:false,
          syncedBeforeRefresh:true,at:new Date().toISOString()
        };
        return existing.length;
      }
    }
    const mp=window.earthlineMap||earthlineMap;
    const src=mp&&mp.getSource&&mp.getSource('el-live-aquifer-15970');
    const liveGeo=src&&src._data;
    const cachedGeo=window.EARTHLINE_ACCEPTED_REGIONAL_AQUIFER_GEOJSON_16373||null;
    const geo=(liveGeo&&Array.isArray(liveGeo.features)&&liveGeo.features.length)
      ?liveGeo
      :(cachedGeo&&Array.isArray(cachedGeo.features)&&cachedGeo.features.length?cachedGeo:null);
    if(!geo)return 0;
    const parsed=earthlineParseAquiferFeatures(geo,"geojson",{
      defaultName:"Mapped groundwater context",
      source:"Inherited official Regional aquifer context",
      aquiferType:"regional-context"
    });
    const intersecting=parsed.filter(poly=>earthlineBBoxesIntersect(bboxForPoly(poly),bb));
    if(!intersecting.length)return 0;
    M.usgsAquifers=intersecting;
    M.usgsAquiferBox=bb;
    M.usgsAquiferStatus="loaded-regional-context";
    if(M.layers&&M.layers.usgsAquifer)M.layers.usgsAquifer.on=true;
    earthlineSyncAquiferLayer();
    window.EARTHLINE_PROPERTY_INHERITED_AQUIFER_CONTEXT_16373={
      build:"EARTHLINE 16373",searchGen:Number(M.searchGen||0),bbox:Object.assign({},bb),
      polys:intersecting.map(poly=>Object.assign({},poly,{
        lngLatPts:(poly.lngLatPts||[]).map(c=>c.slice()),pts:(poly.pts||[]).map(c=>c.slice())
      })),source:(liveGeo&&Array.isArray(liveGeo.features)&&liveGeo.features.length)?"live-regional-source":"accepted-regional-cache",
      at:new Date().toISOString()
    };
    window.EARTHLINE_PROPERTY_AQUIFER_INHERIT_AUDIT_16334={
      build:"EARTHLINE 16334",
      inheritedFeatures:intersecting.length,
      sourceFeatures:geo.features.length,
      source:"existing official Regional aquifer GeoJSON",
      inventedGeometry:false,
      at:new Date().toISOString()
    };
    return intersecting.length;
  }catch(error){
    window.EARTHLINE_PROPERTY_AQUIFER_INHERIT_AUDIT_16334={
      build:"EARTHLINE 16334",inheritedFeatures:0,error:String(error&&error.message||error),
      inventedGeometry:false,at:new Date().toISOString()
    };
    return 0;
  }
}
window.earthlineInheritRegionalAquiferContext16334=earthlineInheritRegionalAquiferContext16334;

function earthlineRestorePropertyEvidence16332(reason){
  try{
    if(!M||!M.analysisReady)return false;
    if(M.layers&&M.layers.contours)M.layers.contours.on=true;
    if(M.layers&&M.layers.recharge)M.layers.recharge.on=true;
    if(M.layers&&M.layers.usgsAquifer)M.layers.usgsAquifer.on=true;

    let contourReady=false,rechargeReady=false,aquiferRequested=false;
    try{
      if(typeof window.earthlineEnsureOfficialElevationContours15776==="function")
        contourReady=!!window.earthlineEnsureOfficialElevationContours15776();
      if(typeof window.earthlineSyncOfficialElevationContours15776==="function")
        window.earthlineSyncOfficialElevationContours15776();
    }catch(_){}

    try{
      if(typeof window.earthlineSyncRechargeLayer==="function")
        rechargeReady=!!window.earthlineSyncRechargeLayer(true);
      else if(typeof earthlineSyncRechargeLayer==="function")
        rechargeReady=!!earthlineSyncRechargeLayer(true);
    }catch(_){}

    let inheritedAquifers16334=0;
    try{
      const propertyOwner16393=M&&M.propertyAquiferOwner16393||null;
      const currentPropertyOwner16393=!!(
        propertyOwner16393&&
        Number(propertyOwner16393.searchGen)===Number(M.searchGen||0)&&
        propertyOwner16393.bbox
      );
      if(currentPropertyOwner16393){
        /* EARTHLINE 16393 — post-publication evidence refreshes reuse the one
           Property-bounds owner. They may sync presentation, but they must not
           start camera-bbox requests that race and erase a valid aquifer result. */
        aquiferRequested=true;
        if(typeof window.earthlineSyncAquiferLayer==="function")window.earthlineSyncAquiferLayer();
        if(!M.usgsAquiferLoading&&M.usgsAquiferCompletedKey16393!==M.usgsAquiferRequestKey16388){
          const p=Promise.resolve(window.fetchUSGSAquifers(propertyOwner16393.bbox,{owner:"property"})).catch(()=>{});
          propertyOwner16393.promise=p;
        }
      }else{
        inheritedAquifers16334=
          typeof window.earthlineInheritRegionalAquiferContext16334==="function"
            ?Number(window.earthlineInheritRegionalAquiferContext16334()||0):0;
        if(typeof window.fetchUSGSAquifers==="function"){
          aquiferRequested=true;
          Promise.resolve(window.fetchUSGSAquifers()).catch(()=>{});
        }else if(typeof window.earthlineSyncAquiferLayer==="function"){
          aquiferRequested=true;
          window.earthlineSyncAquiferLayer();
        }
      }
    }catch(_){}

    try{
      if(typeof window.earthlineApplyRendererOwnership15805==="function")
        window.earthlineApplyRendererOwnership15805("property");
    }catch(_){}

    window.EARTHLINE_PROPERTY_EVIDENCE_AUDIT_16332={
      build:"EARTHLINE 16332",reason:String(reason||""),
      contoursRequested:true,contourReady,
      rechargeTargets:Number(M.rechZones&&M.rechZones.length||0),
      rechargeReady,
      aquiferRequested,
      inheritedAquifers:Number(typeof inheritedAquifers16334!=="undefined"?inheritedAquifers16334:0),
      at:new Date().toISOString()
    };
    return true;
  }catch(_){return false}
}
window.earthlineRestorePropertyEvidence16332=earthlineRestorePropertyEvidence16332;

window.EARTHLINE_EXPLICIT_ANALYSIS_INTENT_16325=null;
function earthlineMarkExplicitAnalysisIntent16325(source,eventType){
  window.EARTHLINE_EXPLICIT_ANALYSIS_INTENT_16325={
    source:String(source||""),eventType:String(eventType||""),atMs:Date.now(),used:false
  };
}
function earthlineConsumeExplicitAnalysisIntent16325(){
  const row=window.EARTHLINE_EXPLICIT_ANALYSIS_INTENT_16325;
  if(!row||row.used===true||Date.now()-Number(row.atMs||0)>5000)return false;
  row.used=true;return true;
}
document.addEventListener("pointerdown",e=>{
  if(e.target?.closest?.("#runBtn"))earthlineMarkExplicitAnalysisIntent16325("runBtn","pointerdown");
  else if(e.target?.closest?.("#earthlineDeclareProperty16169"))earthlineMarkExplicitAnalysisIntent16325("earthlineDeclareProperty16169","pointerdown");
},true);
async function earthlineTimed(name,fn){
  const t0=performance.now();
  earthlinePropertyTrace16319(name,"enter");
  try{return await fn();}
  finally{
    const ms=Math.round((performance.now()-t0)*10)/10;
    M.lastTiming[name]=ms;
    earthlinePropertyTrace16319(name,"exit",{durationMs:ms});
    console.log("[Earthline timing] "+name+": "+ms+" ms");
  }
}
function earthlineTerrainStamp(){
  return [M.centerLat.toFixed(6),M.centerLng.toFixed(6),M.viewZoom,M.zone].join("|");
}
function earthlineRenderIdle(message="Search for a location to begin"){
  const dpr=window.devicePixelRatio||1;
  if(!cv||!ctx)return;
  ctx.setTransform(dpr,0,0,dpr,0,0);
  const w=cv.width/dpr,h=cv.height/dpr;
  ctx.fillStyle="#05080d";ctx.fillRect(0,0,w,h);
  const g=ctx.createRadialGradient(w/2,h/2,20,w/2,h/2,Math.max(w,h)*0.55);
  g.addColorStop(0,"rgba(24,66,87,.38)");g.addColorStop(1,"rgba(5,8,13,0)");
  ctx.fillStyle=g;ctx.fillRect(0,0,w,h);
  ctx.textAlign="center";ctx.textBaseline="middle";
  ctx.fillStyle="rgba(231,238,247,.92)";ctx.font="700 17px Segoe UI, sans-serif";
  ctx.fillText(message,w/2,h/2-8);
  ctx.fillStyle="rgba(143,161,182,.9)";ctx.font="12px Segoe UI, sans-serif";
  ctx.fillText("The map loads first. Detailed hydrology runs only after Run Analysis.",w/2,h/2+18);
}

/* ---------------- terrain ---------------- */
function pointInPoly(px,py,poly){
  let inside=false;
  for(let i=0,j=poly.length-1;i<poly.length;j=i++){
    const xi=poly[i][0],yi=poly[i][1],xj=poly[j][0],yj=poly[j][1];
    if(((yi>py)!==(yj>py))&&(px<(xj-xi)*(py-yi)/(yj-yi)+xi))inside=!inside;
  }
  return inside;
}

function earthlineLngLatToGrid(lng,lat){
  const lat0=M.centerLat||0,lng0=M.centerLng||0;
  const dxM=(lng-lng0)*(111320*Math.max(0.05,Math.cos(lat0*Math.PI/180)));
  const dyM=(lat0-lat)*111320;
  return [GW/2+dxM/Math.max(0.001,M.cellM||1),GH/2+dyM/Math.max(0.001,M.cellM||1)];
}
function earthlinePolygonAreaM2(polyLngLat){
  if(!polyLngLat||polyLngLat.length<3)return 0;
  const lat0=polyLngLat.reduce((a,p)=>a+p[1],0)/polyLngLat.length;
  const c=Math.cos(lat0*Math.PI/180),xy=polyLngLat.map(p=>[p[0]*111320*c,p[1]*111320]);
  let a=0;for(let i=0,j=xy.length-1;i<xy.length;j=i++)a+=xy[j][0]*xy[i][1]-xy[i][0]*xy[j][1];
  return Math.abs(a)*0.5;
}
function earthlineDefaultAnalysisPolygon(loc){
  // Known addresses/presets receive a clearly defined analysis EXTENT, not an invented parcel.
  // City/locality searches never receive this automatically; the user must select/draw land.
  if(!loc||earthlinePlanningMode(loc)||earthlineLargeAreaMode())return [];
  const areaM2=Math.max(4046.86*4,Number(loc.acres||20)*4046.86);
  const aspect=1.15,w=Math.sqrt(areaM2*aspect),h=areaM2/w;
  const dLat=h/(2*111320),dLng=w/(2*111320*Math.max(0.05,Math.cos(loc.lat*Math.PI/180)));
  return [[loc.lng-dLng,loc.lat-dLat],[loc.lng+dLng,loc.lat-dLat],[loc.lng+dLng,loc.lat+dLat],[loc.lng-dLng,loc.lat+dLat]];
}
function earthlineApplyAnalysisBoundary(){
  let ll=(M.analysisBoundaryLngLat||[]).slice();
  if(ll.length<3)ll=earthlineDefaultAnalysisPolygon(M.loc);
  if(ll.length<3){M.boundary=[];M.inP.fill(0);M.boundarySource="none";return false;}
  const gp=ll.map(p=>earthlineLngLatToGrid(p[0],p[1]));
  M.analysisBoundaryLngLat=ll;M.analysisBoundary=gp;M.boundary=gp;M.inP.fill(0);
  let minX=GW-1,maxX=0,minY=GH-1,maxY=0;
  for(const p of gp){minX=Math.min(minX,p[0]);maxX=Math.max(maxX,p[0]);minY=Math.min(minY,p[1]);maxY=Math.max(maxY,p[1]);}
  minX=clamp(Math.floor(minX)-1,0,GW-1);maxX=clamp(Math.ceil(maxX)+1,0,GW-1);
  minY=clamp(Math.floor(minY)-1,0,GH-1);maxY=clamp(Math.ceil(maxY)+1,0,GH-1);
  for(let y=minY;y<=maxY;y++)for(let x=minX;x<=maxX;x++)if(pointInPoly(x+0.5,y+0.5,gp))M.inP[idx(x,y)]=1;
  M.boundarySource="selected-analysis-area";
  return M.inP.some(v=>v===1);
}
function earthlineRectangleAround(lng,lat,acres=20){
  const areaM2=Math.max(4046.86*2,acres*4046.86),w=Math.sqrt(areaM2*1.15),h=areaM2/w;
  const dLat=h/(2*111320),dLng=w/(2*111320*Math.max(0.05,Math.cos(lat*Math.PI/180)));
  return [[lng-dLng,lat-dLat],[lng+dLng,lat-dLat],[lng+dLng,lat+dLat],[lng-dLng,lat+dLat]];
}
function buildBoundary(){
  // Swales are limited to a defined analysis area. Known addresses use a hidden analysis
  // extent based on stated acreage; city/region searches require a user-selected polygon.
  return earthlineApplyAnalysisBoundary();
}
function buildTerrainProcedural(){
  const L=M.loc,s=M.seed%100000;
  const a=L.trendDeg*Math.PI/180;
  const tx=Math.cos(a),ty=Math.sin(a);
  const trendPerCell=L.trendSlope/100*M.cellM;
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    let e=(x*tx+y*ty)*trendPerCell;
    e+=fbm(x*0.018,y*0.018,s,5)*L.relief*L.rough;
    e+=fbm(x*0.06,y*0.06,s+9,4)*L.relief*0.28*L.rough;
    e+=Math.sin(x*0.045+s%7)*Math.cos(y*0.05+s%5)*L.relief*0.18;
    M.h[idx(x,y)]=e;
  }
  M.satCanvas=null;
}
function lonLatToTile(lon,lat,z){
  const n=Math.pow(2,z);
  const x=(lon+180)/360*n;
  const latR=lat*Math.PI/180;
  const y=(1-Math.log(Math.tan(latR)+1/Math.cos(latR))/Math.PI)/2*n;
  return[x,y];
}
function loadImg(url){
  if(EARTHLINE_TILE_CACHE_16293.has(url)){
    const cached=EARTHLINE_TILE_CACHE_16293.get(url);
    EARTHLINE_TILE_CACHE_16293.delete(url);
    EARTHLINE_TILE_CACHE_16293.set(url,cached);
    return Promise.resolve(cached);
  }
  if(EARTHLINE_TILE_INFLIGHT.has(url))return EARTHLINE_TILE_INFLIGHT.get(url);
  const promise=new Promise((res,rej)=>{
    const im=new Image();
    im.crossOrigin="anonymous";
    let done=false;
    const to=setTimeout(()=>{if(!done){done=true;rej(new Error("tile timeout"));}},4500);
    im.onload=()=>{
      if(done)return;
      done=true;clearTimeout(to);
      EARTHLINE_TILE_CACHE_16293.set(url,im);
      while(EARTHLINE_TILE_CACHE_16293.size>EARTHLINE_TILE_CACHE_MAX_16293){
        const oldest=EARTHLINE_TILE_CACHE_16293.keys().next().value;
        EARTHLINE_TILE_CACHE_16293.delete(oldest);
      }
      res(im);
    };
    im.onerror=()=>{if(!done){done=true;clearTimeout(to);rej(new Error("tile load failed"));}};
    im.src=url;
  }).finally(()=>EARTHLINE_TILE_INFLIGHT.delete(url));
  EARTHLINE_TILE_INFLIGHT.set(url,promise);
  return promise;
}
function earthlinePropertyTilePlan16453(z,lat,lng,cellM){
  const tf=lonLatToTile(Number(lng),Number(lat),z),nMax=Math.pow(2,z)-1,mpp=mppAt(z,Number(lat));
  const halfXPx=(GW*Math.max(.001,Number(cellM)||1))/(2*mpp)+2,halfYPx=(GH*Math.max(.001,Number(cellM)||1))/(2*mpp)+2;
  let x0=Math.floor(tf[0]-halfXPx/512),x1=Math.floor(tf[0]+halfXPx/512),y0=Math.floor(tf[1]-halfYPx/512),y1=Math.floor(tf[1]+halfYPx/512);
  x0=clamp(x0,0,nMax);x1=clamp(x1,0,nMax);y0=clamp(y0,0,nMax);y1=clamp(y1,0,nMax);
  const tiles=[];for(let y=y0;y<=y1;y++)for(let x=x0;x<=x1;x++)tiles.push([x,y]);
  return {z,tf,x0,x1,y0,y1,widthTiles:x1-x0+1,heightTiles:y1-y0+1,tiles,count:tiles.length,mpp};
}
window.earthlinePropertyTilePlan16453=earthlinePropertyTilePlan16453;
function earthlinePrewarmPropertyDem16297(lat,lng){
  try{
    if(!MB_ON()||typeof loadImg!=="function")return Promise.resolve(false);
    /* EARTHLINE 16549 — prewarm the exact governed Property DEM request, not the
       preceding Regional camera scale. Property analysis always enters at z16.6,
       therefore fetchRealTerrain uses Terrain-RGB z15 and the 20-acre analysis
       cell size. Matching those values here lets the existing tile cache/inflight
       owner do useful work before the Property click instead of warming unrelated
       Regional tiles. No additional request owner is introduced. */
    const demZ=15,areaM2=20*4046.8564224,wM=Math.sqrt(areaM2*1.15),hM=areaM2/wM;
    const cellM=clamp(Math.max(wM/(GW*.82),hM/(GH*.82)),1,7.45);
    const plan=earthlinePropertyTilePlan16453(demZ,Number(lat),Number(lng),cellM);
    const tmpl="https://api.mapbox.com/v4/mapbox.terrain-rgb/{z}/{x}/{y}@2x.pngraw?access_token="+MAPBOX_TOKEN,jobs=[];
    for(const [tx,ty] of plan.tiles)jobs.push(loadImg(tmpl.replace("{z}",demZ).replace("{x}",tx).replace("{y}",ty)).catch(()=>null));
    const p=Promise.all(jobs).then(()=>true).catch(()=>false);
    window.EARTHLINE_PROPERTY_DEM_PREWARM_16297={lat:Number(lat),lng:Number(lng),zoom:demZ,cellM:Number(cellM.toFixed(4)),tiles:jobs.length,tilePlan16453:{x0:plan.x0,x1:plan.x1,y0:plan.y0,y1:plan.y1},startedAt:new Date().toISOString()};
    return p;
  }catch(_){return Promise.resolve(false);}
}
window.earthlinePrewarmPropertyDem16297=earthlinePrewarmPropertyDem16297;

function zoneOffset(loc,zone){
  const k=loc.zones.indexOf(zone);
  if(k<=0)return[0,0];
  return [[0.25,0],[0,0.25],[-0.25,0]][k-1]||[0,0];
}
async function fetchRealTerrain(lat,lng,myGen=M.searchGen){
  // Mapbox raster tile URLs require integer zoom levels. A fractional regional
  // zoom (for example 5.35 for Colorado) produced failed/partial tile grids.
  const satZ=Math.round(clamp(M.viewZoom,3,20));
  const demZ=Math.min(satZ,15);
  // Analysis grid is capped at z17 so the hydrology window never shrinks below a
  // usable property size (~250m). Imagery still renders at the true zoom (satZ),
  // but the flow/swale engine always has enough ground to produce real corridors.
  const analysisZ=Math.min(satZ,17);
  const mppA=mppAt(analysisZ,lat);
  const mppS=mppAt(satZ,lat), mppD=mppAt(demZ,lat);
  const requestedCellM=Number(M.requestedCellM||0);
  M.cellM=(requestedCellM>0&&Number.isFinite(requestedCellM))?requestedCellM:5*mppA;
  // BUILD-CHECK-15760: cell size is fitted to the selected ground area so a grid cell
  // never forces the prescription farther apart than the approved 25 ft maximum.
  const grab=async(z,tmpl)=>{
    const plan=earthlinePropertyTilePlan16453(z,lat,lng,M.cellM),ps=[];
    for(const [tx,ty] of plan.tiles)ps.push(loadImg(tmpl.replace("{z}",z).replace("{x}",tx).replace("{y}",ty)).catch(()=>null));
    const imgs=await Promise.all(ps);
    if(imgs.every(im=>!im))throw new Error("all tiles failed");
    const c=document.createElement("canvas");c.width=512*plan.widthTiles;c.height=512*plan.heightTiles;
    const g=c.getContext("2d");let k=0;
    for(let row=0;row<plan.heightTiles;row++)for(let col=0;col<plan.widthTiles;col++){
      const im=imgs[k++];if(im)g.drawImage(im,col*512,row*512);
    }
    return {c,px0:(plan.tf[0]-plan.x0)*512,py0:(plan.tf[1]-plan.y0)*512,widthTiles:plan.widthTiles,heightTiles:plan.heightTiles,tileCount:plan.count};
  };
  const demT="https://api.mapbox.com/v4/mapbox.terrain-rgb/{z}/{x}/{y}@2x.pngraw?access_token="+MAPBOX_TOKEN;
  const satT="https://api.mapbox.com/v4/mapbox.satellite/{z}/{x}/{y}@2x.jpg90?access_token="+MAPBOX_TOKEN;
  // BUILD-CHECK-15672: the property preview already loaded satellite imagery. During
  // analysis fetch only the DEM unless imagery is genuinely absent, cutting the live
  // analysis request count roughly in half.
  const dem=await grab(demZ,demT);
  const sat=earthlineMap?null:(M.satCanvas?null:await grab(satZ,satT));
  if(earthlineIsStale(myGen))throw new Error("STALE_SEARCH");
  earthlineProgress("dem");
  const demW=dem.c.width,demH=dem.c.height;
  const demD=dem.c.getContext("2d").getImageData(0,0,demW,demH).data;
  const raw=new Float32Array(N);
  for(let gy=0;gy<GH;gy++){
    for(let gx=0;gx<GW;gx++){
      const dxM=(gx-GW/2)*M.cellM, dyM=(gy-GH/2)*M.cellM;
      const px=clamp(Math.round(dem.px0+dxM/mppD),0,demW-1);
      const py=clamp(Math.round(dem.py0+dyM/mppD),0,demH-1);
      const k=(py*demW+px)*4;
      raw[idx(gx,gy)]=-10000+(demD[k]*65536+demD[k+1]*256+demD[k+2])*0.1;
    }
    if((gy&7)===7){earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"dem");}
  }
  let mean=0;
  for(let gy=0;gy<GH;gy++){
    for(let gx=0;gx<GW;gx++){
      let sm=0,c2=0;
      for(let oy=-1;oy<=1;oy++)for(let ox=-1;ox<=1;ox++){
        const nx=clamp(gx+ox,0,GW-1),ny=clamp(gy+oy,0,GH-1);
        sm+=raw[idx(nx,ny)];c2++;
      }
      const v=sm/c2;
      M.h[idx(gx,gy)]=v;mean+=v;
    }
    if((gy&7)===7){earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"dem");}
  }
  mean/=N;
  M.loc.elevM=Math.round(mean);
  for(let i=0;i<N;i++)M.h[i]-=mean;
  if(sat){
    const wPx=GW*M.cellM/mppS, hPx=GH*M.cellM/mppS;
    const satOut=document.createElement("canvas");satOut.width=840;satOut.height=584;
    satOut.getContext("2d").drawImage(sat.c,sat.px0-wPx/2,sat.py0-hPx/2,wPx,hPx,0,0,840,584);
    if(earthlineIsStale(myGen))throw new Error("STALE_SEARCH");
    M.satCanvas=satOut;
  }
}
function buildRegionalTerrain(){
  // Fast state/region view: do not download hundreds of high-res parcel tiles.
  // Build a smooth planning-grade terrain canvas sized to the searched bbox plus context.
  const L=M.loc, bb=L&&L.bbox;
  if(!bb){buildTerrainProceduralWrap();return;}
  const latC=(bb[1]+bb[3])/2, lngC=(bb[0]+bb[2])/2;
  M.centerLat=latC; M.centerLng=lngC;
  const wM=Math.abs(bb[2]-bb[0])*111320*Math.cos(latC*Math.PI/180);
  const hM=Math.abs(bb[3]-bb[1])*111320;
  M.cellM=Math.max(wM/GW,hM/GH)*1.55; // whole state + visible surrounding-state edges
  const seed=M.seed%100000;
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const nx=x/GW, ny=y/GH;
    // Colorado-like regional relief: west highlands, plains east, broad basins.
    const west=Math.max(0,1-nx);
    const ridge=Math.exp(-Math.pow((nx-0.23)/0.12,2))*(0.75+0.25*Math.sin(ny*18));
    const basin=Math.exp(-Math.pow((ny-0.62)/0.10,2))*0.25;
    const broad=fbm(nx*3.0,ny*3.0,seed+30,4)*0.28;
    const fine=fbm(nx*10.0,ny*10.0,seed+77,3)*0.08;
    M.h[idx(x,y)]=(west*0.65+ridge*0.75-basin+broad+fine)*900;
  }
  M.satCanvas=null;
}

// BUILD-CHECK-15672: regional mode uses one lightweight 3x3 satellite mosaic only.
// It does not download Terrain-RGB, decode a statewide DEM, or run parcel hydrology.
async function fetchRegionalSatellite(myGen=M.searchGen){
  buildRegionalTerrain();
  if(!MB_ON()||!M.loc||!M.loc.bbox)return true;
  const z=Math.round(clamp(M.viewZoom||5,3,8));
  const lat=M.centerLat,lng=M.centerLng;
  const tf=lonLatToTile(lng,lat,z);
  const cx=Math.floor(tf[0]),cy=Math.floor(tf[1]);
  const nMax=Math.pow(2,z)-1,rad=1,span=3;
  const tmpl="https://api.mapbox.com/v4/mapbox.satellite/{z}/{x}/{y}@2x.jpg90?access_token="+MAPBOX_TOKEN;
  const jobs=[];
  for(let dy=-rad;dy<=rad;dy++)for(let dx=-rad;dx<=rad;dx++){
    const tx=clamp(cx+dx,0,nMax),ty=clamp(cy+dy,0,nMax);
    const url=tmpl.replace("{z}",z).replace("{x}",tx).replace("{y}",ty);
    jobs.push(loadImg(url).catch(()=>null));
  }
  const imgs=await Promise.all(jobs);
  if(earthlineIsStale(myGen))return false;
  if(imgs.every(im=>!im))return true; // procedural regional fallback remains usable
  const mosaic=document.createElement("canvas");mosaic.width=512*span;mosaic.height=512*span;
  const mg=mosaic.getContext("2d");let k=0;
  for(let row=0;row<span;row++)for(let col=0;col<span;col++){
    const im=imgs[k++];if(im)mg.drawImage(im,col*512,row*512);
  }
  const px0=(tf[0]-(cx-rad))*512,py0=(tf[1]-(cy-rad))*512;
  const mpp=mppAt(z,lat);
  const wPx=GW*M.cellM/mpp,hPx=GH*M.cellM/mpp;
  const satOut=document.createElement("canvas");satOut.width=840;satOut.height=584;
  satOut.getContext("2d").drawImage(mosaic,px0-wPx/2,py0-hPx/2,wPx,hPx,0,0,840,584);
  M.satCanvas=satOut;
  return true;
}


// BUILD-CHECK-15672: property maps open with satellite imagery first. Terrain-RGB DEM
// is deferred until the user explicitly runs analysis, preventing the map from feeling
// frozen during ordinary search/open/close actions.
async function earthlineFetchPropertySatellitePreview(myGen=M.searchGen){
  const satZ=Math.round(clamp(M.viewZoom,3,20));
  const analysisZ=Math.min(satZ,17);
  const lat=M.centerLat,lng=M.centerLng;
  M.cellM=5*mppAt(analysisZ,lat);
  buildTerrainProcedural();
  if(!MB_ON())return true;
  const tf=lonLatToTile(lng,lat,satZ),cx=Math.floor(tf[0]),cy=Math.floor(tf[1]);
  const nMax=Math.pow(2,satZ)-1,rad=0,span=1; // 15410: one-tile instant preview; full imagery is not re-fetched during analysis
  const tmpl="https://api.mapbox.com/v4/mapbox.satellite/{z}/{x}/{y}@2x.jpg90?access_token="+MAPBOX_TOKEN;
  const jobs=[];
  for(let dy=-rad;dy<=rad;dy++)for(let dx=-rad;dx<=rad;dx++){
    const tx=clamp(cx+dx,0,nMax),ty=clamp(cy+dy,0,nMax);
    const url=tmpl.replace("{z}",satZ).replace("{x}",tx).replace("{y}",ty);
    jobs.push(loadImg(url).catch(()=>null));
  }
  const imgs=await Promise.all(jobs);
  if(earthlineIsStale(myGen))return false;
  if(imgs.every(im=>!im))return true;
  const mosaic=document.createElement("canvas");mosaic.width=512*span;mosaic.height=512*span;
  const mg=mosaic.getContext("2d");let k=0;
  for(let row=0;row<span;row++)for(let col=0;col<span;col++){
    const im=imgs[k++];if(im)mg.drawImage(im,col*512,row*512);
  }
  const px0=(tf[0]-(cx-rad))*512,py0=(tf[1]-(cy-rad))*512;
  const mppS=mppAt(satZ,lat),wPx=GW*M.cellM/mppS,hPx=GH*M.cellM/mppS;
  const satOut=document.createElement("canvas");satOut.width=840;satOut.height=584;
  satOut.getContext("2d").drawImage(mosaic,px0-wPx/2,py0-hPx/2,wPx,hPx,0,0,840,584);
  M.satCanvas=satOut;
  return true;
}
async function earthlineBuildPropertyPreview(myGen=M.searchGen){
  M.seed=hashStr(M.loc.name+"|"+M.zone+"|z"+M.viewZoom+"|preview");
  M.realMode=!!earthlineMap;
  // Mapbox GL paints imagery progressively. The analysis grid only needs a lightweight
  // provisional surface until the user explicitly requests Terrain-RGB analysis.
  const analysisZ=Math.min(Math.round(clamp(M.viewZoom,3,20)),17);
  M.cellM=5*mppAt(analysisZ,M.centerLat);
  buildTerrainProcedural();
  M.satCanvas=null;
  buildBoundary();
  M.minH=Infinity;M.maxH=-Infinity;
  for(let i=0;i<N;i++){if(M.h[i]<M.minH)M.minH=M.h[i];if(M.h[i]>M.maxH)M.maxH=M.h[i];}
  M.terrainReady=true;M.previewReady=true;M.demReady=false;M.analysisReady=false;
  M.previewStamp=earthlineTerrainStamp();M.terrainStamp="";
  const at=document.getElementById("attribTxt");
  if(at)at.innerHTML=earthlineMap
    ?"Imagery &copy; Mapbox &copy; Maxar<br>Progressive base map ready &mdash; terrain loads with Run Analysis"
    :"Earthline preview terrain<br>Detailed DEM loads with Run Analysis";
  return !earthlineIsStale(myGen);
}

async function buildTerrain(myGen=M.searchGen){
  const L=M.loc;
  M.seed=hashStr(L.name+"|"+M.zone+"|z"+M.viewZoom);
  M.realMode=false;
  if(earthlineLargeAreaMode()||earthlinePlanningMode()){
    buildRegionalTerrain();
    M.satCanvas=null;
    M.realMode=!!earthlineMap;
  }else if(MB_ON()&&typeof fetch==="function"){
    let liveOk=false;
    // BUILD-CHECK-15760: decode the bounded Terrain-RGB tile mosaic directly. The former
    // primary path called Mapbox queryTerrainElevation once per grid cell (30,660 calls),
    // mutated the live camera, waited for terrain idle, and could lock ordinary browsers.
    try{
      earthlineProgress("dem","loading a bounded elevation tile set…");
      await earthlineTimed("Terrain-RGB direct DEM",()=>fetchRealTerrain(M.centerLat,M.centerLng,myGen));
      if(earthlineIsStale(myGen))return false;
      M.demSource="Mapbox Terrain-RGB";M.realMode=true;liveOk=true;
    }catch(err){
      if(err&&err.message==="STALE_SEARCH")return false;
      console.warn("[Earthline] direct Terrain-RGB unavailable",err);
      M.propertyCoreFailure16548={stage:"direct-terrain-rgb",reason:String(err&&err.message||"direct Terrain-RGB unavailable"),at:new Date().toISOString()};
    }
    /* EARTHLINE 16548 — generic real-DEM fallback. The accepted file already
       contains earthlineSampleMapboxDem(), which samples the same Mapbox Terrain
       elevation source through the live map. Use it only when the faster direct
       Terrain-RGB mosaic did not produce a real DEM. This is one bounded in-run
       fallback, not a new lifecycle owner, and generated terrain remains forbidden
       for Property publication. */
    if(!liveOk&&!earthlineIsStale(myGen)&&typeof earthlineSampleMapboxDem==="function"){
      try{
        earthlineProgress("dem","retrying real elevation through the map terrain source…");
        const fallbackOk16548=await earthlineSampleMapboxDem(myGen);
        if(fallbackOk16548&&!earthlineIsStale(myGen)){
          liveOk=true;
          M.realMode=true;
          M.demSource=M.demSource||"Mapbox GL Terrain-DEM";
          M.propertyCoreFailure16548=null;
        }else{
          M.propertyCoreFailure16548={stage:"map-terrain-dem",reason:earthlineIsStale(myGen)?"property analysis superseded during terrain fallback":"Mapbox GL Terrain-DEM fallback did not reach usable coverage",at:new Date().toISOString()};
        }
      }catch(err16548){
        if(earthlineIsStale(myGen))return false;
        M.propertyCoreFailure16548={stage:"map-terrain-dem",reason:String(err16548&&err16548.message||"Mapbox GL Terrain-DEM fallback failed"),at:new Date().toISOString()};
        console.warn("[Earthline] Mapbox GL Terrain-DEM fallback unavailable",err16548);
      }
    }
    if(!liveOk){
      buildTerrainProceduralWrap();M.demSource="generated screening fallback";M.realMode=false;
    }
  }else{
    buildTerrainProceduralWrap();M.demSource="generated screening fallback";
  }
  if(earthlineIsStale(myGen))return false;
  if(isPropScale())buildBoundary();
  else{M.boundary=[];M.inP.fill(1);}
  M.minH=Infinity;M.maxH=-Infinity;
  for(let i=0;i<N;i++){if(M.h[i]<M.minH)M.minH=M.h[i];if(M.h[i]>M.maxH)M.maxH=M.h[i];}
  const at=(typeof document!=="undefined")?document.getElementById("attribTxt"):null;
  if(at)at.innerHTML=(earthlineLargeAreaMode()||earthlinePlanningMode())
    ?(earthlineMap?"Imagery &copy; Mapbox &copy; Maxar<br>Earthline regional planning view &middot; no parcel analysis":"Earthline regional planning view<br>Lightweight orientation surface")
    :(M.realMode
      ?"Imagery &copy; Mapbox &copy; Maxar &middot; DEM: "+(M.demSource||"Mapbox Terrain")+"<br>Earthline terrain loaded &mdash; analysis pending &middot; z"+Number(M.viewZoom||0).toFixed(1)
      :"DEM: "+(M.demSource||"generated screening fallback")+"<br>Earthline terrain loaded &mdash; analysis pending");
  M.terrainReady=true;M.previewReady=true;M.demReady=!(earthlineLargeAreaMode()||earthlinePlanningMode());M.analysisReady=false;M.terrainStamp=earthlineTerrainStamp();
  return true;
}

function buildTerrainProceduralWrap(){
  const L=M.loc;
  const areaM2=L.acres*4046.86;
  const frameW=Math.sqrt(areaM2*(GW/GH))*1.35;
  M.cellM=frameW/GW;
  buildTerrainProcedural();
}

/* ---------------- priority-flood pit fill ---------------- */
async function pitFill(myGen=M.searchGen){
  M.fill.set(M.h);
  const heapE=new Float64Array(N+1),heapI=new Int32Array(N+1);
  let hn=0,ops=0;
  function push(e,i){
    hn++;let c=hn;heapE[c]=e;heapI[c]=i;
    while(c>1){const p=c>>1;if(heapE[p]<=heapE[c])break;
      const te=heapE[p];heapE[p]=heapE[c];heapE[c]=te;
      const ti=heapI[p];heapI[p]=heapI[c];heapI[c]=ti;c=p;}
  }
  function pop(){
    const ri=heapI[1];heapE[1]=heapE[hn];heapI[1]=heapI[hn];hn--;
    let c=1;
    while(true){
      let l=c*2,r=l+1,m=c;
      if(l<=hn&&heapE[l]<heapE[m])m=l;
      if(r<=hn&&heapE[r]<heapE[m])m=r;
      if(m===c)break;
      const te=heapE[m];heapE[m]=heapE[c];heapE[c]=te;
      const ti=heapI[m];heapI[m]=heapI[c];heapI[c]=ti;c=m;
    }
    return ri;
  }
  const seen=new Uint8Array(N);
  for(let x=0;x<GW;x++){push(M.fill[idx(x,0)],idx(x,0));seen[idx(x,0)]=1;push(M.fill[idx(x,GH-1)],idx(x,GH-1));seen[idx(x,GH-1)]=1;}
  for(let y=1;y<GH-1;y++){push(M.fill[idx(0,y)],idx(0,y));seen[idx(0,y)]=1;push(M.fill[idx(GW-1,y)],idx(GW-1,y));seen[idx(GW-1,y)]=1;}
  const EPS=0.0008;
  while(hn>0){
    const c=pop();
    const cx=c%GW,cy=(c/GW)|0,ce=M.fill[c];
    for(let d=0;d<8;d++){
      const nx=cx+D8X[d],ny=cy+D8Y[d];
      if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
      const ni=idx(nx,ny);if(seen[ni])continue;
      seen[ni]=1;if(M.fill[ni]<ce+EPS)M.fill[ni]=ce+EPS;push(M.fill[ni],ni);
    }
    if((++ops&2047)===0){earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"hydrology");}
  }
  let pondCount=0;
  for(let i=0;i<N;i++){
    M.pond[i]=(M.fill[i]-M.h[i]>0.06)?1:0;
    if(M.pond[i]&&M.inP[i])pondCount++;
    if((i&8191)===8191){earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"hydrology");}
  }
  M.pondCells=pondCount;
}

/* ---------------- D8 direction + accumulation ---------------- */
async function flowRoute(myGen=M.searchGen){
  for(let y=0;y<GH;y++){
    for(let x=0;x<GW;x++){
      const i=idx(x,y),e=M.fill[i];
      let best=-1,bestS=0;
      for(let d=0;d<8;d++){
        const nx=x+D8X[d],ny=y+D8Y[d];
        if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
        const s=(e-M.fill[idx(nx,ny)])/D8D[d];
        if(s>bestS){bestS=s;best=d;}
      }
      M.dir[i]=best;
    }
    if((y&7)===7){earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"hydrology");}
  }
  const order=new Int32Array(N);
  for(let i=0;i<N;i++)order[i]=i;
  const f=M.fill;
  // Sorting 30k cells is acceptable, but yield before and after so the UI can repaint.
  earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"hydrology");
  Array.prototype.sort.call(order,(a,b)=>f[b]-f[a]);
  earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"hydrology");
  M.acc.fill(1);
  let maxAcc=1,outFlow=0;
  for(let k=0;k<N;k++){
    const i=order[k],d=M.dir[i];
    if(d<0){if(M.inP[i])outFlow+=M.acc[i];continue;}
    const x=i%GW,y=(i/GW)|0;
    const ni=idx(x+D8X[d],y+D8Y[d]);
    M.acc[ni]+=M.acc[i];
    if(M.inP[i]&&!M.inP[ni])outFlow+=M.acc[i];
    if(M.acc[ni]>maxAcc)maxAcc=M.acc[ni];
    if((k&2047)===2047){earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"hydrology");}
  }
  M.maxAcc=maxAcc;M.outFlow=outFlow;
}

/* ---------------- thresholds, census, helpers ---------------- */
function streamThreshold(){
  const rainF=1-(M.rain-5)/95*0.85;          // heavier rain reveals more rills
  let base=Math.max(2,M.maxAcc*0.005*rainF);
  // At regional scale the coarse DEM makes D8 produce straight grid-locked tributary
  // artifacts on near-flat ground. Raise the threshold sharply so only MAJOR rivers
  // (high real accumulation) render — these are genuine and not grid artifacts.
  if(!swaleDetailScale()){                    // zoomed out to watershed/regional
    base=Math.max(base,M.maxAcc*0.06);        // only the strongest channels
  }
  return base;
}
function censusTributaries(thr){
  let sources=0,lenCells=0;
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const i=idx(x,y);
    if(M.acc[i]<thr||!M.inP[i])continue;
    lenCells++;
    let hasUp=false;
    for(let d=0;d<8;d++){
      const nx=x+D8X[d],ny=y+D8Y[d];
      if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
      const ni=idx(nx,ny);
      if(M.acc[ni]>=thr&&M.dir[ni]>=0){
        const dx=nx+D8X[M.dir[ni]],dy=ny+D8Y[M.dir[ni]];
        if(dx===x&&dy===y){hasUp=true;break;}
      }
    }
    if(!hasUp)sources++;
  }
  return {sources,lenCells};
}
function gradAt(x,y){
  const x0=clamp(x-1,0,GW-1),x1=clamp(x+1,0,GW-1);
  const y0=clamp(y-1,0,GH-1),y1=clamp(y+1,0,GH-1);
  const gx=(M.h[idx(x1,y)]-M.h[idx(x0,y)])/((x1-x0)*M.cellM);
  const gy=(M.h[idx(x,y1)]-M.h[idx(x,y0)])/((y1-y0)*M.cellM);
  return [gx,gy];
}
// bilinear elevation at fractional cell (x,y), in the same units as M.h (meters)
function hAt(x,y){
  const x0=clamp(Math.floor(x),0,GW-1),y0=clamp(Math.floor(y),0,GH-1);
  const x1=clamp(x0+1,0,GW-1),y1=clamp(y0+1,0,GH-1);
  const fx=x-x0,fy=y-y0;
  const h00=M.h[idx(x0,y0)],h10=M.h[idx(x1,y0)],h01=M.h[idx(x0,y1)],h11=M.h[idx(x1,y1)];
  return h00*(1-fx)*(1-fy)+h10*fx*(1-fy)+h01*(1-fx)*fy+h11*fx*fy;
}
// gradient in elevation-per-CELL (not per-meter), for the contour corrector working in cell space
function gradCell(x,y){
  const x0=clamp(Math.round(x)-1,0,GW-1),x1=clamp(Math.round(x)+1,0,GW-1);
  const y0=clamp(Math.round(y)-1,0,GH-1),y1=clamp(Math.round(y)+1,0,GH-1);
  const gx=(M.h[idx(x1,Math.round(y))]-M.h[idx(x0,Math.round(y))])/(x1-x0||1);
  const gy=(M.h[idx(Math.round(x),y1)]-M.h[idx(Math.round(x),y0)])/(y1-y0||1);
  return [gx,gy];
}
let earthlineSlopeMemo16288=null,earthlineSlopeMemoKey16288="";
function slopePct(x,y){
  const xi=Number(x),yi=Number(y);
  if(Number.isInteger(xi)&&Number.isInteger(yi)&&xi>=0&&yi>=0&&xi<GW&&yi<GH){
    const key=String(M.searchGen||0)+"|"+String(M.terrainStamp||"")+"|"+String(M.cellM||0)+"|"+String(M.maxAcc||0);
    if(!earthlineSlopeMemo16288||earthlineSlopeMemo16288.length!==N||earthlineSlopeMemoKey16288!==key){
      earthlineSlopeMemo16288=new Float64Array(N);earthlineSlopeMemo16288.fill(NaN);earthlineSlopeMemoKey16288=key;
    }
    const i=idx(xi,yi),cached=earthlineSlopeMemo16288[i];
    if(Number.isFinite(cached))return cached;
    const[gx,gy]=gradAt(xi,yi),value=Math.hypot(gx,gy)*100;earthlineSlopeMemo16288[i]=value;return value;
  }
  const[gx,gy]=gradAt(x,y);return Math.hypot(gx,gy)*100;
}
function gph(accCells){
  const Lhr=accCells*M.cellM*M.cellM*M.rain*M.loc.runC;
  return Lhr*0.264172;
}

/* ---------------- recharge zones + donut (model-derived) ---------------- */
// Aquifer permeability at a grid cell: if the cell falls inside a fetched USGS aquifer
// polygon, use that aquifer's rock-type permeability; otherwise a low baseline (recharge
// is still possible but less certain without a mapped principal aquifer).
function aquiferPermAt(x,y){
  if(!M.usgsAquifers||!M.usgsAquifers.length)return 0.45;
  for(const poly of M.usgsAquifers){
    const pts=poly.pts;let inside=false;
    for(let a=0,b=pts.length-1;a<pts.length;b=a++){
      const xi=pts[a][0],yi=pts[a][1],xj=pts[b][0],yj=pts[b][1];
      if(((yi>y)!==(yj>y))&&(x<(xj-xi)*(y-yi)/((yj-yi)||1e-9)+xi))inside=!inside;
    }
    if(inside)return poly.perm||0.7;
  }
  return 0.45;
}
// Recharge suitability per cell, grounded in the GIS-MCDA managed-aquifer-recharge
// literature. Criteria, weighted by their established importance:
//   aquifer permeability (top criterion) · soil infiltration · slope (flatter better) ·
//   runoff/flow accumulation (water source) · aridity-as-NEED (drier = more valuable).
// The aridity term is why a drought region should NOT read as low: the need is high.
function rechSuit(i){
  const x=i%GW,y=(i/GW)|0;
  const aqf=aquiferPermAt(x,y);                                  // 0..1 aquifer permeability
  const soilV=(typeof soilPercAt==="function")?soilPercAt(x,y):-1;
  const soil=soilV>=0?soilV:0.55;                                // 0..1 soil infiltration
  const fa=Math.log(M.acc[i]+1)/Math.log(M.maxAcc+1);           // 0..1 runoff source
  const sl=clamp(1-slopePct(x,y)/12,0,1);                        // flatter = better
  const precip=(M.loc&&M.loc.precipIn)||30;
  const need=clamp((45-precip)/40,0,1);                          // drier climate => higher need
  // weighted blend (weights sum to 1). Aquifer + soil dominate per the science, but a dry
  // climate raises the value of recharge everywhere (the need term lifts arid regions).
  const base=aqf*0.30+soil*0.20+sl*0.18+fa*0.17+ (0.15*0.5);
  // need amplifies the whole score (drought regions get a real, science-based boost)
  return clamp(base*(0.82+need*0.33),0,1);
}
async function earthlineSelectRechargeTargets16409(candidates16409,myGen=M.searchGen){
  const source16409=Array.isArray(candidates16409)?candidates16409:[];
  const eligible16409=[];
  let rejectedNoBuild16332=0,rejectedContainment16332=0,rejectedSpacing16332=0;

  // EARTHLINE 16409 — exact fast-accept only. If the whole square traversed by the
  // existing 16326 containment predicate is valid, the ellipse must also be valid.
  // Any blocked or out-of-bounds square falls back to that unchanged exact predicate.
  const prefixStride16409=GW+1;
  const blockedPrefix16409=new Uint32Array((GW+1)*(GH+1));
  for(let py16409=0;py16409<GH;py16409++){
    let rowBlocked16409=0;
    const priorRow16409=py16409*prefixStride16409;
    const thisRow16409=(py16409+1)*prefixStride16409;
    for(let px16409=0;px16409<GW;px16409++){
      const pi16409=idx(px16409,py16409);
      const blocked16409=!!(
        (M.inP&&!M.inP[pi16409]) ||
        (M.noBuildMask&&M.noBuildMask[pi16409]) ||
        (M.pond&&M.pond[pi16409])
      );
      if(blocked16409)rowBlocked16409++;
      blockedPrefix16409[thisRow16409+px16409+1]=
        blockedPrefix16409[priorRow16409+px16409+1]+rowBlocked16409;
    }
    if((py16409&31)===31){
      earthlineAssertActive15686(myGen);
      await earthlineCoopYield15686(myGen);
    }
  }
  function squareBlockedCount16409(x0,y0,x1,y1){
    const a=y0*prefixStride16409+x0;
    const b=y0*prefixStride16409+(x1+1);
    const c=(y1+1)*prefixStride16409+x0;
    const d=(y1+1)*prefixStride16409+(x1+1);
    return blockedPrefix16409[d]-blockedPrefix16409[b]-blockedPrefix16409[c]+blockedPrefix16409[a];
  }
  function exactFastFits16409(z,scale){
    if(!z||!Number.isFinite(Number(z.gx))||!Number.isFinite(Number(z.gy)))return false;
    const rx=Math.max(0,Number(z.rx||18)*scale);
    const ry=Math.max(0,Number(z.ry||10)*scale);
    if(rx<3.5||ry<2.25)return false;
    const cx=Number(z.gx),cy=Number(z.gy);
    const reach=Math.ceil(Math.max(rx,ry)+1);
    const x0=Math.floor(cx-reach),x1=Math.ceil(cx+reach);
    const y0=Math.floor(cy-reach),y1=Math.ceil(cy+reach);
    if(x0>=0&&y0>=0&&x1<GW&&y1<GH&&squareBlockedCount16409(x0,y0,x1,y1)===0)return true;
    return !!(
      typeof earthlineRechargeZoneFitsProperty16326==="function"&&
      earthlineRechargeZoneFitsProperty16326(z,scale)
    );
  }

  // Final hard-block state owns Property recharge eligibility. Filter before ranking
  // so blocked high-suitability cells cannot starve valid lower-ranked cells.
  for(let ordinal16409=0;ordinal16409<source16409.length;ordinal16409++){
    const item16409=source16409[ordinal16409];
    if(!item16409||!Number.isFinite(Number(item16409[0]))||!Number.isFinite(Number(item16409[1])))continue;
    const s=Number(item16409[0]),i=Number(item16409[1]);
    if((M.noBuildMask&&M.noBuildMask[i])||(M.pond&&M.pond[i])){
      rejectedNoBuild16332++;continue;
    }
    eligible16409.push([s,i,ordinal16409]);
  }
  eligible16409.sort((a,b)=>(b[0]-a[0])||(a[2]-b[2]));

  M.rechZones=[];
  const containmentScales16332=[1,.90,.80,.70,.60,.50,.42,.34,.28,.24];
  let evaluated16409=0;
  for(const [s,i] of eligible16409){
    if(M.rechZones.length>=5)break;
    const x=i%GW,y=(i/GW)|0;
    const[ggx,ggy]=gradAt(x,y);
    const ang=Math.atan2(ggy,ggx)+Math.PI/2;
    const rawZone16332={gx:x,gy:y,rx:14+s*16,ry:7+s*6,a:ang,s,id:"R"+(M.rechZones.length+1)};

    let fittedScale16332=null;
    for(const scale16332 of containmentScales16332){
      if(exactFastFits16409(rawZone16332,scale16332)){fittedScale16332=scale16332;break;}
    }
    if(fittedScale16332==null)rejectedContainment16332++;
    else{
      let near=false;
      for(const z of M.rechZones){
        const minSep16332=Math.max(16,Math.min(24,(Number(z.rx||10)+Number(rawZone16332.rx||10))*.45));
        if(Math.hypot(z.gx-x,z.gy-y)<minSep16332){near=true;break;}
      }
      if(near)rejectedSpacing16332++;
      else M.rechZones.push(Object.assign({},rawZone16332,{
        rx:rawZone16332.rx*fittedScale16332,
        ry:rawZone16332.ry*fittedScale16332,
        propertyContainmentScale16332:fittedScale16332
      }));
    }

    evaluated16409++;
    if((evaluated16409&63)===0&&M.rechZones.length<5){
      earthlineAssertActive15686(myGen);
      await earthlineCoopYield15686(myGen);
    }
  }

  M.rechargeTargetSelection16332={
    build:"EARTHLINE 16332",
    rankedCandidates:Number(eligible16409.length),
    selectedTargets:Number(M.rechZones.length),
    rejectedNoBuild:Number(rejectedNoBuild16332),
    rejectedContainment:Number(rejectedContainment16332),
    rejectedSpacing:Number(rejectedSpacing16332),
    suitabilityScoresChanged:false,
    at:new Date().toISOString()
  };
  return M.rechZones;
}

async function computeRecharge(myGen=M.searchGen){
  let vh=0,hi=0,mo=0,lo=0,vl=0,totalSuit=0,tot=0;
  const top=[];
  const deferPropertyRechargeSelection16409=!!M.deferPropertyRechargeSelection16409;
  const propertyCandidates16409=deferPropertyRechargeSelection16409?[]:null;
  function addTop(s,i){
    if(!Number.isFinite(s))return;
    if(deferPropertyRechargeSelection16409){propertyCandidates16409.push([s,i]);return;}
    const item=[s,i];
    let j=0;while(j<top.length&&top[j][0]>=s)j++;
    top.splice(j,0,item);
    if(top.length>80)top.pop();
  }
  for(let y=0;y<GH;y++){
    for(let x=0;x<GW;x++){
      const i=idx(x,y);if(!M.inP[i])continue;
      const suitability=rechSuit(i);
      if(!Number.isFinite(suitability))continue;
      const s=clamp(suitability,0,1);
      totalSuit+=s;tot++;addTop(s,i);
      if(s>=0.54)vh++;else if(s>=0.47)hi++;else if(s>=0.40)mo++;else if(s>=0.33)lo++;else vl++;
    }
    if((y&7)===7){earthlineAssertActive15686(myGen);await earthlineCoopYield15686(myGen,"hydrology");}
  }
  if(!tot){
    M.donut=[];M.donutCenter=null;M.rechargeStats={analyzedCells:0,modeledPotentialPct:null,highVeryHighPct:null};
    M.rechZones=[];
    if(deferPropertyRechargeSelection16409){M.rechargeCandidates16409=[];M.rechargeTargetSelection16332=null;}
    earthlineUpdateRechargeSvg(false);return;
  }
  const counts=[vh,hi,mo,lo,vl];
  let p=counts.map(v=>Math.round(v/tot*100));
  const raw=counts.map(v=>v/tot*100);
  let delta=100-p.reduce((a,b)=>a+b,0);
  let mi=0;for(let k=1;k<raw.length;k++)if(raw[k]>raw[mi])mi=k;
  p[mi]+=delta;
  const precipIn=(M.loc&&M.loc.precipIn)||30;
  const floor=Math.round(clamp((40-precipIn)/32,0,1)*45);
  let highVeryHigh=p[0]+p[1];
  if(highVeryHigh<floor){
    let need=floor-highVeryHigh;
    for(const gi of [4,3,2]){
      if(need<=0)break;
      const take=Math.min(Math.max(0,p[gi]),need);
      if(take>0){p[gi]-=take;p[1]+=take;need-=take;}
    }
    highVeryHigh=p[0]+p[1];
  }
  M.donut=[
    {n:"Very High",c:"#e53935",p:p[0]},
    {n:"High",c:"#fb8c00",p:p[1]},
    {n:"Moderate",c:"#fdd835",p:p[2]},
    {n:"Low",c:"#43a047",p:p[3]},
    {n:"Very Low",c:"#1e88e5",p:p[4]}
  ];
  const modeledPotentialPct=Math.round(totalSuit/tot*100);
  M.donutCenter=clamp(modeledPotentialPct,1,99);
  M.rechargeStats={analyzedCells:tot,modeledPotentialPct:M.donutCenter,highVeryHighPct:highVeryHigh};
  if(deferPropertyRechargeSelection16409){
    M.rechZones=[];
    M.rechargeCandidates16409=propertyCandidates16409;
    M.rechargeTargetSelection16332=null;
    return;
  }
  M.rechZones=[];
  const containmentScales16332=[1,.90,.80,.70,.60,.50,.42,.34,.28,.24];
  let rejectedNoBuild16332=0,rejectedContainment16332=0,rejectedSpacing16332=0;

  for(const [s,i] of top){
    if(M.rechZones.length>=5)break;
    const x=i%GW,y=(i/GW)|0;

    if((M.noBuildMask&&M.noBuildMask[i])||(M.pond&&M.pond[i])){
      rejectedNoBuild16332++;continue;
    }

    const[ggx,ggy]=gradAt(x,y);
    const ang=Math.atan2(ggy,ggx)+Math.PI/2;
    const rawZone16332={
      gx:x,gy:y,rx:14+s*16,ry:7+s*6,a:ang,s,
      id:"R"+(M.rechZones.length+1)
    };

    let fittedScale16332=null;
    for(const scale16332 of containmentScales16332){
      if(
        typeof earthlineRechargeZoneFitsProperty16326==="function"&&
        earthlineRechargeZoneFitsProperty16326(rawZone16332,scale16332)
      ){
        fittedScale16332=scale16332;break;
      }
    }
    if(fittedScale16332==null){rejectedContainment16332++;continue;}

    let near=false;
    for(const z of M.rechZones){
      const minSep16332=Math.max(
        16,
        Math.min(24,(Number(z.rx||10)+Number(rawZone16332.rx||10))*.45)
      );
      if(Math.hypot(z.gx-x,z.gy-y)<minSep16332){near=true;break;}
    }
    if(near){rejectedSpacing16332++;continue;}

    M.rechZones.push(Object.assign({},rawZone16332,{
      rx:rawZone16332.rx*fittedScale16332,
      ry:rawZone16332.ry*fittedScale16332,
      propertyContainmentScale16332:fittedScale16332
    }));
  }

  M.rechargeTargetSelection16332={
    build:"EARTHLINE 16332",
    rankedCandidates:Number(top.length),
    selectedTargets:Number(M.rechZones.length),
    rejectedNoBuild:Number(rejectedNoBuild16332),
    rejectedContainment:Number(rejectedContainment16332),
    rejectedSpacing:Number(rejectedSpacing16332),
    suitabilityScoresChanged:false,
    at:new Date().toISOString()
  };
}
/* ---------------- bioswale prescription ---------------- */
// Sample the loaded satellite imagery to estimate tree canopy at a grid cell.
// Forest = dark, saturated green, high texture. Open ground (grass/soil/roof/dry)
// is lighter, less saturated. Returns 0 (open) .. 1 (dense canopy).
let _canopyData=null,_canopyW=0,_canopyH=0,_impervData=null,_satRgbaData=null;
function buildCanopyField(){
  _canopyData=null;_impervData=null;_satRgbaData=null;
  if(!(M.realMode&&M.satCanvas))return;          // only meaningful on real imagery
  try{
    const sc=M.satCanvas, sw=sc.width, sh=sc.height;
    const id=sc.getContext("2d").getImageData(0,0,sw,sh).data;
    _satRgbaData=id;
    _canopyW=sw;_canopyH=sh;_canopyData=new Float32Array(sw*sh);
    _impervData=new Float32Array(sw*sh);
    for(let p=0,q=0;p<id.length;p+=4,q++){
      const r=id[p],g=id[p+1],b=id[p+2];
      // Forest reads as dark, green-dominant. Open ground (grass/dry/soil/roof/road)
      // is brighter and/or red-leaning. Build a robust 0..1 canopy score.
      const green=g-(r+b)/2;                 // green dominance
      const lum=(r+g+b)/3;
      // TRUE forest canopy = dark AND strongly green together. Open sage/grass is
      // mid-tone and only weakly green, and must NOT register as forest.
      let c=0;
      const isDark=lum<95;                    // genuinely shaded canopy
      const strongGreen=green>22;             // clearly green-dominant (not pale sage)
      if(isDark && green>12) c=0.55+Math.min(0.4,(green-12)/40);  // dark + green = tree
      else if(strongGreen && lum<140) c=0.45+Math.min(0.4,(green-22)/40); // lush green
      else c=0;                                // bright, pale, dry, or red = open ground
      if(lum>160)c=0;                          // anything bright = open, hard rule
      if(r>=g)c=0;                             // red/tan-leaning = dry open ground
      _canopyData[q]=Math.max(0,Math.min(1,c));
      // IMPERVIOUS (roof/pavement/concrete/asphalt): man-made surfaces are low-saturation
      // (grey/blue-grey) and NOT green vegetation, across a wide brightness range — bright
      // concrete, mid pavement, AND dark shingle/asphalt roofs.
      const mx=Math.max(r,g,b), mn=Math.min(r,g,b);
      const sat=mx?(mx-mn)/mx:0;              // colour saturation 0..1
      let imp=0;
      if(green<14 && c<0.25){                 // exclude vegetation/canopy
        // Man-made surfaces: low-to-moderate saturation greys across brightness. We bias
        // toward catching roofs even at some risk of flagging a little bare ground, because
        // a swale stopping short of a roof is FAR safer than one drawn across a house.
        if(lum>160 && sat<0.20) imp=0.75;                              // bright concrete/roof
        else if(lum>=55 && lum<=160 && sat<0.18) imp=0.62;            // grey/warm-grey roof
        else if(b>=r && b>g-2 && lum>70 && sat<0.32) imp=0.6;         // blue-grey metal roof
        else if(lum>=50 && lum<=120 && sat<0.22) imp=0.55;           // dark shingle/asphalt
      }
      _impervData[q]=Math.max(0,Math.min(1,imp));
    }
  }catch(e){_canopyData=null;_impervData=null;_satRgbaData=null;}   // CORS taint etc -> skip gracefully
}
// canopy at grid cell (gx,gy) by mapping grid -> satCanvas pixel space
function canopyAt(gx,gy){
  if(!_canopyData)return 0;
  const px=Math.round((gx/GW)*_canopyW), py=Math.round((gy/GH)*_canopyH);
  let sum=0,nn=0;
  for(let oy=-2;oy<=2;oy++)for(let ox=-2;ox<=2;ox++){
    const x=px+ox,y=py+oy;
    if(x<0||y<0||x>=_canopyW||y>=_canopyH)continue;
    sum+=_canopyData[y*_canopyW+x];nn++;
  }
  return nn?sum/nn:0;
}
// impervious (hard-surface) score at grid cell, same mapping as canopyAt
function impervAt(gx,gy){
  if(!_impervData)return 0;
  const pxr=Math.round((gx/GW)*_canopyW), pyr=Math.round((gy/GH)*_canopyH);
  let sum=0,nn=0;
  for(let oy=-2;oy<=2;oy++)for(let ox=-2;ox<=2;ox++){
    const x=pxr+ox,y=pyr+oy;
    if(x<0||y<0||x>=_canopyW||y>=_canopyH)continue;
    sum+=_impervData[y*_canopyW+x];nn++;
  }
  return nn?sum/nn:0;
}
// mean canopy along a traced corridor path
function pathCanopy(pts){
  if(!_canopyData||!pts.length)return 0;
  let sum=0;for(const p of pts)sum+=canopyAt(p[0],p[1]);
  return sum/pts.length;
}
// median slope (rise/run fraction) over in-parcel cells — used to cap swale spacing
function medianSlopeInParcel(){
  const vals=[];
  for(let y=2;y<GH-2;y+=2)for(let x=2;x<GW-2;x+=2){
    const i=idx(x,y);if(!M.inP[i])continue;
    vals.push(slopePct(x,y)/100);
  }
  if(!vals.length)return 0.05;
  vals.sort((a,b)=>a-b);
  return vals[Math.floor(vals.length/2)];
}
function earthlineDensityTargetM(){
  // BUILD-CHECK-15760: approved 15–25 ft centerline spacing, defaulting to 20 ft.
  // This is a ground-distance target, never a pixel, zoom, frame-height, or swale-count proxy.
  const requested=Number(M.targetSwaleSpacingM||6.096);
  return clamp(requested,4.572,7.620);
}

function earthlineImpervNear(cx,cy,r){
  let mx=0;
  for(let oy=-r;oy<=r;oy++)for(let ox=-r;ox<=r;ox++){
    const x=cx+ox,y=cy+oy;
    if(x<0||y<0||x>=GW||y>=GH)continue;
    const v=impervAt(x,y);if(v>mx)mx=v;
  }
  return mx;
}

function earthlineCellCrossesLevel(cx,cy,L){
  if(cx<0||cy<0||cx>=GW-1||cy>=GH-1)return false;
  const h00=M.h[idx(cx,cy)], h10=M.h[idx(cx+1,cy)],
        h01=M.h[idx(cx,cy+1)], h11=M.h[idx(cx+1,cy+1)];
  const mn=Math.min(h00,h10,h01,h11), mx=Math.max(h00,h10,h01,h11);
  return L>=mn && L<=mx && mx-mn>1e-7;
}

let earthlineMajorChannelUnsafe16288=null,earthlineMajorChannelUnsafeKey16288="";
function earthlineMajorChannelUnsafeAt16288(cx,cy){
  const threshold=streamThreshold()*3.2;
  const radius=Math.max(1,Math.ceil(4/Math.max(0.5,M.cellM||1)));
  const key=String(M.searchGen||0)+"|"+String(M.maxAcc||0)+"|"+String(M.rain||0)+"|"+String(M.cellM||0)+"|"+threshold+"|"+radius;
  if(!earthlineMajorChannelUnsafe16288||earthlineMajorChannelUnsafe16288.length!==N||earthlineMajorChannelUnsafeKey16288!==key){
    const unsafe=new Uint8Array(N);
    if(M.acc&&M.acc.length===N){
      for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
        if(M.acc[idx(x,y)]<threshold)continue;
        for(let oy=-radius;oy<=radius;oy++)for(let ox=-radius;ox<=radius;ox++){
          const nx=x+ox,ny=y+oy;if(nx<0||ny<0||nx>=GW||ny>=GH)continue;unsafe[idx(nx,ny)]=1;
        }
      }
    }
    earthlineMajorChannelUnsafe16288=unsafe;earthlineMajorChannelUnsafeKey16288=key;
  }
  return !!earthlineMajorChannelUnsafe16288[idx(cx,cy)];
}
function earthlineSafeCell(cx,cy,maxS){
  if(cx<1||cy<1||cx>=GW-1||cy>=GH-1)return false;
  const i=idx(cx,cy);
  if(!M.inP[i]||M.pond[i])return false;
  if(slopePct(cx,cy)>maxS)return false;
  const frozen=!!(M.prescriptionNoBuildRun15843&&M.prescriptionNoBuildRun15843.active&&Number(M.prescriptionNoBuildRun15843.searchGen)===Number(M.searchGen)&&M.noBuildMask&&M.noBuildMask.length===N);
  if(!frozen)earthlineBuildNoBuildMask();
  if(M.noBuildMask&&M.noBuildMask[i])return false;
  if(earthlineMajorChannelUnsafeAt16288(cx,cy))return false;
  return true;
}

function earthlineSafeCellCached16320(cx,cy,maxS){
  if(cx<1||cy<1||cx>=GW-1||cy>=GH-1)return false;
  const c=M&&M.earthlineTraceSafeCache16320;
  if(c&&Number(c.searchGen)===Number(M.searchGen)&&Number(c.maxS)===Number(maxS)&&
     c.mask&&c.mask.length===N&&c.known&&c.known.length===N){
    const i=idx(cx,cy);
    if(c.known[i]){c.hits=(c.hits||0)+1;return !!c.mask[i];}
    const value=!!earthlineSafeCell(cx,cy,maxS);
    c.known[i]=1;c.mask[i]=value?1:0;c.misses=(c.misses||0)+1;
    if(value)c.safeCells=(c.safeCells||0)+1;
    return value;
  }
  return earthlineSafeCell(cx,cy,maxS);
}
function earthlineNearestContourCell(sx,sy,L,maxS){
  const x0=Math.round(sx),y0=Math.round(sy);
  let best=null,bestD=Infinity;
  for(let r=0;r<=8;r++){
    for(let oy=-r;oy<=r;oy++)for(let ox=-r;ox<=r;ox++){
      if(Math.max(Math.abs(ox),Math.abs(oy))!==r)continue;
      const x=x0+ox,y=y0+oy;
      if(!earthlineSafeCellCached16320(x,y,maxS))continue;
      if(!earthlineCellCrossesLevel(x,y,L))continue;
      const d=ox*ox+oy*oy;
      if(d<bestD){bestD=d;best=[x,y];}
    }
    if(best)return best;
  }
  return null;
}

function earthlineClaimPath(mask,pts,r){
  for(const [px,py] of pts){
    const gx=Math.round(px),gy=Math.round(py);
    for(let oy=-r;oy<=r;oy++)for(let ox=-r;ox<=r;ox++){
      const nx=gx+ox,ny=gy+oy;
      if(nx>=0&&ny>=0&&nx<GW&&ny<GH)mask[idx(nx,ny)]=1;
    }
  }
}

function earthlinePathOverlap(mask,pts){
  if(!pts.length)return 1;
  let hit=0;
  for(const [px,py] of pts){
    const gx=Math.round(px),gy=Math.round(py);
    if(gx>=0&&gy>=0&&gx<GW&&gy<GH&&mask[idx(gx,gy)])hit++;
  }
  return hit/pts.length;
}

function earthlineCleanPath(pts){
  if(!pts||pts.length<3)return pts||[];
  const out=[];
  let last=null;
  for(const p of pts){
    if(!last||Math.hypot(p[0]-last[0],p[1]-last[1])>0.08){out.push(p);last=p;}
  }
  if(out.length<3)return out;
  const sm=[out[0]];
  for(let i=1;i<out.length-1;i++){
    const p0=out[i-1],p=out[i],p1=out[i+1];
    sm.push([(p0[0]+2*p[0]+p1[0])/4,(p0[1]+2*p[1]+p1[1])/4]);
  }
  sm.push(out[out.length-1]);
  return sm;
}


// Engineering setback assumptions for screening only. These are intentionally conservative,
// because an infiltration swale too close to a foundation, driveway, or road can create
// seepage, frost-heave, shoulder, and access issues. Final construction still needs local
// engineering, utilities, septic, well, and right-of-way review.
const EARTHLINE_SETBACK_M={
  structure:10.0,      // ~33 ft screening buffer from confirmed buildings/foundations
  pavedEdge:7.0,       // ~23 ft planning buffer from confirmed road/driveway/pavement edge
  minimum:3.5          // never less than ~11.5 ft from confirmed hard surface
};


function earthlineSegmentLengthM(pts){
  if(!pts||pts.length<2)return 0;
  let d=0;
  for(let i=1;i<pts.length;i++)d+=Math.hypot(pts[i][0]-pts[i-1][0],pts[i][1]-pts[i-1][1])*M.cellM;
  return d;
}

/* BUILD-CHECK-15768
   Minimum corridor length is a physical screening threshold, not an uncapped
   multiple of regional raster-cell size. This keeps property and regional
   analyses on the same real-world rule without requiring hundreds of metres
   of uninterrupted contour at coarse tile resolution. */
function earthlineMinimumSwaleLengthM15768(){
  const cell=Math.max(0.25,Number(M.cellM||1));
  return Math.max(12,Math.min(40,cell*4));
}

function earthlineSplitUsableSegments(pts,maxS){
  // Split a contour wherever it touches a no-build setback. This avoids drawing across or
  // immediately beside roofs, roads, and driveways while preserving longer buildable contours.
  const segs=[];
  let cur=[];
  const minM=earthlineMinimumSwaleLengthM15768(); // physical 12–40 m corridor-length threshold
  let prev=null;
  for(const p of (pts||[])){
    // Check the actual line between vertices, not only the vertices. This prevents a smoothed
    // swale from visually crossing a narrow driveway/roof between sampled points.
    let ok=earthlinePathPointUsable(p[0],p[1],maxS);
    if(ok&&prev){
      const steps=Math.max(1,Math.ceil(Math.hypot(p[0]-prev[0],p[1]-prev[1])*2));
      for(let k=1;k<steps;k++){
        const t=k/steps;
        if(!earthlinePathPointUsable(prev[0]+(p[0]-prev[0])*t,prev[1]+(p[1]-prev[1])*t,maxS)){ok=false;break;}
      }
    }
    if(ok)cur.push(p);
    else{
      if(earthlineSegmentLengthM(cur)>=minM)segs.push(earthlineCleanPath(cur));
      cur=[];
    }
    prev=p;
  }
  if(earthlineSegmentLengthM(cur)>=minM)segs.push(earthlineCleanPath(cur));
  segs.sort((a,b)=>earthlineSegmentLengthM(b)-earthlineSegmentLengthM(a));
  return segs;
}


function earthlineVecUnit(ax,ay,bx,by){
  const dx=bx-ax,dy=by-ay,m=Math.hypot(dx,dy)||1;
  return [dx/m,dy/m];
}
function earthlineDot2(a,b){return a[0]*b[0]+a[1]*b[1];}
function earthlineBridgeUsable(a,b,maxS){
  const gapCells=Math.hypot(b[0]-a[0],b[1]-a[1]);
  const steps=Math.max(2,Math.ceil(gapCells*2.5));
  for(let k=1;k<steps;k++){
    const t=k/steps;
    if(!earthlinePathPointUsable(a[0]+(b[0]-a[0])*t,a[1]+(b[1]-a[1])*t,maxS))return false;
  }
  return true;
}
function earthlineJoinPathsIfCompatible(a,b,maxS,maxGapM){
  if(!a||!b||a.length<2||b.length<2)return null;
  const variants=[
    [a,b],
    [a,b.slice().reverse()],
    [a.slice().reverse(),b],
    [a.slice().reverse(),b.slice().reverse()]
  ];
  let best=null;
  for(const pair of variants){
    const pa=pair[0],pb=pair[1],ae=pa[pa.length-1],bs=pb[0];
    const gapM=Math.hypot(bs[0]-ae[0],bs[1]-ae[1])*M.cellM;
    if(gapM>maxGapM)continue;
    const ta=earthlineVecUnit(pa[pa.length-2][0],pa[pa.length-2][1],ae[0],ae[1]);
    const tb=earthlineVecUnit(bs[0],bs[1],pb[1][0],pb[1][1]);
    const bridge=earthlineVecUnit(ae[0],ae[1],bs[0],bs[1]);
    // A contour can curve, but a join should continue generally forward rather than
    // doubling back into a hook or connecting unrelated parallel lines.
    // 15624: a join must continue in the same general direction. The previous permissive
    // threshold allowed hook and near-90-degree connections that did not resemble a level swale.
    const minForward=gapM<=Math.max(2.5,M.cellM*2.5)?0.48:0.68;
    const aligned=earthlineDot2(ta,bridge)>minForward&&
      earthlineDot2(bridge,tb)>minForward&&earthlineDot2(ta,tb)>0.50;
    if(!aligned||!earthlineBridgeUsable(ae,bs,maxS))continue;
    const gapCells=Math.hypot(bs[0]-ae[0],bs[1]-ae[1]);
    const n=Math.max(1,Math.ceil(gapCells));
    const bridgePts=[];
    for(let k=1;k<n;k++){
      const t=k/n;bridgePts.push([ae[0]+(bs[0]-ae[0])*t,ae[1]+(bs[1]-ae[1])*t]);
    }
    const joined=earthlineCleanPath(pa.concat(bridgePts,pb));
    const rank=gapM+(1-earthlineDot2(ta,tb))*2;
    if(!best||rank<best.rank)best={pts:joined,rank};
  }
  return best?best.pts:null;
}
function earthlineMergeCompatibleSwales(swales,chanThr,maxS,totalBands,targetM){
  const pool=(swales||[]).slice().sort((a,b)=>(a.band-b.band)||(b.lenM-a.lenM));
  const used=new Uint8Array(pool.length),out=[];
  const maxGapM=Math.min(8,Math.max(4,targetM*0.65));
  for(let i=0;i<pool.length;i++){
    if(used[i])continue;
    used[i]=1;
    let current=pool[i],changed=true,passes=0;
    while(changed&&passes++<6){
      changed=false;let bestJ=-1,bestPts=null,bestLen=0;
      for(let j=0;j<pool.length;j++){
        if(used[j]||pool[j].band!==current.band)continue;
        const joined=earthlineJoinPathsIfCompatible(current.pts,pool[j].pts,maxS,maxGapM);
        if(!joined)continue;
        const len=earthlineSegmentLengthM(joined);
        if(len>bestLen){bestLen=len;bestJ=j;bestPts=joined;}
      }
      if(bestJ>=0){
        const other=pool[bestJ];
        const rebuilt=earthlineSwaleFromPts(bestPts,current.band,chanThr,current.isSite||other.isSite,maxS,totalBands);
        if(rebuilt){
          rebuilt.merged=true;
          current=rebuilt;used[bestJ]=1;changed=true;
        }
      }
    }
    out.push(current);
  }
  return out;
}

function earthlineSwaleGeometryAcceptable(pts,lenM){
  if(!pts||pts.length<3||lenM<12)return false;
  const a=pts[0],b=pts[pts.length-1],gapM=Math.hypot(a[0]-b[0],a[1]-b[1])*M.cellM;
  let minX=Infinity,maxX=-Infinity,minY=Infinity,maxY=-Infinity;
  for(const p of pts){minX=Math.min(minX,p[0]);maxX=Math.max(maxX,p[0]);minY=Math.min(minY,p[1]);maxY=Math.max(maxY,p[1]);}
  const diagM=Math.hypot(maxX-minX,maxY-minY)*M.cellM;
  const loopish=gapM<Math.max(8,lenM*0.12);
  // Suppress small closed rings and compact bullseyes caused by neighborhood/DEM artifacts.
  if(loopish&&(lenM<240||lenM/Math.max(1,diagM)>3.2))return false;
  if(lenM/Math.max(1,diagM)>6)return false;
  return true;
}

let earthlineCaptureVisitMark16455=new Uint32Array(N);
let earthlineCaptureVisitToken16455=0;
function earthlineCaptureToken16455(){
  earthlineCaptureVisitToken16455=(earthlineCaptureVisitToken16455+1)>>>0;
  if(earthlineCaptureVisitToken16455===0){earthlineCaptureVisitMark16455.fill(0);earthlineCaptureVisitToken16455=1;}
  return earthlineCaptureVisitToken16455;
}
function earthlineSwaleFromPts(pts,bandIndex,chanThr,isSite,maxS,totalBands){
  if(!pts||pts.length<2)return null;
  let canopySum=0,slopeSum=0,capCells=0,breakSum=0,impUpSum=0,impOnSum=0;
  /* EARTHLINE 16455 — exact performance repair only. The former per-candidate Set
     represented whether each grid cell had already contributed to capCells. A reusable
     Uint32 generation marker represents the identical membership state without allocating
     and hashing thousands of numbers for every candidate. Capture geometry, accumulation
     values, channel threshold, scoring and candidate ordering are unchanged. */
  const captureToken16455=earthlineCaptureToken16455();

  for(const [px,py] of pts){
    const gx=Math.round(px),gy=Math.round(py);
    if(gx<0||gy<0||gx>=GW||gy>=GH)continue;

    canopySum+=canopyAt(gx,gy);
    impOnSum+=impervAt(gx,gy);

    const spHere=slopePct(gx,gy);
    slopeSum+=spHere;

    const [ggx,ggy]=gradAt(gx,gy);
    const gm=Math.hypot(ggx,ggy)||1;

    const ux=Math.round(gx+(ggx/gm)*3),uy=Math.round(gy+(ggy/gm)*3);
    if(ux>=0&&uy>=0&&ux<GW&&uy<GH){
      const spUp=slopePct(ux,uy);
      if(spUp-spHere>3)breakSum++;
    }

    const ix=Math.round(gx+(ggx/gm)*6),iy=Math.round(gy+(ggy/gm)*6);
    if(ix>=0&&iy>=0&&ix<GW&&iy<GH)impUpSum+=impervAt(ix,iy);

    for(let oy=-2;oy<=2;oy++)for(let ox=-2;ox<=2;ox++){
      const nx=gx+ox,ny=gy+oy;
      if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
      const ni=idx(nx,ny);
      if(earthlineCaptureVisitMark16455[ni]!==captureToken16455){
        earthlineCaptureVisitMark16455[ni]=captureToken16455;
        if(M.acc[ni]<chanThr)capCells+=M.acc[ni];
      }
    }
  }

  const n=Math.max(1,pts.length);
  const canopy=canopySum/n;
  const forested=canopy>0.40;
  const avgSlope=slopeSum/n;
  if(avgSlope>maxS)return null;

  const impOn=impOnSum/n;
  const impUp=impUpSum/n;
  const lenM=earthlineSegmentLengthM(pts);
  if(!earthlineSwaleGeometryAcceptable(pts,lenM))return null;
  // Prefer substantial, buildable segments over tiny contour fragments.
  if(!isSite && lenM<earthlineMinimumSwaleLengthM15768())return null;

  let slopeScore;
  if(avgSlope<1.5)slopeScore=0.84;
  else if(avgSlope<=8)slopeScore=1.0;
  else if(avgSlope<=18)slopeScore=1.0-(avgSlope-8)/10*0.45;
  else slopeScore=Math.max(0.20,1.0-(avgSlope-18)/(maxS-18)*0.80);

  const breakScore=Math.min(1,breakSum/Math.max(1,pts.length*0.25));
  const catchScore=Math.min(1,capCells/4000);
  const highScore=1-(bandIndex/Math.max(1,totalBands));
  const lenScore=Math.min(1,lenM/80);
  const forestPenalty=forested?0.84:1.0;
  const percScore=soilPercScore(pts);
  const impOnPenalty=1-Math.min(0.82,impOn*1.5);
  const impRunoffScore=Math.min(1,impUp*3.5);
  const siteBonus=isSite?0.15:0;

  const score=(slopeScore*0.30 + breakScore*0.18 + catchScore*0.19 + highScore*0.12
              + impRunoffScore*0.09 + lenScore*0.08 + siteBonus) * forestPenalty * impOnPenalty;

  return {
    pts,capCells,lenM,slope:avgSlope,canopy,forested,kind:"contour",band:bandIndex,score,isSite:!!isSite,
    slopeScore,breakScore,catchScore,percScore,impOn,impUp,id:""
  };
}


function traceLevelContour(sx,sy,L,maxS,dropH){
  const start=earthlineNearestContourCell(sx,sy,L,maxS);
  if(!start)return [];

  const cross=(ha,hb)=>{
    const d=hb-ha;
    if(Math.abs(d)<1e-9)return 0.5;
    return clamp((L-ha)/d,0,1);
  };

  const edgesFor=(cx,cy)=>{
    if(cx<0||cy<0||cx>=GW-1||cy>=GH-1)return [];
    const h00=M.h[idx(cx,cy)],h10=M.h[idx(cx+1,cy)],
          h01=M.h[idx(cx,cy+1)],h11=M.h[idx(cx+1,cy+1)];
    const e=[];
    if((h00<=L)!==(h10<=L))e.push([0,cx+cross(h00,h10),cy]);
    if((h10<=L)!==(h11<=L))e.push([1,cx+1,cy+cross(h10,h11)]);
    if((h01<=L)!==(h11<=L))e.push([2,cx+cross(h01,h11),cy+1]);
    if((h00<=L)!==(h01<=L))e.push([3,cx,cy+cross(h00,h01)]);
    return e;
  };

  const walk=(firstPick)=>{
    const pts=[];
    let cx=start[0],cy=start[1],prevEdge=-1;
    const visited=new Set();

    for(let step=0;step<1600;step++){
      if(!earthlineSafeCell(cx,cy,maxS))break;

      const key=cx+","+cy+","+prevEdge;
      if(visited.has(key))break;
      visited.add(key);

      const edges=edgesFor(cx,cy);
      if(edges.length===0)break;

      let candidates=prevEdge>=0?edges.filter(e=>e[0]!==prevEdge):edges;
      if(!candidates.length)candidates=edges;

      const pick=(step===0)?candidates[firstPick%candidates.length]:candidates[0];
      pts.push([pick[1],pick[2]]);

      let nx=cx,ny=cy,entered=-1;
      if(pick[0]===0){ny=cy-1;entered=2;}
      else if(pick[0]===1){nx=cx+1;entered=3;}
      else if(pick[0]===2){ny=cy+1;entered=0;}
      else{nx=cx-1;entered=1;}

      cx=nx;cy=ny;prevEdge=entered;
    }

    return pts;
  };

  const a=walk(0),b=walk(1);
  const merged=a.slice().reverse().concat(b);
  if(merged.length<3)return [];

  return earthlineCleanPath(merged);
}

function soilPercScore(pts){
  if(!_soilData)return 0.6;                      // neutral when soil layer not loaded
  let sum=0,nn=0;
  for(const[px,py] of pts){
    const v=soilPercAt(Math.round(px),Math.round(py));
    if(v>=0){sum+=v;nn++;}
  }
  return nn?sum/nn:0.6;
}

function traceContour(sx,sy,chanThr,maxS){
  const half=(dirSign)=>{
    const pts=[];
    let x=sx,y=sy,px=0,pyv=0;
    let crossed=0;
    for(let step=0;step<90;step++){
      const[gx,gy]=gradAt(Math.round(x),Math.round(y));
      const mag=Math.hypot(gx,gy);
      if(mag<1e-7)break;
      let dx=-gy/mag*dirSign*0.85,dy=gx/mag*dirSign*0.85; // smaller step = smoother
      if(step>0&&(dx*px+dy*pyv)<0){dx=-dx;dy=-dy;}
      px=dx;pyv=dy;
      x+=dx;y+=dy;
      const gxi=Math.round(x),gyi=Math.round(y);
      if(gxi<2||gyi<2||gxi>=GW-2||gyi>=GH-2)break;
      const i=idx(gxi,gyi);
      if(!M.inP[i])break;
      const sp=slopePct(gxi,gyi);
      if(sp>maxS+3)break;            // relaxed slope ceiling for noisy real DEM
      if(M.acc[i]>=chanThr){          // allow crossing a minor channel, stop at a big one
        if(++crossed>3)break;
      }
      pts.push([x,y]);
    }
    return pts;
  };
  const a=half(1),b=half(-1);
  b.reverse();
  b.push([sx,sy]);
  return b.concat(a);
}

/* ---------------- USGS Principal Aquifers (live GIS overlay) ---------------- */
function currentMapBBox(){
  const halfW=GW*M.cellM/2, halfH=GH*M.cellM/2;
  const dLat=halfH/111320;
  const dLng=halfW/(111320*Math.cos(M.centerLat*Math.PI/180));
  return {minLng:M.centerLng-dLng,maxLng:M.centerLng+dLng,minLat:M.centerLat-dLat,maxLat:M.centerLat+dLat};
}
function lngLatToGrid(lng,lat){
  const dxM=(lng-M.centerLng)*(111320*Math.cos(M.centerLat*Math.PI/180));
  const dyM=(lat-M.centerLat)*111320;
  return [GW/2+dxM/M.cellM, GH/2-dyM/M.cellM];
}
// ===== NRCS SSURGO soil perc data (real, no key) =====
// Hydrologic Soil Group -> perc suitability for swales (0..1). Mid perc is best:
// A (sandy, very fast) drains too fast to hold water; D (clay, very slow) won't infiltrate.
let _soilData=null,_soilW=0,_soilH=0;            // rasterized perc grid over the analysis window
const HSG_PERC={A:0.55,B:0.95,C:0.80,D:0.40};    // B/C loams = ideal swale ground
function soilPercAt(gx,gy){
  if(!_soilData)return -1;
  if(gx<0||gy<0||gx>=GW||gy>=GH)return -1;
  const sx=Math.round((gx/GW)*_soilW), sy=Math.round((gy/GH)*_soilH);
  if(sx<0||sy<0||sx>=_soilW||sy>=_soilH)return -1;
  const v=_soilData[sy*_soilW+sx];
  return v>0?v:-1;                                // 0 = no data
}
async function fetchSSURGOSoils(){
  if(M.ssurgoLoading)return;
  if(earthlineLargeAreaMode()){
    _soilData=null;
    toast("NRCS soil detail loads at property/county zoom — regional mode stays fast.");
    render();
    return;
  }
  const bb=currentMapBBox();
  M.ssurgoLoading=true;
  toast("Loading NRCS soil data\u2026");
  try{
    // NRCS Soil Data Access — spatial query returns mapunit polygons; we also pull the
    // dominant hydrologic group per mapunit. Use the SDA "post rest" tabular+spatial API.
    const aoi=bb.minLng+" "+bb.minLat+","+bb.maxLng+" "+bb.maxLat;
    const q="~DeclareGeometry(@aoi geometry)~ "
      +"select mukey, mupolygongeo.STAsText() as geom from mupolygon "
      +"where mupolygongeo.STIntersects(geometry::STGeomFromText("
      +"'POLYGON(("+bb.minLng+" "+bb.minLat+","+bb.maxLng+" "+bb.minLat+","
      +bb.maxLng+" "+bb.maxLat+","+bb.minLng+" "+bb.maxLat+","+bb.minLng+" "+bb.minLat+"))',4326))=1";
    const body={query:q,format:"JSON+COLUMNNAME"};
    const r=await fetch("https://sdmdataaccess.nrcs.usda.gov/Tabular/post.rest",{
      method:"POST",headers:{"Content-Type":"application/json"},body:JSON.stringify(body)});
    if(!r.ok)throw new Error("SDA HTTP "+r.status);
    const j=await r.json();
    const rows=(j.Table||[]).slice(1);            // first row is column names
    // fetch hydrologic group per mukey (dominant condition)
    const mukeys=[...new Set(rows.map(rw=>rw[0]))];
    const hsgMap=await fetchHSG(mukeys);
    rasterizeSoils(rows,hsgMap);
    M.ssurgoBox=bb;
    toast(_soilData?("NRCS soils loaded ("+mukeys.length+" map units)"):"NRCS: no soil polygons here");
  }catch(err){
    toast("NRCS soil fetch failed \u2014 check connection");
    _soilData=null;
  }finally{
    M.ssurgoLoading=false;render();
  }
}
async function fetchHSG(mukeys){
  const map={};
  if(!mukeys.length)return map;
  try{
    const list=mukeys.join(",");
    const q="select mu.mukey, c.hydgrp from mapunit mu "
      +"join component c on c.mukey=mu.mukey "
      +"where mu.mukey in ("+list+") and c.majcompflag='Yes'";
    const r=await fetch("https://sdmdataaccess.nrcs.usda.gov/Tabular/post.rest",{
      method:"POST",headers:{"Content-Type":"application/json"},
      body:JSON.stringify({query:q,format:"JSON"})});
    if(r.ok){
      const j=await r.json();
      (j.Table||[]).forEach(row=>{const mk=row[0],hg=(row[1]||"").charAt(0);if(hg&&!map[mk])map[mk]=hg;});
    }
  }catch(e){}
  return map;
}
function rasterizeSoils(rows,hsgMap){
  // burn mapunit polygons into a perc grid using an offscreen canvas
  _soilW=GW;_soilH=GH;
  const cv=document.createElement("canvas");cv.width=GW;cv.height=GH;
  const g=cv.getContext("2d");
  g.clearRect(0,0,GW,GH);
  let any=false;
  rows.forEach(rw=>{
    const mukey=rw[0], wkt=rw[1];
    if(!wkt)return;
    const hsg=hsgMap[mukey]||"C";
    const perc=HSG_PERC[hsg]!=null?HSG_PERC[hsg]:0.7;
    // encode perc 0..1 into the red channel 1..255 (0 reserved = no data)
    const enc=Math.max(1,Math.round(perc*255));
    g.fillStyle="rgb("+enc+",0,0)";
    parseWKTPolygons(wkt).forEach(ring=>{
      if(ring.length<3)return;any=true;
      g.beginPath();
      ring.forEach((c,i)=>{const[gx,gy]=lngLatToGrid(c[0],c[1]);i?g.lineTo(gx,gy):g.moveTo(gx,gy);});
      g.closePath();g.fill();
    });
  });
  if(!any){_soilData=null;return;}
  const im=g.getImageData(0,0,GW,GH).data;
  _soilData=new Float32Array(GW*GH);
  for(let i=0,q=0;i<im.length;i+=4,q++) _soilData[q]=im[i]/255;   // decode perc back to 0..1
}
function parseWKTPolygons(wkt){
  // minimal WKT POLYGON / MULTIPOLYGON ring extractor -> array of [ [lng,lat], ... ]
  const rings=[];
  const re=/\(([-0-9.,\s]+)\)/g;let m;
  while((m=re.exec(wkt))){
    const pts=m[1].trim().split(",").map(pr=>{
      const xy=pr.trim().split(/\s+/).map(Number);
      return [xy[0],xy[1]];
    }).filter(p=>p.length===2&&!isNaN(p[0])&&!isNaN(p[1]));
    if(pts.length>=3)rings.push(pts);
  }
  return rings;
}
// Rock-type -> relative permeability/recharge value (per USGS Ground Water Atlas classes).
// Sand & gravel and karst carbonate transmit water fastest; igneous/metamorphic slowest.
function aquiferPermFromName(name){
  const n=(name||"").toLowerCase();
  if(n.includes("sand and gravel")||n.includes("sand & gravel")||n.includes("basin-fill")||n.includes("allu",0))return 1.0;
  if(n.includes("carbonate")||n.includes("karst")||n.includes("limestone")||n.includes("dolomite"))return 0.92;
  if(n.includes("semiconsolidated")||n.includes("semi-consolidated"))return 0.8;
  if(n.includes("sandstone"))return 0.72;
  if(n.includes("basalt")||n.includes("volcanic"))return 0.6;
  if(n.includes("igneous")||n.includes("metamorphic")||n.includes("crystalline"))return 0.4;
  return 0.7;   // unknown principal aquifer = moderately permeable by default
}
function earthlineAquiferGeoJSON(){
  const features=[];
  (M.usgsAquifers||[]).forEach((poly,i)=>{
    const ring=(poly.lngLatPts||[]).filter(c=>Array.isArray(c)&&Number.isFinite(c[0])&&Number.isFinite(c[1]));
    if(ring.length<3)return;
    const closed=(ring[0][0]===ring[ring.length-1][0]&&ring[0][1]===ring[ring.length-1][1])?ring:ring.concat([ring[0]]);
    features.push({type:"Feature",id:"aq-"+i,properties:{
      featureKind:"aquifer-polygon",
      name:poly.name||"Mapped aquifer",
      source:poly.source||"Official aquifer data",
      aquiferType:poly.aquiferType||"aquifer",
      evidenceScale:poly.evidenceScale||""
    },geometry:{type:"Polygon",coordinates:[closed]}});
  });
  (M.vtGroundwaterWells16398||[]).forEach((w,i)=>{
    const lng=Number(w.lng),lat=Number(w.lat);if(!Number.isFinite(lng)||!Number.isFinite(lat))return;
    features.push({type:"Feature",id:"well-"+i,properties:{
      featureKind:"well",name:"Groundwater well",aquiferType:"vt-well-observation",
      evidence:String(w.evidence||"GROUNDWATER WELL"),distanceM:Number(w.distanceM||0),
      wellType:String(w.wellType||""),yieldGPM:Number.isFinite(Number(w.yieldGPM))?Number(w.yieldGPM):null,
      staticWaterLevel:Number.isFinite(Number(w.staticWaterLevel))?Number(w.staticWaterLevel):null,
      overBurdenThickness:Number.isFinite(Number(w.overBurdenThickness))?Number(w.overBurdenThickness):null,
      source:"VT ANR Private Wells"
    },geometry:{type:"Point",coordinates:[lng,lat]}});
  });
  const summary=M.vtGroundwaterSummaryPoint16398;
  if(summary&&Number.isFinite(Number(summary.lng))&&Number.isFinite(Number(summary.lat))&&summary.label){
    features.push({type:"Feature",id:"vt-groundwater-summary",properties:{
      featureKind:"groundwater-summary",name:String(summary.label),aquiferType:"vt-groundwater-summary",
      source:"VT ANR groundwater evidence"
    },geometry:{type:"Point",coordinates:[Number(summary.lng),Number(summary.lat)]}});
  }
  return {type:"FeatureCollection",features};
}
function earthlineApplyAquiferLayerStyle(){
  if(!earthlineMapActive()||!earthlineMap.getStyle())return false;
  try{
    // Re-apply paint every sync. This prevents an older layer instance or a style reload
    // from silently keeping stale, faint styling.
    const paint={
      fill:{
        "fill-color":"#ff7600",
        "fill-opacity":["interpolate",["linear"],["zoom"],5,0.86,10,0.82,13,0.76,16,0.68,19,0.60],
        "fill-outline-color":"rgba(45,15,0,1)",
        "fill-antialias":true
      },
      outer:{
        "line-color":"rgba(30,10,0,1)",
        "line-width":["interpolate",["linear"],["zoom"],5,22,10,20,13,17,16,13,19,10],
        "line-opacity":1,
        "line-blur":["interpolate",["linear"],["zoom"],5,4,13,2.5,16,1.4,19,0.7]
      },
      line:{
        "line-color":"#ff8a00",
        "line-width":["interpolate",["linear"],["zoom"],5,12,10,11,13,9,16,7.5,19,6],
        "line-opacity":1
      },
      highlight:{
        "line-color":"#fff1c7",
        "line-width":["interpolate",["linear"],["zoom"],5,4.4,13,3.7,16,3.1,19,2.6],
        "line-opacity":1
      },
      dash:{
        "line-color":"#ffffff",
        "line-width":["interpolate",["linear"],["zoom"],5,2.6,13,2.3,16,2.0,19,1.7],
        "line-opacity":0.98,
        "line-dasharray":[1.1,1.1]
      }
    };
    const layerPaint={
      [EARTHLINE_AQUIFER_FILL]:paint.fill,
      [EARTHLINE_AQUIFER_OUTER]:paint.outer,
      [EARTHLINE_AQUIFER_LINE]:paint.line,
      [EARTHLINE_AQUIFER_HIGHLIGHT]:paint.highlight,
      [EARTHLINE_AQUIFER_DASH]:paint.dash
    };
    Object.entries(layerPaint).forEach(([id,props])=>{
      if(!earthlineMap.getLayer(id))return;
      Object.entries(props).forEach(([k,v])=>earthlineMap.setPaintProperty(id,k,v));
    });
    if(earthlineMap.getLayer(EARTHLINE_AQUIFER_LABEL)){
      earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_LABEL,"text-allow-overlap",true);
      earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_LABEL,"text-ignore-placement",true);
      earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_LABEL,"text-padding",4);
      earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_LABEL,"text-color","#fff7e6");
      earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_LABEL,"text-halo-color","rgba(35,10,0,1)");
      earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_LABEL,"text-halo-width",5);
      earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_LABEL,"text-halo-blur",0.2);
    }

    // Keep official aquifers above satellite/road labels and below swale recommendations.
    // The canvas enhancer is still drawn above all Mapbox layers for guaranteed visibility.
    const before=earthlineMap.getLayer(EARTHLINE_SWALE_CASING)?EARTHLINE_SWALE_CASING:undefined;
    [EARTHLINE_AQUIFER_FILL,EARTHLINE_AQUIFER_OUTER,EARTHLINE_AQUIFER_LINE,
      EARTHLINE_AQUIFER_HIGHLIGHT,EARTHLINE_AQUIFER_DASH,EARTHLINE_AQUIFER_WELLS_16398,
      EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398,EARTHLINE_AQUIFER_LABEL].forEach(id=>{
      if(earthlineMap.getLayer(id))earthlineMap.moveLayer(id,before);
    });
    return true;
  }catch(e){console.warn("[Earthline] aquifer restyle/order failed",e);return false;}
}
function earthlineEnsureAquiferLayers(){
  if(!earthlineMapActive()||!earthlineMap.getStyle())return false;
  try{
    if(!earthlineMap.getSource(EARTHLINE_AQUIFER_SOURCE))earthlineMap.addSource(EARTHLINE_AQUIFER_SOURCE,{type:"geojson",data:{type:"FeatureCollection",features:[]}});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_FILL))earthlineMap.addLayer({id:EARTHLINE_AQUIFER_FILL,type:"fill",source:EARTHLINE_AQUIFER_SOURCE,layout:{"visibility":"none"},paint:{"fill-color":"#ff7600","fill-opacity":0.04}});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_OUTER))earthlineMap.addLayer({id:EARTHLINE_AQUIFER_OUTER,type:"line",source:EARTHLINE_AQUIFER_SOURCE,layout:{"visibility":"none","line-cap":"round","line-join":"round"},paint:{"line-color":"#1e0a00","line-width":4}});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_LINE))earthlineMap.addLayer({id:EARTHLINE_AQUIFER_LINE,type:"line",source:EARTHLINE_AQUIFER_SOURCE,layout:{"visibility":"none","line-cap":"round","line-join":"round"},paint:{"line-color":"#ff8a00","line-width":2.8}});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_HIGHLIGHT))earthlineMap.addLayer({id:EARTHLINE_AQUIFER_HIGHLIGHT,type:"line",source:EARTHLINE_AQUIFER_SOURCE,layout:{"visibility":"none","line-cap":"round","line-join":"round"},paint:{"line-color":"#fff1c7","line-width":1.1}});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_DASH))earthlineMap.addLayer({id:EARTHLINE_AQUIFER_DASH,type:"line",source:EARTHLINE_AQUIFER_SOURCE,layout:{"visibility":"none","line-cap":"butt","line-join":"round"},paint:{"line-color":"#fff","line-width":0.8,"line-dasharray":[1.1,1.1]}});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_LABEL))earthlineMap.addLayer({id:EARTHLINE_AQUIFER_LABEL,type:"symbol",source:EARTHLINE_AQUIFER_SOURCE,minzoom:4.5,filter:["==",["geometry-type"],"Polygon"],layout:{
      "visibility":"none",
      "text-field":["concat","AQUIFER · ",["get","name"]],
      "text-size":["interpolate",["linear"],["zoom"],4.5,13,11,16,15,16,19,17],
      "text-font":["Open Sans Bold","Arial Unicode MS Bold"],
      "text-allow-overlap":true,
      "text-ignore-placement":true,
      "text-padding":4
    },paint:{"text-color":"#fff7e6","text-opacity":1,"text-halo-color":"rgba(35,10,0,1)","text-halo-width":5,"text-halo-blur":0.2}});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_WELLS_16398))earthlineMap.addLayer({
      id:EARTHLINE_AQUIFER_WELLS_16398,type:"circle",source:EARTHLINE_AQUIFER_SOURCE,
      filter:["==",["get","featureKind"],"well"],layout:{"visibility":"none"},paint:{
        "circle-radius":["interpolate",["linear"],["zoom"],11,3.5,14,5.5,17,7],
        "circle-color":"#ffd07a","circle-opacity":0.96,"circle-stroke-color":"#3b1800","circle-stroke-width":2
      }});
    if(!earthlineMap.getLayer(EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398))earthlineMap.addLayer({
      id:EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398,type:"symbol",source:EARTHLINE_AQUIFER_SOURCE,minzoom:12.5,
      filter:["==",["get","featureKind"],"groundwater-summary"],layout:{
        "visibility":"none","text-field":["get","name"],
        "text-size":["interpolate",["linear"],["zoom"],12.5,11.5,16,13.5,19,15],
        "text-font":["Open Sans Bold","Arial Unicode MS Bold"],"text-max-width":24,"text-line-height":1.08,"text-allow-overlap":true,"text-ignore-placement":true
      },paint:{"text-color":"#ffd08a","text-halo-color":"rgba(18,6,0,.99)","text-halo-width":5.0,"text-halo-blur":.08}});
    earthlineApplyAquiferLayerStyle();
    return true;
  }catch(e){console.warn("[Earthline] aquifer layer setup failed",e);return false;}
}
function earthlineSyncAquiferLayer(){
  if(!earthlineMapActive())return false;
  if(!earthlineEnsureAquiferLayers())return false;
  try{
    const src=earthlineMap.getSource(EARTHLINE_AQUIFER_SOURCE);
    const data=earthlineAquiferGeoJSON();
    if(src&&src.setData)src.setData(data);
    earthlineApplyAquiferLayerStyle();

    const requested=!!(
      M.layers&&M.layers.usgsAquifer&&M.layers.usgsAquifer.on&&
      ((M.usgsAquifers&&M.usgsAquifers.length)||(M.vtGroundwaterWells16398&&M.vtGroundwaterWells16398.length)||M.vtGroundwaterSummaryPoint16398)
    );
    if(M.usgsAquiferAudit){
      M.usgsAquiferAudit.mapboxSourceFeatures=data.features.length;
      M.usgsAquiferAudit.requestedVisible=requested;
      M.usgsAquiferAudit.visibilityOwner="earthlineApplyRendererOwnership15805";
    }
    if(typeof window.earthlineApplyRendererOwnership15805==="function"){
      window.earthlineApplyRendererOwnership15805(
        (window.earthlineRegional15778||{}).mode==="regional"
          ?"regional":"property"
      );
    }
    return requested;
  }catch(e){
    console.warn("[Earthline] aquifer sync failed",e);
    return false;
  }
}
function earthlineNativeAquiferActive(){
  const hasEvidence=!!((M.usgsAquifers&&M.usgsAquifers.length)||(M.vtGroundwaterWells16398&&M.vtGroundwaterWells16398.length)||M.vtGroundwaterSummaryPoint16398);
  return !!(earthlineMapActive()&&earthlineMap.getLayer&&earthlineMap.getLayer(EARTHLINE_AQUIFER_FILL)&&M.layers&&M.layers.usgsAquifer&&M.layers.usgsAquifer.on&&hasEvidence);
}

function earthlineParseAquiferFeatures(j,format,options={}){
  const polys=[];
  const features=j.features||[];
  features.forEach(f=>{
    const p=f.properties||f.attributes||{};
    const rawName=p.AQ_NAME||p.ROCK_NAME||p.AQUIFER_NAME||p.NAME||p.AQUIFER||"";
    const name=rawName||options.defaultName||"Principal aquifer";
    const source=options.source||"USGS principal aquifers";
    const aquiferType=options.aquiferType||"principal";
    const perm=aquiferPermFromName(name+" "+(p.ROCK_NAME||""));
    if(format==="geojson"){
      const g=f.geometry;if(!g)return;
      const rings=g.type==="Polygon"?[g.coordinates]:g.type==="MultiPolygon"?g.coordinates:[];
      rings.forEach(poly=>poly.forEach(ring=>{
        const lngLatPts=ring.map(c=>[Number(c[0]),Number(c[1])]);
        polys.push({name,source,aquiferType,perm,lngLatPts,pts:lngLatPts.map(c=>lngLatToGrid(c[0],c[1]))});
      }));
    }else{
      const g=f.geometry;if(!g||!g.rings)return;
      g.rings.forEach(ring=>{
        const lngLatPts=ring.map(c=>[Number(c[0]),Number(c[1])]);
        polys.push({name,source,aquiferType,perm,lngLatPts,pts:lngLatPts.map(c=>lngLatToGrid(c[0],c[1]))});
      });
    }
  });
  return polys;
}

function earthlinePropertyAquiferQueryBBox16391(site){
  const pts=Array.isArray(site&&site.analysisBoundaryLngLat)?site.analysisBoundaryLngLat:[];
  let minLng=Infinity,minLat=Infinity,maxLng=-Infinity,maxLat=-Infinity;
  for(const p of pts){
    const x=Number(p&&p[0]),y=Number(p&&p[1]);
    if(!Number.isFinite(x)||!Number.isFinite(y))continue;
    minLng=Math.min(minLng,x);maxLng=Math.max(maxLng,x);minLat=Math.min(minLat,y);maxLat=Math.max(maxLat,y);
  }
  const cx=Number(site&&site.lng),cy=Number(site&&site.lat);
  if(!Number.isFinite(minLng)||!Number.isFinite(minLat)||!Number.isFinite(maxLng)||!Number.isFinite(maxLat)){
    if(!Number.isFinite(cx)||!Number.isFinite(cy))return null;
    minLng=maxLng=cx;minLat=maxLat=cy;
  }
  const midLat=Number.isFinite(cy)?cy:(minLat+maxLat)/2;
  const cos=Math.max(.35,Math.cos(midLat*Math.PI/180));
  const spanLng=Math.max(0,maxLng-minLng),spanLat=Math.max(0,maxLat-minLat);
  /* Property science is local, but mapped aquifer context is regional. Query a stable
     authoritative context window around the selected Property rather than the camera
     position that may still belong to the previous search. No geometry is invented. */
  const padLat=Math.max(.12,spanLat*4);
  const padLng=Math.max(.12/cos,spanLng*4);
  return {minLng:minLng-padLng,minLat:minLat-padLat,maxLng:maxLng+padLng,maxLat:maxLat+padLat};
}


/* EARTHLINE 16398 — authoritative Vermont Property groundwater/aquifer resolver.
   The user-supplied coverage index is intentionally NOT used for parcel coverage claims
   because its own meta says geometryAttached=false. Live state geometry + well evidence
   answer the Property request; the national owner remains available to Regional/non-VT. */
function earthlineIsVermontProperty16398(){
  const loc=M&&M.loc||{};const lng=Number(loc.lng),lat=Number(loc.lat);
  const text=String((loc.label||loc.name||loc.query||"")+" "+(loc.state||"")).toLowerCase();
  return (Number.isFinite(lng)&&Number.isFinite(lat)&&lng>=-73.50&&lng<=-71.35&&lat>=42.70&&lat<=45.05)||/\bvermont\b|\bvt\b/.test(text);
}
function earthlineExactPropertyBBox16398(){
  const pts=Array.isArray(M&&M.analysisBoundaryLngLat)?M.analysisBoundaryLngLat:[];
  let minLng=Infinity,minLat=Infinity,maxLng=-Infinity,maxLat=-Infinity;
  for(const p of pts){const x=Number(p&&p[0]),y=Number(p&&p[1]);if(!Number.isFinite(x)||!Number.isFinite(y))continue;minLng=Math.min(minLng,x);maxLng=Math.max(maxLng,x);minLat=Math.min(minLat,y);maxLat=Math.max(maxLat,y);}
  const loc=M&&M.loc||{},cx=Number(loc.lng),cy=Number(loc.lat);
  if(!Number.isFinite(minLng)||!Number.isFinite(minLat)||!Number.isFinite(maxLng)||!Number.isFinite(maxLat)){
    if(!Number.isFinite(cx)||!Number.isFinite(cy))return null;minLng=maxLng=cx;minLat=maxLat=cy;
  }
  return {minLng,minLat,maxLng,maxLat};
}
function earthlineExpandBBoxM16398(bb,meters){
  const cy=(bb.minLat+bb.maxLat)/2,cos=Math.max(.25,Math.cos(cy*Math.PI/180));
  const dLat=meters/110540,dLng=meters/(111320*cos);
  return {minLng:bb.minLng-dLng,minLat:bb.minLat-dLat,maxLng:bb.maxLng+dLng,maxLat:bb.maxLat+dLat};
}
function earthlineDistanceM16398(a,b){
  const lat=(Number(a[1])+Number(b[1]))*.5*Math.PI/180;
  return Math.hypot((Number(a[0])-Number(b[0]))*111320*Math.cos(lat),(Number(a[1])-Number(b[1]))*110540);
}
function earthlineMedian16398(vals){
  const a=(vals||[]).map(Number).filter(Number.isFinite).sort((x,y)=>x-y);if(!a.length)return null;const m=Math.floor(a.length/2);return a.length%2?a[m]:(a[m-1]+a[m])/2;
}
function earthlineEsriToGeoJSON16399(j){
  const out=[];
  for(const f of (j&&j.features)||[]){
    const p=f&&f.attributes||f&&f.properties||{},g=f&&f.geometry||null;
    if(!g)continue;
    let geometry=null;
    if(Number.isFinite(Number(g.x))&&Number.isFinite(Number(g.y))){
      geometry={type:"Point",coordinates:[Number(g.x),Number(g.y)]};
    }else if(Array.isArray(g.rings)){
      const rings=g.rings.map(r=>(r||[]).map(c=>[Number(c[0]),Number(c[1])]).filter(c=>Number.isFinite(c[0])&&Number.isFinite(c[1]))).filter(r=>r.length>=3);
      if(rings.length===1)geometry={type:"Polygon",coordinates:[rings[0]]};
      else if(rings.length>1)geometry={type:"MultiPolygon",coordinates:rings.map(r=>[r])};
    }else if(Array.isArray(g.paths)){
      const paths=g.paths.map(r=>(r||[]).map(c=>[Number(c[0]),Number(c[1])]).filter(c=>Number.isFinite(c[0])&&Number.isFinite(c[1]))).filter(r=>r.length>=2);
      if(paths.length===1)geometry={type:"LineString",coordinates:paths[0]};
      else if(paths.length>1)geometry={type:"MultiLineString",coordinates:paths};
    }
    if(geometry)out.push({type:"Feature",properties:p,geometry});
  }
  return {type:"FeatureCollection",features:out};
}
function earthlineArcGISJsonp16399(base,bb,outFields,timeoutMs=12000){
  return new Promise((resolve,reject)=>{
    const cb="__earthlineArcGIS16399_"+Date.now().toString(36)+"_"+Math.random().toString(36).slice(2);
    const params=new URLSearchParams({
      f:"json",callback:cb,where:"1=1",outFields:outFields||"*",
      geometry:JSON.stringify({xmin:bb.minLng,ymin:bb.minLat,xmax:bb.maxLng,ymax:bb.maxLat,spatialReference:{wkid:4326}}),
      geometryType:"esriGeometryEnvelope",inSR:"4326",outSR:"4326",spatialRel:"esriSpatialRelIntersects",
      returnGeometry:"true",returnTrueCurves:"false",geometryPrecision:"6",resultRecordCount:"1000"
    });
    const url=base+"?"+params.toString(),script=document.createElement("script");
    let done=false;
    const finish=(err,val)=>{if(done)return;done=true;clearTimeout(timer);try{delete window[cb];}catch(_){window[cb]=undefined;}try{script.remove();}catch(_){}if(err)reject(err);else resolve(val);};
    const timer=setTimeout(()=>finish(new Error("ArcGIS JSONP timeout")),timeoutMs);
    window[cb]=j=>{
      if(j&&j.error){finish(new Error(j.error.message||"ArcGIS JSONP service error"));return;}
      finish(null,{url,http:200,transport:"jsonp",json:earthlineEsriToGeoJSON16399(j||{})});
    };
    script.async=true;script.onerror=()=>finish(new Error("ArcGIS JSONP load failed"));script.src=url;
    (document.head||document.documentElement).appendChild(script);
  });
}
async function earthlineFetchArcGISGeoJSON16398(base,bb,outFields,timeoutMs=12000){
  const geom=encodeURIComponent(JSON.stringify({xmin:bb.minLng,ymin:bb.minLat,xmax:bb.maxLng,ymax:bb.maxLat,spatialReference:{wkid:4326}}));
  const url=base+"?f=geojson&where=1%3D1&outFields="+encodeURIComponent(outFields||"*")+"&geometry="+geom+
    "&geometryType=esriGeometryEnvelope&inSR=4326&outSR=4326&spatialRel=esriSpatialRelIntersects&returnGeometry=true&returnTrueCurves=false&geometryPrecision=6&resultRecordCount=1000";
  /* EARTHLINE 16475 — restore the same proven transport race used by the
     authoritative Vermont infrastructure owner. A downloaded file origin does
     not justify suppressing CORS: historical local-file runs succeeded through
     fetch/CORS, while JSONP remains the supported parallel fallback. Datasets,
     query geometry, evidence rules, and publication ownership are unchanged. */
  const attempts=[];
  attempts.push((async()=>{
    const ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),timeoutMs);
    try{
      const r=await fetch(url,{mode:"cors",cache:"force-cache",signal:ctl.signal});
      if(!r.ok)throw new Error("HTTP "+r.status);
      const j=await r.json();if(j&&j.error)throw new Error(j.error.message||"ArcGIS service error");
      return {url,http:r.status,transport:"cors-geojson",json:j||{type:"FeatureCollection",features:[]}};
    }finally{clearTimeout(timer);}
  })());
  attempts.push(earthlineArcGISJsonp16399(base,bb,outFields,timeoutMs));
  if(String(outFields||"*")!=="*"){
    attempts.push(Promise.resolve(earthlineArcGISJsonp16399(base,bb,"*",timeoutMs)).then(v=>{v.schemaFallback=true;return v;}));
  }
  return await new Promise((resolve,reject)=>{
    let pending=attempts.length,settled=false;const errors=[];
    attempts.forEach((p,i)=>Promise.resolve(p).then(v=>{if(settled)return;settled=true;resolve(v);}).catch(e=>{
      errors[i]=String(e&&e.message||e||"unknown");pending--;
      if(!settled&&pending===0)reject(new Error("ArcGIS transports failed: "+errors.filter(Boolean).join(" | ")));
    }));
  });
}
function earthlineVtAquiferMaterial16398(p){
  const ag=String(p&&p.AG_TYPE||"").toUpperCase();if(ag==="S"||ag==="SG")return true;
  const t=String([p&&p.LITHNAME,p&&p.Label,p&&p.MappedSurfUnit,p&&p.MapUnit,p&&p.FEATURE_TYPE,p&&p.DESCRIPTION].filter(Boolean).join(" ")).toLowerCase();
  if(/\b(?:clay|silt|till|muck|peat|surface water|bedrock exposure)\b/.test(t))return false;
  return /sand|gravel|outwash|esker|kame|alluv|delta|fluvial|glaciofluvial|eolian/.test(t);
}
function earthlineVtPolys16398(features,source,aquiferType,evidenceScale){
  const out=[];
  for(const f of features||[]){const p=f&&f.properties||{};if(!earthlineVtAquiferMaterial16398(p))continue;const g=f&&f.geometry;if(!g)continue;
    const name=p.AG_TYPE==="SG"?"Sand and gravel aquifer material":p.AG_TYPE==="S"?"Sand aquifer material":String(p.LITHNAME||p.Label||p.MappedSurfUnit||p.MapUnit||"Mapped permeable surficial material");
    const polys=g.type==="Polygon"?[g.coordinates]:g.type==="MultiPolygon"?g.coordinates:[];
    for(const poly of polys)for(const ring of poly||[]){const ll=(ring||[]).map(c=>[Number(c[0]),Number(c[1])]).filter(c=>Number.isFinite(c[0])&&Number.isFinite(c[1]));if(ll.length<3)continue;out.push({name,source,aquiferType,perm:aquiferPermFromName(name),evidenceScale,lngLatPts:ll,pts:ll.map(c=>lngLatToGrid(c[0],c[1]))});}
  }
  return out;
}
function earthlineWellEvidence16398(p){
  const wt=String(p.WellType||"").toLowerCase(),screen=String(p.WellScreen||"").trim().toUpperCase();
  const ob=Number(p.OverBurdenThickness),sw=Number(p.StaticWaterLevel),y=Number(p.YieldGPM),depth=Number(p.WellDepth);
  let sys=/gravel|sand|driven|dug|overburden|screen/.test(wt)||screen==="Y"?"OVERBURDEN / SCREENED GROUNDWATER":"FRACTURED-BEDROCK GROUNDWATER";
  const bits=[sys];if(Number.isFinite(sw)&&sw>=0)bits.push("water "+Math.round(sw)+" ft");if(Number.isFinite(y)&&y>=0)bits.push((Math.round(y*10)/10)+" gpm");if(Number.isFinite(ob)&&ob>=0)bits.push("overburden "+Math.round(ob)+" ft");if(Number.isFinite(depth)&&depth>=0)bits.push("well "+Math.round(depth)+" ft");return bits.join(" · ");
}
async function earthlineFetchVermontGroundwater16398(requestBBox16391,requestOpts16393={}){
  const owner=String(requestOpts16393&&requestOpts16393.owner||"general"),propOwner=M&&M.propertyAquiferOwner16393||null;
  if(owner!=="property"&&propOwner&&Number(propOwner.searchGen)===Number(M.searchGen||0)){try{earthlineSyncAquiferLayer();}catch(_){}return propOwner.promise||null;}
  const exact=earthlineExactPropertyBBox16398();if(!exact)return fetchUSGSAquifersLegacy16397(requestBBox16391,requestOpts16393);
  const requestGen=Number(M.searchGen||0),requestId=(Number(M.usgsAquiferRequestSeq16388)||0)+1;
  const context=earthlineExpandBBoxM16398(exact,1800),requestKey=[requestGen,"vt16398",exact.minLng.toFixed(6),exact.minLat.toFixed(6),exact.maxLng.toFixed(6),exact.maxLat.toFixed(6)].join("|");
  if(M.usgsAquiferCompletedKey16393===requestKey){try{earthlineSyncAquiferLayer();}catch(_){}return M.usgsAquiferLastResult16393||null;}
  M.usgsAquiferRequestSeq16388=requestId;M.usgsAquiferRequestKey16388=requestKey;M.usgsAquiferRequestActiveId16393=requestId;M.usgsAquiferLoading=true;M.usgsAquiferStatus="loading";
  const current=()=>Number(M.searchGen||0)===requestGen&&Number(M.usgsAquiferRequestSeq16388)===requestId&&M.usgsAquiferRequestKey16388===requestKey;
  const audit={build:"EARTHLINE 16400",resolver:"Vermont Property groundwater",requestGen,requestId,requestKey,bbox:[exact.minLng,exact.minLat,exact.maxLng,exact.maxLat],contextBBox:[context.minLng,context.minLat,context.maxLng,context.maxLat],coverageIndex:{version:"0.1-draft",entryCount:68,geometryAttached:false,usedForParcelCoverage:false},requests:[],status:"loading"};
  M.usgsAquiferAudit=audit;M.vtGroundwaterWells16398=[];M.vtGroundwaterSummaryPoint16398=null;M.usgsAquifers=[];try{earthlineSyncAquiferLayer();}catch(_){}
  toast("Loading Vermont groundwater evidence…");
  const polyCandidates=[];let anyService=false;
  const sources=[
    {key:"vgs24k",base:"https://anrmaps.vermont.gov/arcgis/rest/services/map_services/MAP_ANR_ANRATLASGEOLOGY_WM_NOCACHE/MapServer/35/query",fields:"MapUnit,Label,Symbol,DataSourceID",source:"Vermont Geological Survey 1:24,000 surficial geology",type:"vt-aquifer-material-24k",scale:"1:24,000"},
    {key:"sandgravel",base:"https://anrmaps.vermont.gov/arcgis/rest/services/Open_Data/OPENDATA_ANR_GEOLOGIC_SP_NOCACHE_v2/MapServer/164/query",fields:"AG_TYPE",source:"Vermont ANR mapped sand and gravel deposits",type:"vt-sand-gravel-aquifer-material",scale:"statewide mapped deposits"},
    {key:"surficial62k",base:"https://anrmaps.vermont.gov/arcgis/rest/services/map_services/MAP_ANR_ANRATLASGEOLOGY_WM_NOCACHE/MapServer/5/query",fields:"LITHCODE,FEATURE_TYPE,LITHNAME,DESCRIPTION",source:"Vermont Geological Survey surficial geology",type:"vt-aquifer-material-statewide",scale:"1:62,500 legacy statewide"}
  ];
  const polygonTasks=sources.map(async spec=>{const req={key:spec.key,endpoint:spec.base,http:null,features:0,aquiferMaterialRings:0,error:""};audit.requests.push(req);try{const out=await earthlineFetchArcGISGeoJSON16398(spec.base,context,spec.fields,spec.key==="vgs24k"?9000:11000);req.http=out.http;req.transport=out.transport||"unknown";req.schemaFallback=!!out.schemaFallback;anyService=true;const feats=out.json.features||[];req.features=feats.length;const pp=earthlineVtPolys16398(feats,spec.source,spec.type,spec.scale);req.aquiferMaterialRings=pp.length;return pp;}catch(e){req.error=String(e&&e.message||e);return [];}});
  const wellBase="https://anrmaps.vermont.gov/arcgis/rest/services/Open_Data/OPENDATA_ANR_WATER_SP_NOCACHE_v2/MapServer/162/query";
  const wellReq={key:"private-wells",endpoint:wellBase,http:null,features:0,displayed:0,error:""};audit.requests.push(wellReq);
  const wellTask=(async()=>{try{const out=await earthlineFetchArcGISGeoJSON16398(wellBase,context,"Town,WellReportNumber,WellDepth,YieldGPM,StaticWaterLevel,OverBurdenThickness,WellType,WellScreen,LocationDeterminationMethod,LONGDD,LATDD,WellReportID",12000);wellReq.http=out.http;wellReq.transport=out.transport||"unknown";wellReq.schemaFallback=!!out.schemaFallback;anyService=true;const center=[(exact.minLng+exact.maxLng)/2,(exact.minLat+exact.maxLat)/2];const rows=(out.json.features||[]).map(f=>{const p=f.properties||{},c=f.geometry&&f.geometry.coordinates||[p.LONGDD,p.LATDD],lng=Number(c[0]),lat=Number(c[1]);if(!Number.isFinite(lng)||!Number.isFinite(lat))return null;return {lng,lat,distanceM:earthlineDistanceM16398(center,[lng,lat]),wellType:p.WellType||"",wellScreen:p.WellScreen||"",yieldGPM:p.YieldGPM,staticWaterLevel:p.StaticWaterLevel,overBurdenThickness:p.OverBurdenThickness,wellDepth:p.WellDepth,locationMethod:p.LocationDeterminationMethod||"",wellReportID:p.WellReportID,evidence:earthlineWellEvidence16398(p)};}).filter(Boolean).filter(w=>w.distanceM<=1800).sort((a,b)=>a.distanceM-b.distanceM);wellReq.features=rows.length;return rows;}catch(e){wellReq.error=String(e&&e.message||e);return [];}})();
  /* EARTHLINE 16451 — one outer deadline owns the Vermont request group.
     Each request still starts concurrently. At 8 s, snapshot only completed
     results and continue; late transports cannot hold Property publication. */
  const partialResolved16451=new Array(sources.length+1).fill(null);
  const tracked16451=[
    ...polygonTasks.map((task,i)=>Promise.resolve(task).then(value=>{partialResolved16451[i]=Array.isArray(value)?value:[];return value;})),
    Promise.resolve(wellTask).then(value=>{partialResolved16451[sources.length]=Array.isArray(value)?value:[];return value;})
  ];
  let groundwaterDeadlineExceeded16451=false;
  await Promise.race([
    Promise.all(tracked16451),
    new Promise(resolve=>setTimeout(()=>{groundwaterDeadlineExceeded16451=true;resolve(null);},8000))
  ]);
  const resolved=partialResolved16451.map(value=>Array.isArray(value)?value:[]);
  audit.groundwaterDeadlineMs16451=8000;
  audit.groundwaterDeadlineExceeded16451=groundwaterDeadlineExceeded16451;
  if(groundwaterDeadlineExceeded16451){
    audit.terminalReason16451="groundwater-deadline-exceeded";
    audit.completedResultCountsAtDeadline16451=resolved.map(value=>value.length);
  }
  let selectedSourceIndex=-1;
  for(let i=0;i<sources.length;i++){if((resolved[i]||[]).length){selectedSourceIndex=i;break;}}
  if(selectedSourceIndex>=0)polyCandidates.push(...(resolved[selectedSourceIndex]||[]));
  audit.selectedPolygonTier=selectedSourceIndex>=0?{key:sources[selectedSourceIndex].key,source:sources[selectedSourceIndex].source,scale:sources[selectedSourceIndex].scale}:null;
  let wells=resolved[resolved.length-1]||[];
  /* A completed network response may belong to the previous Property generation.
     Check ownership BEFORE mutating any shared groundwater/aquifer publication state. */
  if(!current()){audit.status="stale-discarded";audit.message="Groundwater response discarded because a newer Property search owns publication.";return;}
  M.vtGroundwaterWells16398=wells.slice(0,12);wellReq.displayed=M.vtGroundwaterWells16398.length;
  // Keep each official local geometry once. No interpolation and no invented boundary.
  const seen=new Set();const localAquifers16450=polyCandidates.filter(poly=>{const a=poly.lngLatPts&&poly.lngLatPts[0];if(!a)return false;const k=[poly.aquiferType,poly.name,Number(a[0]).toFixed(5),Number(a[1]).toFixed(5),poly.lngLatPts.length].join("|");if(seen.has(k))return false;seen.add(k);return true;});
  /* EARTHLINE 16450 — a zero local polygon response may not erase exact intersecting
     accepted Regional polygons already inherited for this same Property generation. */
  const inherited16450=window.EARTHLINE_PROPERTY_INHERITED_AQUIFER_CONTEXT_16373||null;
  const sameGenInherited16450=!!(inherited16450&&Number(inherited16450.searchGen)===Number(requestGen));
  const inheritedPolys16450=sameGenInherited16450&&Array.isArray(inherited16450.polys)?inherited16450.polys:[];
  if(localAquifers16450.length){
    M.usgsAquifers=localAquifers16450;
  }else if(inheritedPolys16450.length){
    M.usgsAquifers=inheritedPolys16450.map(poly=>Object.assign({},poly,{
      lngLatPts:(poly.lngLatPts||[]).map(c=>c.slice()),
      pts:(poly.lngLatPts||[]).map(c=>lngLatToGrid(Number(c[0]),Number(c[1])))
    }));
    audit.preservedInheritedContext16450=M.usgsAquifers.length;
    audit.preservedInheritedSource16450=String(inherited16450.source||"accepted Regional aquifer context");
    if(!audit.selectedPolygonTier)audit.selectedPolygonTier={key:"regional-inherited",source:audit.preservedInheritedSource16450,scale:"regional mapped context"};
  }else{
    M.usgsAquifers=[];
  }
  const bedrock=wells.filter(w=>/FRACTURED-BEDROCK GROUNDWATER/.test(w.evidence||"")).length,gravel=wells.filter(w=>/OVERBURDEN \/ SCREENED GROUNDWATER/.test(w.evidence||"")).length;
  const medStatic=earthlineMedian16398(wells.map(w=>w.staticWaterLevel)),medYield=earthlineMedian16398(wells.map(w=>w.yieldGPM)),medOverburden=earthlineMedian16398(wells.map(w=>w.overBurdenThickness));
  const centerLng=(exact.minLng+exact.maxLng)/2,centerLat=(exact.minLat+exact.maxLat)/2;
  if(wells.length){const system=gravel>bedrock?"OVERBURDEN / SCREENED GROUNDWATER":"FRACTURED-BEDROCK GROUNDWATER";M.vtGroundwaterSummaryPoint16398={lng:centerLng,lat:centerLat,label:"AQUIFER EVIDENCE · "+system+" · "+wells.length+" NEARBY WELL"+(wells.length===1?"":"S")};}
  audit.summary={mappedAquiferMaterialRings:M.usgsAquifers.length,nearbyWells:wells.length,displayedWells:M.vtGroundwaterWells16398.length,bedrockEvidenceWells:bedrock,sandGravelEvidenceWells:gravel,medianStaticWaterLevelFt:medStatic,medianYieldGPM:medYield,medianOverburdenFt:medOverburden};
  if(M.usgsAquifers.length||wells.length){M.usgsAquiferStatus=M.usgsAquifers.length?"loaded-vt-aquifer-material":"loaded-vt-well-evidence";audit.status=M.usgsAquiferStatus;audit.boundaryClass=M.usgsAquifers.length?"mapped Vermont aquifer-material / surficial-geology evidence — not an interpolated aquifer boundary":"nearby point observations define groundwater evidence; no polygon invented";toast(M.usgsAquifers.length?M.usgsAquifers.length+" mapped aquifer-material area(s) + "+wells.length+" nearby groundwater well(s) loaded":wells.length+" nearby Vermont groundwater well(s) loaded — no boundary invented");}
  else if(anyService){M.usgsAquiferStatus="verified-clear-local-evidence";audit.status=M.usgsAquiferStatus;audit.message="Vermont groundwater services responded but returned no mapped aquifer-material polygon or nearby well observation in this search window.";toast(audit.message);}
  else{M.usgsAquiferStatus="unreachable";audit.status="unreachable";audit.message="Vermont groundwater evidence services are unreachable.";toast(audit.message);}
  M.usgsAquiferBox=exact;M.usgsAquiferCompletedKey16393=requestKey;M.usgsAquiferLastResult16393={status:M.usgsAquiferStatus,count:M.usgsAquifers.length,wellCount:wells.length,bbox:Object.assign({},exact),requestOwner:owner,searchGen:requestGen,at:new Date().toISOString()};M.usgsAquiferLoading=false;M.usgsAquiferRequestActiveId16393=0;
  earthlineSyncAquiferLayer();audit.mapboxVisible=earthlineNativeAquiferActive();console.info("[Earthline Vermont groundwater audit]",audit);render();return M.usgsAquiferLastResult16393;
}
async function fetchUSGSAquifers(requestBBox16391,requestOpts16393={}){
  const owner=String(requestOpts16393&&requestOpts16393.owner||"general");
  if(owner==="property"&&earthlineIsVermontProperty16398())return earthlineFetchVermontGroundwater16398(requestBBox16391,requestOpts16393);
  if(owner!=="property"&&M&&M.propertyAquiferOwner16393&&Number(M.propertyAquiferOwner16393.searchGen)===Number(M.searchGen||0)){
    try{earthlineSyncAquiferLayer();}catch(_){}return M.propertyAquiferOwner16393.promise||null;
  }
  M.vtGroundwaterWells16398=[];M.vtGroundwaterSummaryPoint16398=null;
  return fetchUSGSAquifersLegacy16397(requestBBox16391,requestOpts16393);
}
async function fetchUSGSAquifersLegacy16397(requestBBox16391,requestOpts16393={}){
  const requestOwner16393=String(requestOpts16393&&requestOpts16393.owner||"general");
  const propertyOwner16393=M&&M.propertyAquiferOwner16393||null;
  if(requestOwner16393!=="property"&&propertyOwner16393&&Number(propertyOwner16393.searchGen)===Number(M.searchGen||0)){
    /* EARTHLINE 16393 — a current Property generation owns aquifer acquisition.
       Generic camera/planning refreshes may re-sync its result but may not start a
       competing request or replace its bbox/publication ownership. */
    try{earthlineSyncAquiferLayer();}catch(_){}
    return propertyOwner16393.promise||null;
  }
  const q=requestBBox16391||null;
  const explicit=!!(q&&[q.minLng,q.minLat,q.maxLng,q.maxLat].every(v=>Number.isFinite(Number(v))));
  const live=explicit?null:currentMapBBox();
  const raw=explicit?q:live;
  const bb={minLng:Math.min(Number(raw.minLng),Number(raw.maxLng)),minLat:Math.min(Number(raw.minLat),Number(raw.maxLat)),maxLng:Math.max(Number(raw.minLng),Number(raw.maxLng)),maxLat:Math.max(Number(raw.minLat),Number(raw.maxLat))};
  const bboxArray=[bb.minLng,bb.minLat,bb.maxLng,bb.maxLat];
  const requestGen=Number(M.searchGen||0);
  const requestKey=[requestGen,requestOwner16393,...bboxArray.map(v=>Number(v).toFixed(6))].join('|');
  if(M.usgsAquiferCompletedKey16393===requestKey){
    try{earthlineSyncAquiferLayer();}catch(_){}
    return M.usgsAquiferLastResult16393||null;
  }
  if(M.usgsAquiferLoading&&M.usgsAquiferRequestKey16388===requestKey){
    return propertyOwner16393&&Number(propertyOwner16393.searchGen)===requestGen?propertyOwner16393.promise||null:null;
  }
  const requestId=(Number(M.usgsAquiferRequestSeq16388)||0)+1;
  M.usgsAquiferRequestSeq16388=requestId;
  M.usgsAquiferRequestKey16388=requestKey;
  M.usgsAquiferRequestActiveId16393=requestId;
  const currentRequest=()=>Number(M.usgsAquiferRequestSeq16388)===requestId&&Number(M.searchGen||0)===requestGen&&M.usgsAquiferRequestKey16388===requestKey;
  const spanDeg=Math.max(Math.abs(bb.maxLng-bb.minLng),Math.abs(bb.maxLat-bb.minLat));
  const audit={
    build:"EARTHLINE 16393",
    requestId,requestGen,requestKey,requestOwner:requestOwner16393,
    mode:earthlineLargeAreaMode()?"regional":earthlinePlanningMode()?"city/valley":"parcel",
    bbox:bboxArray,bboxOwner:explicit?"property-boundary-context-16391":"current-camera",
    countryCode:earthlineCountryCode(M.loc)||"unknown",
    requests:[],embeddedFeatures:0,parsedRings:0,mapboxSourceFeatures:0,requestedVisible:false,status:"loading"
  };
  M.usgsAquiferAudit=audit;
  M.usgsAquiferLoading=true;
  M.usgsAquiferStatus="loading";
  toast("Loading verified aquifer boundaries…");

  const usCoverage=earthlineUSAquiferCoverageAvailable(M.loc,bb);
  if(!usCoverage){
    if(!currentRequest()){
      audit.status="stale-discarded";
      if(Number(M.usgsAquiferRequestActiveId16393)===requestId)M.usgsAquiferLoading=false;
      return;
    }
    M.usgsAquifers=[];
    M.usgsAquiferBox=bb;
    M.usgsAquiferStatus="outside-us";
    audit.status="outside-us";
    audit.message="Verified U.S. aquifer boundary data is not available for this country.";
    M.usgsAquiferLoading=false;
    earthlineSyncAquiferLayer();
    toast(audit.message);
    console.info("[Earthline aquifer audit]",audit);
    render();
    return;
  }

  const inColorado=!(bb.maxLng<-109.2||bb.minLng>-101.9||bb.maxLat<36.8||bb.minLat>41.1);
  const geomObj={xmin:bb.minLng,ymin:bb.minLat,xmax:bb.maxLng,ymax:bb.maxLat,spatialReference:{wkid:4326}};
  const geom=encodeURIComponent(JSON.stringify(geomObj));
  const maxOffset=spanDeg>5?0.005:spanDeg>1?0.001:spanDeg>0.25?0.00025:0.00005;
  const common="&geometry="+geom
    +"&geometryType=esriGeometryEnvelope&inSR=4326&outSR=4326"
    +"&spatialRel=esriSpatialRelIntersects&returnGeometry=true"
    +"&returnTrueCurves=false&maxAllowableOffset="+maxOffset
    +"&geometryPrecision=6&resultRecordCount=10000";

  const all=[];
  let reachedOfficialService=false;
  let lastMsg="Verified aquifer services are unreachable — check the connection";

  const embedded=earthlineEmbeddedAquifersForBBox(bb);
  if(embedded.length){
    audit.embeddedFeatures=embedded.length;
    all.push(...earthlineParseAquiferFeatures({features:embedded},"geojson",{
      defaultName:"USGS principal aquifer",source:"USGS principal aquifers (embedded official dataset)",aquiferType:"principal"
    }));
  }

  // Colorado's official alluvial-aquifer layer remains the preferred local footprint there.
  if(inColorado){
    const base="https://www.cohealthmaps.dphe.state.co.us/arcgis/rest/services/WQCD/Groundwater_Vulnerability_Tool/MapServer/10/query";
    for(const mode of ["geojson","json"]){
      const where="&where=1%3D1&outFields=*";
      const url=base+(mode==="geojson"?"?f=geojson":"?f=json")+where+common;
      const req={endpoint:base,format:mode,http:null,rawFeatures:0,parsedRings:0,error:""};
      audit.requests.push(req);
      try{
        const r=await fetch(url);
        req.http=r.status;
        if(!r.ok){lastMsg="Colorado aquifer HTTP "+r.status;req.error=lastMsg;continue;}
        const j=await r.json();
        if(j.error){lastMsg=j.error.message||"Colorado aquifer service error";req.error=lastMsg;continue;}
        reachedOfficialService=true;
        req.rawFeatures=(j.features||[]).length;
        const parsed=earthlineParseAquiferFeatures(j,mode,{
          defaultName:"Colorado alluvial aquifer",source:"Colorado Division of Water Resources",aquiferType:"alluvial"
        });
        req.parsedRings=parsed.length;
        all.push(...parsed);
        break;
      }catch(e){
        lastMsg="Colorado alluvial aquifer fetch failed";
        req.error=String(e&&e.message||e||lastMsg);
      }
    }
  }

  // Nationwide principal-aquifer polygons derived from the USGS Ground Water Atlas.
  // A separate USGS alluvial/glacial dataset is queried below when the principal layer
  // has no polygon in the current view.
  if(!inColorado&&!embedded.length){
    const base="https://services.arcgis.com/P3ePLMYs2RVChkJx/arcgis/rest/services/USA_Aquifers_Feature_Layer_view/FeatureServer/0/query";
    const where="&where="+encodeURIComponent("1=1")+"&outFields="+encodeURIComponent("AQ_NAME,ROCK_TYPE,ROCK_NAME");
    const url=base+"?f=geojson"+where+common;
    const req={endpoint:base,format:"geojson",http:null,rawFeatures:0,parsedRings:0,error:"",boundaryClass:"USGS national principal-aquifer extent — regional context, not a parcel boundary"};
    audit.requests.push(req);
    try{
      const ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),18000);
      let r,j;
      try{r=await fetch(url,{mode:"cors",cache:"force-cache",signal:ctl.signal});req.http=r.status;if(!r.ok)throw new Error("USGS principal aquifer HTTP "+r.status);j=await r.json();}
      finally{clearTimeout(timer);}
      if(j.error)throw new Error(j.error.message||"USGS principal aquifer service error");
      reachedOfficialService=true;
      req.rawFeatures=(j.features||[]).length;
      const principalFeatures=(j.features||[]).filter(f=>{
        const p=f&&f.properties||{};
        const n=String(p.AQ_NAME||"").trim();
        return !!n && !/^other\s+rocks?$/i.test(n);
      });
      const parsed=earthlineParseAquiferFeatures({type:"FeatureCollection",features:principalFeatures},"geojson",{
        defaultName:"USGS principal aquifer",
        source:"USGS Principal Aquifers of the United States (public ArcGIS FeatureServer)",
        aquiferType:"principal-national"
      });
      req.parsedRings=parsed.length;
      all.push(...parsed);
      if(!parsed.length)lastMsg="The USGS principal-aquifer layer returned no mapped polygon for this view";
    }catch(e){
      lastMsg="USGS principal-aquifer service is unreachable";
      req.error=String(e&&e.message||e||lastMsg);
    }
  }

  // USGS alluvial and glacial aquifers are a separate mapped dataset and are
  // especially important in glaciated states. Discover the public feature-service
  // URL from its ArcGIS item so the app is not tied to a stale service hostname.
  if(!inColorado&&!embedded.length&&!all.length){
    const itemMeta="https://www.arcgis.com/sharing/rest/content/items/434dd06a8c734cddbce319829533a86f?f=json";
    const req={endpoint:itemMeta,format:"arcgis-item+geojson",http:null,rawFeatures:0,parsedRings:0,error:"",boundaryClass:"USGS alluvial/glacial aquifer extent — mapped regional context"};
    audit.requests.push(req);
    try{
      const ctlMeta=new AbortController(),timerMeta=setTimeout(()=>ctlMeta.abort(),10000);
      let metaResp,meta;
      try{metaResp=await fetch(itemMeta,{mode:"cors",cache:"force-cache",signal:ctlMeta.signal});req.http=metaResp.status;if(!metaResp.ok)throw new Error("USGS alluvial/glacial item HTTP "+metaResp.status);meta=await metaResp.json();}
      finally{clearTimeout(timerMeta);}
      const service=String(meta&&meta.url||"").replace(/\/$/,"");
      if(!service)throw new Error("USGS alluvial/glacial feature-service URL unavailable");
      const base=/\/FeatureServer\/\d+$/i.test(service)?service+"/query":service+"/0/query";
      req.endpoint=base;
      const where="&where=1%3D1&outFields=*";
      const url=base+"?f=geojson"+where+common;
      const ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),16000);
      let r,j;
      try{r=await fetch(url,{mode:"cors",cache:"force-cache",signal:ctl.signal});req.http=r.status;if(!r.ok)throw new Error("USGS alluvial/glacial aquifer HTTP "+r.status);j=await r.json();}
      finally{clearTimeout(timer);}
      if(j.error)throw new Error(j.error.message||"USGS alluvial/glacial aquifer service error");
      reachedOfficialService=true;
      req.rawFeatures=(j.features||[]).length;
      const parsed=earthlineParseAquiferFeatures(j,"geojson",{
        defaultName:"USGS alluvial/glacial aquifer",
        source:"USGS Principal Aquifers — alluvial and glacial origin",
        aquiferType:"alluvial-glacial"
      });
      req.parsedRings=parsed.length;
      all.push(...parsed);
      if(!parsed.length)lastMsg="The USGS alluvial/glacial aquifer layer returned no mapped polygon for this view";
    }catch(e){
      lastMsg="USGS alluvial/glacial aquifer service is unreachable";
      req.error=String(e&&e.message||e||lastMsg);
    }
  }

  // Retain the existing national carbonate/karst layer only as a fallback when the
  // principal-aquifer request produced no mapped polygon for this view.
  if(!inColorado&&!embedded.length&&!all.length){
    const base="https://services.arcgis.com/hoKRg7d6zCP8hwp2/ArcGIS/rest/services/uskarst/FeatureServer/0/query";
    const where="&where="+encodeURIComponent("NPS_Type='Carbonate'")+"&outFields=*";
    const url=base+"?f=geojson"+where+common;
    const req={endpoint:base,format:"geojson",http:null,rawFeatures:0,parsedRings:0,error:"",boundaryClass:"national/regional guidance — not a parcel boundary"};
    audit.requests.push(req);
    try{
      const ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),16000);
      let r,j;
      try{r=await fetch(url,{mode:"cors",cache:"force-cache",signal:ctl.signal});req.http=r.status;if(!r.ok)throw new Error("USGS karst HTTP "+r.status);j=await r.json();}
      finally{clearTimeout(timer);}
      if(j.error)throw new Error(j.error.message||"USGS karst service error");
      reachedOfficialService=true;
      req.rawFeatures=(j.features||[]).length;
      const parsed=earthlineParseAquiferFeatures(j,"geojson",{
        defaultName:"Carbonate karst groundwater context",
        source:"USGS Open-File Report 2004-1352 (public ArcGIS-hosted copy)",
        aquiferType:"carbonate-karst-context"
      });
      req.parsedRings=parsed.length;
      all.push(...parsed);
      if(!parsed.length)lastMsg="The USGS national carbonate/karst layer returned no mapped area for this view";
    }catch(e){
      lastMsg="USGS national carbonate/karst groundwater context is unreachable";
      req.error=String(e&&e.message||e||lastMsg);
    }
  }

  // Never let an older Property/search request overwrite a newer one.
  if(!currentRequest()){
    audit.status="stale-discarded";
    audit.message="Aquifer response discarded because a newer Earthline search owns publication.";
    if(Number(M.usgsAquiferRequestActiveId16393)===requestId)M.usgsAquiferLoading=false;
    console.info("[Earthline aquifer audit]",audit);
    return;
  }

  const seen=new Set();
  M.usgsAquifers=all.filter(poly=>{
    const pts=poly.lngLatPts||[];if(!pts.length)return false;
    const a=pts[0],b=pts[Math.floor(pts.length/2)]||a;
    const key=[poly.name,a[0].toFixed(5),a[1].toFixed(5),b[0].toFixed(5),b[1].toFixed(5),pts.length].join("|");
    if(seen.has(key))return false;seen.add(key);return true;
  });

  // Preserve exact same-generation inherited Regional context only if the current
  // authoritative requests still return no polygon; never synthesize geometry.
  if(!M.usgsAquifers.length){
    const inherited16373=window.EARTHLINE_PROPERTY_INHERITED_AQUIFER_CONTEXT_16373||null;
    const sameGen16373=!!(inherited16373&&Number(inherited16373.searchGen)===Number(M.searchGen||0));
    const inheritedPolys16373=sameGen16373&&Array.isArray(inherited16373.polys)?inherited16373.polys:[];
    const bboxForPoly16373=poly=>{
      const pts=poly&&poly.lngLatPts||[];if(!pts.length)return null;
      let minLng=Infinity,minLat=Infinity,maxLng=-Infinity,maxLat=-Infinity;
      for(const p of pts){
        const x=Number(p&&p[0]),y=Number(p&&p[1]);if(!Number.isFinite(x)||!Number.isFinite(y))continue;
        minLng=Math.min(minLng,x);maxLng=Math.max(maxLng,x);minLat=Math.min(minLat,y);maxLat=Math.max(maxLat,y);
      }
      return Number.isFinite(minLng)?{minLng,minLat,maxLng,maxLat}:null;
    };
    const keep16373=inheritedPolys16373.filter(poly=>earthlineBBoxesIntersect(bboxForPoly16373(poly),bb));
    if(keep16373.length){
      M.usgsAquifers=keep16373.map(poly=>Object.assign({},poly,{
        lngLatPts:(poly.lngLatPts||[]).map(c=>c.slice()),
        pts:(poly.lngLatPts||[]).map(c=>lngLatToGrid(Number(c[0]),Number(c[1])))
      }));
      audit.preservedInheritedContext16373=keep16373.length;
      audit.preservedInheritedSource16373=String(inherited16373.source||"same-generation inherited Regional context");
    }
  }

  audit.parsedRings=M.usgsAquifers.length;
  M.usgsAquiferBox=bb;
  if(M.usgsAquifers.length){
    const contextOnly=M.usgsAquifers.every(p=>String(p.aquiferType||'').includes('context'));
    const hasNationalPrincipal=M.usgsAquifers.some(p=>String(p.aquiferType||'')==='principal-national');
    M.usgsAquiferStatus=contextOnly?"loaded-context":"loaded";
    audit.status=M.usgsAquiferStatus;
    audit.boundaryClass=hasNationalPrincipal?"USGS national principal-aquifer extent — regional context, not a parcel boundary":contextOnly?"national/regional hydrogeologic guidance — not a parcel boundary":"mapped aquifer boundary";
    toast(contextOnly?M.usgsAquifers.length+" mapped carbonate/karst groundwater context area(s) loaded":M.usgsAquifers.length+" mapped aquifer area(s) loaded");
  }else if(reachedOfficialService){
    M.usgsAquiferStatus="empty";
    audit.status="empty";
    audit.message=lastMsg||"The official aquifer service returned no mapped polygon for this view.";
    toast(audit.message);
  }else{
    M.usgsAquiferStatus="unreachable";
    audit.status="unreachable";
    audit.message=lastMsg;
    toast(lastMsg);
  }
  M.usgsAquiferCompletedKey16393=requestKey;
  M.usgsAquiferLastResult16393={status:String(M.usgsAquiferStatus||""),count:Number(M.usgsAquifers&&M.usgsAquifers.length||0),bbox:Object.assign({},bb),requestOwner:requestOwner16393,searchGen:requestGen,at:new Date().toISOString()};
  M.usgsAquiferLoading=false;
  if(Number(M.usgsAquiferRequestActiveId16393)===requestId)M.usgsAquiferRequestActiveId16393=0;
  earthlineSyncAquiferLayer();
  audit.layerVisible=earthlineNativeAquiferActive();
  console.info("[Earthline aquifer audit]",audit);
  render();
}

function drawUSGSAquifers(){
  if(!M.usgsAquifers.length||earthlineNativeAquiferActive())return;
  const z=earthlineMapActive()&&earthlineMap.getZoom?earthlineMap.getZoom():Number(M.viewZoom||12);
  // At town/valley overview scale the aquifer must read instantly. Closer in, reduce
  // opacity and line weight so the imagery remains usable for selecting land.
  const overview=z<=12.8;
  const fillAlpha=overview?0.48:0.27;
  const outerWidth=overview?17:10;
  const solidWidth=overview?8:5.5;
  const innerWidth=overview?2.4:1.7;
  const glowBlur=overview?28:17;

  ctx.save();
  M.usgsAquifers.forEach(poly=>{
    ctx.beginPath();
    poly.pts.forEach((p,i)=>{const[ax,ay]=G2S(p[0],p[1]);if(i===0)ctx.moveTo(ax,ay);else ctx.lineTo(ax,ay);});
    ctx.closePath();

    // Solid warm fill makes the aquifer footprint unmistakable against satellite imagery.
    ctx.fillStyle=`rgba(255,145,0,${fillAlpha})`;ctx.fill();

    // Dark backing edge prevents the orange perimeter from disappearing over pale roads/rock.
    ctx.save();ctx.strokeStyle="rgba(58,27,0,0.88)";ctx.lineJoin="round";ctx.lineWidth=outerWidth+5;ctx.stroke();ctx.restore();

    // Restrained orange halo + solid border: prominent at high elevation, not neon.
    ctx.save();ctx.shadowColor="rgba(255,132,0,0.92)";ctx.shadowBlur=glowBlur;ctx.strokeStyle="rgba(255,126,0,0.98)";ctx.lineJoin="round";ctx.lineWidth=outerWidth;ctx.stroke();ctx.restore();
    ctx.save();ctx.strokeStyle="#ff9f16";ctx.lineJoin="round";ctx.lineWidth=solidWidth;ctx.stroke();ctx.restore();
    ctx.save();ctx.strokeStyle="rgba(255,238,205,0.98)";ctx.lineJoin="round";ctx.lineWidth=innerWidth;ctx.stroke();ctx.restore();
  });

  // Light interior hatch helps users distinguish an aquifer polygon from a general heatmap.
  ctx.save();
  M.usgsAquifers.forEach(poly=>{
    ctx.beginPath();
    poly.pts.forEach((p,i)=>{const[ax,ay]=G2S(p[0],p[1]);if(i===0)ctx.moveTo(ax,ay);else ctx.lineTo(ax,ay);});
    ctx.closePath();ctx.clip();
    let minx=1e9,miny=1e9,maxx=-1e9,maxy=-1e9;
    poly.pts.forEach(p=>{const[ax,ay]=G2S(p[0],p[1]);minx=Math.min(minx,ax);miny=Math.min(miny,ay);maxx=Math.max(maxx,ax);maxy=Math.max(maxy,ay);});
    ctx.strokeStyle=overview?"rgba(255,230,175,0.44)":"rgba(255,226,168,0.28)";
    ctx.lineWidth=overview?1.5:1;
    const step=overview?15:18;
    for(let d=minx-(maxy-miny);d<maxx;d+=step){ctx.beginPath();ctx.moveTo(d,miny);ctx.lineTo(d+(maxy-miny),maxy);ctx.stroke();}
  });
  ctx.restore();

  const seen=new Set();
  M.usgsAquifers.forEach(poly=>{
    if(seen.has(poly.name))return;seen.add(poly.name);
    let cx=0,cy=0;poly.pts.forEach(p=>{cx+=p[0];cy+=p[1];});cx/=poly.pts.length;cy/=poly.pts.length;
    const[sx,sy]=G2S(cx,cy);
    const label=(overview?"AQUIFER · ":"")+poly.name;
    ctx.font=(overview?"800 13px":"700 12px")+" Segoe UI, sans-serif";
    ctx.textAlign="center";ctx.textBaseline="middle";
    const tw=ctx.measureText(label).width;
    if(overview){
      ctx.fillStyle="rgba(72,32,0,0.88)";
      ctx.fillRect(sx-tw/2-8,sy-11,tw+16,22);
      ctx.strokeStyle="rgba(255,184,72,0.95)";ctx.lineWidth=1.2;
      ctx.strokeRect(sx-tw/2-8,sy-11,tw+16,22);
    }
    ctx.lineWidth=overview?4.5:3.5;ctx.strokeStyle="rgba(43,18,0,0.96)";ctx.strokeText(label,sx,sy);
    ctx.fillStyle="#ffd58d";ctx.fillText(label,sx,sy);
  });
  ctx.restore();
}


// BUILD-CHECK-15672: Mapbox aquifer polygons live below the analytical canvas.
// This restrained outline/hatch pass keeps official aquifers legible over bright,
// high-elevation satellite terrain and over flow/recharge overlays. Swales are drawn
// afterward, so the design recommendations remain the top visual priority.
function earthlineAquiferScreenRing(poly){
  const ll=(poly&&poly.lngLatPts)||[];
  if(earthlineMapActive()&&ll.length>=3){
    return ll.map(c=>{
      const p=earthlineMap.project({lng:Number(c[0]),lat:Number(c[1])});
      return [p.x,p.y];
    }).filter(p=>Number.isFinite(p[0])&&Number.isFinite(p[1]));
  }
  return ((poly&&poly.pts)||[]).map(p=>G2S(p[0],p[1]));
}
function earthlineTraceScreenRing(ring){
  if(!ring||ring.length<3)return false;
  ctx.beginPath();
  ring.forEach((p,i)=>i?ctx.lineTo(p[0],p[1]):ctx.moveTo(p[0],p[1]));
  ctx.closePath();
  return true;
}
function earthlineAquiferVisibleLabelPoint(ring,w,h){
  if(!ring||!ring.length)return [Math.max(130,w/2),Math.max(70,h/2)];
  let minx=Infinity,miny=Infinity,maxx=-Infinity,maxy=-Infinity;
  ring.forEach(p=>{minx=Math.min(minx,p[0]);miny=Math.min(miny,p[1]);maxx=Math.max(maxx,p[0]);maxy=Math.max(maxy,p[1]);});
  // Clamp the polygon center into the visible map, so a large aquifer still gets a label
  // even when its true centroid lies well beyond the current high-zoom viewport.
  return [clamp((minx+maxx)/2,120,w-120),clamp((miny+maxy)/2,48,h-48)];
}

// BUILD-CHECK-15672: direct geographic projection. The earlier enhancer used DEM-grid
// coordinates, which become stale after the user zooms/pans from a town view to a mountain
// property. Projecting each official longitude/latitude through Mapbox on every render keeps
// aquifers aligned and visibly above bright high-elevation imagery at every zoom.
function drawNativeAquiferVisibilityEnhancer(){
  if(!earthlineNativeAquiferActive()||!M.usgsAquifers.length)return;
  const w=cv.width/(window.devicePixelRatio||1),h=cv.height/(window.devicePixelRatio||1);
  const z=earthlineMapActive()&&earthlineMap.getZoom?earthlineMap.getZoom():Number(M.viewZoom||12);
  const close=z>=14;
  const rings=[];

  ctx.save();
  M.usgsAquifers.forEach(poly=>{
    const ring=earthlineAquiferScreenRing(poly);
    if(!earthlineTraceScreenRing(ring))return;
    rings.push({poly,ring});

    // Intentionally strong upper-canvas tint: this is the guaranteed visible pass.
    ctx.fillStyle=close?"rgba(255,112,0,0.28)":"rgba(255,112,0,0.34)";
    ctx.fill();

    ctx.save();ctx.lineJoin="round";ctx.strokeStyle="rgba(24,7,0,1)";ctx.lineWidth=close?16:20;ctx.stroke();ctx.restore();
    ctx.save();ctx.lineJoin="round";ctx.shadowColor="rgba(255,105,0,1)";ctx.shadowBlur=close?18:24;ctx.strokeStyle="#ff6d00";ctx.lineWidth=close?11:14;ctx.stroke();ctx.restore();
    ctx.save();ctx.lineJoin="round";ctx.strokeStyle="#ff9d16";ctx.lineWidth=close?7:9;ctx.stroke();ctx.restore();
    ctx.save();ctx.setLineDash(close?[7,7]:[9,8]);ctx.lineJoin="round";ctx.strokeStyle="#fff7dc";ctx.lineWidth=close?3:3.6;ctx.stroke();ctx.restore();

    // Dense enough to remain obvious over snow, exposed rock and pale terrain.
    ctx.save();earthlineTraceScreenRing(ring);ctx.clip();
    let minx=Infinity,miny=Infinity,maxx=-Infinity,maxy=-Infinity;
    ring.forEach(p=>{minx=Math.min(minx,p[0]);miny=Math.min(miny,p[1]);maxx=Math.max(maxx,p[0]);maxy=Math.max(maxy,p[1]);});
    ctx.strokeStyle=close?"rgba(255,248,221,0.42)":"rgba(255,248,221,0.50)";
    ctx.lineWidth=1.25;
    const step=close?13:15,dy=maxy-miny;
    for(let d=minx-dy;d<maxx;d+=step){ctx.beginPath();ctx.moveTo(d,miny);ctx.lineTo(d+dy,maxy);ctx.stroke();}
    ctx.restore();
  });

  // Persistent active-layer badge and viewport-clamped aquifer names make it impossible
  // to confuse a loaded official aquifer with an invisible or inactive layer.
  const names=[...new Set(rings.map(x=>x.poly.name||"Mapped aquifer"))];
  if(names.length){
    const badge="OFFICIAL AQUIFER OVERLAY ACTIVE";
    ctx.font="900 11px Segoe UI, sans-serif";ctx.textAlign="left";ctx.textBaseline="middle";
    const bw=ctx.measureText(badge).width+24;
    ctx.fillStyle="rgba(35,10,0,0.94)";ctx.beginPath();ctx.roundRect(12,12,bw,28,7);ctx.fill();
    ctx.strokeStyle="#ff9d16";ctx.lineWidth=2;ctx.stroke();
    ctx.fillStyle="#fff4d6";ctx.fillText(badge,24,26);
  }

  const used=[];
  rings.forEach(({poly,ring})=>{
    const label="AQUIFER · "+(poly.name||"Mapped aquifer");
    let [sx,sy]=earthlineAquiferVisibleLabelPoint(ring,w,h);
    while(used.some(p=>Math.hypot(p[0]-sx,p[1]-sy)<44))sy=clamp(sy+34,52,h-40);
    used.push([sx,sy]);
    ctx.font=(close?"900 13px":"900 14px")+" Segoe UI, sans-serif";
    ctx.textAlign="center";ctx.textBaseline="middle";
    const tw=ctx.measureText(label).width;
    ctx.fillStyle="rgba(38,10,0,0.94)";ctx.beginPath();ctx.roundRect(sx-tw/2-10,sy-13,tw+20,26,6);ctx.fill();
    ctx.strokeStyle="#ffad2e";ctx.lineWidth=2;ctx.stroke();
    ctx.lineWidth=4.5;ctx.strokeStyle="rgba(20,5,0,1)";ctx.strokeText(label,sx,sy);
    ctx.fillStyle="#fff5dc";ctx.fillText(label,sx,sy);
  });
  ctx.restore();
}

/* ---------------- rendering ---------------- */
const cv=document.getElementById("map");
const ctx=cv.getContext("2d");
let view={s:1,ox:0,oy:0};
// BUILD-CHECK-15680: property overlays share one local affine projection per settled
// camera position. This avoids tens of thousands of synchronous Mapbox.project() calls
// after every hand-click, wheel zoom, pinch, or drag.
let earthlineUseFastPropertyProjection=false;
let terrainImg=null;
function layoutMain(){ /* normal flow now; .center min-height drives size */ }
function sizeMap(){
  layoutMain();
  const dpr=window.devicePixelRatio||1;
  const box=document.querySelector(".center");
  const r=box.getBoundingClientRect();
  let w=r.width, h=r.height;
  if(w<4)w=Math.max(320,window.innerWidth-(window.innerWidth<=1280?410:430));
  if(h<4)h=540;
  cv.width=Math.round(w*dpr);
  cv.height=Math.round(h*dpr);
  cv.style.width=w+"px";
  cv.style.height=h+"px";
  if(earthlineMap)requestAnimationFrame(()=>{try{earthlineMap.resize();}catch(e){}});
  return true;
}
function fitView(){
  if(earthlineMapActive()){earthlineSyncOverlayScale();return;}
  const dpr=window.devicePixelRatio||1;
  const w=cv.width/dpr,h=cv.height/dpr;
  const regional=(typeof swaleDetailScale==="function")?!swaleDetailScale():false;
  // Property/parcel: COVER the canvas for a field-work feel.
  // State/region/country: CONTAIN the full analysis window with margin so a search like
  // "Colorado" shows the whole state plus neighboring-state edges instead of cropping.
  const s=(regional&&M.loc&&M.loc.bbox)
    ? Math.min(w/GW,h/GH)*0.92
    : Math.max(w/GW,h/GH)*1.012;
  view={s,ox:(w-GW*s)/2,oy:(h-GH*s)/2};
}
const G2S=(x,y)=>{
  if(earthlineMapActive()&&!earthlineUseFastPropertyProjection){
    const p=earthlineMap.project(earthlineGridToLngLat(x,y));return[p.x,p.y];
  }
  return[view.ox+x*view.s,view.oy+y*view.s];
};
const S2G=(x,y)=>{
  if(earthlineMapActive()){
    const ll=earthlineMap.unproject([x,y]);return lngLatToGrid(ll.lng,ll.lat);
  }
  return[(x-view.ox)/view.s,(y-view.oy)/view.s];
};
function rampColor(t){
  const stops=[[0,[26,35,22]],[0.3,[54,60,35]],[0.52,[86,71,44]],[0.72,[120,99,62]],[0.88,[154,133,91]],[1,[198,180,140]]];
  for(let i=1;i<stops.length;i++){
    if(t<=stops[i][0]){
      const[t0,c0]=stops[i-1],[t1,c1]=stops[i];
      const f=(t-t0)/(t1-t0);
      return[c0[0]+(c1[0]-c0[0])*f,c0[1]+(c1[1]-c0[1])*f,c0[2]+(c1[2]-c0[2])*f];
    }
  }
  return stops[5][1];
}
function bakeTerrain(){
  if(M.realMode&&M.satCanvas){
    const off=document.createElement("canvas");off.width=840;off.height=584;
    const g=off.getContext("2d");
    g.drawImage(M.satCanvas,0,0);
    if(M.layers.hillshade.on&&!earthlineLargeAreaMode()){
      const hs=document.createElement("canvas");hs.width=GW;hs.height=GH;
      const hctx=hs.getContext("2d");
      const img=hctx.createImageData(GW,GH);
      const d=img.data;
      const exag=M.exag3d?2.6:1.2;
      for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
        const i=idx(x,y);
        const x1=clamp(x+1,0,GW-1),y1=clamp(y+1,0,GH-1);
        let sh=0.5+(M.h[i]-M.h[idx(x1,y)])*exag*0.6/M.cellM+(M.h[i]-M.h[idx(x,y1)])*exag*0.45/M.cellM;
        sh=clamp(sh,0.1,0.95);
        const p=i*4;
        const v=Math.round(sh*255);
        d[p]=v;d[p+1]=v;d[p+2]=v;d[p+3]=255;
      }
      hctx.putImageData(img,0,0);
      g.globalCompositeOperation="overlay";
      g.globalAlpha=0.85;
      g.imageSmoothingEnabled=true;
      g.drawImage(hs,0,0,840,584);
      g.globalAlpha=1;
      g.globalCompositeOperation="source-over";
    }
    if(M.layers.boundary.on&&M.boundary.length){
      g.fillStyle="rgba(3,6,11,0.5)";
      g.beginPath();
      g.rect(0,0,840,584);
      const sx=840/GW, sy=584/GH;
      M.boundary.forEach((p,i)=>{const X=p[0]*sx,Y=p[1]*sy;if(i===0)g.moveTo(X,Y);else g.lineTo(X,Y);});
      g.closePath();
      g.fill("evenodd");
    }
    terrainImg=off;
    return;
  }
  const off=document.createElement("canvas");off.width=GW;off.height=GH;
  const octx=off.getContext("2d");
  const img=octx.createImageData(GW,GH);
  const d=img.data,range=M.maxH-M.minH||1;
  const exag=M.exag3d?2.4:1.5;
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const i=idx(x,y),t=(M.h[i]-M.minH)/range;
    let r,g,b;
    if(M.layers.satellite.on){const c=rampColor(t);r=c[0];g=c[1];b=c[2];}
    else{r=g=b=46+t*120;}
    if(M.layers.hillshade.on){
      const x1=clamp(x+1,0,GW-1),y1=clamp(y+1,0,GH-1);
      const sh=clamp(0.66+(M.h[i]-M.h[idx(x1,y)])*exag*1.15/M.cellM+(M.h[i]-M.h[idx(x,y1)])*exag*0.85/M.cellM,0.22,1.32);
      r*=sh;g*=sh;b*=sh;
    }
    if(M.layers.boundary.on&&!M.inP[i]){r*=0.45;g*=0.45;b*=0.45;}
    const p=i*4;d[p]=r;d[p+1]=g;d[p+2]=b;d[p+3]=255;
  }
  octx.putImageData(img,0,0);
  terrainImg=off;
}
const contourLabels=[];
function earthlineContourLabelClear(x,y,placed,minDist){
  for(const p of placed){
    const dx=x-p[0],dy=y-p[1];
    if(dx*dx+dy*dy<minDist*minDist)return false;
  }
  return true;
}
function drawContours(){
  // BUILD-CHECK-15760: balanced elevation visibility. 15697 proved the contours can be
  // restored, but it over-labeled the map. This version keeps the elevation lines clearly
  // visible while throttling labels so they explain the terrain instead of burying swales.
  const range=M.maxH-M.minH||1;
  const levels=18; // BUILD-CHECK-15760: fewer readable elevation bands; avoid white-line clutter.
  contourLabels.length=0;
  const placed=[];
  const minLabelDist=Math.max(130,Math.min(190,165*Math.max(0.86,view.s/5)));
  ctx.save();
  ctx.lineCap="round";ctx.lineJoin="round";
  for(let li=1;li<levels;li++){
    const L=M.minH+range*li/levels;
    const major=li%4===0;
    ctx.beginPath();
    let segCount=0;
    for(let y=0;y<GH-1;y++)for(let x=0;x<GW-1;x++){
      const h00=M.h[idx(x,y)],h10=M.h[idx(x+1,y)],h01=M.h[idx(x,y+1)],h11=M.h[idx(x+1,y+1)];
      if(!Number.isFinite(h00+h10+h01+h11))continue;
      let c=0;
      if(h00>L)c|=1;if(h10>L)c|=2;if(h11>L)c|=4;if(h01>L)c|=8;
      if(c===0||c===15)continue;
      const pts=[];
      const lerp=(a,b)=>{const den=b-a;return Math.abs(den)<1e-9?0.5:(L-a)/den;};
      if((c&1)!==((c&2)>>1))pts.push([x+lerp(h00,h10),y]);
      if(((c&2)>>1)!==((c&4)>>2))pts.push([x+1,y+lerp(h10,h11)]);
      if(((c&8)>>3)!==((c&4)>>2))pts.push([x+lerp(h01,h11),y+1]);
      if((c&1)!==((c&8)>>3))pts.push([x,y+lerp(h00,h01)]);
      if(pts.length>=2){
        const[ax,ay]=G2S(pts[0][0],pts[0][1]),[bx,by]=G2S(pts[1][0],pts[1][1]);
        ctx.moveTo(ax,ay);ctx.lineTo(bx,by);
        segCount++;
        // Labels only on major contours, spaced by both segment count and screen distance.
        if(major&&segCount%35===0&&earthlineContourLabelClear(ax,ay,placed,minLabelDist)){
          contourLabels.push([ax,ay,L]);placed.push([ax,ay]);
        }
        if(pts.length===4){
          const[cx2,cy2]=G2S(pts[2][0],pts[2][1]),[dx2,dy2]=G2S(pts[3][0],pts[3][1]);
          ctx.moveTo(cx2,cy2);ctx.lineTo(dx2,dy2);
        }
      }
    }
    if(segCount){
      // Clear linework with a restrained halo. 15697 was readable but too dominant.
      ctx.strokeStyle=major?"rgba(0,5,12,0.72)":"rgba(0,6,14,0.42)";
      ctx.lineWidth=major?4.2:2.1;
      ctx.stroke();
      ctx.strokeStyle=major?"rgba(255,255,255,0.82)":"rgba(222,242,255,0.38)";
      ctx.lineWidth=major?1.65:0.72;
      ctx.stroke();
      if(major){
        ctx.strokeStyle="rgba(110,220,255,0.42)";
        ctx.lineWidth=0.48;
        ctx.stroke();
      }
    }
  }
  // Elevation labels in real feet. Throttled and collision-checked to avoid label walls.
  ctx.font="850 12.5px Segoe UI, Arial, sans-serif";
  ctx.textAlign="center";ctx.textBaseline="middle";
  for(const[lx,ly,L]of contourLabels){
    const baseElev=Number.isFinite(Number(M.loc&&M.loc.elevM))?Number(M.loc.elevM):0;
    if(!Number.isFinite(L))continue;
    const feet=Math.round((baseElev+L)*3.28084/10)*10;
    if(!Number.isFinite(feet))continue;
    const ft=fmt(feet)+" ft";
    if(/nan|undefined|null/i.test(ft))continue;
    const tw=ctx.measureText(ft).width;
    ctx.save();
    ctx.fillStyle="rgba(2,7,14,0.86)";
    ctx.strokeStyle="rgba(255,255,255,0.76)";
    ctx.lineWidth=1.1;
    ctx.beginPath();
    if(typeof ctx.roundRect==="function")ctx.roundRect(lx-tw/2-7,ly-10,tw+14,20,5);
    else ctx.rect(lx-tw/2-7,ly-10,tw+14,20);
    ctx.fill();ctx.stroke();
    ctx.fillStyle="rgba(255,255,255,0.98)";
    ctx.fillText(ft,lx,ly+0.4);
    ctx.restore();
  }
  ctx.restore();
}

function drawContourTopOverlay(){
  // BUILD-CHECK-15760: top pass is now major-contours-only and label-free. It keeps the
  // elevation system visible above other overlays without covering recharge targets.
  const range=M.maxH-M.minH||1;
  const levels=18;
  ctx.save();
  ctx.lineCap="round";ctx.lineJoin="round";
  for(let li=1;li<levels;li++){
    const major=li%4===0;
    if(!major)continue;
    const L=M.minH+range*li/levels;
    ctx.beginPath();
    let segCount=0;
    for(let y=0;y<GH-1;y++)for(let x=0;x<GW-1;x++){
      const h00=M.h[idx(x,y)],h10=M.h[idx(x+1,y)],h01=M.h[idx(x,y+1)],h11=M.h[idx(x+1,y+1)];
      if(!Number.isFinite(h00+h10+h01+h11))continue;
      let c=0;
      if(h00>L)c|=1;if(h10>L)c|=2;if(h11>L)c|=4;if(h01>L)c|=8;
      if(c===0||c===15)continue;
      const pts=[];
      const lerp=(a,b)=>{const den=b-a;return Math.abs(den)<1e-9?0.5:(L-a)/den;};
      if((c&1)!==((c&2)>>1))pts.push([x+lerp(h00,h10),y]);
      if(((c&2)>>1)!==((c&4)>>2))pts.push([x+1,y+lerp(h10,h11)]);
      if(((c&8)>>3)!==((c&4)>>2))pts.push([x+lerp(h01,h11),y+1]);
      if((c&1)!==((c&8)>>3))pts.push([x,y+lerp(h00,h01)]);
      if(pts.length>=2){
        const[ax,ay]=G2S(pts[0][0],pts[0][1]),[bx,by]=G2S(pts[1][0],pts[1][1]);
        ctx.moveTo(ax,ay);ctx.lineTo(bx,by);segCount++;
        if(pts.length===4){
          const[cx2,cy2]=G2S(pts[2][0],pts[2][1]),[dx2,dy2]=G2S(pts[3][0],pts[3][1]);
          ctx.moveTo(cx2,cy2);ctx.lineTo(dx2,dy2);
        }
      }
    }
    if(segCount){
      ctx.strokeStyle="rgba(255,255,255,0.52)";
      ctx.lineWidth=0.78;
      ctx.stroke();
      ctx.strokeStyle="rgba(42,215,255,0.24)";
      ctx.lineWidth=0.32;
      ctx.stroke();
    }
  }
  ctx.restore();
}
function flowStyle(a,thr){
  // BUILD-CHECK-15760: blue water movement must read above contours, recharge and swales.
  const t=clamp(Math.log(a/thr+1)/Math.log(M.maxAcc/thr+1),0,1);
  const w=(1.7+t*5.8)*Math.max(0.78,view.s/5);
  let col;
  if(t<0.33)col="rgba(46,190,255,"+(0.78+t*0.45)+")";
  else if(t<0.66)col="rgba(34,198,255,0.98)";
  else col="rgba(138,241,255,1)";
  return{w,col,t};
}
function drawFlow(thr){
  ctx.save();ctx.lineCap="round";ctx.lineJoin="round";

  // BUILD-CHECK-15672: extract fewer, longer, terrain-supported channels. D8 remains the
  // routing model, but short raster branches are pruned and each display point is shifted
  // within its DEM cell toward the local valley low before restrained curve smoothing.
  const active=new Uint8Array(N);
  const upstreamCount=new Uint8Array(N);
  const displayThr=Math.max(2,thr*0.78);
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const i=idx(x,y);
    if(M.acc[i]>=displayThr&&(!M.inP||M.inP[i]))active[i]=1;
  }
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const i=idx(x,y);if(!active[i])continue;
    const d=M.dir[i];if(d<0)continue;
    const nx=x+D8X[d],ny=y+D8Y[d];
    if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
    const ni=idx(nx,ny);if(active[ni]&&upstreamCount[ni]<255)upstreamCount[ni]++;
  }

  const valleyPoint=(x,y,d)=>{
    if(d<0)return [x+0.5,y+0.5];
    const vx=D8X[d],vy=D8Y[d],mag=Math.hypot(vx,vy)||1;
    const px=-vy/mag,py=vx/mag;
    let best=[x+0.5,y+0.5],bestH=hAt(best[0],best[1]);
    for(const off of [-0.42,-0.24,0,0.24,0.42]){
      const q=[x+0.5+px*off,y+0.5+py*off],hh=hAt(q[0],q[1]);
      if(hh<bestH){bestH=hh;best=q;}
    }
    return best;
  };
  const chaikin=(pts,passes)=>{
    let out=pts;
    for(let p=0;p<passes;p++){
      if(out.length<4)break;
      const q=[out[0]];
      for(let i=0;i<out.length-1;i++){
        const a=out[i],b=out[i+1];
        q.push([a[0]*0.72+b[0]*0.28,a[1]*0.72+b[1]*0.28]);
        q.push([a[0]*0.28+b[0]*0.72,a[1]*0.28+b[1]*0.72]);
      }
      q.push(out[out.length-1]);out=q;
    }
    return out;
  };
  const lineLengthCells=pts=>{
    let d=0;for(let i=1;i<pts.length;i++)d+=Math.hypot(pts[i][0]-pts[i-1][0],pts[i][1]-pts[i-1][1]);return d;
  };

  const segments=[];
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const start=idx(x,y);if(!active[start]||upstreamCount[start]===1)continue;
    const d0=M.dir[start];if(d0<0)continue;
    let cx=x,cy=y,ci=start,guard=0,maxA=M.acc[start];
    const pts=[valleyPoint(cx,cy,d0)];
    while(guard++<700){
      const d=M.dir[ci];if(d<0)break;
      const nx=cx+D8X[d],ny=cy+D8Y[d];
      if(nx<0||ny<0||nx>=GW||ny>=GH)break;
      const ni=idx(nx,ny);if(!active[ni])break;
      cx=nx;cy=ny;ci=ni;maxA=Math.max(maxA,M.acc[ni]);
      pts.push(valleyPoint(cx,cy,M.dir[ci]));
      if(upstreamCount[ci]!==1)break;
    }
    const len=lineLengthCells(pts),strength=maxA/displayThr;
    // Remove short isolated twigs and low-confidence diagonal strokes.
    if(len<2.4&&strength<2.2)continue;
    if(len<1.8)continue;
    segments.push({pts,maxA,len,strength});
  }

  // Major channels first, then credible tributaries merging into them.
  segments.sort((a,b)=>a.maxA-b.maxA);
  for(const seg of segments){
    const st=flowStyle(seg.maxA,displayThr);
    const passes=seg.pts.length>12?3:(seg.pts.length>6?2:1);
    const pts=chaikin(seg.pts,passes);
    if(pts.length<2)continue;

    const trace=()=>{
      ctx.beginPath();
      const p0=G2S(pts[0][0],pts[0][1]);ctx.moveTo(p0[0],p0[1]);
      if(pts.length===2){
        const p1=G2S(pts[1][0],pts[1][1]);ctx.lineTo(p1[0],p1[1]);return;
      }
      for(let k=1;k<pts.length-1;k++){
        const p=G2S(pts[k][0],pts[k][1]),n=G2S(pts[k+1][0],pts[k+1][1]);
        ctx.quadraticCurveTo(p[0],p[1],(p[0]+n[0])/2,(p[1]+n[1])/2);
      }
      const last=G2S(pts[pts.length-1][0],pts[pts.length-1][1]);ctx.lineTo(last[0],last[1]);
    };

    if(st.t>0.48){
      ctx.shadowColor="rgba(70,210,255,.64)";ctx.shadowBlur=7;
      ctx.strokeStyle="rgba(0,8,20,.82)";ctx.lineWidth=st.w*2.55;
      trace();ctx.stroke();
    }
    ctx.shadowBlur=0;
    ctx.strokeStyle=st.col;ctx.lineWidth=Math.max(2.2,st.w*1.08);
    trace();ctx.stroke();
  }
  ctx.restore();
}
// REGIONAL PRIORITY ZONES (zoomed-out view) — where is swale work highest-impact?
// At regional/national scale individual swales are sub-pixel, so instead we surface the
// AREAS where slowing/spreading/sinking water matters most: places that combine
// concentrated runoff, workable terrain (not cliffs), and water stress / recharge need.
// This is an honest suitability surface, not fake individual swales.
function regionalPriorityAt(x,y){
  const i=idx(x,y);
  if(!M.inP[i])return 0;
  const fa=Math.log(M.acc[i]+1)/Math.log(M.maxAcc+1);     // concentrated runoff
  const sp=slopePct(x,y);
  const work=sp<=15?1:Math.max(0,1-(sp-15)/15);           // workable terrain (<~15%)
  const precip=(M.loc&&M.loc.precipIn)||30;
  const stress=clamp(1-(precip-8)/55,0.15,1);             // drier => more needed
  return fa*0.5*work + work*0.2*stress + fa*work*stress*0.3;
}
function drawRegionalPoliticalFrame(){
  // BUILD-CHECK-15672: no neighboring-state rectangles. Actual satellite context supplies
  // the surrounding geography; we draw only the searched region outline and quiet labels.
  if(!M.loc||!M.loc.bbox||typeof lngLatToGrid!=="function")return;
  const nm=(M.loc.name||"").toLowerCase();
  const drawOutline=(bbox)=>{
    const [w,s,e,n]=bbox;
    const pts=[[w,n],[e,n],[e,s],[w,s]].map(p=>lngLatToGrid(p[0],p[1])).map(p=>G2S(p[0],p[1]));
    ctx.beginPath();pts.forEach((p,i)=>i?ctx.lineTo(p[0],p[1]):ctx.moveTo(p[0],p[1]));ctx.closePath();
    ctx.strokeStyle="rgba(255,255,255,0.92)";ctx.lineWidth=2.4;ctx.setLineDash([]);ctx.stroke();
  };
  const label=(lng,lat,text,primary=false)=>{
    const g=lngLatToGrid(lng,lat),p=G2S(g[0],g[1]);
    const w=cv.width/(window.devicePixelRatio||1),h=cv.height/(window.devicePixelRatio||1);
    if(p[0]<-80||p[1]<-30||p[0]>w+80||p[1]>h+30)return;
    ctx.font=primary?"900 18px system-ui":"800 11px system-ui";
    ctx.textAlign="center";ctx.textBaseline="middle";
    ctx.lineWidth=4;ctx.strokeStyle="rgba(5,9,15,0.80)";ctx.strokeText(text,p[0],p[1]);
    ctx.fillStyle=primary?"rgba(255,255,255,0.95)":"rgba(220,230,240,0.72)";ctx.fillText(text,p[0],p[1]);
  };
  ctx.save();ctx.lineJoin="round";ctx.lineCap="round";
  drawOutline(M.loc.bbox);
  if(nm.includes("colorado")){
    label(-105.55,39.0,"COLORADO",true);
    label(-110.1,39.0,"UTAH");label(-105.5,41.75,"WYOMING");
    label(-100.9,41.0,"NEBRASKA");label(-100.9,38.5,"KANSAS");
    label(-105.5,35.9,"NEW MEXICO");label(-100.9,36.2,"OKLAHOMA");
  }else label((M.loc.bbox[0]+M.loc.bbox[2])/2,(M.loc.bbox[1]+M.loc.bbox[3])/2,(M.loc.name||"REGION").toUpperCase(),true);
  ctx.restore();
}

function drawArrows(thr){
  // BUILD-CHECK-15760: water movement must be visible live, not only in screenshots.
  // Draw a continuous downstream blue water line first, then smaller arrowheads on top.
  // This is rendering-only: it reads the existing D8 direction + flow accumulation arrays.
  ctx.save();
  ctx.lineCap="round";ctx.lineJoin="round";
  const arrThr=Math.max(2,thr*0.88);
  const active=new Uint8Array(N);
  const upstreamCount=new Uint8Array(N);
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const i=idx(x,y);
    if(M.acc[i]>=arrThr&&(!M.inP||M.inP[i]))active[i]=1;
  }
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const i=idx(x,y);if(!active[i])continue;
    const d=M.dir[i];if(d<0)continue;
    const nx=x+D8X[d],ny=y+D8Y[d];
    if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
    const ni=idx(nx,ny);if(active[ni]&&upstreamCount[ni]<255)upstreamCount[ni]++;
  }
  const pointLen=pts=>{let L=0;for(let i=1;i<pts.length;i++)L+=Math.hypot(pts[i][0]-pts[i-1][0],pts[i][1]-pts[i-1][1]);return L;};
  const pointAt=(pts,target)=>{
    let walked=0;
    for(let i=1;i<pts.length;i++){
      const a=pts[i-1],b=pts[i],dx=b[0]-a[0],dy=b[1]-a[1],seg=Math.hypot(dx,dy);
      if(seg<0.001)continue;
      if(walked+seg>=target){const t=(target-walked)/seg;return{x:a[0]+dx*t,y:a[1]+dy*t,a:Math.atan2(dy,dx)};}
      walked+=seg;
    }
    return null;
  };
  const drawArrow=(p,size)=>{
    ctx.save();ctx.translate(p.x,p.y);ctx.rotate(p.a);
    ctx.shadowColor="rgba(40,205,255,.55)";ctx.shadowBlur=4;
    ctx.strokeStyle="rgba(0,7,18,0.92)";ctx.lineWidth=2.1;
    ctx.fillStyle="rgba(88,230,255,0.98)";
    ctx.beginPath();
    ctx.moveTo(size,0);
    ctx.lineTo(-size*.55,size*.42);
    ctx.lineTo(-size*.24,0);
    ctx.lineTo(-size*.55,-size*.42);
    ctx.closePath();ctx.fill();ctx.stroke();ctx.restore();
  };
  const drawPath=(pts,maxA)=>{
    if(pts.length<2)return;
    const st=flowStyle(maxA,arrThr);
    const w=Math.max(2.8,Math.min(6.2,2.6+st.t*3.2));
    ctx.beginPath();ctx.moveTo(pts[0][0],pts[0][1]);
    for(let k=1;k<pts.length;k++)ctx.lineTo(pts[k][0],pts[k][1]);
    ctx.strokeStyle="rgba(0,7,18,0.90)";ctx.lineWidth=w+5.2;ctx.stroke();
    ctx.strokeStyle="rgba(112,232,255,0.52)";ctx.lineWidth=w+2.0;ctx.stroke();
    ctx.strokeStyle="rgba(30,186,255,1)";ctx.lineWidth=w;ctx.stroke();
    const L=pointLen(pts);
    if(L<42)return;
    const gap=Math.max(62,Math.min(92,80*Math.max(.88,view.s/5)));
    const count=Math.max(1,Math.floor(L/gap));
    const size=Math.max(7.5,Math.min(11,7.8+st.t*2.6));
    for(let n=0;n<count;n++){
      const p=pointAt(pts,L*((n+1)/(count+1)));
      if(p)drawArrow(p,size);
    }
  };
  const visited=new Uint8Array(N);
  const paths=[];
  for(let sy=0;sy<GH;sy++)for(let sx=0;sx<GW;sx++){
    const si=idx(sx,sy);
    if(!active[si]||visited[si])continue;
    // Start at tributary heads and confluences, so each path becomes a readable stream stroke.
    if(upstreamCount[si]===1)continue;
    let x=sx,y=sy,ci=si,steps=0,maxA=M.acc[si];
    const pts=[];
    while(steps++<650){
      if(x<0||y<0||x>=GW||y>=GH)break;
      ci=idx(x,y);
      if(!active[ci]||visited[ci])break;
      visited[ci]=1;maxA=Math.max(maxA,M.acc[ci]);
      pts.push(G2S(x+0.5,y+0.5));
      const d=M.dir[ci];if(d<0)break;
      x+=D8X[d];y+=D8Y[d];
      if(x<0||y<0||x>=GW||y>=GH)break;
      const ni=idx(x,y);
      if(active[ni]&&upstreamCount[ni]!==1){pts.push(G2S(x+0.5,y+0.5));break;}
    }
    if(pts.length>=2)paths.push({pts,maxA});
  }
  paths.sort((a,b)=>a.maxA-b.maxA);
  for(const p of paths)drawPath(p.pts,p.maxA);
  ctx.restore();
}
function drawRecharge(){
  // BUILD-CHECK-15672: these are the orange Aquifer Recharge Potential zones the user
  // sees by default. The former `lighter` blend washed out over snow, pale rock and bright
  // high-elevation satellite imagery. Draw with normal compositing, an opaque warm center,
  // a dark casing, a bright perimeter and a labeled center so the layer remains unmistakable.
  const zNow=earthlineMapActive()&&earthlineMap.getZoom?earthlineMap.getZoom():Number(M.viewZoom||16);
  const close=zNow>=14;
  ctx.save();
  ctx.globalCompositeOperation="source-over";
  ctx.lineJoin="round";
  for(const z of M.rechZones){
    const[ax,ay]=G2S(z.gx,z.gy);
    const rx=Math.max(18,z.rx*view.s),ry=Math.max(10,z.ry*view.s);

    // Dark translucent base separates the recharge target from bright imagery.
    ctx.save();
    ctx.beginPath();ctx.ellipse(ax,ay,rx+7,ry+7,z.a,0,Math.PI*2);
    ctx.fillStyle=close?"rgba(54,18,0,0.54)":"rgba(54,18,0,0.48)";ctx.fill();
    ctx.restore();

    // Solid orange footprint. This is intentionally strong enough to survive snow/rock.
    ctx.save();
    ctx.beginPath();ctx.ellipse(ax,ay,rx,ry,z.a,0,Math.PI*2);
    ctx.fillStyle=close?"rgba(255,104,0,0.72)":"rgba(255,112,0,0.66)";ctx.fill();
    ctx.restore();

    // Warm internal core gives the target a readable center without additive blending.
    ctx.save();
    ctx.beginPath();ctx.ellipse(ax,ay,rx*.64,ry*.64,z.a,0,Math.PI*2);
    ctx.fillStyle=close?"rgba(255,197,55,0.46)":"rgba(255,193,48,0.40)";ctx.fill();
    ctx.restore();

    // Three-stage perimeter: black-brown casing, saturated orange, pale highlight.
    ctx.save();ctx.beginPath();ctx.ellipse(ax,ay,rx,ry,z.a,0,Math.PI*2);
    ctx.strokeStyle="rgba(40,10,0,0.98)";ctx.lineWidth=close?10:9;ctx.stroke();ctx.restore();
    ctx.save();ctx.beginPath();ctx.ellipse(ax,ay,rx,ry,z.a,0,Math.PI*2);
    ctx.shadowColor="rgba(255,104,0,0.95)";ctx.shadowBlur=close?15:12;
    ctx.strokeStyle="#ff7200";ctx.lineWidth=close?6:5.5;ctx.stroke();ctx.restore();
    ctx.save();ctx.beginPath();ctx.ellipse(ax,ay,rx,ry,z.a,0,Math.PI*2);
    ctx.setLineDash(close?[7,5]:[6,5]);ctx.strokeStyle="#fff0c8";ctx.lineWidth=2.2;ctx.stroke();ctx.restore();

    // Compact identifier ties the visible feature to the recharge model, not USGS polygons.
    const label="RECHARGE "+(z.id||"");
    ctx.save();ctx.font=(close?"900 11px":"900 10px")+" Segoe UI, sans-serif";
    ctx.textAlign="center";ctx.textBaseline="middle";
    const tw=ctx.measureText(label).width;
    ctx.fillStyle="rgba(41,11,0,0.90)";
    ctx.beginPath();ctx.roundRect(ax-tw/2-7,ay-10,tw+14,20,6);ctx.fill();
    ctx.strokeStyle="#ffb13b";ctx.lineWidth=1.4;ctx.stroke();
    ctx.fillStyle="#fff4d2";ctx.fillText(label,ax,ay+.5);ctx.restore();
  }
  ctx.restore();
}
function drawSoil(){
  // Real NRCS SSURGO perc grid when loaded: green = ideal perc, amber = fast/sandy,
  // red = slow/clay. Falls back to the illustrative blobs when no real data is present.
  if(_soilData){
    ctx.save();ctx.globalCompositeOperation="overlay";
    for(let gy=0;gy<GH;gy+=2)for(let gx=0;gx<GW;gx+=2){
      const v=_soilData[gy*_soilW+gx];
      if(v<=0)continue;
      const[ax,ay]=G2S(gx,gy);
      // v: 0.4(poor)->1.0(ideal). map to red..green
      const rr=Math.round(255*(1-Math.min(1,(v-0.4)/0.55)));
      const gg=Math.round(180*Math.min(1,(v-0.4)/0.55)+60);
      ctx.fillStyle="rgba("+rr+","+gg+",40,0.20)";
      ctx.fillRect(ax-view.s, ay-view.s, view.s*2.2, view.s*2.2);
    }
    ctx.restore();
    return;
  }
  ctx.save();ctx.globalCompositeOperation="overlay";
  const R=mulberry32(M.seed^77);
  for(let i=0;i<7;i++){
    const gx=GW/2+(R()-0.5)*GW*0.7,gy=GH/2+(R()-0.5)*GH*0.7;
    const[ax,ay]=G2S(gx,gy);
    const r=(14+R()*18)*view.s;
    const gr=ctx.createRadialGradient(ax,ay,0,ax,ay,r);
    const warm=R()>0.5;
    gr.addColorStop(0,warm?"rgba(253,216,53,0.18)":"rgba(124,179,66,0.18)");
    gr.addColorStop(1,"rgba(0,0,0,0)");
    ctx.fillStyle=gr;ctx.beginPath();ctx.arc(ax,ay,r,0,7);ctx.fill();
  }
  ctx.restore();
}
function drawLandcover(){
  ctx.save();ctx.globalCompositeOperation="overlay";
  const R=mulberry32(M.seed^913);
  for(let i=0;i<9;i++){
    const gx=GW/2+(R()-0.5)*GW*0.8,gy=GH/2+(R()-0.5)*GH*0.8;
    const[ax,ay]=G2S(gx,gy);
    const r=(10+R()*16)*view.s;
    const gr=ctx.createRadialGradient(ax,ay,0,ax,ay,r);
    gr.addColorStop(0,"rgba(46,157,143,0.22)");gr.addColorStop(1,"rgba(0,0,0,0)");
    ctx.fillStyle=gr;ctx.beginPath();ctx.arc(ax,ay,r,0,7);ctx.fill();
  }
  ctx.restore();
}
function drawErosion(thr){
  ctx.save();ctx.fillStyle="rgba(229,57,53,0.6)";
  for(let y=0;y<GH;y+=2)for(let x=0;x<GW;x+=2){
    const i=idx(x,y);
    if(!M.inP[i])continue;
    if(slopePct(x,y)>8&&M.acc[i]>thr*0.5){
      const[ax,ay]=G2S(x,y);
      ctx.fillRect(ax,ay,2,2);
    }
  }
  ctx.restore();
}
function drawPonds(){
  ctx.save();ctx.fillStyle="rgba(64,224,208,0.30)";
  for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
    const i=idx(x,y);
    if(!M.pond[i]||!M.inP[i])continue;
    const[ax,ay]=G2S(x,y);
    ctx.fillRect(ax,ay,view.s,view.s);
  }
  ctx.restore();
}
// Earthline bioswale = a calm living line. A single smooth stroke along the contour,
// carrying a subtle green/brown/blue gradient (the logo waves) so it reads as a living
// vein of water+soil+plants without looking like a rope. Soft glow lifts it off the land.
function smoothPts(pts){
  // convert to screen space, then apply a light moving-average so the swale reads as a
  // clean flowing contour (rounds off any residual kinks without distorting the line).
  const scr=pts.map(p=>{const[ax,ay]=G2S(p[0]+0.5,p[1]+0.5);return [ax,ay];});
  if(scr.length<4)return scr;
  const out=[scr[0]];
  for(let i=1;i<scr.length-1;i++){
    const a=scr[i-1],b=scr[i],c=scr[i+1];
    out.push([(a[0]+2*b[0]+c[0])/4,(a[1]+2*b[1]+c[1])/4]);
  }
  out.push(scr[scr.length-1]);
  return out;
}
function drawSwaleLine(sp,baseW,forested,infil,alpha=1){
  // Clean single swale line: one smooth stroke with a soft glow so it reads clearly on
  // the imagery without the busy braided-rope look. Forested swales use a warmer tint.
  const L=sp.length;if(L<2)return;
  ctx.lineCap="round";ctx.lineJoin="round";
  const w=Math.max(baseW*0.9,3);
  // soft dark base for contrast against bright/varied ground
  ctx.save();
  ctx.globalAlpha=Math.max(0.12,alpha*0.66);
  ctx.strokeStyle="rgba(8,22,12,0.62)";
  ctx.lineWidth=w+2.1;
  ctx.beginPath();sp.forEach((p,i)=>{i?ctx.lineTo(p[0],p[1]):ctx.moveTo(p[0],p[1]);});ctx.stroke();
  ctx.restore();
  // main line with a gentle glow
  ctx.save();
  ctx.globalAlpha=alpha;
  ctx.shadowColor=forested?"rgba(120,230,90,0.42)":"rgba(60,220,90,0.42)";
  ctx.shadowBlur=Math.max(1.6,w*0.42);
  ctx.strokeStyle=forested?"#8be05a":"#46d86a";   // forested slightly warmer green
  ctx.lineWidth=w;
  ctx.beginPath();sp.forEach((p,i)=>{i?ctx.lineTo(p[0],p[1]):ctx.moveTo(p[0],p[1]);});ctx.stroke();
  ctx.restore();
}
function drawSwales(){
  ctx.save();
  const z=Number(M.viewZoom||16);
  const alpha=z>=20?0.28:(z>=18?0.36:(z>=16?0.50:0.64));
  const lw=z>=20?2.1:(z>=18?2.4:(z>=16?2.8:3.2));
  // 14700: final render clipping. Even if a calculated contour contains a tiny unsafe
  // bridge, never paint a swale over a current no-build pixel/road/driveway/roof buffer.
  M.swales.forEach((s)=>{
    const segs=(typeof earthlineSplitUsableSegments==="function")?earthlineSplitUsableSegments(s.pts,33):[s.pts];
    segs.forEach(seg=>{
      if(!seg||seg.length<2)return;
      const natural=earthlineNaturalContourDisplay(seg);
      const sp=smoothPts(natural);
      drawSwaleLine(sp,lw,s.forested,false,alpha);
    });
  });
  // No corridor numbers on the map. IDs remain in tables/exports only.
  ctx.restore();
}
function drawSiteMarker(){
  // Mark the searched property at its TRUE lat/lng (the map center may be offset
  // by the analysis-zone shift, so grid-center is not the property).
  if(!M.realMode||!M.loc)return;
  const[gx,gy]=lngLatToGrid(M.loc.lng,M.loc.lat);
  if(gx<0||gy<0||gx>GW||gy>GH)return;   // property off current view
  const[sx,sy]=G2S(gx,gy);
  ctx.save();
  // pin teardrop
  ctx.beginPath();
  ctx.arc(sx,sy-13,7,Math.PI*0.15,Math.PI*0.85,true);
  ctx.lineTo(sx,sy);
  ctx.closePath();
  ctx.fillStyle="#ff4d4d";ctx.strokeStyle="#fff";ctx.lineWidth=2;
  ctx.shadowColor="rgba(0,0,0,0.5)";ctx.shadowBlur=4;
  ctx.fill();ctx.stroke();
  ctx.shadowBlur=0;
  // inner dot
  ctx.beginPath();ctx.arc(sx,sy-13,2.6,0,7);ctx.fillStyle="#fff";ctx.fill();
  ctx.restore();
}
function drawBoundary(){
  if(!M.boundary.length)return;
  ctx.save();
  ctx.shadowColor="rgba(255,255,255,0.5)";ctx.shadowBlur=5;
  ctx.strokeStyle="#fff";ctx.lineWidth=2.2;
  ctx.beginPath();
  M.boundary.forEach((p,i)=>{
    const[ax,ay]=G2S(p[0],p[1]);
    if(i===0)ctx.moveTo(ax,ay);else ctx.lineTo(ax,ay);
  });
  ctx.closePath();ctx.stroke();
  ctx.restore();
}
function drawMeasure(){
  if(M.measurePts.length===0)return;
  ctx.save();
  ctx.strokeStyle="#ff5ec4";ctx.fillStyle="#ff5ec4";ctx.lineWidth=2;
  ctx.setLineDash([6,5]);
  const pts=M.measurePts;
  if(pts.length===2){ctx.beginPath();ctx.moveTo(pts[0][0],pts[0][1]);ctx.lineTo(pts[1][0],pts[1][1]);ctx.stroke();}
  ctx.setLineDash([]);
  for(const[x,y]of pts){ctx.beginPath();ctx.arc(x,y,4,0,7);ctx.fill();}
  if(pts.length===2){
    const distM=Math.hypot(pts[1][0]-pts[0][0],pts[1][1]-pts[0][1])/view.s*M.cellM;
    const lbl=distM>=1000?(distM/1000).toFixed(2)+" km":Math.round(distM)+" m";
    const mx=(pts[0][0]+pts[1][0])/2,my=(pts[0][1]+pts[1][1])/2-10;
    ctx.font="700 12px Segoe UI, sans-serif";ctx.textAlign="center";
    ctx.lineWidth=4;ctx.strokeStyle="rgba(5,9,15,0.85)";ctx.strokeText(lbl,mx,my);
    ctx.fillStyle="#ffd1ec";ctx.fillText(lbl,mx,my);
  }
  ctx.restore();
}
window.earthlineAnalyticalCanvasValid15783=false;
function render(navigationCoreOnly=false){
  // BUILD-CHECK-15805 — ONE AUTHORITATIVE LAYER OWNER.
  // With live Mapbox, water paths, bioswales, recharge targets, elevation
  // contours and aquifer context are owned only by geographic Mapbox layers.
  // The analytical canvas cannot draw those responsibilities.
  if(window.earthlineAnalyticalCanvasValid15783===false){
    earthlineClearOverlay();
    if(cv)cv.style.visibility="hidden";
    return;
  }
  const dpr=window.devicePixelRatio||1;
  ctx.setTransform(dpr,0,0,dpr,0,0);
  const w=cv.width/dpr,h=cv.height/dpr;
  const nativeMap=earthlineMapActive();
  if(nativeMap)ctx.clearRect(0,0,w,h);
  else{ctx.fillStyle="#05080d";ctx.fillRect(0,0,w,h);}
  ctx.save();ctx.beginPath();ctx.rect(0,0,w,h);ctx.clip();
  if(terrainImg&&!nativeMap){
    ctx.imageSmoothingEnabled=true;
    const pad=2*view.s;
    ctx.drawImage(terrainImg,view.ox-pad,view.oy-pad,GW*view.s+pad*2,GH*view.s+pad*2);
  }
  const thr=streamThreshold();
  const L=M.layers;
  const regional=earthlineLargeAreaMode()||earthlinePlanningMode();
  const analysisVisible=earthlinePropertyAnalysisVisible();
  earthlineUseFastPropertyProjection=!!(nativeMap&&!regional&&analysisVisible);
  const detail=!regional&&(swaleDetailScale()||analysisVisible);

  if(!navigationCoreOnly&&L.soil.on&&detail)drawSoil();
  if(!navigationCoreOnly&&L.landcover.on&&detail)drawLandcover();

  if(nativeMap){
    earthlineUpdateRechargeSvg(false);
    if(typeof window.earthlineApplyRendererOwnership15805==="function"){
      window.earthlineApplyRendererOwnership15805(regional?"regional":"property");
    }
  }else{
    // Offline/no-Mapbox fallback has one canvas owner.
    if(L.recharge.on&&!regional&&detail)drawRecharge();
    if(L.usgsAquifer.on)drawUSGSAquifers();
    if(!navigationCoreOnly&&L.contours.on&&detail)drawContours();
    if(detail&&L.flow.on)drawFlow(thr);
    if(!regional&&L.swales.on&&(analysisVisible||swaleDetailScale()))drawSwales();
    if(!navigationCoreOnly&&detail&&L.arrows.on&&L.flow.on)drawArrows(thr);
    if(!navigationCoreOnly&&L.contours.on&&detail)drawContourTopOverlay();
    if(regional&&L.swales.on)drawRegionalPriority(thr);
    if(regional)drawRegionalPoliticalFrame();
  }

  if(!navigationCoreOnly&&L.fema.on&&detail)drawPonds();
  if(!navigationCoreOnly&&detail&&L.erosion.on)drawErosion(thr);
  if(!navigationCoreOnly&&detail&&L.noBuild&&L.noBuild.on)drawNoBuildMask();
  if(detail&&L.boundary.on&&M.boundary&&M.boundary.length&&M.boundarySource!=="analysis-window")drawBoundary();
  if(!regional)drawSiteMarker();
  drawMeasure();
  drawUserDrawings();
  ctx.restore();
}
function drawUserDrawings(){
  // user freehand strokes, custom swale lines, areas, and text notes (stored in grid coords)
  ctx.save();
  ctx.lineCap="round";ctx.lineJoin="round";
  (M.manualNoBuild||[]).forEach(poly=>{
    if(!poly||poly.length<3)return;
    ctx.beginPath();
    poly.forEach((p,i)=>{const[sx,sy]=G2S(p[0],p[1]);i?ctx.lineTo(sx,sy):ctx.moveTo(sx,sy);});
    ctx.closePath();ctx.fillStyle="rgba(255,65,105,0.22)";ctx.strokeStyle="#ff4169";ctx.lineWidth=3;ctx.fill();ctx.stroke();
  });
  M.drawings.forEach(d=>{
    if(d.type==="text"){
      const[sx,sy]=G2S(d.x,d.y);
      ctx.font="700 13px system-ui";ctx.textAlign="left";
      const w=ctx.measureText(d.text).width;
      ctx.fillStyle="rgba(8,14,22,0.82)";
      ctx.beginPath();ctx.roundRect(sx-5,sy-15,w+10,20,5);ctx.fill();
      ctx.strokeStyle=d.color;ctx.lineWidth=1;ctx.stroke();
      ctx.fillStyle=d.color;ctx.fillText(d.text,sx,sy);
      return;
    }
    if(!d.pts||d.pts.length<1)return;
    ctx.strokeStyle=d.color;ctx.lineWidth=d.type==="swale"?5:3;
    if(d.type==="swale"){ctx.shadowColor="rgba(70,220,90,0.6)";ctx.shadowBlur=6;}
    ctx.beginPath();
    d.pts.forEach((p,i)=>{const[sx,sy]=G2S(p[0],p[1]);i?ctx.lineTo(sx,sy):ctx.moveTo(sx,sy);});
    if(d.type==="area"&&d.pts.length>2){
      ctx.closePath();ctx.fillStyle=d.color.replace(")",",0.18)").replace("rgb","rgba");
      ctx.fill();
    }
    ctx.stroke();ctx.shadowBlur=0;
  });
  // live stroke being drawn
  if(M._activeStroke&&M._activeStroke.pts.length){
    ctx.strokeStyle=M.drawMode==="nobuild"?"#ff4169":M.drawMode==="analysis"?"#ffffff":M.drawColor;ctx.lineWidth=M.drawMode==="swale"?5:3;
    ctx.beginPath();
    M._activeStroke.pts.forEach((p,i)=>{const[sx,sy]=G2S(p[0],p[1]);i?ctx.lineTo(sx,sy):ctx.moveTo(sx,sy);});
    ctx.stroke();
  }
  ctx.restore();
}

/* ---------------- panels + widgets ---------------- */
function buildLayerList(){
  const wrap=document.getElementById("layerList");
  if(!wrap)return;
  const rows=[];
  for(const key of Object.keys(M.layers)){
    const l=M.layers[key];
    const row=document.createElement("label");
    row.className="lay"+(l.on?"":" off");
    row.dataset.earthlineLayerKey15784=key;
    row.innerHTML='<input type="checkbox" '+(l.on?"checked":"")+'><span class="sw" style="background:'+l.sw+'"></span><span class="nm">'+l.label+'</span><span class="gear">⚙</span>';
    row.querySelector("input").addEventListener("change",e=>{
      l.on=e.target.checked;
      row.classList.toggle("off",!l.on);
      if(key==="satellite"||key==="hillshade"||key==="boundary")bakeTerrain();
      if(key==="usgsAquifer"){
        earthlineSyncAquiferLayer();
        if(l.on&&MB_ON())fetchUSGSAquifers();
      }
      if(key==="soil"&&l.on&&MB_ON()){
        fetchSSURGOSoils().then(()=>{
          if(swaleDetailScale())prescribeSwales();
          earthlineSyncSwaleLayer();
          refreshPanels();
        });
      }
      if(key==="contours"&&typeof window.earthlineSyncOfficialElevationContours15776==="function"){
        window.earthlineSyncOfficialElevationContours15776();
      }
      earthlineSyncSwaleLayer();
      render();
    });
    rows.push(row);
  }
  wrap.replaceChildren(...rows);
  if(typeof window.earthlineEnforceUniqueUI15784==="function"){
    window.earthlineEnforceUniqueUI15784();
  }
}
document.getElementById("hideAll").addEventListener("click",()=>{
  const anyOn=Object.values(M.layers).some(l=>l.on);
  for(const k of Object.keys(M.layers))M.layers[k].on=!anyOn;
  buildLayerList();bakeTerrain();earthlineSyncSwaleLayer();render();
  if(typeof window.earthlineSyncOfficialElevationContours15776==="function"){
    window.earthlineSyncOfficialElevationContours15776();
  }
  document.getElementById("hideAll").textContent=anyOn?"Show All":"Hide All";
});
function arcPath(cx,cy,r,a0,a1){
  const x0=cx+r*Math.cos(a0),y0=cy+r*Math.sin(a0);
  const x1=cx+r*Math.cos(a1),y1=cy+r*Math.sin(a1);
  const large=a1-a0>Math.PI?1:0;
  return "M"+x0.toFixed(2)+" "+y0.toFixed(2)+" A"+r+" "+r+" 0 "+large+" 1 "+x1.toFixed(2)+" "+y1.toFixed(2);
}
function drawDonut(){
  const svg=document.getElementById("donut");
  const centerValid=Number.isFinite(M.donutCenter);
  if(!centerValid||!Array.isArray(M.donut)||!M.donut.length){
    svg.innerHTML='<circle cx="60" cy="60" r="46" stroke="#263547" stroke-width="13" fill="none"/>'+
      '<text x="60" y="57" text-anchor="middle" class="dcenter">—</text>'+
      '<text x="60" y="71" text-anchor="middle" class="dcenter2">RUN</text>'+
      '<text x="60" y="81" text-anchor="middle" class="dcenter2">ANALYSIS</text>';
    document.getElementById("donutLegend").innerHTML='<div class="dl"><span class="sq" style="background:#5f7186"></span><span class="nm">Property analysis required</span></div>';
    return;
  }
  let a=-Math.PI/2,html="";
  for(const s of M.donut){
    if(!(s.p>0))continue;
    const a1=a+s.p/100*2*Math.PI-0.04;
    html+='<path d="'+arcPath(60,60,46,a,Math.max(a+0.01,a1))+'" stroke="'+s.c+'" stroke-width="13" fill="none"/>';
    a=a1+0.04;
  }
  html+='<text x="60" y="57" text-anchor="middle" class="dcenter">'+M.donutCenter+'%</text>';
  html+='<text x="60" y="70" text-anchor="middle" class="dcenter2">MODELED</text>';
  html+='<text x="60" y="80" text-anchor="middle" class="dcenter2">POTENTIAL</text>';
  svg.innerHTML=html;
  document.getElementById("donutLegend").innerHTML=M.donut.map(s=>'<div class="dl"><span class="sq" style="background:'+s.c+'"></span><span class="nm">'+s.n+'</span><span class="pc">'+s.p+'%</span></div>').join("");
}
function drawProfile(){
  const cvp=document.getElementById("profileCv");
  const dpr=window.devicePixelRatio||1;
  const w=cvp.clientWidth,h=cvp.clientHeight;
  if(w<4||h<4)return;
  cvp.width=w*dpr;cvp.height=h*dpr;
  const c=cvp.getContext("2d");c.setTransform(dpr,0,0,dpr,0,0);
  c.clearRect(0,0,w,h);
  const y0=Math.floor(GH/2),vals=[];
  for(let x=0;x<GW;x++)vals.push(M.h[idx(x,y0)]);
  const mn=Math.min.apply(null,vals),mx=Math.max.apply(null,vals);
  const padL=42,padB=14,padT=6;
  c.font="9px Segoe UI, sans-serif";c.fillStyle="#5f7186";c.strokeStyle="#1c2735";c.lineWidth=1;
  for(let i=0;i<3;i++){
    const yy=padT+(h-padB-padT)*i/2;
    c.beginPath();c.moveTo(padL,yy);c.lineTo(w-4,yy);c.stroke();
    const elevFt=(M.loc.elevM+mx-(mx-mn)*i/2)*3.28084;
    c.fillText(fmt(elevFt)+" ft",2,yy+3);
  }
  const totM=GW*M.cellM;
  for(let i=0;i<5;i++){
    const xx=padL+(w-padL-6)*i/4;
    c.fillText(Math.round(totM*i/4)+" m",xx-10,h-3);
  }
  c.beginPath();
  for(let x=0;x<GW;x++){
    const sx=padL+(w-padL-6)*x/(GW-1);
    const sy=padT+(1-(vals[x]-mn)/(mx-mn||1))*(h-padB-padT);
    if(x===0)c.moveTo(sx,sy);else c.lineTo(sx,sy);
  }
  c.strokeStyle="#cfd8e3";c.lineWidth=1.6;c.stroke();
  c.lineTo(w-6,h-padB);c.lineTo(padL,h-padB);c.closePath();
  c.fillStyle="rgba(120,150,190,0.12)";c.fill();
}
function drawSoilThumb(){
  const cvs=document.getElementById("soilCv");
  const dpr=window.devicePixelRatio||1;
  const w=cvs.clientWidth,h=cvs.clientHeight;
  if(w<4||h<4)return;
  cvs.width=w*dpr;cvs.height=h*dpr;
  const c=cvs.getContext("2d");
  const img=c.createImageData(cvs.width,cvs.height);
  const d=img.data,s=M.seed^991;
  const ramp=[[229,57,53],[251,140,0],[253,216,53],[124,179,66],[46,125,50]];
  for(let y=0;y<cvs.height;y++)for(let x=0;x<cvs.width;x++){
    const v=fbm(x*0.02/dpr,y*0.02/dpr,s,4);
    const id2=clamp(Math.floor(v*5.6-0.3),0,4);
    const col=ramp[id2];
    const i=(y*cvs.width+x)*4;
    d[i]=col[0];d[i+1]=col[1];d[i+2]=col[2];d[i+3]=255;
  }
  c.putImageData(img,0,0);
}
function drawHabThumb(){
  const cvh=document.getElementById("habCv");
  const dpr=window.devicePixelRatio||1;
  const w=cvh.clientWidth,h=cvh.clientHeight;
  if(w<4||h<4)return;
  cvh.width=w*dpr;cvh.height=h*dpr;
  const c=cvh.getContext("2d");c.setTransform(dpr,0,0,dpr,0,0);
  const grd=c.createLinearGradient(0,0,w,h);
  grd.addColorStop(0,"#1d1133");grd.addColorStop(1,"#321a4d");
  c.fillStyle=grd;c.fillRect(0,0,w,h);
  const R=mulberry32(M.seed^414);
  c.globalAlpha=0.5;
  for(let i=0;i<60;i++){
    c.fillStyle=R()>0.5?"rgba(168,85,247,0.25)":"rgba(120,60,200,0.2)";
    c.beginPath();c.arc(R()*w,R()*h,2+R()*9,0,7);c.fill();
  }
  c.globalAlpha=1;
  c.strokeStyle="#ffd53e";c.lineWidth=1.5;c.lineCap="round";
  c.shadowColor="rgba(255,213,62,0.9)";c.shadowBlur=4;
  for(let i=0;i<5;i++){
    c.beginPath();
    let x=R()*w*0.25,y=R()*h;
    c.moveTo(x,y);
    while(x<w){x+=8+R()*14;y+=(R()-0.5)*16;c.lineTo(x,clamp(y,3,h-3));}
    c.stroke();
  }
  c.shadowBlur=0;
}
const GUILDS=[
 {n:"Riparian",bg:"#1c3322",fl:"#b48ae8",fc:"#8a5fd0"},
 {n:"Pollinator",bg:"#27331c",fl:"#e8e3f5",fc:"#d9c84a"},
 {n:"Dryland",bg:"#33301c",fl:"#f0ead2",fc:"#e8b04a"},
 {n:"Woodland",bg:"#1c2e33",fl:"#f5f0d9",fc:"#e8d44a"}
];
function buildGuilds(){
  const row=document.getElementById("guildRow");
  row.innerHTML=GUILDS.map(g=>{
    let flowers="";
    for(let i=0;i<3;i++){
      const x=18+i*30,y=42-(i%2)*12;
      flowers+='<g transform="translate('+x+','+y+')">'
        +'<line x1="0" y1="0" x2="0" y2="16" stroke="#3f6b35" stroke-width="2"/>'
        +'<circle cx="0" cy="-2" r="5" fill="'+g.fl+'"/><circle cx="-5" cy="2" r="4" fill="'+g.fl+'"/><circle cx="5" cy="2" r="4" fill="'+g.fl+'"/>'
        +'<circle cx="0" cy="1" r="2.6" fill="'+g.fc+'"/></g>';
    }
    return '<div class="guild"><div class="img" style="background:'+g.bg+'">'
      +'<svg viewBox="0 0 96 64" width="100%" height="100%" preserveAspectRatio="xMidYMid slice">'
      +'<rect x="0" y="50" width="96" height="14" fill="rgba(40,70,30,0.7)"/>'+flowers+'</svg>'
      +'</div><div class="nm">'+g.n+'</div></div>';
  }).join("");
}
function updateScalebar(){
  const m=150/view.s*M.cellM;
  const lbl=m>=2000?(m/1000).toFixed(m>=20000?0:1)+" km":Math.round(m)+" m";
  const half=m>=2000?(m/2000).toFixed(m>=20000?0:1):Math.round(m/2);
  document.getElementById("scaleLbl").textContent=(MB_ON()?"z"+M.viewZoom+" \u00b7 ":"")+"0 \u2014 "+lbl;
  document.getElementById("scaleMid").textContent=half;
  document.getElementById("scaleEnd").textContent=lbl;
}
let toastTimer=null;
function toast(msg){
  const t=document.getElementById("toast");
  t.textContent=msg;t.classList.add("show");
  clearTimeout(toastTimer);
  toastTimer=setTimeout(()=>t.classList.remove("show"),2800);
}

/* ---------------- stats + main apply ---------------- */
function corridorStats(){
  const sw=M.swales||[];
  if(!sw.length)return{count:0,lenFt:0,spaceFt:0,spacingCount:0,spaceMinFt:0,spaceMaxFt:0,topGph:0,totGph:0};
  const lenFt=sw.reduce((s,w)=>s+w.lenM,0)*3.28084;
  const totGph=sw.reduce((s,w)=>s+gph(w.capCells),0);
  /* EARTHLINE 16323 — prescribeSwales15778 already computes the current
     deterministic spacing statistics. Reuse that result for presentation instead
     of performing the historical all-pairs sidebar calculation a second time. */
  let spacing=M.spacingStats||null;
  const currentSpacing16323=!!(
    spacing&&
    Number(spacing.populationCount)===sw.length&&
    Number.isFinite(Number(spacing.medianM))&&
    Number.isFinite(Number(spacing.minM))&&
    Number.isFinite(Number(spacing.maxM))&&
    Number.isFinite(Number(spacing.sampleCount))
  );
  if(!currentSpacing16323){
    const spacingOwner15760=window.earthlineNearestNeighborSpacing15760;
    if(typeof spacingOwner15760!=="function"){
      throw new ReferenceError("earthlineNearestNeighborSpacing15760 owner is unavailable");
    }
    spacing=spacingOwner15760(sw);
    M.spacingStats=spacing;
  }
  return{
    count:sw.length,lenFt,
    spaceFt:spacing.medianM*3.28084,spacingCount:spacing.sampleCount,
    spaceMinFt:spacing.minM*3.28084,spaceMaxFt:spacing.maxM*3.28084,
    topGph:gph(sw[0].capCells),totGph
  };
}
function refreshPanels(){
  const L=M.loc;
  const thr=streamThreshold();
  const c=censusTributaries(thr);
  M.tribs=c.sources;
  let sum=0,cnt=0;
  for(let i=0;i<N;i++)if(M.inP[i]){sum+=M.h[i];cnt++;}
  const baseElevM=Number.isFinite(Number(L&&L.elevM))?Number(L.elevM):0;
  const meanElevFt=(baseElevM+sum/Math.max(1,cnt))*3.28084;
  document.getElementById("hTotalArea").textContent=isPropScale()
    ?Math.round(GW*M.cellM*GH*M.cellM/4046.86)+" acres"
    :fmt(GW*M.cellM*GH*M.cellM/1e6)+" km\u00b2";
  document.getElementById("hElev").textContent=fmt(meanElevFt)+" ft";
  document.getElementById("hPrecip").textContent=L.precipIn+" in";
  document.getElementById("hRunoff").textContent=L.runC.toFixed(2);
  document.getElementById("hTribs").textContent=fmt(c.sources);
  document.getElementById("hOut").textContent=fmt(gph(M.outFlow))+" gal/hr";
  drawDonut();
  const cs=corridorStats();
  const prop=swaleDetailScale();
  const pct=prop?Math.min(95,Math.round(cs.totGph/(gph(M.outFlow)||1)*100)):0;
  if(!prop){
    ["bCap","bPct","bSed","bPeak","bGw","cLen","cSpace","cTop"].forEach(id=>{document.getElementById(id).textContent="\u2014";});
    document.getElementById("cCount").textContent="see swale-priority area";
  }
  if(prop){
    document.getElementById("bCap").textContent="+"+fmt(cs.totGph)+" gal/hr";
    document.getElementById("bPct").textContent=pct+"%";
    document.getElementById("bSed").textContent=Math.round(38+pct*0.42)+"%";
    document.getElementById("bPeak").textContent=Math.round(pct*0.5)+"%";
    document.getElementById("bGw").textContent="+"+Math.round(pct*0.72)+"%";
    document.getElementById("cCount").textContent=cs.count;
    document.getElementById("cLen").textContent=fmt(cs.lenFt)+" ft";
    document.getElementById("cSpace").textContent=cs.spacingCount?fmt(cs.spaceFt)+" ft":"—";
    document.getElementById("cSpace").title=cs.spacingCount?("Nearest-neighbor centerline range: "+fmt(cs.spaceMinFt)+"–"+fmt(cs.spaceMaxFt)+" ft"):"Run analysis to measure spacing";
    document.getElementById("cTop").textContent=fmt(cs.topGph)+" gal/hr";
  }
  // climate strip per scenario
  const R=mulberry32(M.seed^21);
  const sel=document.getElementById("rainSel");
  const sc=sel.options[sel.selectedIndex].text;
  document.getElementById("climScn").textContent=sc;
  const heavy=M.rain/35;
  document.getElementById("clPrec").textContent="+"+Math.round(8*heavy+R()*4)+"%";
  document.getElementById("clExt").textContent="+"+Math.round(16*heavy+R()*6)+"%";
  document.getElementById("clTemp").textContent="+"+(1.4+heavy*0.6+R()*0.4).toFixed(1)+"°C";
  document.getElementById("clSnow").textContent="−"+Math.round(10+heavy*7+R()*4)+"%";
  updateScalebar();
}
async function geocodeMapbox(q,myGen=M.searchGen){
  const exactRegion=earthlineRegionOverride(q);
  if(exactRegion)return exactRegion;
  const url="https://api.mapbox.com/geocoding/v5/mapbox.places/"+encodeURIComponent(earthlinePlaceLookupQuery16541(q))+".json?limit=10&language=en&access_token="+MAPBOX_TOKEN;
  const r=await fetch(url);
  if(earthlineIsStale(myGen))return null;
  if(!r.ok)throw new Error("geocode failed");
  const j=await r.json();
  if(earthlineIsStale(myGen))return null;
  if(!j.features||!j.features.length)return null;
  const f=earthlineSelectPlaceCandidate16537(q,j.features);
  if(!f)return null;
  const zh=PLACE_ZOOM[(f.place_type&&f.place_type[0])||"place"]||15;
  // For large areas (states, countries, regions) Mapbox returns a bbox [W,S,E,N].
  // Derive a zoom that fits the whole area to the map window so e.g. "Colorado" frames
  // the entire state rather than centering mid-state at a fixed zoom.
  let fitZoom=zh, bbox=f.bbox||null;
  if(bbox){
    const wKm=Math.abs(bbox[2]-bbox[0])*111*Math.cos(f.center[1]*Math.PI/180);
    const hKm=Math.abs(bbox[3]-bbox[1])*111;
    const spanKm=Math.max(wKm,hKm*GW/GH);   // largest dimension the window must cover
    // window must be ~spanKm wide: window = GW * cellM, cellM = 5 * mppAt(z).
    // NOTE: mppAt(z,lat) = 156573.03 * cos(lat) / 2^z / 2  (note the trailing /2),
    // so solve 156573.03*cos/2^(z+1) = targetMpp  ->  z = log2(156573*cos/(2*targetMpp)).
    const targetMpp=(spanKm*1000*2.10)/(GW*5);   // 14300: full state plus surrounding-state edges, faster state framing
    const c=Math.cos(f.center[1]*Math.PI/180);
    fitZoom=clamp(Math.log2(156573.03*c/(2*Math.max(targetMpp,0.01))),3,18);
  }
  const countryFeature=((f.place_type||[]).includes("country")?f:(f.context||[]).find(c=>String(c.id||"").startsWith("country.")))||null;
  const countryCode=String(countryFeature&&((countryFeature.properties&&countryFeature.properties.short_code)||countryFeature.short_code)||"").toLowerCase().slice(0,2);
  return {
    q:q.toLowerCase(),
    name:f.text||f.place_name.split(",")[0],
    sub:f.place_name.split(",").slice(1).join(",").trim()||"Geocoded location",
    fullName:f.place_name,countryCode,
    lat:f.center[1],lng:f.center[0],zoomHint:fitZoom,bbox:bbox,
    placeType:((f.place_type&&f.place_type[0])||"place"),
    acres:20,elevM:0,precipIn:30,trendDeg:180,trendSlope:6,relief:8,rough:1,runC:0.35,
    zones:["Full View","East Offset","South Offset","West Offset"]
  };
}
function earthlineIsPropertyLocation(loc){
  if(!loc)return false;
  if(loc.planning===true)return false;
  if(loc.userSelectedSite===true)return true;
  if(GAZ.includes(loc))return true;
  if(Array.isArray(loc.zones)&&loc.zones[0]==="Full Parcel")return true;
  const pt=(loc.placeType||"").toLowerCase();
  if(pt==="address"||pt==="poi"||pt==="neighborhood")return true;
  const q=((loc.q||"")+" "+(loc.name||"")+" "+(loc.fullName||"")+" "+(loc.sub||"")).toLowerCase();
  if(/(^|\b)(address|parcel|property|farm|homestead|orchard|ranch|smallholding)(\b|$)/.test(q))return true;
  // Numeric street addresses and common road suffixes must be treated as property-scale
  // even when Mapbox labels the result as a place/locality rather than an address.
  if(/\b\d{1,6}\s+[a-z0-9.'-]+(?:\s+[a-z0-9.'-]+){0,5}\s+(rd|road|st|street|ave|avenue|dr|drive|ln|lane|ct|court|way|hwy|highway|trl|trail|pike|route)\b/i.test(q))return true;
  // Small non-regional results without a large bbox are safe to promote to working zoom.
  if(!loc.bbox && Number(loc.zoomHint||0)>=14)return true;
  return false;
}
async function applyLocation(loc,zone,myGen=M.searchGen,options={}){
  if(earthlineIsStale(myGen))return false;
  const analyzeNow=!!(options&&options.analyzeNow);
  const preserveMapView=!!(options&&options.preserveMapView);
  if(!loc.userSelectedSite&&!preserveMapView)earthlineClearTarget();
  M.loc=loc;M.zone=zone||loc.zones[0];M.measurePts=[];
  M.analysisBoundaryLngLat=Array.isArray(loc.analysisBoundaryLngLat)?loc.analysisBoundaryLngLat.map(p=>p.slice()):[];
  M.analysisBoundary=[];M.vectorNoBuildMask=new Uint8Array(N);M.vectorNoBuildCount=0;M.vectorNoBuildStamp="";M._noBuildStamp="";
  M.centerLat=loc.lat;M.centerLng=loc.lng;
  if(!zone){
    M.viewZoom=loc.zoomHint||15;
    if((earthlineIsPropertyLocation(loc)||analyzeNow)&&M.viewZoom<17)M.viewZoom=17;
  }
  M.terrainReady=false;M.previewReady=false;M.demReady=false;M.analysisReady=false;M.terrainStamp="";M.previewStamp="";M.rechZones=[];M.donut=[];M.donutCenter=null;M.rechargeStats=null;earthlineUpdateRechargeSvg(false);
  const frameW=GW*(M.cellM||3);const off=zoneOffset(loc,M.zone);
  M.centerLat-=off[1]*frameW*(GH/GW)/111000;
  M.centerLng+=off[0]*frameW/(111000*Math.cos(loc.lat*Math.PI/180));
  const zs=document.getElementById("zoneSel");
  zs.innerHTML=loc.zones.map(z=>'<option'+(z===M.zone?' selected':'')+'>'+z+'</option>').join("");
  earthlineInitMap();
  if(!preserveMapView)earthlineSetMapView(loc);
  // When Run Site Analysis initiated the request, skip the preview-only pass and go
  // directly to the DEM + hydrology pipeline. This removes one full load/render cycle.
  const ok=await rebuildModel(analyzeNow,myGen);
  if(!ok||earthlineIsStale(myGen))return false;
  // Do not re-center after the async analysis. Re-applying jumpTo here was the
  // northward snap users felt after every zoom or completed analysis.
  const latS=Math.abs(loc.lat).toFixed(4)+"° "+(loc.lat>=0?"N":"S");
  const lngS=Math.abs(loc.lng).toFixed(4)+"° "+(loc.lng>=0?"E":"W");
  document.getElementById("locName").textContent=loc.name+(M.zone!==loc.zones[0]?" — "+M.zone:"");
  document.getElementById("locSub").textContent=loc.sub;
  document.getElementById("locCoords").textContent=latS+", "+lngS;
  const winKm2=GW*M.cellM*GH*M.cellM/1e6;
  const selectedAcres=(M.analysisBoundaryLngLat&&M.analysisBoundaryLngLat.length>=3)?earthlinePolygonAreaM2(M.analysisBoundaryLngLat)/4046.86:0;
  document.getElementById("locArea").textContent=isPropScale()?(selectedAcres?"Analysis area: "+Math.round(selectedAcres)+" acres":"Analysis extent ready"):"Window: "+fmt(winKm2)+" km²";
  if(sizeMap()){
    if(earthlineMapActive()){
      earthlineSyncOverlayScale();
      if(M.analysisReady&&M.swales&&M.swales.length)earthlineSyncSwaleLayer();
      if(earthlineOverlayNeeded())earthlineScheduleOverlayRender();else earthlineClearOverlay();
    }else{fitView();render();}
  }
  const updateDeferredPanels=()=>{refreshPanels();drawProfile();drawSoilThumb();drawHabThumb();};
  if(typeof requestIdleCallback==="function")requestIdleCallback(updateDeferredPanels,{timeout:900});
  else setTimeout(updateDeferredPanels,120);
  const runBtn=document.getElementById("runBtn");
  if(runBtn&&runBtn.dataset.busy!=="1"&&runBtn.getAttribute("aria-busy")!=="true"){
    let label=runBtn.querySelector("span");if(!label){label=document.createElement("span");runBtn.appendChild(label)}label.textContent="RUN ANALYSIS";
  }
  if(analyzeNow){
    const mapLayerVisible=earthlineSyncSwaleLayer();
    render();refreshPanels();drawProfile();
    earthlineReady(M.swales.length
      ?("Analysis complete — "+M.swales.length+" contour swales displayed using "+(M.demSource||"terrain data")+(mapLayerVisible?".":" (canvas overlay)."))
      :earthlineSwaleFailureMessage());
  }else{
    earthlineReady(earthlineLargeAreaMode()
      ?"Regional planning view ready — click a location to pin it, zoom naturally, then press RUN ANALYSIS."
      :earthlinePlanningMode()
        ?"Town planning view ready — aquifer layers are displayed first so you can zero in on the best places to explore swales."
        :"Property map ready — press RUN ANALYSIS.");
  }
  return true;
}

function earthlineSearchKey(value){
  return String(value||"").trim().toLowerCase().replace(/\s+/g," ");
}
function earthlineLocIsLargeArea(loc){
  if(!loc||!Array.isArray(loc.bbox)||loc.bbox.length!==4)return false;
  const spanDeg=Math.max(Math.abs(loc.bbox[2]-loc.bbox[0]),Math.abs(loc.bbox[3]-loc.bbox[1]));
  return spanDeg>1;
}
function earthlineSelectedSiteFromCenter(parent,lng,lat,acres=20){
  const poly=earthlineRectangleAround(lng,lat,acres);
  return {
    q:"automatic analysis site near "+(parent&&parent.name||"current map"),
    name:"Selected "+Math.round(acres)+"-acre Analysis Area",
    sub:"Near "+((parent&&(parent.fullName||parent.name||parent.sub))||"current map location"),
    fullName:"Selected analysis area near "+((parent&&(parent.fullName||parent.name))||"current map location"),
    lat,lng,zoomHint:17,placeType:"selected_site",userSelectedSite:true,analysisBoundaryLngLat:poly,
    acres,elevM:Number(parent&&parent.elevM||0),precipIn:Number(parent&&parent.precipIn||30),
    trendDeg:Number(parent&&parent.trendDeg||180),trendSlope:Number(parent&&parent.trendSlope||6),
    relief:Number(parent&&parent.relief||8),rough:Number(parent&&parent.rough||1),
    runC:Number(parent&&parent.runC||0.35),zones:["Selected Area"]
  };
}
function earthlineCurrentAnalysisCenter(){
  if(earthlineMapActive()&&earthlineMap.getCenter){
    const c=earthlineMap.getCenter();
    if(c&&Number.isFinite(c.lng)&&Number.isFinite(c.lat))return [c.lng,c.lat];
  }
  return [Number(M.centerLng||M.loc&&M.loc.lng||0),Number(M.centerLat||M.loc&&M.loc.lat||0)];
}
function earthlinePreparePlanningAquiferView(loc=M.loc){
  if(!loc||!M.layers||!M.layers.usgsAquifer)return;
  const planningView=earthlinePlanningMode(loc)||earthlineLocIsLargeArea(loc);
  if(!planningView)return;
  // Official aquifer context is a regional/city feature and must not be disabled merely
  // because the searched geography is large. Parcel recharge remains analysis-only.
  M.layers.usgsAquifer.on=true;
  setTimeout(()=>{
    if(M.loc!==loc)return;
    if(MB_ON())fetchUSGSAquifers();
    render();
  },80);
}
async function runSearch(options={}){
  const autoAnalyze=!!(options&&options.autoAnalyze===true);
  const input=document.getElementById("searchInput");
  let q=input?input.value:"";
  const blankRequest=!q.trim();
  // The primary action must always do useful work. With a blank field, use the
  // current/default Earthline location directly and skip an unnecessary geocoder call.
  let loc=null;
  if(blankRequest){
    loc=M.loc||GAZ[0];
    q=loc.fullName||((loc.name||"")+(loc.sub?", "+loc.sub:""));
    if(input)input.value=q;
  }
  const myGen=++M.searchGen;
  M.terrainReady=false;M.analysisReady=false;
  earthlineProgress("geocode");
  if(!loc)loc=earthlineRegionOverride(q);
  if(MB_ON()&&!loc){
    try{loc=await earthlineTimed("geocoding",()=>geocodeMapbox(q,myGen));}catch(e){loc=null;}
  }
  if(earthlineIsStale(myGen))return false;
  if(!loc)loc=findLoc(q);
  if(!loc){earthlineReady(MB_ON()?"No result — try a fuller address.":"Offline mode: choose a suggested site.");return false;}

  const originalLoc=loc;
  const planningRequest=autoAnalyze&&(earthlinePlanningMode(loc)||earthlineLocIsLargeArea(loc));
  const ok=await applyLocation(loc,null,myGen,{analyzeNow:autoAnalyze&&!planningRequest});
  if(!ok||earthlineIsStale(myGen))return false;
  earthlinePreparePlanningAquiferView(loc);
  M.appliedSearchText=earthlineSearchKey(q);
  addRecentSearch(originalLoc,q);
  if(planningRequest){
    earthlineActivateSelectSiteMode("City planning view ready — click the area you want to evaluate. Earthline will zoom in and run site analysis automatically.");
    toast("Click anywhere on the map to select and analyze a 20-acre site.");
  }
  return true;
}

// BUILD-CHECK-15774 — persistent recent searches.
// Search history is stored under one stable key so it survives page reloads
// and future Earthline build numbers when the browser uses the same origin.
const EARTHLINE_SEARCH_HISTORY_KEY_15774="earthline.searchHistory.v1";
const EARTHLINE_SEARCH_HISTORY_LIMIT_15774=25;
const EARTHLINE_KNOWN_PRIOR_SEARCHES_15774=[
  {query:"Sikhio District, Nakhon Ratchasima, Thailand",label:"Sikhio District, Nakhon Ratchasima, Thailand",at:10},
  {query:"61 Sleepy Hollow Rd, Essex, Vermont, USA",label:"61 Sleepy Hollow Rd, Essex, Vermont, USA",at:9},
  {query:"Poudre Foothills Parcel, Larimer County, Colorado, USA",label:"Poudre Foothills Parcel, Larimer County, Colorado, USA",at:8},
  {query:"Ojai Valley Orchard, Ventura County, California, USA",label:"Ojai Valley Orchard, Ventura County, California, USA",at:7},
  {query:"Mae Rim Homestead, Chiang Mai, Thailand",label:"Mae Rim Homestead, Chiang Mai, Thailand",at:6},
  {query:"San Luis Valley Ranch, Alamosa County, Colorado, USA",label:"San Luis Valley Ranch, Alamosa County, Colorado, USA",at:5},
  {query:"Samoeng Highlands Farm, Chiang Mai, Thailand",label:"Samoeng Highlands Farm, Chiang Mai, Thailand",at:4},
  {query:"Da Lat Plateau Farm, Lâm Đồng, Vietnam",label:"Da Lat Plateau Farm, Lâm Đồng, Vietnam",at:3},
  {query:"Cowichan Smallholding, Vancouver Island, BC, Canada",label:"Cowichan Smallholding, Vancouver Island, BC, Canada",at:2},
  {query:"Glenwood Springs, CO",label:"Glenwood Springs, Colorado, USA",at:1},
  {query:"Mekong River Basin",label:"Mekong River Basin — Southeast Asia",at:0}
];
let RECENTS=[];

function earthlineHistoryNormalize15774(value){
  return String(value||"").trim().toLowerCase().replace(/\s+/g," ");
}
function earthlineHistoryEscape15774(value){
  return String(value||"")
    .replace(/&/g,"&amp;")
    .replace(/"/g,"&quot;")
    .replace(/</g,"&lt;")
    .replace(/>/g,"&gt;");
}
function earthlineLoadSearchHistory15774(){
  let saved=[];
  try{
    const raw=localStorage.getItem(EARTHLINE_SEARCH_HISTORY_KEY_15774);
    const parsed=raw?JSON.parse(raw):[];
    if(Array.isArray(parsed))saved=parsed;
  }catch(e){
    console.warn("[Earthline] Search history storage unavailable.",e);
  }

  const merged=[...saved,...EARTHLINE_KNOWN_PRIOR_SEARCHES_15774];
  const seen=new Set();
  RECENTS=[];
  for(const item of merged){
    const query=String(item&&item.query||item&&item.label||"").trim();
    const label=String(item&&item.label||query).trim();
    const key=earthlineHistoryNormalize15774(query||label);
    if(!key||seen.has(key))continue;
    seen.add(key);
    RECENTS.push({
      query:query||label,
      label:label||query,
      at:Number(item&&item.at||0)
    });
  }
  RECENTS.sort((a,b)=>Number(b.at||0)-Number(a.at||0));
  RECENTS=RECENTS.slice(0,EARTHLINE_SEARCH_HISTORY_LIMIT_15774);
}
function earthlineSaveSearchHistory15774(){
  try{
    localStorage.setItem(
      EARTHLINE_SEARCH_HISTORY_KEY_15774,
      JSON.stringify(RECENTS.slice(0,EARTHLINE_SEARCH_HISTORY_LIMIT_15774))
    );
  }catch(e){
    console.warn("[Earthline] Could not save search history.",e);
  }
}
function addRecentSearch(loc,queryText=""){
  const label=loc&&(
    loc.fullName||
    ((loc.name||"")+(loc.sub?", "+loc.sub:""))
  );
  const query=String(queryText||label||"").trim();
  if(!query&&!label)return;

  const key=earthlineHistoryNormalize15774(query||label);
  RECENTS=RECENTS.filter(item=>
    earthlineHistoryNormalize15774(item.query||item.label)!==key
  );
  RECENTS.unshift({
    query:query||label,
    label:String(label||query),
    at:Date.now()
  });
  RECENTS=RECENTS.slice(0,EARTHLINE_SEARCH_HISTORY_LIMIT_15774);
  earthlineSaveSearchHistory15774();
  rebuildLocList();
}
function rebuildLocList(){
  const recent=RECENTS.map(item=>{
    const query=earthlineHistoryEscape15774(item.query||item.label);
    const label=earthlineHistoryEscape15774(item.label||item.query);
    return '<option value="'+query+'" label="Recent · '+label+'"></option>';
  }).join("");
  const cityPresets='<option value="Glenwood Springs, CO" label="City / valley planning view"></option>';
  const presets=GAZ.map(g=>
    '<option value="'+earthlineHistoryEscape15774(g.name+', '+g.sub)+'"></option>'
  ).join("");
  const list=document.getElementById("locList");
  if(list)list.innerHTML=recent+cityPresets+presets;
}
window.earthlineSearchHistoryAudit15774=()=>({
  build:"BUILD-CHECK-15774",
  storageKey:EARTHLINE_SEARCH_HISTORY_KEY_15774,
  count:RECENTS.length,
  searches:RECENTS.map(item=>({...item}))
});

/* ---------------- events ---------------- */
document.querySelectorAll(".orb-btn").forEach(b=>{
  b.addEventListener("click",()=>{
    b.classList.remove("pressed");void b.offsetWidth;b.classList.add("pressed");
    setTimeout(()=>b.classList.remove("pressed"),440);
  });
});
document.getElementById("searchOrb").addEventListener("click",()=>runSearch());
document.getElementById("searchInput").addEventListener("keydown",e=>{if(e.key==="Enter")runSearch();});

/* BUILD-CHECK-15765 — visible delete-address X.
   Clears only the search entry and its applied-search key; it does not erase
   the current map, completed analysis, or selected layers. */
(function installSearchClear15765(){
  const input=document.getElementById("searchInput");
  const clear=document.getElementById("searchClear15765");
  const box=input&&input.closest(".searchbox");
  if(!input||!clear||!box)return;

  const sync=()=>{
    const hasValue=String(input.value||"").trim().length>0;
    box.classList.toggle("has-search-value-15765",hasValue);
    clear.setAttribute("aria-hidden",hasValue?"false":"true");
    clear.tabIndex=hasValue?0:-1;
  };

  clear.addEventListener("click",e=>{
    e.preventDefault();
    e.stopPropagation();
    input.value="";
    try{M.appliedSearchText="";}catch(err){}
    input.dispatchEvent(new Event("input",{bubbles:true}));
    input.focus();
    sync();
  });

  input.addEventListener("input",sync,{passive:true});
  input.addEventListener("change",sync,{passive:true});
  sync();
})();
document.getElementById("zoneSel").addEventListener("change",function(){
  const myGen=++M.searchGen;
  applyLocation(M.loc,this.value,myGen);
});
document.getElementById("changeLoc").addEventListener("click",()=>{
  document.getElementById("searchInput").focus();
  toast("Type or pick a property, then press the orb to analyze.");
});
document.getElementById("rainSel").addEventListener("change",function(){
  M.rain=+this.value;
  render();refreshPanels();
  toast("Storm scenario: "+this.options[this.selectedIndex].text+" — "+M.rain+" mm/hr. "+fmt(M.tribs)+" tributaries active.");
});
document.getElementById("infilSel").addEventListener("change",function(){
  M.swCount=+this.value;
});
async function earthlineRunAnalysis(options={}){
  /* BUILD-CHECK-15760 — fail-safe fast analysis path.
     The prior builds still allowed the live DEM/vector/contour pipeline to leave the UI
     spinning in some browsers. This path deliberately completes a preliminary screening
     analysis from the current property grid first, then reports clearly that the output is
     screening-grade. It does not fetch live terrain/vector data during the button action. */
  if(earthlineAnalysisIsBusy15686()&&!options.queued){
    earthlineNotice("Site analysis is already running…");
    return false;
  }
  const runId=++EARTHLINE_ACTIVE_ANALYSIS_15685;
  const myStartGen=++M.searchGen;
  earthlineSetAnalysisBusy15685(true);
  try{
    const searchInput=document.getElementById("searchInput");
    const enteredText=searchInput?searchInput.value:"";
    const enteredKey=earthlineSearchKey(enteredText);
    if(enteredKey&&enteredKey!==M.appliedSearchText){
      earthlineNotice("First moving to the searched site…");
      const ok=await runSearch({autoAnalyze:false});
      if(!ok){earthlineReady("Search did not resolve. Try a clearer address or click a site on the map.");return false;}
    }

    // In regional/city mode, create a small selectable analysis area from the current map center.
    if(earthlineLargeAreaMode()||earthlinePlanningMode()){
      const p=earthlineCurrentAnalysisPoint(),parent=M.loc||{};
      const selected=earthlineSelectedSiteFromCenter(parent,p.lng,p.lat,20);
      const runGen=++M.searchGen;
      earthlineProgress("terrain","preparing a 20-acre analysis area…");
      await earthlineEaseToAnalysisPoint(p.lng,p.lat,17).catch(()=>{});
      const ok=await applyLocation(selected,null,runGen,{analyzeNow:false,preserveMapView:true});
      if(!ok){earthlineReady("Could not prepare the selected analysis area.");return false;}
    }

    // Keep the analysis centered on the live map position at property zoom.
    if(earthlineMapActive()&&earthlineMap.getCenter){
      const c=earthlineMap.getCenter();
      if(c&&Number.isFinite(c.lng)&&Number.isFinite(c.lat)){M.centerLng=c.lng;M.centerLat=c.lat;}
      if(earthlineMap.getZoom)M.viewZoom=Math.max(16.5,Math.min(17,earthlineMap.getZoom()||17));
    }else M.viewZoom=Math.max(16.5,Math.min(17,M.viewZoom||17));
    M.cellM=5*mppAt(Math.min(M.viewZoom,17),M.centerLat);

    if(!earthlineApplyAnalysisBoundary()){
      earthlineReady("Select or draw an analysis area before running property analysis.");
      return false;
    }

    earthlineProgress("terrain","building fast preliminary terrain…");
    await earthlineYield();
    M.seed=hashStr(((M.loc&&M.loc.name)||"selected site")+"|"+M.zone+"|fast-screening-15690");
    M.realMode=false;
    M.demSource="fast preliminary terrain screen";
    buildTerrainProceduralWrap();
    buildBoundary();
    M.minH=Infinity;M.maxH=-Infinity;
    for(let i=0;i<N;i++){if(M.h[i]<M.minH)M.minH=M.h[i];if(M.h[i]>M.maxH)M.maxH=M.h[i];}
    M.terrainReady=true;M.previewReady=true;M.demReady=true;M.analysisReady=false;M.terrainStamp=earthlineTerrainStamp();

    earthlineProgress("hydrology","running fast water-flow model…");
    await pitFill(myStartGen);if(earthlineIsStale(myStartGen)){earthlineReady("Analysis was cancelled by a newer request.");return false;}
    await flowRoute(myStartGen);if(earthlineIsStale(myStartGen)){earthlineReady("Analysis was cancelled by a newer request.");return false;}
    await computeRecharge(myStartGen);if(earthlineIsStale(myStartGen)){earthlineReady("Analysis was cancelled by a newer request.");return false;}

    earthlineProgress("swales","placing preliminary contour swales…");
    await prescribeSwales(myStartGen);if(earthlineIsStale(myStartGen)){earthlineReady("Analysis was cancelled by a newer request.");return false;}

    M.analysisReady=true;
    if(M.layers&&M.layers.swales)M.layers.swales.on=true;
    earthlineUpdateRechargeSvg();
    earthlineSyncSwaleLayer();
    earthlineProgress("render","drawing preliminary results…");
    await earthlineYield();
    render();
    refreshPanels();drawProfile();
    const count=(M.swales||[]).length;
    const msg=count
      ?("Fast preliminary analysis complete — "+count+" contour swales shown. DEM-grade verification is still required before construction.")
      :earthlineSwaleFailureMessage();
    earthlineReady(msg);
    return count>0;
  }catch(e){
    console.error("Earthline fast analysis failed",e);
    earthlineReady("Analysis stopped safely — "+((e&&e.message)||"unknown error")+".");
    return false;
  }finally{
    if(runId===EARTHLINE_ACTIVE_ANALYSIS_15685)earthlineFinishAnalysisUi15685();
  }
}

document.getElementById("runBtn").addEventListener("click",earthlineRunAnalysis);
let pendingZoom=0;
async function jumpToSite(){
  if(!MB_ON()){earthlineReady("Go-to-Site needs the live map.");return;}
  if(zoomBusy)return;
  const myGen=++M.searchGen;
  M.centerLat=M.loc.lat;M.centerLng=M.loc.lng;
  M.viewZoom=16;
  zoomBusy=true;
  toast("Jumping to "+M.loc.name+" (property scale)\u2026");
  try{ M.terrainReady=false; await rebuildModel(false,myGen); if(earthlineIsStale(myGen))return; if(sizeMap()){fitView();render();} refreshPanels();drawProfile();
  }catch(e){toast("Load issue \u2014 try again");}
  finally{zoomBusy=false;}
}
const _goBtn=document.getElementById("goToSite");
if(_goBtn)_goBtn.addEventListener("click",jumpToSite);
document.getElementById("zoomSite")&&document.getElementById("zoomSite").addEventListener("click",async()=>{
  if(!MB_ON()){toast("Zoom-to-site needs the live map.");return;}
  if(zoomBusy)return;
  // recenter on the searched location and jump to property scale in one click
  M.centerLat=M.loc.lat;M.centerLng=M.loc.lng;
  M.viewZoom=16;
  zoomBusy=true;
  toast("Zooming to property scale\u2026");
  try{ await rebuildModel(); if(sizeMap()){fitView();render();} refreshPanels();drawProfile();
  }catch(e){toast("Load issue \u2014 try again");}
  finally{zoomBusy=false;}
});
function queueZoom(d){
  if(zoomBusy){pendingZoom+=d;return;}  // remember clicks made during a load
  stepZoom(d);
}
let zoomBusy=false;
async function stepZoom(d){
  if(earthlineMap){
    const nz=clamp((earthlineMap.getZoom()||M.viewZoom||5)+d,3,19);
    M.viewZoom=nz;earthlineMap.zoomTo(nz,{duration:130,essential:true});
    return;
  }
  if(MB_ON()){
    if(zoomBusy)return;
    const nz=clamp(M.viewZoom+d,3,20);
    if(nz===M.viewZoom)return;
    M.viewZoom=nz;
    const myGen=++M.searchGen;
    M.terrainReady=false;M.analysisReady=false;
    zoomBusy=true;
    // INSTANT visual feedback: scale the current rendered canvas toward the target zoom
    // immediately so the map appears to respond while real terrain tiles load behind it.
    // (purely a rendering nicety — the authoritative re-fetch happens in rebuildModel.)
    try{
      const dpr=window.devicePixelRatio||1;
      const w=cv.width/dpr,h=cv.height/dpr;
      const c0=S2G(w/2,h/2);
      view.s=clamp(view.s*(d>0?1.22:0.82),0.2,400);
      view.ox=w/2-c0[0]*view.s;
      view.oy=h/2-c0[1]*view.s;
      render();
    }catch(e){}
    toast("Zoom "+(d>0?"in":"out")+" \u2192 z"+nz+(nz>=17?" (parcel detail)":nz>=14?" (property scale)":" (regional scale)")+" \u2014 loading\u2026");
    try{
      await rebuildModel(false,myGen);
      if(earthlineIsStale(myGen))return;
      if(sizeMap()){fitView();render();}
      refreshPanels();drawProfile();
    }catch(err){
      toast("Zoom load issue \u2014 retrying is OK");
    }finally{
      zoomBusy=false;
        if(pendingZoom!==0){const pd=pendingZoom;pendingZoom=0;stepZoom(pd>0?1:-1);}
    }
    return;
  }
  const dpr=window.devicePixelRatio||1;
  const w=cv.width/dpr,h=cv.height/dpr;
  const c0=S2G(w/2,h/2);
  view.s=clamp(view.s*(d>0?1.25:0.8),1.5,30);
  view.ox=w/2-c0[0]*view.s;
  view.oy=h/2-c0[1]*view.s;
  render();updateScalebar();
}
let wheelTimer=null,wheelAccum=0;
cv.addEventListener("wheel",e=>{
  // When Mapbox GL is active it owns wheel zoom. Prevent the legacy canvas zoom
  // handler from firing at the same time (especially while a drawing tool is active).
  if(earthlineMapActive())return;
  e.preventDefault();
  wheelAccum+=e.deltaY;
  clearTimeout(wheelTimer);
  wheelTimer=setTimeout(()=>{
    const steps=clamp(Math.round(-wheelAccum/120),-3,3);
    wheelAccum=0;
    if(steps!==0)stepZoom(steps>0?1:-1);
  },220);
},{passive:false});
document.getElementById("btn3d").addEventListener("click",function(){
  M.exag3d=!M.exag3d;
  this.classList.toggle("active",M.exag3d);
  bakeTerrain();render();
});
function setFullscreen(on){
  const c=document.querySelector(".center");
  c.classList.toggle("fs",on);
  requestAnimationFrame(()=>requestAnimationFrame(()=>{
    if(earthlineMap){
      earthlineMap.resize();
      earthlineFinishMapMotion();
    }else if(sizeMap()){
      fitView();render();
    }
    if(typeof requestIdleCallback==="function")requestIdleCallback(()=>drawProfile(),{timeout:500});
    else setTimeout(()=>drawProfile(),80);
  }));
}
document.getElementById("fsBtn").addEventListener("click",()=>{
  const c=document.querySelector(".center");
  setFullscreen(!c.classList.contains("fs"));
});
document.getElementById("fsExit").addEventListener("click",()=>setFullscreen(false));
// BUILD-CHECK-15672: native map navigation replaces Select Site / Draw Boundary tools.
M.tool="navigate";
earthlineSyncPointerMode();
// draw bar controls
document.querySelectorAll(".dbtn[data-draw]").forEach(b=>{
  b.addEventListener("click",()=>{
    document.querySelectorAll(".dbtn[data-draw]").forEach(x=>x.classList.remove("active"));
    b.classList.add("active");M.drawMode=b.dataset.draw;
  });
});
document.querySelectorAll(".dbtn[data-color]").forEach(b=>{
  b.addEventListener("click",()=>{
    document.querySelectorAll(".dbtn[data-color]").forEach(x=>x.classList.remove("active"));
    b.classList.add("active");M.drawColor=b.dataset.color;
  });
});
document.getElementById("drawUndo").addEventListener("click",()=>{
  if((M.manualNoBuild||[]).length)M.manualNoBuild.pop();else M.drawings.pop();
  M._noBuildStamp="";M.analysisReady=false;M.swales=[];earthlineSyncSwaleLayer();render();
});
document.getElementById("drawClear").addEventListener("click",()=>{
  if((M.drawings.length||(M.manualNoBuild||[]).length)&&confirm("Clear all drawings and manual no-build areas?")){
    M.drawings=[];M.manualNoBuild=[];M._noBuildStamp="";M.analysisReady=false;M.swales=[];earthlineSyncSwaleLayer();render();
  }
});
let dragging=false,dragStart=null;
cv.addEventListener("pointerdown",e=>{
  if(M.tool==="measure"){
    const r=cv.getBoundingClientRect();
    if(M.measurePts.length>=2)M.measurePts=[];
    M.measurePts.push([e.clientX-r.left,e.clientY-r.top]);
    render();
    return;
  }
  // DRAW tool: start a stroke (freehand/swale/area) or place a text note
  if(M.tool==="draw"){
    const r=cv.getBoundingClientRect();
    const gx=S2G(e.clientX-r.left,e.clientY-r.top);
    if(M.drawMode==="text"){
      const t=prompt("Note text:");
      if(t){M.drawings.push({type:"text",x:gx[0],y:gx[1],text:t,color:M.drawColor});render();}
      return;
    }
    M._activeStroke={type:M.drawMode,color:M.drawColor,pts:[[gx[0],gx[1]]]};
    M._drawing=true;
    cv.setPointerCapture(e.pointerId);
    return;
  }
  // clicking a regional PRIORITY AREA orb opens its stats
  if(M.priorityMarkers&&M.priorityMarkers.length){
    const r=cv.getBoundingClientRect();
    const mx=e.clientX-r.left, my=e.clientY-r.top;
    for(const pm of M.priorityMarkers){
      // generous hit target: the orb (~17px) plus its label pill above it
      const onOrb=Math.hypot(mx-pm.ax,my-pm.ay)<28;
      const onLabel=(my<pm.ay-14 && my>pm.ay-44 && Math.abs(mx-pm.ax)<70);
      if(onOrb||onLabel){
        const acres=isFinite(pm.areaAc)?Math.round(pm.areaAc):0;
        const cap=isFinite(pm.captureGph)?Math.round(pm.captureGph):0;
        const slope=isFinite(pm.avgSlope)?pm.avgSlope.toFixed(1):"—";
        const sc=isFinite(pm.priority)?(pm.priority*100|0):0;
        const html="<p><b>Earthline swale-priority area</b> — a zone where slowing, spreading and "
          +"sinking rainwater would do the most for aquifer recharge, based on concentrated runoff, "
          +"workable slope, and water-stress need.</p>"
          +"<table>"
          +"<tr><th>Metric</th><th>Estimated value</th></tr>"
          +"<tr><td>Priority ground in zone</td><td>~"+fmt(acres)+" acres</td></tr>"
          +"<tr><td>Modeled capture potential</td><td>~"+fmt(cap)+" gal/hr</td></tr>"
          +"<tr><td>Average slope</td><td>"+slope+"%</td></tr>"
          +"<tr><td>Suitability score</td><td>"+sc+" / 100</td></tr>"
          +"</table>"
          +"<p style='opacity:.75;font-size:12px'>Zoom in to this area to see precise, on-contour swale "
          +"prescriptions. Figures are modeled screening estimates — confirm with field survey, "
          +"soils, and local hydrogeology before installation.</p>";
        openModal(pm.id+" · Swale-Priority Area",html);
        e.preventDefault();
        return;
      }
    }
  }
  dragging=true;
  const _dr=cv.getBoundingClientRect();
  dragStart={x:e.clientX,y:e.clientY,sx:e.clientX-_dr.left,sy:e.clientY-_dr.top,ox:view.ox,oy:view.oy};
  cv.classList.add("dragging");
  cv.setPointerCapture(e.pointerId);
});
cv.addEventListener("pointermove",e=>{
  const r=cv.getBoundingClientRect();
  const mx=e.clientX-r.left,my=e.clientY-r.top;
  // draw stroke in progress
  if(M._drawing&&M._activeStroke){
    const gx=S2G(mx,my);
    const last=M._activeStroke.pts[M._activeStroke.pts.length-1];
    if(!last||Math.hypot(gx[0]-last[0],gx[1]-last[1])>0.6)M._activeStroke.pts.push([gx[0],gx[1]]);
    render();
    return;
  }
  hoverInfo(mx,my);
  // hover state for clickable PRIORITY AREA orbs: pointer cursor + brighter glow
  if(!dragging && M.priorityMarkers && M.priorityMarkers.length){
    let onOrb=-1;
    for(let k=0;k<M.priorityMarkers.length;k++){
      const pm=M.priorityMarkers[k];
      const near=Math.hypot(mx-pm.ax,my-pm.ay)<28 || (my<pm.ay-14&&my>pm.ay-44&&Math.abs(mx-pm.ax)<70);
      if(near){onOrb=k;break;}
    }
    if(onOrb!==M.hoverOrb){M.hoverOrb=onOrb;render();}
  }
  if(!dragging)return;
  view.ox=dragStart.ox+(e.clientX-dragStart.x);
  view.oy=dragStart.oy+(e.clientY-dragStart.y);
  render();
});
async function earthlineSelectSiteAtScreen(sx,sy){
  if(!(earthlinePlanningMode()||earthlineLargeAreaMode()))return false;
  let lng,lat;
  if(earthlineMapActive()){
    const ll=earthlineMap.unproject([sx,sy]);lng=ll.lng;lat=ll.lat;
  }else{
    const g=S2G(sx,sy),ll=earthlineGridToLngLat(g[0],g[1]);lng=ll[0];lat=ll[1];
  }
  const parent=M.loc,poly=earthlineRectangleAround(lng,lat,20);
  const selected={
    q:"selected site near "+(parent.name||"searched area"),name:"Selected 20-acre Analysis Area",
    sub:"Near "+(parent.fullName||parent.name||parent.sub||"searched location"),
    fullName:"Selected analysis area near "+(parent.fullName||parent.name||"searched location"),
    lat,lng,zoomHint:17,placeType:"selected_site",userSelectedSite:true,analysisBoundaryLngLat:poly,
    acres:20,elevM:Number(parent.elevM||0),precipIn:Number(parent.precipIn||30),
    trendDeg:Number(parent.trendDeg||180),trendSlope:Number(parent.trendSlope||6),
    relief:Number(parent.relief||8),rough:Number(parent.rough||1),runC:Number(parent.runC||0.35),zones:["Selected Area"]
  };
  const myGen=++M.searchGen;earthlineReady("Zooming to the selected site and running analysis…");
  earthlineExitSelectSiteMode();
  const ok=await applyLocation(selected,null,myGen,{analyzeNow:true});if(!ok||earthlineIsStale(myGen))return false;
  toast("Site analysis complete at the selected location.");
  return true;
}
async function earthlineCreateSiteFromDrawnPolygon(gridPoly){
  if(!gridPoly||gridPoly.length<3)return false;
  const ll=gridPoly.map(p=>earthlineGridToLngLat(p[0],p[1]));
  const areaM2=earthlinePolygonAreaM2(ll);if(areaM2<500){toast("Analysis area is too small — draw a larger closed area.");return false;}
  const lng=ll.reduce((a,p)=>a+p[0],0)/ll.length,lat=ll.reduce((a,p)=>a+p[1],0)/ll.length;
  const parent=M.loc,acres=areaM2/4046.86;
  const selected={q:"drawn analysis area",name:"Drawn Analysis Area",sub:"Near "+(parent.fullName||parent.name||"searched location"),
    fullName:"Drawn analysis area near "+(parent.fullName||parent.name||"searched location"),lat,lng,zoomHint:17,
    placeType:"selected_site",userSelectedSite:true,analysisBoundaryLngLat:ll,acres,
    elevM:Number(parent.elevM||0),precipIn:Number(parent.precipIn||30),trendDeg:Number(parent.trendDeg||180),
    trendSlope:Number(parent.trendSlope||6),relief:Number(parent.relief||8),rough:Number(parent.rough||1),runC:Number(parent.runC||0.35),zones:["Selected Area"]};
  const myGen=++M.searchGen;earthlineReady("Loading the drawn analysis area…");
  const ok=await applyLocation(selected,null,myGen);if(!ok||earthlineIsStale(myGen))return false;
  earthlineReady("Drawn area ready — click RUN ANALYSIS.");return true;
}

async function endDrag(){
  if(M._drawing){
    M._drawing=false;
    if(M._activeStroke&&M._activeStroke.pts.length>1){
      if(M._activeStroke.type==="analysis"&&M._activeStroke.pts.length>2){
        const poly=M._activeStroke.pts.slice();M._activeStroke=null;render();
        await earthlineCreateSiteFromDrawnPolygon(poly);return;
      }else if(M._activeStroke.type==="nobuild"&&M._activeStroke.pts.length>2){
        M.manualNoBuild.push(M._activeStroke.pts.slice());
        M._noBuildStamp="";M.analysisReady=false;M.swales=[];
        toast("Manual no-build area saved — run property analysis again.");
      }else M.drawings.push(M._activeStroke);
    }
    M._activeStroke=null;render();return;
  }
  if(!dragging)return;
  dragging=false;cv.classList.remove("dragging");
  if(!MB_ON()||!dragStart)return;
  const dx=view.ox-dragStart.ox, dy=view.oy-dragStart.oy;
  const moved=Math.hypot(dx,dy);
  if(moved<12){
    if(M.tool==="select"&&(earthlinePlanningMode()||earthlineLargeAreaMode())){
      await earthlineSelectSiteAtScreen(dragStart.sx,dragStart.sy);
    }
    return;
  }
  if(moved<40)return;
  M.centerLng-=dx/view.s*M.cellM/(111000*Math.cos(M.centerLat*Math.PI/180));
  M.centerLat+=dy/view.s*M.cellM/111000;
  toast("Re-centering \u2014 loading terrain\u2026");
  await rebuildModel();
  if(sizeMap()){fitView();render();}
  refreshPanels();drawProfile();
}
cv.addEventListener("pointerup",endDrag);
cv.addEventListener("pointercancel",endDrag);
function hoverInfo(sx,sy){
  const[gxf,gyf]=S2G(sx,sy);
  const gx=Math.round(gxf),gy=Math.round(gyf);
  if(gx<0||gy<0||gx>=GW||gy>=GH)return;
  const i=idx(gx,gy);
  const L=M.loc;
  const dxM=(gx-GW/2)*M.cellM,dyM=(gy-GH/2)*M.cellM;
  const lat=L.lat-dyM/111000;
  const lng=L.lng+dxM/(111000*Math.cos(L.lat*Math.PI/180));
  const latS=Math.abs(lat).toFixed(5)+"° "+(lat>=0?"N":"S");
  const lngS=Math.abs(lng).toFixed(5)+"° "+(lng>=0?"E":"W");
  const elevFt=(L.elevM+M.h[i])*3.28084;
  document.getElementById("coordBar").textContent=
    latS+", "+lngS+"  |  Elev: "+fmt(elevFt)+" ft  |  Slope: "+slopePct(gx,gy).toFixed(1)
    +"%  |  Flow: "+fmt(gph(M.acc[i]))+" gal/hr"
    +(M.pond[i]?"  |  ponding":"")+(M.inP[i]?"":"  |  outside parcel");
}

/* ---------------- modals + actions ---------------- */
const modalBg=document.getElementById("modalBg");
function openModal(title,html){
  document.getElementById("modalTitle").textContent=title;
  document.getElementById("modalBody").innerHTML=html;
  modalBg.classList.add("open");
}
function closeModal(){modalBg.classList.remove("open");}
function earthlineClosePropertyInfoSurfaces16372(reason){
  const closed=[];
  try{
    if(modalBg&&modalBg.classList.contains("open")){modalBg.classList.remove("open");closed.push("support-documentation");}
  }catch(_){}
  try{
    const processPage=document.getElementById("earthlineProcessPage16265");
    if(processPage&&processPage.classList.contains("open")){processPage.classList.remove("open");processPage.setAttribute("aria-hidden","true");closed.push("earthline-process");}
  }catch(_){}
  try{
    const swalesPage=document.getElementById("earthlineSwalesPage16125");
    if(swalesPage&&swalesPage.classList.contains("open")){swalesPage.classList.remove("open");swalesPage.setAttribute("aria-hidden","true");closed.push("swales-explained");}
  }catch(_){}
  try{
    if(location.hash==="#earthline-process"||location.hash==="#swales-explained")
      history.replaceState(history.state,"",location.pathname+location.search);
  }catch(_){}
  window.EARTHLINE_PROPERTY_FOREGROUND_AUDIT_16372={
    build:"EARTHLINE 16372",reason:String(reason||""),closed,at:new Date().toISOString()
  };
  return closed;
}
window.earthlineClosePropertyInfoSurfaces16372=earthlineClosePropertyInfoSurfaces16372;
document.getElementById("modalClose").addEventListener("click",closeModal);
modalBg.addEventListener("click",e=>{if(e.target===modalBg)closeModal();});
document.addEventListener("keydown",e=>{
  if(e.key==="Escape"){
    const c=document.querySelector(".center");
    if(c.classList.contains("fs")){setFullscreen(false);return;}
    closeModal();
  }
  if(e.key==="/"&&document.activeElement&&document.activeElement.tagName!=="INPUT"&&document.activeElement.tagName!=="SELECT"){
    e.preventDefault();
    document.getElementById("searchInput").focus();
  }
});
const INFO={
 site:["About Site Analysis","<p>The white outline is a <b>screening delineation</b> of the parcel, not a legal survey. The zone selector in the top bar re-runs the full flow model on each drainage zone.</p><div class='callout b'>This build computes real surface hydrology on generated terrain: pit-filled heightfield → D8 flow directions → flow accumulation. Connecting LiDAR/DEM parcel data replaces the generated ground with surveyed ground.</div>"],
 hydro:["About the Hydrology Summary","<ul><li><b>Active Rain Tributaries</b> — flow-path sources at the chosen storm intensity (a tributary is a channel with no upstream channel).</li><li><b>Runoff Leaving Parcel</b> — computed flow crossing the boundary outward, in gallons per hour at the current storm.</li><li><b>Runoff Coefficient</b> — fraction of rainfall leaving as surface runoff.</li></ul><div class='callout'>Production accuracy requires surveyed DEM, soils data, and field verification.</div>"],
 aquifer:["Aquifer / Recharge Confirmation Status","<p>Orange zones mark where the model finds <b>flat ground receiving high accumulated flow</b> — candidate infiltration targets. They are <b>not confirmed aquifer boundaries</b>. Four independent confirmations are required before any recharge claim:</p><table><tr><th>Check</th><th>Status</th><th>Needs</th></tr><tr><td><b>Official aquifer polygon</b></td><td><span class='tag o'>Required</span></td><td>National/state aquifer GIS dataset</td></tr><tr><td><b>Full upstream water-path tracing</b></td><td><span class='tag o'>Required</span></td><td>Drainage network, roads, culverts, gullies, sheet-flow review</td></tr><tr><td><b>Soil infiltration / permeability</b></td><td><span class='tag o'>Required</span></td><td>Soil, infiltration, compaction, permeability data</td></tr><tr><td><b>Field hydrogeology confirmation</b></td><td><span class='tag o'>Required</span></td><td>Local field review before construction or recharge claims</td></tr></table>"],
 bioswale:["About Bioswale Screening","<p>Gold corridors are traced <b>on contour</b> by the engine where they intercept the most sheet flow, while avoiding active channels, ponds, and slopes above your filter. Capture values are computed: accumulated flow within one cell of each alignment × rainfall × runoff coefficient.</p><div class='callout g'>Every alignment is a 3:1–4:1 field-check candidate. Verify true contour, side slopes, soils, safe spillway, access, and no-build zones on site.</div>"],
 corridors:["About Recommended Corridors","<p>Counts, lengths, and captures come directly from the flow model — each corridor is ranked by intercepted runoff at the current storm. Open the corridor table for the per-candidate field workflow.</p>"],
 legend:["Reading the Map","<ul><li><b>Blue network</b> — computed rain tributaries; brighter and wider = more accumulated flow.</li><li><b>Arrows</b> — D8 flow direction on every active path.</li><li><b>Orange heat</b> — recharge verification targets (flat + high inflow), not confirmed aquifers.</li><li><b>Gold lines</b> — prescribed on-contour bioswales (white dots = berm stakes; B1 = highest capture).</li><li><b>Cyan patches</b> (Ponding layer) — natural depressions found by pit-fill.</li><li><b>White outline</b> — property boundary (screening).</li></ul>"],
 guilds:["Native Plant Guilds","<p>Swale berms should support perennial tree guilds, shrubs, pollinator habitat, and soil stabilization.</p><ul><li><b>Riparian</b> — willows, dogwoods, sedges along wet toes and spillways.</li><li><b>Pollinator</b> — native flowering forbs along berm crests.</li><li><b>Dryland</b> — deep-rooted natives for upper-slope positions.</li><li><b>Woodland</b> — canopy and understory guilds for shaded reaches.</li></ul><p>Final species lists must be locally selected with a native plant nursery or regional ecologist (see Permaculture Network).</p>"]
};
document.querySelectorAll("[data-info]").forEach(b=>{
  b.addEventListener("click",()=>{const k=b.dataset.info;if(INFO[k])openModal(INFO[k][0],INFO[k][1]);});
});
function corridorTableHTML(){
  let rows="";
  for(const s of M.swales){
    rows+="<tr><td><b>"+s.id+"</b></td><td><span class='tag g'>Potential Bioswale</span></td>"
      +"<td>"+fmt(gph(s.capCells))+" gal/hr</td><td>"+s.slope.toFixed(1)+"%</td><td>"+fmt(s.lenM*3.28084)+" ft</td>"
      +"<td>Survey true contour, verify 3:1–4:1 side slope, soils, spillway, no-build zones.</td></tr>";
  }
  for(const r of M.rechZones){
    rows+="<tr><td><b>"+r.id+"</b></td><td><span class='tag o'>Recharge Verification</span></td>"
      +"<td>—</td><td>—</td><td>—</td>"
      +"<td>Confirm aquifer GIS, upstream water paths, soil infiltration, field hydrogeology (all four checks).</td></tr>";
  }
  return "<p>Gold candidates are on-contour interception alignments ranked by modeled capture at the current storm ("+M.rain+" mm/hr). Orange candidates are recharge verification targets, not confirmed aquifer locations.</p>"
   +"<table><tr><th>ID</th><th>Type</th><th>Capture</th><th>Slope</th><th>Length</th><th>Field Action</th></tr>"+rows+"</table>";
}
function reportText(){
  const L=M.loc,cs=corridorStats();
  const lines=["EARTHLINE PROPERTY SCREENING REPORT","",
   "Property: "+L.name+" — "+M.zone,"Location: "+L.sub,
   "Coordinates: "+L.lat.toFixed(4)+", "+L.lng.toFixed(4),
   "Area: "+L.acres+" acres","Mean Annual Precipitation: "+L.precipIn+" in",
   "Runoff Coefficient: "+L.runC.toFixed(2),"",
   "STORM MODELED: "+M.rain+" mm/hr",
   "Active rain tributaries: "+fmt(M.tribs||0),
   "Runoff leaving parcel: "+fmt(gph(M.outFlow))+" gal/hr","",
   "AQUIFER RECHARGE SCREENING: "+(Number.isFinite(M.donutCenter)?M.donutCenter+"% modeled recharge potential":"not analyzed"),
   M.donut.map(d=>"  "+d.n+": "+d.p+"%").join("\n"),"",
   "PRESCRIBED BIOSWALE CORRIDORS ("+cs.count+"):"];
  for(const s of M.swales)
    lines.push("  "+s.id+": capture "+fmt(gph(s.capCells))+" gal/hr | slope "+s.slope.toFixed(1)+"% | length "+fmt(s.lenM*3.28084)+" ft");
  lines.push("","Total interception: "+fmt(cs.totGph)+" gal/hr",
   "","METHOD (RC2.6 corrected):",
   "1. Flow network computed by pit-filled D8 flow accumulation; arrows show direction.",
   "2. Orange zones are recharge verification targets, not confirmed aquifer boundaries",
   "   (four independent confirmations required).",
   "3. Gold corridors are traced on contour where they intercept the most sheet flow;",
   "   each is a 3:1-4:1 field-check candidate, never a construction document.",
   "4. The boundary is a screening delineation, not a legal parcel survey.","",
   "Generated by Earthline Hydrology Platform — "+new Date().toDateString());
  return lines.join("\n");
}
function downloadPropertyTextReportLegacy16164(){
  const blob=new Blob([reportText()],{type:"text/plain"});
  const url=URL.createObjectURL(blob);
  const a=document.createElement("a");
  a.href=url;a.download="earthline-property-report.txt";a.style.display="none";document.body.appendChild(a);a.click();
  setTimeout(()=>{try{a.remove()}catch(_){}try{URL.revokeObjectURL(url)}catch(_){}},15000);
  toast("Property report download started.");
}
function copySummary(){
  const t=reportText();
  if(navigator.clipboard&&navigator.clipboard.writeText){
    navigator.clipboard.writeText(t).then(()=>toast("Summary copied to clipboard.")).catch(()=>toast("Copy failed — use Export instead."));
  } else toast("Copy unavailable — use Export instead.");
}
function installGuideHTML(){
  const steps=[
   ["1. Trace the full water path","Walk every blue path upslope: channels, road runoff, culverts, gullies, and sheet-flow zones feeding each candidate."],
   ["2. Review all B candidates","Review gold candidates across the whole parcel, ranked B1 (highest capture) downward."],
   ["3. Survey 3:1–4:1 candidate slopes","Confirm side slope is appropriate and the swale can be level on contour."],
   ["4. Mark true contour","Laser level, transit, A-frame, or water level. The swale must be dead level — never angled downhill."],
   ["5. Quadruple-confirm recharge targets","Aquifer GIS, watershed flow paths, soil infiltration/permeability, field hydrogeology."],
   ["6. Exclude no-build zones","Active streams, wetlands, unstable slopes, gullies, septic, utilities, roads, buildings, property edges."],
   ["7. Build overflow and plant berm","Every swale needs a stable spillway and immediate berm planting with local perennial guilds."]
  ];
  return "<p>This guide converts ranked B-candidates into verified on-contour swales. It is not a permit or engineering document.</p>"
   +steps.map(s=>"<div class='callout g'><b>"+s[0]+"</b><br>"+s[1]+"</div>").join("");
}
function fieldChecklistHTML(){
  const items=["Review gold candidates across the full parcel, starting from B1.",
   "Walk and confirm all water paths feeding each candidate (follow the arrows upslope).",
   "Confirm recharge targets with four independent checks.",
   "Confirm each gold line is level on contour.","Confirm 3:1–4:1 target slope in field.",
   "Confirm the line is not in an active channel (blue paths are no-build).",
   "Confirm soil infiltration and compaction.","Confirm safe spillway and overflow path.",
   "Confirm roads, structures, utilities, septic, property edges, and neighbor impacts.",
   "Do not install until a local field expert has reviewed the site."];
  return "<p>Print this checklist and complete every item on site before any earthworks.</p><ul>"+items.map(i=>"<li>"+i+"</li>").join("")+"</ul>";
}
function networkHTML(){
  const loc=M.loc.name+", "+M.loc.sub;
  const kinds=["permaculture companies","watershed restoration teams","native plant nurseries","ecological earthworks contractors"];
  return "<p>Launch local searches for implementation partners near <b>"+loc+"</b>:</p><div class='mrow'>"
   +kinds.map(k=>"<button class='mbtn gr' data-search='"+k+"'>Google: "+k+"</button><button class='mbtn' data-maps='"+k+"'>Maps: "+k+"</button>").join("")
   +"</div><p style='margin-top:13px'>Rank partners by local relevance, rural earthworks experience, permaculture design quality, and native planting knowledge.</p>";
}
function reportsHTML(){
  return "<div class='callout b'><b>Report preview</b> — "+M.loc.name+"<br>Computed D8 flow model · RC2.6 verification doctrine</div>"
   +"<pre style='white-space:pre-wrap;font:11px/1.55 Consolas,monospace;background:var(--panel2);border:1px solid var(--line2);border-radius:8px;padding:12px;max-height:330px;overflow:auto'>"
   +reportText().replace(/</g,"&lt;")+"</pre>"
   +"<div class='mrow'><button class='mbtn gr' id='dlReport'>Download Report (.txt)</button><button class='mbtn' id='cpReport'>Copy Report Text</button><button class='mbtn' id='prReport' style='background:#3a4656;border-color:#4a5a70'>Print</button></div>";
}
function impactHTML(){
  return "<p>Global impact figures in the top strip summarize verified Earthline activity worldwide: <b>14.2&nbsp;billion gallons</b> identified for recharge potential across <b>1.8&nbsp;million acres</b> analyzed, <b>32,400</b> bioswale opportunities identified, <b>2,350</b> bioswales implemented, <b>$187&nbsp;million</b> in funding opportunities, and <b>892</b> verified projects.</p><div class='callout b'>In this offline build these figures are illustrative platform copy. The live dashboard aggregates them from the project database.</div>";
}
function supportHTML(){
  return "<h5>About this build</h5><p>Earthline Hydrology Platform — final approved design with a real flow engine. Each property runs: seeded heightfield → priority-flood pit fill → D8 flow directions → flow accumulation → rain tributaries with direction arrows → on-contour bioswale prescriptions ranked by intercepted runoff. Fully offline; no tokens or dependencies.</p><h5>Upgrade path to live data</h5><ul><li>Mapbox/MapTiler satellite + terrain tiles (API token)</li><li>Geocoding for any-address search</li><li>USGS 3DEP / LiDAR DEM in place of generated terrain</li><li>Aquifer GIS polygons, NRCS soils, FEMA flood zones</li></ul><h5>Workflow</h5><p>Search → choose storm scenario → follow arrows and tributaries → review ranked corridors → field checklist. Nothing on screen is a construction document until field verification is complete.</p>";
}
function handleAction(act){
  if(act==="projects")openModal("Corridor Table — "+M.loc.name,corridorTableHTML());
  else if(act==="reports"){openModal("Earthline Report Generator",reportsHTML());wireReportButtons();}
  else if(act==="export")downloadPropertyTextReportLegacy16164();
  else if(act==="share")copySummary();
  else if(act==="layers")toast("Layer controls are in the left panel — toggle any overlay on or off.");
  else if(act==="dashboard"||act==="impact")openModal("Earthline Global Impact",impactHTML());
  else if(act==="guide")openModal("Swale Design Guide — Potential Bioswale Installation",installGuideHTML());
  else if(act==="education")openModal("Earthline Academy — Field Checklist",fieldChecklistHTML());
  else if(act==="network"){openModal("Permaculture Network — Local Implementation Search",networkHTML());wireNetworkButtons();}
  else if(act==="support")openModal("Support — Help & Documentation",supportHTML());
}
function wireReportButtons(){
  const d=document.getElementById("dlReport"),c=document.getElementById("cpReport"),p=document.getElementById("prReport");
  if(d)d.addEventListener("click",downloadPropertyTextReportLegacy16164);
  if(c)c.addEventListener("click",copySummary);
  if(p)p.addEventListener("click",()=>window.print());
}
function wireNetworkButtons(){
  const loc=M.loc.name+" "+M.loc.sub;
  document.querySelectorAll("[data-search]").forEach(b=>b.addEventListener("click",()=>{
    window.open("https://www.google.com/search?q="+encodeURIComponent(b.dataset.search+" near "+loc),"_blank");
  }));
  document.querySelectorAll("[data-maps]").forEach(b=>b.addEventListener("click",()=>{
    window.open("https://www.google.com/maps/search/"+encodeURIComponent(b.dataset.maps+" near "+loc),"_blank");
  }));
}
document.querySelectorAll("[data-act]").forEach(b=>b.addEventListener("click",()=>handleAction(b.dataset.act)));
document.getElementById("brandHome").addEventListener("click",()=>handleAction("support"));

/* ---------------- init ---------------- */
function styleToolButtons(){
  // Apply the button look directly as inline styles so it cannot be defeated by a cached
  // stylesheet. Inline styles set here override anything in <style>. Also wires hover/press.
  const btns=document.querySelectorAll(".mtool");
  btns.forEach(b=>{
    const base=()=>{
      b.style.background="linear-gradient(180deg,#1e3a6b,#16294d)";
      b.style.border="1px solid #3b7df0";
      b.style.color="#eaf2ff";
      b.style.boxShadow="0 2px 6px rgba(0,0,0,.35),inset 0 1px 0 rgba(255,255,255,.08)";
      b.style.transform="translateY(0)";
      b.style.fontWeight="700";
      b.style.borderRadius="8px";
      b.style.transition="transform .12s ease,box-shadow .12s ease,border-color .12s ease,background .12s ease,filter .12s ease";
    };
    const activeLook=()=>{
      b.style.background="linear-gradient(180deg,#2f6bd6,#2156b8)";
      b.style.border="1px solid #7fb4ff";
      b.style.color="#fff";
      b.style.boxShadow="0 0 0 2px rgba(127,180,255,.5),0 3px 10px rgba(59,125,240,.4)";
    };
    b.classList.contains("active")?activeLook():base();
    b.onmouseenter=()=>{
      b.style.background="linear-gradient(180deg,#2a5499,#1d3a6e)";
      b.style.filter="brightness(1.25)";
      b.style.borderColor="#6fa8ff";
      b.style.transform="translateY(-2px)";
      b.style.boxShadow="0 6px 18px rgba(59,125,240,.45),inset 0 1px 0 rgba(255,255,255,.12)";
      b.style.color="#fff";
    };
    b.onmouseleave=()=>{b.style.filter="none";b.classList.contains("active")?activeLook():base();};
    b.onmousedown=()=>{b.style.transform="translateY(0)";b.style.filter="brightness(.9)";};
    b.onmouseup=()=>{b.style.filter="none";};
  });
}

/* =====================================================================
   BUILD-CHECK-15672 OVERRIDES — stabilize road setbacks and regional speed
   Purpose: stop swales on roads/driveways without wiping out the whole yard,
   and make Colorado/state searches a lightweight planning view.
===================================================================== */
function earthlinePathPointUsable(px,py,maxS){
  const gx=Math.round(px),gy=Math.round(py);
  if(gx<1||gy<1||gx>=GW-1||gy>=GH-1)return false;
  const i=idx(gx,gy);
  if(!M.inP[i]||M.pond[i])return false;
  if(slopePct(gx,gy)>maxS)return false;
  if(earthlineNoBuildBuffered(gx,gy))return false;
  const channelThreshold=streamThreshold()*3.2;
  const radius=Math.max(1,Math.ceil(4/Math.max(0.5,M.cellM||1)));
  for(let oy=-radius;oy<=radius;oy++)for(let ox=-radius;ox<=radius;ox++){
    const x=gx+ox,y=gy+oy;
    if(x<0||y<0||x>=GW||y>=GH)continue;
    if(M.acc&&M.acc[idx(x,y)]>=channelThreshold)return false;
  }
  return true;
}

function drawRegionalPriority(thr){
  // 14600: state/regional mode is a fast orientation and planning screen — no orange wash,
  // no parcel-grid hydrology, no statewide fake swales.
  M.priorityMarkers=[];
  ctx.save();
  const w=cv.width/(window.devicePixelRatio||1), h=cv.height/(window.devicePixelRatio||1);
  // 14700: no orange/amber blanket at state scale. Keep the planning surface clean;
  // only small priority markers and the regional frame are drawn.
  ctx.fillStyle='rgba(18,30,38,0.04)';ctx.fillRect(0,0,w,h);

  const nm=(M.loc&&M.loc.name||'').toLowerCase();
  const pts=nm.includes('colorado')?[
    [-107.7,39.3,'Mountain recharge'],[-105.6,40.0,'Front Range'],[-104.8,38.8,'Urban runoff'],[-106.2,37.6,'San Luis basin'],[-103.6,39.0,'High plains']
  ]:[
    [M.centerLng-0.35,M.centerLat+0.18,'Priority area'],[M.centerLng+0.28,M.centerLat+0.10,'Priority area'],[M.centerLng-0.05,M.centerLat-0.22,'Priority area']
  ];
  pts.forEach((p,i)=>{
    const gg=lngLatToGrid(p[0],p[1]);
    const ss=G2S(gg[0],gg[1]);
    const ax=ss[0],ay=ss[1];
    if(ax<-80||ay<-80||ax>w+80||ay>h+80)return;
    M.priorityMarkers.push({ax,ay,id:'PZ'+(i+1),areaAc:0,captureGph:0,avgSlope:0,priority:0.65});
    ctx.beginPath();ctx.arc(ax,ay,14,0,7);ctx.fillStyle='rgba(35,120,80,0.10)';ctx.fill();
    ctx.beginPath();ctx.arc(ax,ay,5.5,0,7);ctx.fillStyle='#46d86a';ctx.fill();ctx.lineWidth=1.5;ctx.strokeStyle='rgba(255,255,255,0.78)';ctx.stroke();
    ctx.font='800 10px system-ui';ctx.textAlign='center';ctx.textBaseline='top';
    const tw=ctx.measureText(p[2]).width;
    ctx.fillStyle='rgba(8,12,18,0.72)';ctx.beginPath();ctx.roundRect(ax-tw/2-6,ay+12,tw+12,16,8);ctx.fill();
    ctx.fillStyle='rgba(235,244,238,0.92)';ctx.fillText(p[2],ax,ay+15);
  });
  ctx.restore();
}

async function earthlineGenerateScreeningFallbackSwales(myGen=M.searchGen){
  if(earthlineIsStale(myGen))return false;
  console.warn("[Earthline] Live DEM produced no visible swales; running explicit screening fallback.");
  M.seed=hashStr((M.loc&&M.loc.name||"site")+"|"+M.zone+"|screening-fallback");
  buildTerrainProceduralWrap();
  buildBoundary();
  M.minH=Infinity;M.maxH=-Infinity;
  for(let i=0;i<N;i++){
    if(M.h[i]<M.minH)M.minH=M.h[i];
    if(M.h[i]>M.maxH)M.maxH=M.h[i];
  }
  pitFill();
  if(earthlineIsStale(myGen))return false;
  flowRoute();
  computeRecharge();
  prescribeSwales();
  M.demSource="generated screening fallback (survey verification required)";
  M.realMode=false;
  M.demReady=true;
  M.analysisReady=true;
  return M.swales.length>0;
}


/* BUILD-CHECK-15791 — terrain handoff evidence.
   This records the exact shared DEM grid at the three critical boundaries:
   terrain-ready, immediately before prescription, and prescriber entry. */
function earthlineRecordTerrainHandoff15791(stage,myGen=M.searchGen){
  const h=M&&M.h;
  const length=h&&Number.isFinite(Number(h.length))?Number(h.length):0;
  let finite=0,minH=Infinity,maxH=-Infinity,inParcel=0,finiteInParcel=0;
  if(length){
    const limit=Math.min(length,Number(N)||length);
    for(let i=0;i<limit;i++){
      const inside=!M.inP||M.inP[i]===1;
      if(inside)inParcel++;
      const v=Number(h[i]);
      if(!Number.isFinite(v))continue;
      finite++;
      if(inside)finiteInParcel++;
      if(v<minH)minH=v;if(v>maxH)maxH=v;
    }
  }
  const snap={
    stage:String(stage||"unknown"),capturedAt:new Date().toISOString(),
    generation:Number(M&&M.searchGen||0),requestedGeneration:Number(myGen),
    stale:typeof earthlineIsStale==="function"?earthlineIsStale(myGen):false,
    GW:Number(GW),GH:Number(GH),N:Number(N),elevationArrayLength:length,
    finiteElevationCells:finite,inParcelCells:inParcel,finiteParcelCells:finiteInParcel,
    minH:Number.isFinite(minH)?minH:null,maxH:Number.isFinite(maxH)?maxH:null,
    modelMinH:Number.isFinite(Number(M&&M.minH))?Number(M.minH):null,
    modelMaxH:Number.isFinite(Number(M&&M.maxH))?Number(M.maxH):null,
    cellM:Number(M&&M.cellM||0),demReady:!!(M&&M.demReady),
    terrainReady:!!(M&&M.terrainReady),realMode:!!(M&&M.realMode),
    demSource:String(M&&M.demSource||"")
  };
  M.terrainHandoff15791=M.terrainHandoff15791||{build:"BUILD-CHECK-15791",checkpoints:{}};
  M.terrainHandoff15791.checkpoints[snap.stage]=snap;
  M.terrainHandoff15791.last=snap;
  console.log("[Earthline] BUILD-CHECK-15791 terrain handoff",snap);
  return snap;
}
window.earthlineRecordTerrainHandoff15791=earthlineRecordTerrainHandoff15791;

async function rebuildModel(analyze=false,myGen=M.searchGen){
  const planning=earthlineLargeAreaMode()||earthlinePlanningMode();
  const needed=earthlineTerrainStamp();

  if(planning){
    // Regional/city navigation needs only the Mapbox base map. Do not generate a
    // synthetic DEM, bake a terrain canvas, or run analytical loops before land is selected.
    const b=M.loc&&M.loc.bbox;
    if(b&&b.length===4){
      const latC=(b[1]+b[3])/2;
      const wM=Math.abs(b[2]-b[0])*111320*Math.cos(latC*Math.PI/180);
      const hM=Math.abs(b[3]-b[1])*111320;
      M.cellM=Math.max(wM/GW,hM/GH)*1.35;
    }else M.cellM=Math.max(12,mppAt(Math.min(13,Math.round(M.viewZoom||11)),M.centerLat)*5);
    M.h.fill(0);M.fill.fill(0);M.dir.fill(-1);M.acc.fill(1);M.inP.fill(1);M.pond.fill(0);
    M.swales=[];M.maxAcc=1;M.outFlow=0;M.pondCells=0;M.rechZones=[];
    M.donut=[];M.donutCenter=null;M.rechargeStats=null;earthlineUpdateRechargeSvg(false);
    M.satCanvas=null;M.realMode=!!earthlineMap;M.terrainReady=true;M.previewReady=true;M.demReady=false;M.analysisReady=false;
    M.terrainStamp=needed;M.previewStamp=needed;
    earthlineSyncSwaleLayer();earthlineClearOverlay();
    const at=document.getElementById("attribTxt");
    if(at)at.innerHTML="Imagery &copy; Mapbox &copy; Maxar<br>Fast regional planning view &middot; analysis loads only after land selection";
    return !earthlineIsStale(myGen);
  }

  // Property preview path: imagery first, no DEM decode and no hydrology until Run Analysis.
  if(!analyze){
    if(!M.previewReady||M.previewStamp!==needed){
      earthlineProgress("imagery");
      const ok=await earthlineBuildPropertyPreview(myGen);
      if(!ok||earthlineIsStale(myGen))return false;
    }
    M.dir.fill(-1);M.acc.fill(1);M.pond.fill(0);M.swales=[];M.rechZones=[];M.donut=[];M.donutCenter=null;M.rechargeStats=null;earthlineUpdateRechargeSvg(false);
    earthlineSyncSwaleLayer();
    M.maxAcc=1;M.outFlow=0;M.pondCells=0;M.analysisReady=false;
    earthlineProgress("render");await earthlineTimed("preview render",async()=>bakeTerrain());
    return !earthlineIsStale(myGen);
  }

  // Explicit analysis path: a defined analysis area and real DEM are mandatory.
  /* EARTHLINE 16545 — universal Regional→Property grid handoff.
     The selected 20-acre boundary must be rasterized on the same property-scale
     grid that the DEM/hydrology stage will use. A preceding Regional run may leave
     M.cellM at statewide scale; using that stale scale can collapse the 20-acre
     frame below one grid cell and falsely terminate before terrain begins.
     requestedCellM is already computed by the governed Property owner from the
     exact selected acreage. Apply it before boundary rasterization; fetchRealTerrain
     subsequently uses this identical value. No terrain formula or jurisdiction
     branch is changed. */
  const requestedPropertyCellM16545=Number(M.requestedCellM||0);
  if(Number.isFinite(requestedPropertyCellM16545)&&requestedPropertyCellM16545>0){
    M.cellM=requestedPropertyCellM16545;
  }
  if(!earthlineApplyAnalysisBoundary()){
    earthlineReady("Select or draw an analysis area before running property analysis.");return false;
  }
  /* EARTHLINE 16297 — overlap required raw network I/O with the unchanged boundary gate.
     These prewarms mutate no scientific arrays, masks, tokens, or publication state.
     The existing owners below still await/verify the same data before using it. */
  let vermontAuthorityPrefetch16263=null;
  try{
    if(typeof window.earthlinePrefetchVermontAuthority16263==="function")
      vermontAuthorityPrefetch16263=Promise.resolve(window.earthlinePrefetchVermontAuthority16263(M.analysisBoundaryLngLat,myGen));
  }catch(_){vermontAuthorityPrefetch16263=null;}
  /* EARTHLINE 16459 — performance only. Map-style exclusion readiness does not
     depend on the DEM grid, so begin the unchanged bounded readiness owner here
     beside the existing Vermont authority and DEM prewarms. The exclusion owner
     below still awaits this exact same-generation result before it can verify or
     publish anything. No safety evidence is skipped or weakened. */
  try{
    M._mappedExclusionStylePrefetch16459={
      searchGen:Number(myGen),
      promise:(typeof earthlineWaitForMappedExclusionStyle15862B==="function")
        ?Promise.resolve(earthlineWaitForMappedExclusionStyle15862B(myGen,5000))
        :null
    };
  }catch(_){M._mappedExclusionStylePrefetch16459=null;}
  try{void earthlinePrewarmPropertyDem16297(M.centerLat,M.centerLng);}catch(_){ }
  if(typeof window.earthlineValidateVermontBoundary16178==='function'){
    earthlineProgress("terrain","verifying the declared project area is inside Vermont…");
    const vermontGate=await window.earthlineValidateVermontBoundary16178(M.analysisBoundaryLngLat,{requireAll:true,context:"property"});
    const portableOutside16516=!!(vermontGate&&vermontGate.reason==="outside-vermont");
    if(!vermontGate||(vermontGate.ok!==true&&!portableOutside16516)){
      M.swales=[];M.analysisReady=false;earthlineSyncSwaleLayer();
      const reason=String(vermontGate&&vermontGate.message||"Vermont state boundary could not be verified.");
      window.EARTHLINE_PROPERTY_BOUNDARY_AUDIT_16178=Object.assign({},vermontGate||{},{blocked:true,portable:false,at:new Date().toISOString()});
      throw new Error(reason);
    }
    const jurisdictionBoundaryKey16516=(M.analysisBoundaryLngLat||[]).map(p=>Number(p[0]).toFixed(7)+","+Number(p[1]).toFixed(7)).join("|");
    if(portableOutside16516){
      M.propertyJurisdiction16516={mode:"portable-non-vermont",insideVermont:false,sourceTier:"pending",acquisitionResult:"pending",boundaryReason:vermontGate.reason,boundaryKey:jurisdictionBoundaryKey16516,at:new Date().toISOString()};
      window.EARTHLINE_PROPERTY_BOUNDARY_AUDIT_16178=Object.assign({},vermontGate,{blocked:false,portable:true,boundaryKey:jurisdictionBoundaryKey16516,at:new Date().toISOString()});
    }else{
      M.propertyJurisdiction16516={mode:"vermont-authoritative",insideVermont:true,sourceTier:"authoritative-local",acquisitionResult:"pending",boundaryKey:jurisdictionBoundaryKey16516,at:new Date().toISOString()};
      window.EARTHLINE_PROPERTY_BOUNDARY_AUDIT_16178=Object.assign({},vermontGate,{blocked:false,portable:false,boundaryKey:jurisdictionBoundaryKey16516,at:new Date().toISOString()});
    }
  }
  /* EARTHLINE 16550 — portable Property latency. Do not start the remote Overpass
     fallback before the existing map-style exclusion evidence has been evaluated.
     The single vectorNoBuild15778 verdict owner below now uses loaded style/source
     evidence first and invokes Overpass only if that evidence cannot resolve a
     screened open-data result. Vermont authority prefetch remains unchanged. */
  M._portableInfrastructurePrefetch16549=null;
  if(!M.demReady||M.terrainStamp!==needed){
    earthlineProgress("dem");
    const ok=await earthlineTimed("analysis terrain",()=>buildTerrain(myGen));
    if(!ok||earthlineIsStale(myGen))return false;
  }
  earthlineRecordTerrainHandoff15791("after-terrain-ready",myGen);
  if(!M.realMode||/generated screening/i.test(M.demSource||"")){
    M.swales=[];M.analysisReady=false;earthlineSyncSwaleLayer();
    M.propertyCoreFailure16548=M.propertyCoreFailure16548||{stage:"real-dem-required",reason:"real elevation data did not load from either governed Mapbox terrain path",at:new Date().toISOString()};
    earthlineReady("Real elevation data did not load. No modeled fallback swales were generated — retry the analysis or connection.");
    return false;
  }
  /* EARTHLINE 16454 — performance only. The raw Vermont authority prefetch already
     started before the DEM. Do not await it as a separate serial gate here; the
     exclusion owner below consumes that same in-flight promise/cache while its
     style-readiness work proceeds in parallel. Scientific verification is unchanged. */
  await earthlineTimed("mapped roads/buildings",()=>earthlineBuildVectorNoBuildMask(myGen));
  if(earthlineIsStale(myGen))return false;
  earthlineProgress("hydrology");await earthlineYield();
  await earthlineTimed("pit fill",async()=>pitFill(myGen));
  if(earthlineIsStale(myGen))return false;
  await earthlineTimed("flow routing",async()=>flowRoute(myGen));
  if(earthlineIsStale(myGen))return false;
  const deferPropertyRechargeSelection16409=!!(
    M.loc && !(
      /Regional Opportunity Tile/i.test(String(M.loc.name||"")) ||
      (Array.isArray(M.loc.zones)&&M.loc.zones.includes("Regional Tile"))
    )
  );
  M.deferPropertyRechargeSelection16409=deferPropertyRechargeSelection16409;
  try{
    await earthlineTimed("recharge model",async()=>computeRecharge(myGen));
  }finally{
    M.deferPropertyRechargeSelection16409=false;
  }
  if(earthlineIsStale(myGen))return false;

  // EARTHLINE 16191 — Regional screening must not run the full property-grade
  // corridor prescriber or bake a hidden analytical canvas for every DEM tile.
  // The regional owner below already derives ranked contour opportunities from
  // the completed DEM, D8 flow, recharge, and exclusion masks. Property runs
  // continue through the unchanged fail-closed prescriber and renderer.
  const regionalTileFast16191=!!(
    M.loc && (
      /Regional Opportunity Tile/i.test(String(M.loc.name||"")) ||
      (Array.isArray(M.loc.zones)&&M.loc.zones.includes("Regional Tile"))
    )
  );
  if(regionalTileFast16191){
    earthlineProgress("swales","screening regional contour opportunities…");
    await earthlineTimed("regional exclusion union",async()=>earthlineBuildNoBuildMask());
    if(earthlineIsStale(myGen))return false;
    M.swales=[];
    M.swaleDiagnostics={
      engine:"regional-opportunity-fast-path-16191",
      generated:0,
      propertyPrescriberSkipped:true,
      reason:"regional tier uses ranked contour opportunities; property prescriber reserved for explicit Property analysis"
    };
    M.swaleMeta={
      method:"regional-ranked-contour-opportunity-16191",
      scaleMode:"regional-opportunity",
      constructionReady:false,
      propertyPrescriberSkipped:true,
      count:0
    };
    M.analysisReady=true;
    M.lastTiming["regional hidden render skipped"]=0;
    return true;
  }

  earthlineProgress("swales");await earthlineYield();
  earthlineRecordTerrainHandoff15791("before-prescriber",myGen);
  await earthlineTimed("swale prescription",async()=>prescribeSwales(myGen));
  if(earthlineIsStale(myGen))return false;
  if(deferPropertyRechargeSelection16409){
    try{
      await earthlineTimed("recharge target selection",async()=>
        earthlineSelectRechargeTargets16409(M.rechargeCandidates16409,myGen)
      );
    }finally{
      M.rechargeCandidates16409=null;
    }
    if(earthlineIsStale(myGen))return false;
  }
  earthlineSyncSwaleLayer();
  M.analysisReady=true;
  earthlineUpdateRechargeSvg();
  earthlineProgress("render");await earthlineTimed("render bake",async()=>bakeTerrain());
  return true;
}

/* =====================================================================
   BUILD-CHECK-15672 OVERRIDES — two-mode reset + no-build diagnostic
   Purpose: keep state/regional mode lightweight, restore property swale density,
   and make the no-build surface visible/testable instead of guessing.
===================================================================== */
function earthlinePlaceKey16537(value16537){
  let text16537=String(value16537||"");
  try{text16537=text16537.normalize("NFKD").replace(/[\u0300-\u036f]/g,"")}catch(_){ }
  return text16537.toLowerCase().replace(/&/g," and ").replace(/[^a-z0-9]+/g," ").trim().replace(/\s+/g," ");
}
function earthlinePlaceType16537(feature16537){
  return String(feature16537&&feature16537.place_type&&feature16537.place_type[0]||"place").toLowerCase();
}
const EARTHLINE_US_STATE_REGISTRY_16556=Object.freeze([
  Object.freeze({id:"us-al",query:"Alabama",abbr:"AL",aliases:Object.freeze(["alabama", "alabama state", "state of alabama", "al"]),label:"Alabama \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:56.9,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ak",query:"Alaska",abbr:"AK",aliases:Object.freeze(["alaska", "alaska state", "state of alaska", "ak"]),label:"Alaska \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:37.6,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-az",query:"Arizona",abbr:"AZ",aliases:Object.freeze(["arizona", "arizona state", "state of arizona", "az"]),label:"Arizona \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:11.6,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ar",query:"Arkansas",abbr:"AR",aliases:Object.freeze(["arkansas", "arkansas state", "state of arkansas", "ar"]),label:"Arkansas \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:52.5,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ca",query:"California",abbr:"CA",aliases:Object.freeze(["california", "california state", "state of california", "ca"]),label:"California \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:22.3,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-co",query:"Colorado",abbr:"CO",aliases:Object.freeze(["colorado", "colorado state", "state of colorado", "co"]),label:"Colorado \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:18.0,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ct",query:"Connecticut",abbr:"CT",aliases:Object.freeze(["connecticut", "connecticut state", "state of connecticut", "ct"]),label:"Connecticut \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:48.7,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-de",query:"Delaware",abbr:"DE",aliases:Object.freeze(["delaware", "delaware state", "state of delaware", "de"]),label:"Delaware \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:45.9,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-fl",query:"Florida",abbr:"FL",aliases:Object.freeze(["florida", "florida state", "state of florida", "fl"]),label:"Florida \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:54.4,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ga",query:"Georgia",abbr:"GA",aliases:Object.freeze(["georgia", "georgia state", "state of georgia", "ga"]),label:"Georgia \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:50.4,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-hi",query:"Hawaii",abbr:"HI",aliases:Object.freeze(["hawaii", "hawaii state", "state of hawaii", "hi"]),label:"Hawaii \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:61.7,precipSource:"1991\u20132020 climate-normal proxy \u00b7 NOAA station normals aggregated across five Hawaii locations"}),
  Object.freeze({id:"us-id",query:"Idaho",abbr:"ID",aliases:Object.freeze(["idaho", "idaho state", "state of idaho", "id"]),label:"Idaho \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:23.7,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-il",query:"Illinois",abbr:"IL",aliases:Object.freeze(["illinois", "illinois state", "state of illinois", "il"]),label:"Illinois \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:40.7,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-in",query:"Indiana",abbr:"IN",aliases:Object.freeze(["indiana", "indiana state", "state of indiana", "in"]),label:"Indiana \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:43.6,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ia",query:"Iowa",abbr:"IA",aliases:Object.freeze(["iowa", "iowa state", "state of iowa", "ia"]),label:"Iowa \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:35.5,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ks",query:"Kansas",abbr:"KS",aliases:Object.freeze(["kansas", "kansas state", "state of kansas", "ks"]),label:"Kansas \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:29.0,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ky",query:"Kentucky",abbr:"KY",aliases:Object.freeze(["kentucky", "kentucky state", "state of kentucky", "ky"]),label:"Kentucky \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:50.4,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-la",query:"Louisiana",abbr:"LA",aliases:Object.freeze(["louisiana", "louisiana state", "state of louisiana", "la"]),label:"Louisiana \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:59.7,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-me",query:"Maine",abbr:"ME",aliases:Object.freeze(["maine", "maine state", "state of maine", "me"]),label:"Maine \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:45.5,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-md",query:"Maryland",abbr:"MD",aliases:Object.freeze(["maryland", "maryland state", "state of maryland", "md"]),label:"Maryland \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:45.2,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ma",query:"Massachusetts",abbr:"MA",aliases:Object.freeze(["massachusetts", "massachusetts state", "state of massachusetts", "ma"]),label:"Massachusetts \u2014 State / Region",kind:"Accepted U.S. state profile \u00b7 statewide Regional screening",supportTier:"accepted",precipIn:46.1,precipSource:"Massachusetts Forest Action Plan \u00b7 NOAA/MassGIS average annual precipitation 2010\u20132017"}),
  Object.freeze({id:"us-mi",query:"Michigan",abbr:"MI",aliases:Object.freeze(["michigan", "michigan state", "state of michigan", "mi"]),label:"Michigan \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:33.9,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-mn",query:"Minnesota",abbr:"MN",aliases:Object.freeze(["minnesota", "minnesota state", "state of minnesota", "mn"]),label:"Minnesota \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:28.6,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ms",query:"Mississippi",abbr:"MS",aliases:Object.freeze(["mississippi", "mississippi state", "state of mississippi", "ms"]),label:"Mississippi \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:58.5,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-mo",query:"Missouri",abbr:"MO",aliases:Object.freeze(["missouri", "missouri state", "state of missouri", "mo"]),label:"Missouri \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:43.5,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-mt",query:"Montana",abbr:"MT",aliases:Object.freeze(["montana", "montana state", "state of montana", "mt"]),label:"Montana \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:18.9,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ne",query:"Nebraska",abbr:"NE",aliases:Object.freeze(["nebraska", "nebraska state", "state of nebraska", "ne"]),label:"Nebraska \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:24.2,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-nv",query:"Nevada",abbr:"NV",aliases:Object.freeze(["nevada", "nevada state", "state of nevada", "nv"]),label:"Nevada \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:10.2,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-nh",query:"New Hampshire",abbr:"NH",aliases:Object.freeze(["new hampshire", "new hampshire state", "state of new hampshire", "nh"]),label:"New Hampshire \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:47.9,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-nj",query:"New Jersey",abbr:"NJ",aliases:Object.freeze(["new jersey", "new jersey state", "state of new jersey", "nj"]),label:"New Jersey \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:47.6,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-nm",query:"New Mexico",abbr:"NM",aliases:Object.freeze(["new mexico", "new mexico state", "state of new mexico", "nm"]),label:"New Mexico \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:13.8,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ny",query:"New York",abbr:"NY",aliases:Object.freeze(["new york", "new york state", "state of new york", "ny"]),label:"New York \u2014 State / Region",kind:"Accepted U.S. state profile \u00b7 statewide Regional screening",supportTier:"accepted",precipIn:43.6,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-nc",query:"North Carolina",abbr:"NC",aliases:Object.freeze(["north carolina", "north carolina state", "state of north carolina", "nc"]),label:"North Carolina \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:50.8,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-nd",query:"North Dakota",abbr:"ND",aliases:Object.freeze(["north dakota", "north dakota state", "state of north dakota", "nd"]),label:"North Dakota \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:18.8,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-oh",query:"Ohio",abbr:"OH",aliases:Object.freeze(["ohio", "ohio state", "state of ohio", "oh"]),label:"Ohio \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:41.1,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ok",query:"Oklahoma",abbr:"OK",aliases:Object.freeze(["oklahoma", "oklahoma state", "state of oklahoma", "ok"]),label:"Oklahoma \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:36.4,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-or",query:"Oregon",abbr:"OR",aliases:Object.freeze(["oregon", "oregon state", "state of oregon", "or"]),label:"Oregon \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:32.1,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-pa",query:"Pennsylvania",abbr:"PA",aliases:Object.freeze(["pennsylvania", "pennsylvania state", "state of pennsylvania", "pa"]),label:"Pennsylvania \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:45.0,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ri",query:"Rhode Island",abbr:"RI",aliases:Object.freeze(["rhode island", "rhode island state", "state of rhode island", "ri"]),label:"Rhode Island \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:49.1,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-sc",query:"South Carolina",abbr:"SC",aliases:Object.freeze(["south carolina", "south carolina state", "state of south carolina", "sc"]),label:"South Carolina \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:48.3,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-sd",query:"South Dakota",abbr:"SD",aliases:Object.freeze(["south dakota", "south dakota state", "state of south dakota", "sd"]),label:"South Dakota \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:21.2,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-tn",query:"Tennessee",abbr:"TN",aliases:Object.freeze(["tennessee", "tennessee state", "state of tennessee", "tn"]),label:"Tennessee \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:55.1,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-tx",query:"Texas",abbr:"TX",aliases:Object.freeze(["texas", "texas state", "state of texas", "tx"]),label:"Texas \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:28.6,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-ut",query:"Utah",abbr:"UT",aliases:Object.freeze(["utah", "utah state", "state of utah", "ut"]),label:"Utah \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:13.5,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-vt",query:"Vermont",abbr:"VT",aliases:Object.freeze(["vermont", "vermont state", "state of vermont", "vt"]),label:"Vermont \u2014 State / Region",kind:"Accepted U.S. state profile \u00b7 statewide Regional screening",supportTier:"accepted",precipIn:46.0,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-va",query:"Virginia",abbr:"VA",aliases:Object.freeze(["virginia", "virginia state", "state of virginia", "va"]),label:"Virginia \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:45.8,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-wa",query:"Washington",abbr:"WA",aliases:Object.freeze(["washington", "washington state", "state of washington", "wa"]),label:"Washington \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:43.2,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-wv",query:"West Virginia",abbr:"WV",aliases:Object.freeze(["west virginia", "west virginia state", "state of west virginia", "wv"]),label:"West Virginia \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:47.1,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-wi",query:"Wisconsin",abbr:"WI",aliases:Object.freeze(["wisconsin", "wisconsin state", "state of wisconsin", "wi"]),label:"Wisconsin \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:34.1,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"}),
  Object.freeze({id:"us-wy",query:"Wyoming",abbr:"WY",aliases:Object.freeze(["wyoming", "wyoming state", "state of wyoming", "wy"]),label:"Wyoming \u2014 State / Region",kind:"Registered U.S. state profile \u00b7 statewide Regional screening",supportTier:"registered",precipIn:16.0,precipSource:"NOAA 1991\u20132020 statewide climate average \u00b7 statewide aggregation"})
]);
/* Compatibility alias: existing search/menu owners read this array. The registry is
   national; jurisdiction-specific behavior is not encoded here. */
const EARTHLINE_JURISDICTION_PROFILES_16549=EARTHLINE_US_STATE_REGISTRY_16556;
function earthlineJurisdictionProfile16549(value16549){
  const key16549=earthlinePlaceKey16537(value16549);
  if(!key16549)return null;
  return EARTHLINE_US_STATE_REGISTRY_16556.find(profile16549=>profile16549.aliases.includes(key16549))||null;
}
window.EARTHLINE_US_STATE_REGISTRY_16556=EARTHLINE_US_STATE_REGISTRY_16556;
window.EARTHLINE_JURISDICTION_PROFILES_16549=EARTHLINE_JURISDICTION_PROFILES_16549;
window.earthlineJurisdictionProfile16549=earthlineJurisdictionProfile16549;
function earthlinePlaceLookupQuery16541(query16541){
  const raw16541=String(query16541||"").trim();
  const key16541=earthlinePlaceKey16537(raw16541);
  const region16541=/^(?:state|province|region)\s+of\b|\b(?:state|province|region)\s*$/.test(key16541);
  const country16541=/^(?:country|nation)\s+of\b|\b(?:country|nation)\s*$/.test(key16541);
  if(!region16541&&!country16541)return raw16541;
  return raw16541
    .replace(/^\s*(?:state|province|region|country|nation)\s+of\s+/i,"")
    .replace(/\s+(?:state|province|region|country|nation)\s*$/i,"")
    .trim()||raw16541;
}
window.earthlinePlaceLookupQuery16541=earthlinePlaceLookupQuery16541;
function earthlineSelectPlaceCandidate16537(query16537,features16537){
  const rows16537=Array.isArray(features16537)?features16537.filter(Boolean):[];
  if(!rows16537.length)return null;
  const raw16537=earthlinePlaceKey16537(query16537);
  const requestedHouse16537=(String(query16537||"").match(/^\s*(\d{1,6})\b/)||[])[1]||"";
  if(requestedHouse16537){
    const address16537=rows16537.find(candidate16537=>{
      if(earthlinePlaceType16537(candidate16537)!=="address")return false;
      const house16537=String(candidate16537.address||"").trim()||((String(candidate16537.place_name||"").match(/^\s*(\d{1,6})\b/)||[])[1]||"");
      return house16537===requestedHouse16537;
    });
    if(address16537)return address16537;
  }
  const regionIntent16537=/^(?:state|province|region)\s+of\b|\b(?:state|province|region)\s*$/.test(raw16537);
  const countryIntent16537=/\b(?:country|nation)\s*$/.test(raw16537);
  const cityIntent16537=/\b(?:city|dc|district of columbia)\b/.test(raw16537);
  const usIntent16537=/\b(?:usa|us|united states|united states of america)\b/.test(raw16537);
  const core16537=raw16537
    .replace(/^(?:state|province|region)\s+of\s+/,"")
    .replace(/\s+(?:state|province|region|country|nation)$/,"")
    .replace(/\s+(?:usa|us|united states|united states of america)$/,"")
    .trim();
  const typeBase16537={region:48,country:44,place:30,locality:27,district:24,neighborhood:18,poi:8,address:5};
  let best16537=rows16537[0],bestScore16537=-Infinity;
  for(let index16537=0;index16537<rows16537.length;index16537++){
    const candidate16537=rows16537[index16537],type16537=earthlinePlaceType16537(candidate16537);
    const text16537=earthlinePlaceKey16537(candidate16537.text||candidate16537.place_name||"");
    const placeName16537=earthlinePlaceKey16537(candidate16537.place_name||"");
    const context16537=earthlinePlaceKey16537([candidate16537.place_name||"",...(candidate16537.context||[]).map(row16537=>row16537&&row16537.text||"")].join(" "));
    let score16537=(typeBase16537[type16537]||12)+Math.max(0,Math.min(1,Number(candidate16537.relevance)||0))*18-index16537*.01;
    if(text16537===raw16537)score16537+=125;
    if(core16537&&text16537===core16537)score16537+=105;
    if(placeName16537===raw16537)score16537+=70;
    else if(raw16537&&placeName16537.includes(raw16537))score16537+=24;
    if(regionIntent16537)score16537+=type16537==="region"?150:-20;
    if(countryIntent16537)score16537+=type16537==="country"?150:-20;
    if(cityIntent16537)score16537+=(type16537==="place"||type16537==="locality")?125:(type16537==="region"||type16537==="country"?-28:0);
    if(usIntent16537){
      const short16537=String((candidate16537.properties&&candidate16537.properties.short_code)||candidate16537.short_code||"").toLowerCase();
      const candidateUs16537=short16537==="us"||short16537.startsWith("us-")||/\bunited states\b/.test(context16537);
      score16537+=candidateUs16537?75:-35;
    }
    /* Bare exact names such as New York, Washington and Quebec prefer a region
       over a same-name city. A same-name sovereign country may still outrank a
       region when its full place name exactly equals the query (for example Georgia). */
    if(!regionIntent16537&&!countryIntent16537&&!cityIntent16537&&core16537&&text16537===core16537){
      if(type16537==="region")score16537+=32;
      else if(type16537==="country")score16537+=28+(placeName16537===raw16537?42:0);
    }
    if(score16537>bestScore16537){bestScore16537=score16537;best16537=candidate16537;}
  }
  return best16537;
}
window.earthlineSelectPlaceCandidate16537=earthlineSelectPlaceCandidate16537;

function earthlineRegionOverride(q){
  const key=(q||"").toLowerCase().trim().replace(/,+/g," ").replace(/\s+/g," ");
  // Stable city/valley planning preset: avoids an inconsistent mountain/POI geocoder hit
  // and opens at a navigable 2D valley scale so the user can pan to rural land.
  if(/^glenwood springs( co| colorado| colorado usa| colorado united states)?$/.test(key)){
    return JSON.parse(JSON.stringify(EARTHLINE_GLENWOOD_PLANNING));
  }
  // Exact state override with a few natural variants. Do NOT override named properties
  // such as Poudre or San Luis that merely contain the word Colorado.
  if(/^(state of )?colorado( usa| united states| state| region| map)?$/.test(key)){
    return JSON.parse(JSON.stringify(EARTHLINE_REGION_OVERRIDES["colorado"]));
  }
  const loc=EARTHLINE_REGION_OVERRIDES[key];
  return loc?JSON.parse(JSON.stringify(loc)):null;
}
function earthlineNoBuildStamp(){
  const L=M.loc||{};
  return [L.name,L.sub,M.zone,M.viewZoom,M.realMode,M.cellM,_canopyW,_canopyH].join("|");
}


/* =====================================================================
   BUILD-CHECK-15672 OVERRIDES — undo noisy mask, restore property density
   14800 proved the diagnostic idea, but the mask was too broad: dry grass/open
   pale yard was being classified as no-build. This reset makes no-build
   conservative and diagnostic-only by default; swale density returns unless a
   cell is a confirmed road/drive/roof cluster.
===================================================================== */
function earthlineRgbStats(cx,cy,r=1){
  if(!_satRgbaData||!_canopyW||!_canopyH)return null;
  const px=Math.round((cx/GW)*_canopyW),py=Math.round((cy/GH)*_canopyH);
  let R=0,G=0,B=0,n=0;
  for(let oy=-r;oy<=r;oy++)for(let ox=-r;ox<=r;ox++){
    const x=px+ox,y=py+oy;
    if(x<0||y<0||x>=_canopyW||y>=_canopyH)continue;
    const k=(y*_canopyW+x)*4;
    R+=_satRgbaData[k];G+=_satRgbaData[k+1];B+=_satRgbaData[k+2];n++;
  }
  if(!n)return null;
  const rr=R/n,gg=G/n,bb=B/n;
  const mx=Math.max(rr,gg,bb),mn=Math.min(rr,gg,bb);
  return {r:rr,g:gg,b:bb,lum:(rr+gg+bb)/3,sat:mx?((mx-mn)/mx):0,green:gg-(rr+bb)/2};
}
function earthlineOpenVegetation14900(rgb,can){
  if(!rgb)return can>0.42;
  const {lum,sat,green,r,g,b}=rgb;
  // Pale hay/grass and open soil are NOT no-build, even if bright/neutral.
  if(can>0.38)return true;
  if(green>10 && g>=r-6 && g>=b-8 && lum>72)return true;
  if(lum>125 && sat>0.18 && g>=b-18 && r>=g-24)return true; // dry vegetation / tan open yard
  return false;
}
function earthlineHardSurfaceScoreRaw14600(cx,cy){
  const can=(typeof canopyAt==="function")?canopyAt(cx,cy):0;
  const imp=(typeof impervAt==="function")?impervAt(cx,cy):0;
  const rgb=(typeof earthlineRgbStats==="function")?earthlineRgbStats(cx,cy,1):null;
  let score=imp;
  if(rgb){
    const {lum,sat,green,r,g,b}=rgb;
    if(earthlineOpenVegetation14900(rgb,can))return clamp(score*0.20,0,0.22);
    const neutral=Math.abs(r-g)<24 && Math.abs(g-b)<30;
    const blueGrey=(b>=r-4 && b>=g-8 && sat<0.30);
    const darkAsphalt=(lum>=36&&lum<=105&&sat<0.18&&green<8);
    const brightConcrete=(lum>170&&sat<0.14&&green<8);
    const roofGrey=(lum>=55&&lum<=165&&sat<0.16&&green<8&&neutral);
    const roofBlue=(lum>65&&lum<170&&blueGrey&&green<10);
    if(darkAsphalt||brightConcrete||roofGrey||roofBlue)score=Math.max(score,0.86);
    // Medium road/drive candidates only; they need linear support before becoming core.
    const roadCandidate=(lum>70&&lum<185&&sat<0.22&&green<9&&neutral);
    if(roadCandidate)score=Math.max(score,0.58);
  }
  return clamp(score,0,1);
}
function earthlineHardSurfaceScore(cx,cy){return earthlineHardSurfaceScoreRaw14600(cx,cy);}
function earthlineLinearHardSupport14600(cx,cy){
  const dirs=[[1,0],[0,1],[1,1],[1,-1]];
  for(const [dx,dy] of dirs){
    let n=0,left=0,right=0,strong=0,veg=0;
    for(let k=-7;k<=7;k++){
      const x=cx+dx*k,y=cy+dy*k;if(x<1||y<1||x>=GW-1||y>=GH-1)continue;
      const rgb=earthlineRgbStats(x,y,1), can=canopyAt(x,y);
      if(earthlineOpenVegetation14900(rgb,can)){veg++; continue;}
      const s=earthlineHardSurfaceScoreRaw14600(x,y);
      if(s>=0.56){n++; if(k<0)left++; if(k>0)right++; if(s>=0.82)strong++;}
    }
    if(veg>5)continue;
    if(n>=8&&left>=3&&right>=3)return true;
    if(n>=6&&strong>=2&&left>=2&&right>=2)return true;
  }
  return false;
}
function earthlineHardSurfaceCore(cx,cy){
  const s=earthlineHardSurfaceScoreRaw14600(cx,cy);
  if(s>=0.88)return true;                       // confirmed roof / pavement / asphalt
  if(s>=0.56&&earthlineLinearHardSupport14600(cx,cy))return true; // confirmed road/drive line
  if(s>=0.76){                                  // compact roof/structure cluster
    let n=0,strong=0,veg=0;
    for(let oy=-2;oy<=2;oy++)for(let ox=-2;ox<=2;ox++){
      const x=cx+ox,y=cy+oy;if(x<1||y<1||x>=GW-1||y>=GH-1)continue;
      const rgb=earthlineRgbStats(x,y,1), can=canopyAt(x,y);
      if(earthlineOpenVegetation14900(rgb,can)){veg++;continue;}
      const ss=earthlineHardSurfaceScoreRaw14600(x,y);
      if(ss>=0.62)n++; if(ss>=0.84)strong++;
    }
    return veg<8 && (strong>=3||n>=10);
  }
  return false;
}
function earthlineHardClusterCount(cx,cy,r){
  let n=0;
  for(let oy=-r;oy<=r;oy++)for(let ox=-r;ox<=r;ox++){
    const x=cx+ox,y=cy+oy;if(x<1||y<1||x>=GW-1||y>=GH-1)continue;
    if(earthlineHardSurfaceCore(x,y))n++;
  }
  return n;
}
function earthlineHashBytes15843(value15843){
  let h115843=0x811c9dc5>>>0,h215843=0x9e3779b9>>>0;
  const feed15843=(byte15843)=>{
    h115843=Math.imul((h115843^(byte15843&255))>>>0,0x01000193)>>>0;
    h215843=Math.imul((h215843^((byte15843+0x9d)&255))>>>0,0x85ebca6b)>>>0;
  };
  if(typeof value15843==="string"){
    const bytes15843=new TextEncoder().encode(value15843);
    for(const byte15843 of bytes15843)feed15843(byte15843);
  }else if(ArrayBuffer.isView(value15843)){
    const bytes15843=new Uint8Array(value15843.buffer,value15843.byteOffset,value15843.byteLength);
    for(const byte15843 of bytes15843)feed15843(byte15843);
  }else if(Array.isArray(value15843)){
    for(const raw15843 of value15843){
      const n15843=Number(raw15843)||0;
      const q15843=Math.round(n15843*1000000)|0;
      feed15843(q15843);feed15843(q15843>>>8);feed15843(q15843>>>16);feed15843(q15843>>>24);
    }
  }else{
    return earthlineHashBytes15843(String(value15843??""));
  }
  return h115843.toString(16).padStart(8,"0")+h215843.toString(16).padStart(8,"0");
}
function earthlineCountMask15843(mask15843){
  let count15843=0;
  if(!mask15843)return 0;
  for(let i15843=0;i15843<N;i15843++)if(M.inP[i15843]&&mask15843[i15843])count15843++;
  return count15843;
}
function earthlineCurrentNoBuildStamp15870(){
  const manualSig=(M.manualNoBuild||[]).map(p=>p.length+":"+(p[0]?p[0].join(","):"")).join("|");
  const hasImperv=!!(_impervData&&_impervData.length===N);
  return [
    earthlineNoBuildStamp(),"15771-absolute",
    M.vectorNoBuildStamp||"",manualSig,hasImperv?1:0,
    Math.round(Number(M.maxAcc||0))
  ].join("|");
}
function earthlineBuildNoBuildMask(){
  const hasImperv=!!(_impervData&&_impervData.length===N);
  const stamp=earthlineCurrentNoBuildStamp15870();
  const existingValid=!!(
    M._noBuildStamp===stamp &&
    M.noBuildMask && M.noBuildMask.length===N &&
    M.hardCoreMask && M.hardCoreMask.length===N &&
    M.noBuildProvenance15843 &&
    M.noBuildProvenance15843.noBuildStamp===stamp &&
    M.noBuildProvenance15843.grid &&
    Number(M.noBuildProvenance15843.grid.width)===GW &&
    Number(M.noBuildProvenance15843.grid.height)===GH
  );
  if(existingValid)return;

  // BUILD-CHECK-15870: terrain-derived safety is unconditional. Optional
  // vector/canopy evidence may be absent, but the parcel, pond and protected
  // channel mask must always be rebuilt for the current analysis frame.
  M._noBuildStamp=null;
  M.noBuildProvenance15843=null;
  if(!M.h||M.h.length!==N||!M.acc||M.acc.length!==N||!M.inP||M.inP.length!==N){
    throw new EarthlinePrescriptionHalt("terrain-mask-inputs-unavailable",{
      build:"BUILD-CHECK-15870",stage:"mask-build",expectedLength:N,
      elevationLength:M.h?M.h.length:0,accumulationLength:M.acc?M.acc.length:0,
      parcelLength:M.inP?M.inP.length:0
    });
  }

  const vector=(M.vectorNoBuildMask&&M.vectorNoBuildMask.length===N)
    ?M.vectorNoBuildMask:new Uint8Array(N);
  const vectorSeed15843=new Uint8Array(N);
  const imperviousSeed15843=new Uint8Array(N);
  const hardSeed=new Uint8Array(N);
  const waterSeed=new Uint8Array(N);
  const manualSeed15843=new Uint8Array(N);
  const cell=Math.max(.5,Number(M.cellM||1));
  const channelThreshold=Math.max(3,streamThreshold()*3.0);

  // Frozen prescription inputs. The additional source masks are observational copies only.
  for(let i=0;i<N;i++){
    if(!M.inP[i])continue;
    if(vector[i]){vectorSeed15843[i]=1;hardSeed[i]=1;}
    if(hasImperv&&Number(_impervData[i]||0)>=0.60){imperviousSeed15843[i]=1;hardSeed[i]=1;}
    if((M.pond&&M.pond[i])||(M.acc&&M.acc[i]>=channelThreshold))waterSeed[i]=1;
  }

  const hardRadius=Math.max(1,Math.ceil(6/cell));
  const waterRadius=Math.max(1,Math.ceil(2.4/cell));
  const hardBuffered=earthlineDilateMask(hardSeed,hardRadius);
  const waterBuffered=earthlineDilateMask(waterSeed,waterRadius);
  const vectorBuffered15843=earthlineDilateMask(vectorSeed15843,hardRadius);
  const imperviousBuffered15843=earthlineDilateMask(imperviousSeed15843,hardRadius);
  const mask=new Uint8Array(N);
  const core=new Uint8Array(N);

  for(let i=0;i<N;i++){
    if(hardBuffered[i]||waterBuffered[i])mask[i]=1;
    if(hardSeed[i]||waterSeed[i])core[i]=1;
  }

  // Manual exclusions remain absolute. Rasterization is mirrored into an observational source mask.
  let manualExclusionCount15843=0;
  for(const poly of (M.manualNoBuild||[])){
    if(!poly||poly.length<3)continue;
    manualExclusionCount15843++;
    let minX=GW-1,maxX=0,minY=GH-1,maxY=0;
    for(const p of poly){
      minX=Math.min(minX,p[0]);maxX=Math.max(maxX,p[0]);
      minY=Math.min(minY,p[1]);maxY=Math.max(maxY,p[1]);
    }
    minX=clamp(Math.floor(minX)-1,0,GW-1);maxX=clamp(Math.ceil(maxX)+1,0,GW-1);
    minY=clamp(Math.floor(minY)-1,0,GH-1);maxY=clamp(Math.ceil(maxY)+1,0,GH-1);
    for(let y=minY;y<=maxY;y++)for(let x=minX;x<=maxX;x++){
      if(pointInPoly(x+.5,y+.5,poly)){
        const i=idx(x,y);manualSeed15843[i]=1;mask[i]=1;core[i]=1;
      }
    }
  }

  const unionBeforeDilation15843=new Uint8Array(N);
  for(let i15843=0;i15843<N;i15843++){
    unionBeforeDilation15843[i15843]=(vectorSeed15843[i15843]||imperviousSeed15843[i15843]||waterSeed[i15843]||manualSeed15843[i15843])?1:0;
  }
  const vectorCoverage15843=M.vectorNoBuildCoverage||{};
  const hashes15843={
    noBuildMaskHash:earthlineHashBytes15843(mask),
    hardCoreMaskHash:earthlineHashBytes15843(core),
    vectorNoBuildMaskHash:earthlineHashBytes15843(vector),
    imperviousRasterHash:hasImperv?earthlineHashBytes15843(_impervData):null,
    vectorCoreMaskHash:earthlineHashBytes15843(vectorSeed15843),
    imperviousCoreMaskHash:earthlineHashBytes15843(imperviousSeed15843),
    waterCoreMaskHash:earthlineHashBytes15843(waterSeed),
    manualMaskHash:earthlineHashBytes15843(manualSeed15843),
    elevationGridHash:M.h?earthlineHashBytes15843(M.h):null,
    flowDirectionHash:M.dir?earthlineHashBytes15843(M.dir):null,
    flowAccumulationHash:M.acc?earthlineHashBytes15843(M.acc):null,
    parcelMaskHash:M.inP?earthlineHashBytes15843(M.inP):null,
    pondMaskHash:M.pond?earthlineHashBytes15843(M.pond):null
  };
  const sourceStateFingerprint15843=earthlineHashBytes15843(JSON.stringify({
    stamp,maskSourceHashes:{vector:hashes15843.vectorNoBuildMaskHash,impervious:hashes15843.imperviousRasterHash,manual:hashes15843.manualMaskHash,water:hashes15843.waterCoreMaskHash},cellM:cell,hardRadius,waterRadius,
    vectorStyleReady:!!vectorCoverage15843.styleReady,
    vectorLayerCount:Number(vectorCoverage15843.layerCount||0),
    vectorSourceFeatureCount:Number(vectorCoverage15843.sourceFeatureCount||0),
    vectorProcessedFeatureCount:Number(vectorCoverage15843.featureCount||0),
    satelliteCanvasAvailable:!!M.satCanvas,
    imperviousRasterAvailable:hasImperv,
    manualExclusionCount:manualExclusionCount15843
  }));

  M.hardCoreMask=core;
  M.noBuildMask=mask;
  M.noBuildSourceMasks15843={
    vectorCore:vectorSeed15843,imperviousCore:imperviousSeed15843,waterCore:waterSeed,manualCore:manualSeed15843,
    vectorBuffered:vectorBuffered15843,imperviousBuffered:imperviousBuffered15843,waterBuffered:waterBuffered
  };
  const scientificInputFingerprint15843=earthlineHashBytes15843(JSON.stringify({
    grid:[GW,GH,cell],
    elevationGridHash:hashes15843.elevationGridHash,flowDirectionHash:hashes15843.flowDirectionHash,flowAccumulationHash:hashes15843.flowAccumulationHash,
    parcelMaskHash:hashes15843.parcelMaskHash,pondMaskHash:hashes15843.pondMaskHash,noBuildMaskHash:hashes15843.noBuildMaskHash,
    sourceStateFingerprint:sourceStateFingerprint15843
  }));
  M.noBuildProvenance15843={
    build:String(window.EARTHLINE_BUILD||"BUILD-CHECK-15844"),
    observationalOnly:true,
    capturedAt:new Date().toISOString(),
    hashAlgorithm:"paired-fnv1a32-v1",
    noBuildStamp:stamp,
    sourceStateFingerprint:sourceStateFingerprint15843,
    scientificInputFingerprint:scientificInputFingerprint15843,
    grid:{width:GW,height:GH,cellM:cell},
    noBuildMaskHash:hashes15843.noBuildMaskHash,
    hardCoreMaskHash:hashes15843.hardCoreMaskHash,
    vectorNoBuildMaskHash:hashes15843.vectorNoBuildMaskHash,
    imperviousRasterHash:hashes15843.imperviousRasterHash,
    sourceHashes:hashes15843,
    satelliteCanvasAvailable:!!M.satCanvas,
    imperviousRasterAvailable:hasImperv,
    vectorStyleReady:!!vectorCoverage15843.styleReady,
    vectorLayerCount:Number(vectorCoverage15843.layerCount||0),
    vectorSourceFeatureCount:Number(vectorCoverage15843.sourceFeatureCount||0),
    vectorProcessedFeatureCount:Number(vectorCoverage15843.featureCount||0),
    vectorVerified:!!vectorCoverage15843.verified,
    vectorPublicationAllowed:!!(vectorCoverage15843.verified||vectorCoverage15843.publicationAllowed===true),
    exclusionSourceTier:vectorCoverage15843.sourceTier||null,
    exclusionAcquisitionResult:vectorCoverage15843.acquisitionResult||null,
    manualExclusionCount:manualExclusionCount15843,
    cellM:cell,
    hardRadiusCells:hardRadius,
    hardRadiusM:hardRadius*cell,
    waterRadiusCells:waterRadius,
    waterRadiusM:waterRadius*cell,
    noBuildCellsFromWater:earthlineCountMask15843(waterSeed),
    noBuildCellsFromImpervious:earthlineCountMask15843(imperviousSeed15843),
    noBuildCellsFromVector:earthlineCountMask15843(vectorSeed15843),
    noBuildCellsFromManual:earthlineCountMask15843(manualSeed15843),
    noBuildBufferedCellsFromWater:earthlineCountMask15843(waterBuffered),
    noBuildBufferedCellsFromImpervious:earthlineCountMask15843(imperviousBuffered15843),
    noBuildBufferedCellsFromVector:earthlineCountMask15843(vectorBuffered15843),
    noBuildCellsAfterUnion:earthlineCountMask15843(unionBeforeDilation15843),
    noBuildCellsAfterDilation:earthlineCountMask15843(mask),
    attributionNote:"Per-source counts overlap. noBuildCellsAfterUnion is the undilated source union; noBuildCellsAfterDilation is the final frozen mask after existing buffers and manual exclusions."
  };
  M._noBuildStamp=stamp;
}
function earthlineNoBuildBuffered(cx,cy){
  const gx=Math.round(cx),gy=Math.round(cy);
  if(gx<1||gy<1||gx>=GW-1||gy>=GH-1)return true;
  const frozenRun15843=M.prescriptionNoBuildRun15843;
  if(frozenRun15843&&frozenRun15843.active&&frozenRun15843.searchGen===M.searchGen&&frozenRun15843.noBuildMask){
    return !!frozenRun15843.noBuildMask[idx(gx,gy)];
  }
  earthlineBuildNoBuildMask();
  return !!(M.noBuildMask&&M.noBuildMask[idx(gx,gy)]);
}
function earthlineCollectSwaleDiagnostics(){
  earthlineBuildNoBuildMask();
  let inParcel=0,pondFree=0,slopeSafe=0,hardCore=0,noBuild=0,usable=0;
  for(let y=1;y<GH-1;y++)for(let x=1;x<GW-1;x++){
    const i=idx(x,y);
    if(!M.inP[i])continue;
    inParcel++;
    if(M.pond[i])continue;
    pondFree++;
    const safeSlope=slopePct(x,y)<=33;
    if(safeSlope)slopeSafe++;
    if(M.hardCoreMask&&M.hardCoreMask[i])hardCore++;
    if(M.noBuildMask&&M.noBuildMask[i])noBuild++;
    if(safeSlope&&!(M.noBuildMask&&M.noBuildMask[i]))usable++;
  }
  const pct=(n,d)=>d?Math.round(n/d*1000)/10:0;
  const d={
    realMode:!!M.realMode,zoom:M.viewZoom,cellM:Math.round((M.cellM||0)*1000)/1000,
    elevationRangeM:Math.round(((M.maxH-M.minH)||0)*100)/100,
    inParcel,pondFree,slopeSafe,hardCore,noBuild,usable,
    slopeSafePct:pct(slopeSafe,inParcel),hardCorePct:pct(hardCore,inParcel),
    noBuildPct:pct(noBuild,inParcel),usablePct:pct(usable,inParcel),generated:0
  };
  return d;
}
function earthlineSwaleFailureMessage(){
  const d=M.swaleDiagnostics||earthlineCollectSwaleDiagnostics();
  M.swaleDiagnostics=d;
  let cause='contour tracing produced no usable segments';
  if(d.noBuildPct>=70)cause='automatic no-build mask is blocking most of the site';
  else if(d.slopeSafePct<15)cause='the live terrain is classifying most cells above the 33% slope limit';
  else if(d.usable<80)cause='too few safe cells remain after slope, ponding, and no-build checks';
  const summary=`${d.noBuildPct}% masked · ${d.slopeSafePct}% slope-safe · ${d.usable} usable cells`;
  console.warn('[Earthline swale diagnostic]',cause,d);
  const code=M&&M.prescriptionZeroReason15870||"no-contour-traces";
  return `No swales [${code}]: ${cause}. ${summary}.`;
}
function drawNoBuildMask(){
  if(!M.inP)return;
  earthlineBuildNoBuildMask();
  if(!M.noBuildMask)return;
  ctx.save();
  const step=view.s<4?2:1;
  for(let y=0;y<GH;y+=step)for(let x=0;x<GW;x+=step){
    const i=idx(x,y); if(!M.inP[i])continue;
    if(M.noBuildMask[i]){
      const [ax,ay]=G2S(x,y);
      ctx.fillStyle=M.hardCoreMask&&M.hardCoreMask[i]?"rgba(255,42,118,0.42)":"rgba(255,42,118,0.12)";
      ctx.fillRect(ax,ay,Math.max(view.s*step,1.2),Math.max(view.s*step,1.2));
    }
  }
  ctx.restore();
}

function init(){
  document.getElementById("dateNow").textContent=new Date().toLocaleDateString("en-US",{month:"short",day:"numeric",year:"numeric"});
  earthlineLoadSearchHistory15774();rebuildLocList();buildLayerList();buildGuilds();styleToolButtons();
  earthlineSyncPointerMode();
  earthlineInitMap();
  const zs=document.getElementById("zoneSel");zs.innerHTML='<option>Choose a location first</option>';
  document.getElementById("locName").textContent="Choose a location";
  document.getElementById("locSub").textContent="Search an address, property, state, or country";
  document.getElementById("locCoords").textContent="—";
  document.getElementById("locArea").textContent="—";
  requestAnimationFrame(()=>requestAnimationFrame(()=>{
    if(sizeMap()&&!earthlineMap)earthlineRenderIdle();
    [80,240,600].forEach(ms=>setTimeout(()=>{
      if(!sizeMap())return;
      if(M.terrainReady){fitView();render();}
      else if(!earthlineMap)earthlineRenderIdle();
      else earthlineClearOverlay();
    },ms));
  }));
  

/* =====================================================================
   BUILD-CHECK-15683 — FAST, COOPERATIVE SWALE SCREENING
   One-category change: analysis performance only.
   The previous contour engine repeatedly rescanned the full grid by elevation
   band and classified the full 840×584 satellite image before tracing. This
   replacement downsamples imagery to the 210×146 analysis grid, scans the
   terrain once, and traces only a small ranked set of hydrologically relevant
   contour candidates. Every scan and trace yields to the browser.
===================================================================== */
const EARTHLINE_FAST_SWALE_BUDGET_MS_15683=9000; // BUILD-CHECK-15760: cooperative, yielded real prescription budget
function earthlineSwaleYield15683(){return earthlineTaskYield16464();}
function earthlineLimitPath15683(pts,maxPts=180){
  if(!pts||pts.length<=maxPts)return pts||[];
  const out=[pts[0]],last=pts.length-1;
  for(let k=1;k<maxPts-1;k++){
    const i=Math.round(k*last/(maxPts-1));
    const p=pts[i],q=out[out.length-1];
    if(!q||p[0]!==q[0]||p[1]!==q[1])out.push(p);
  }
  out.push(pts[last]);
  return out;
}

// Analyze only the pixels the hydrology grid can actually use. This reduces
// satellite classification from ~490,000 pixels to 30,660 cells.
async function buildCanopyField(myGen=M.searchGen){
  _canopyData=null;_impervData=null;_satRgbaData=null;
  if(!(M.realMode&&M.satCanvas))return true;
  try{
    const small=document.createElement("canvas");small.width=GW;small.height=GH;
    const g=small.getContext("2d",{willReadFrequently:true});
    g.drawImage(M.satCanvas,0,0,GW,GH);
    const id=g.getImageData(0,0,GW,GH).data;
    _satRgbaData=id;_canopyW=GW;_canopyH=GH;
    _canopyData=new Float32Array(N);_impervData=new Float32Array(N);
    for(let y=0;y<GH;y++){
      let p=y*GW*4,q=y*GW;
      for(let x=0;x<GW;x++,p+=4,q++){
        const r=id[p],gg=id[p+1],b=id[p+2];
        const green=gg-(r+b)/2,lum=(r+gg+b)/3;
        let c=0;
        if(lum<95&&green>12)c=0.55+Math.min(0.4,(green-12)/40);
        else if(green>22&&lum<140)c=0.45+Math.min(0.4,(green-22)/40);
        if(lum>160||r>=gg)c=0;
        _canopyData[q]=clamp(c,0,1);
        const mx=Math.max(r,gg,b),mn=Math.min(r,gg,b),sat=mx?(mx-mn)/mx:0;
        let imp=0;
        if(green<14&&c<0.25){
          if(lum>160&&sat<0.20)imp=0.75;
          else if(lum>=55&&lum<=160&&sat<0.18)imp=0.62;
          else if(b>=r&&b>gg-2&&lum>70&&sat<0.32)imp=0.60;
          else if(lum>=50&&lum<=120&&sat<0.22)imp=0.55;
        }
        _impervData[q]=clamp(imp,0,1);
      }
      if((y&7)===7){
        if(earthlineIsStale(myGen))return false;
        await earthlineSwaleYield15683();
      }
    }
    return !earthlineIsStale(myGen);
  }catch(e){
    console.warn("[Earthline] Grid-scale canopy classification skipped",e);
    _canopyData=null;_impervData=null;_satRgbaData=null;
    return true;
  }
}

// Bounded marching-contour trace. No individual candidate can monopolize the
// main thread for thousands of contour steps.
/* BUILD-CHECK-15860 — geometry restoration only.
   Hydrology, masks, ranking, spacing, caps, seed budgets and attribution remain frozen.
   The tracer now follows the most continuous unvisited marching-contour exit, records
   a deterministic termination reason, and preserves substantially longer valid paths. */
function traceLevelContour(sx,sy,L,maxS,dropH,deadline16320=Infinity){
  traceLevelContour.earthlineDeadlineHit16320=false;
  if(Number.isFinite(Number(deadline16320))&&performance.now()>=Number(deadline16320)){
    traceLevelContour.earthlineDeadlineHit16320=true;
    return [];
  }
  const start=earthlineNearestContourCell(sx,sy,L,maxS);
  if(!start)return [];
  const cross=(ha,hb)=>{const d=hb-ha;return Math.abs(d)<1e-9?0.5:clamp((L-ha)/d,0,1);};
  const edgesFor=(cx,cy)=>{
    if(cx<0||cy<0||cx>=GW-1||cy>=GH-1)return [];
    const h00=M.h[idx(cx,cy)],h10=M.h[idx(cx+1,cy)],h01=M.h[idx(cx,cy+1)],h11=M.h[idx(cx+1,cy+1)];
    const e=[];
    if((h00<=L)!==(h10<=L))e.push([0,cx+cross(h00,h10),cy]);
    if((h10<=L)!==(h11<=L))e.push([1,cx+1,cy+cross(h10,h11)]);
    if((h01<=L)!==(h11<=L))e.push([2,cx+cross(h01,h11),cy+1]);
    if((h00<=L)!==(h01<=L))e.push([3,cx,cy+cross(h00,h01)]);
    return e;
  };
  const nextCell=(cx,cy,edge)=>{
    if(edge===0)return [cx,cy-1,2];
    if(edge===1)return [cx+1,cy,3];
    if(edge===2)return [cx,cy+1,0];
    return [cx-1,cy,1];
  };
  const walk=(firstPick)=>{
    const pts=[];let cx=start[0],cy=start[1],prevEdge=-1,prevPoint=null,prevDir=null;
    if(!traceLevelContour._visit16288||traceLevelContour._visit16288.length!==N*4){traceLevelContour._visit16288=new Uint32Array(N*4);traceLevelContour._visitToken16288=0;}
    let visitToken16288=(Number(traceLevelContour._visitToken16288||0)+1)>>>0;if(!visitToken16288){traceLevelContour._visit16288.fill(0);visitToken16288=1;}traceLevelContour._visitToken16288=visitToken16288;
    const visited=traceLevelContour._visit16288;
    const maxSteps=Math.min(1600,Math.max(480,Math.ceil((GW+GH)*2.5)));
    let termination="step-limit";
    for(let step=0;step<maxSteps;step++){
      if((step&15)===0&&Number.isFinite(Number(deadline16320))&&performance.now()>=Number(deadline16320)){
        traceLevelContour.earthlineDeadlineHit16320=true;termination="time-budget";break;
      }
      if(!earthlineSafeCellCached16320(cx,cy,maxS)){termination="unsafe-cell";break;}
      const state=idx(cx,cy)*4+(prevEdge<0?0:prevEdge);
      if(visited[state]===visitToken16288){termination="closed-or-revisited";break;}
      visited[state]=visitToken16288;
      const edges=edgesFor(cx,cy);
      if(!edges.length){termination="contour-ended";break;}
      const candidates=edges.filter(edge=>edge[0]!==prevEdge);
      const pool=candidates.length?candidates:edges;
      let pick=null,best=-Infinity;
      for(let ei=0;ei<pool.length;ei++){
        const edge=pool[ei],point=[edge[1],edge[2]],next=nextCell(cx,cy,edge[0]);
        if(next[0]<0||next[1]<0||next[0]>=GW-1||next[1]>=GH-1)continue;
        const nextState=idx(next[0],next[1])*4+next[2];
        if(visited[nextState]===visitToken16288)continue;
        let score=0;
        if(step===0)score=(ei===(firstPick%pool.length))?10:0;
        if(prevPoint){
          const dx=point[0]-prevPoint[0],dy=point[1]-prevPoint[1],mag=Math.hypot(dx,dy)||1;
          const dir=[dx/mag,dy/mag];
          if(prevDir)score+=6*(dir[0]*prevDir[0]+dir[1]*prevDir[1]);
          score-=Math.abs(mag-1)*0.25;
        }
        if(score>best){best=score;pick=edge;}
      }
      if(!pick){termination="no-unvisited-exit";break;}
      const point=[pick[1],pick[2]];
      if(prevPoint){
        const dx=point[0]-prevPoint[0],dy=point[1]-prevPoint[1],mag=Math.hypot(dx,dy)||1;
        prevDir=[dx/mag,dy/mag];
      }
      pts.push(point);prevPoint=point;
      const next=nextCell(cx,cy,pick[0]);cx=next[0];cy=next[1];prevEdge=next[2];
      if(cx<1||cy<1||cx>=GW-2||cy>=GH-2){termination="analysis-edge";break;}
    }
    pts.earthlineTermination15860=termination;
    return pts;
  };
  const a=walk(0);
  if(traceLevelContour.earthlineDeadlineHit16320&&Number.isFinite(Number(deadline16320))&&performance.now()>=Number(deadline16320))return [];
  const b=walk(1);
  if(traceLevelContour.earthlineDeadlineHit16320&&Number.isFinite(Number(deadline16320))&&performance.now()>=Number(deadline16320))return [];
  const merged=a.slice().reverse().concat(b);
  if(merged.length<3)return [];
  const cleaned=earthlineCleanPath(merged);
  const preserved=earthlineLimitPath15683(cleaned,720);
  preserved.earthlineTermination15860={left:a.earthlineTermination15860||null,right:b.earthlineTermination15860||null};
  return preserved;
}

function earthlineSamplePath15760(sw,maxPts=44){
  const pts=(sw&&sw.pts)||[];
  if(!pts.length)return [];
  const step=Math.max(1,Math.floor(pts.length/maxPts));
  const out=[];
  for(let i=0;i<pts.length;i+=step)out.push(pts[i]);
  const last=pts[pts.length-1];
  if(out[out.length-1]!==last)out.push(last);
  return out;
}
function earthlinePathDistanceM15760(a,b){
  const ap=earthlineSamplePath15760(a),bp=earthlineSamplePath15760(b);
  if(!ap.length||!bp.length)return Infinity;
  let best=Infinity;
  for(const p of ap)for(const q of bp){
    const d=Math.hypot(p[0]-q[0],p[1]-q[1])*Math.max(0.001,M.cellM||1);
    if(d<best)best=d;
  }
  return best;
}
function earthlineNearestNeighborSpacing15760(swales){
  const list=(swales||[]).filter(s=>s&&s.pts&&s.pts.length>1);
  if(list.length<2)return{sampleCount:0,medianM:0,meanM:0,minM:0,maxM:0};

  /* EARTHLINE 16465 — PERFORMANCE ONLY. Preserve the exact historical
     nearest-neighbor spacing statistic while removing duplicate work:
     sample every corridor once, evaluate each unordered corridor pair once,
     and apply that same symmetric distance to both corridors. */
  const cell=Math.max(0.001,M.cellM||1);
  const samples=list.map(s=>earthlineSamplePath15760(s));
  const nearestByCorridor=new Float64Array(list.length);
  nearestByCorridor.fill(Infinity);

  for(let i=0;i<list.length-1;i++){
    const ap=samples[i];
    for(let j=i+1;j<list.length;j++){
      const bp=samples[j];
      let best=Infinity;
      for(const p of ap)for(const q of bp){
        const d=Math.hypot(p[0]-q[0],p[1]-q[1])*cell;
        if(d<best)best=d;
      }
      if(best<nearestByCorridor[i])nearestByCorridor[i]=best;
      if(best<nearestByCorridor[j])nearestByCorridor[j]=best;
    }
  }

  const nearest=[];
  for(let i=0;i<nearestByCorridor.length;i++){
    const best=nearestByCorridor[i];
    if(Number.isFinite(best))nearest.push(best);
  }
  nearest.sort((a,b)=>a-b);
  const mid=Math.floor(nearest.length/2);
  const median=nearest.length%2?nearest[mid]:(nearest[mid-1]+nearest[mid])/2;
  const mean=nearest.reduce((a,b)=>a+b,0)/Math.max(1,nearest.length);
  return{sampleCount:nearest.length,medianM:median,meanM:mean,minM:nearest[0]||0,maxM:nearest[nearest.length-1]||0};
}
/* EARTHLINE 16322 — the function historically lived inside init(), while
   corridorStats lives outside init(). Export the existing implementation;
   do not duplicate or alter its spacing calculation. */
window.earthlineNearestNeighborSpacing15760=earthlineNearestNeighborSpacing15760;


/* BUILD-CHECK-15760 — map-side duplicate Run Analysis control retained; lifecycle now settles explicitly. */
(function(){
  const main=document.getElementById("runBtn"),side=document.getElementById("runBtnSide");
  if(!main||!side)return;
  const sync=()=>{
    if(main.dataset.busy)side.dataset.busy="1";else delete side.dataset.busy;
    side.setAttribute("aria-busy",main.dataset.busy?"true":"false");
  };
  side.addEventListener("pointerdown",e=>e.stopPropagation());
  side.addEventListener("click",e=>{e.preventDefault();e.stopPropagation();earthlineRunAnalysis();});
  new MutationObserver(sync).observe(main,{attributes:true,attributeFilter:["data-busy"]});
  sync();
})();
console.log("[Earthline] BUILD-CHECK-15760 initialized — safe delayed overlay repaint; native map behavior retained.");
}
let resizeTimer=null;
window.addEventListener("resize",()=>{
  clearTimeout(resizeTimer);
  resizeTimer=setTimeout(()=>{
    if(earthlineMap)earthlineMap.resize();
    earthlineApplySearchCameraLock();
    if(sizeMap()){
      if(earthlineOverlayNeeded()){earthlineSyncOverlayScale();earthlineScheduleOverlayRender();}
      else if(!earthlineMapActive())earthlineRenderIdle();
      else earthlineClearOverlay();
    }
    if(M.analysisReady){drawProfile();drawSoilThumb();drawHabThumb();}
  },160);
});
// ResizeObserver: whenever the map container's real size changes (layout settling, panel
// content, font load, window changes), re-size and re-fit the canvas so it always fills the
// container and never renders as a short strip with blank space below.
try{
  const _ro=new ResizeObserver(()=>{
    clearTimeout(resizeTimer);
    resizeTimer=setTimeout(()=>{
      if(earthlineMap)earthlineMap.resize();
      earthlineApplySearchCameraLock();
      if(sizeMap()){
        if(earthlineOverlayNeeded()){earthlineSyncOverlayScale();earthlineScheduleOverlayRender();}
        else if(!earthlineMapActive())earthlineRenderIdle();
        else earthlineClearOverlay();
      }
    },80);
  });
  _ro.observe(document.querySelector(".center"));
}catch(e){}
init();
// Final guarantee: after EVERYTHING (incl. embedded logo image) finishes loading,
// the layout is 100% settled — size the map one definitive time.
window.addEventListener("load",()=>{
  if(earthlineMap)earthlineMap.resize();
  earthlineApplySearchCameraLock();
  if(sizeMap()){
    if(earthlineOverlayNeeded()){earthlineSyncOverlayScale();earthlineScheduleOverlayRender();}
    else if(!earthlineMapActive())earthlineRenderIdle();
    else earthlineClearOverlay();
    updateScalebar();
  }
});


/* =====================================================================
   BUILD-CHECK-15760 — SEARCH-FIRST + INSTANT PRELIMINARY NO-SPIN ANALYSIS
   Source: BUILD-CHECK-15692. 15692 still allowed Run Analysis to spin because
   it could call the older search/applyLocation/rebuildModel path before the
   fast preliminary screen. This override does not call runSearch(), applyLocation(),
   rebuildModel(), buildTerrain(), pitFill(), flowRoute(), computeRecharge(), or
   prescribeSwales() from the button path.

   Native map behavior remains Google/Apple-style:
   drag pans, wheel/trackpad/pinch zooms, double-click zooms in, +/- controls zoom.
===================================================================== */
(function(){
  const BUILD='BUILD-CHECK-15760';
  let busy=false;
  let controlsInstalled=false;

  function sleep(ms){return new Promise(r=>setTimeout(r,ms));}
  function qid(id){return document.getElementById(id);}
  function searchKey(v){
    try{return (typeof earthlineSearchKey==='function')?earthlineSearchKey(v):String(v||'').trim().toLowerCase().replace(/\s+/g,' ');}
    catch(e){return String(v||'').trim().toLowerCase().replace(/\s+/g,' ');}
  }
  function toastMsg(msg,hold=5200){
    const el=qid('toast');
    if(el){el.textContent=msg;el.classList.add('show');if(hold)setTimeout(()=>el.classList.remove('show'),hold);}
    console.log('[Earthline] '+msg);
  }
  function setBusy(on){
    busy=!!on;
    M.currentStage=on?'analysis':'';
    ['runBtn','runBtnSide'].forEach(id=>{const b=qid(id);if(!b)return;
      if(on){b.dataset.busy='1';b.setAttribute('aria-busy','true');b.classList.add('busy');}
      else{delete b.dataset.busy;b.setAttribute('aria-busy','false');b.classList.remove('busy');}
    });
  }

  function earthlineEnsureNativeNavigationControl15784(){
    if(!earthlineMap||!window.mapboxgl)return false;
    try{
      let zoomIn=document.querySelector(".mapboxgl-ctrl-zoom-in");
      let zoomOut=document.querySelector(".mapboxgl-ctrl-zoom-out");
      if(zoomIn&&zoomOut){
        M.navControlAdded15784=true;
        controlsInstalled=true;
        return true;
      }
      if(M.navControlAdded15784)return false;
      M.navControl15784=new mapboxgl.NavigationControl({
        showCompass:false,
        visualizePitch:false
      });
      earthlineMap.addControl(M.navControl15784,"bottom-right");
      M.navControlAdded15784=true;
      controlsInstalled=true;
      return true;
    }catch(e){
      console.warn("[Earthline] BUILD-CHECK-15784 native navigation control",e);
      return false;
    }
  }
  window.earthlineEnsureNativeNavigationControl15784=
    earthlineEnsureNativeNavigationControl15784;

  function installNativeControls(){
    if(!earthlineMap||!window.mapboxgl)return;
    earthlineEnsureNativeNavigationControl15784();
    try{
      earthlineMap.dragPan.enable();
      earthlineMap.scrollZoom.enable();
      earthlineMap.doubleClickZoom.enable();
      earthlineMap.touchZoomRotate.enable();
      earthlineMap.touchZoomRotate.disableRotation();
      earthlineMap.boxZoom.enable();
      earthlineMap.keyboard.disable(); // let page arrows scroll normally
      const c=earthlineMap.getCanvas&&earthlineMap.getCanvas();
    }catch(e){}
  }
  const ctrlTimer=setInterval(()=>{installNativeControls();if(M.navControlAdded15784||controlsInstalled)clearInterval(ctrlTimer);},250);
  window.addEventListener('load',()=>setTimeout(installNativeControls,400));
  // BUILD-CHECK-15760: analytical canvas is passive on load. It may receive pointers only while actively drawing.
  try{M.tool=(M.tool==='draw'?'draw':'navigate');earthlineSyncPointerMode();}catch(e){}
async function directGeocode(q){
    if(!q||!q.trim())return null;
    try{const exact=earthlineRegionOverride(q);if(exact)return exact;}catch(e){}
    if(!MB_ON())return (typeof findLoc==='function')?findLoc(q):null;
    try{
      const url='https://api.mapbox.com/geocoding/v5/mapbox.places/'+encodeURIComponent(earthlinePlaceLookupQuery16541(q))+'.json?limit=10&language=en&access_token='+MAPBOX_TOKEN;
      const r=await fetch(url,{cache:'no-store'});
      if(!r.ok)return null;
      const j=await r.json();
      if(!j.features||!j.features.length)return null;
      const f=earthlineSelectPlaceCandidate16537(q,j.features);
      if(!f)return null;
      const type=(f.place_type&&f.place_type[0])||'place';
      let zoomHint=(PLACE_ZOOM&&PLACE_ZOOM[type])||12;
      const bbox=f.bbox||null;
      if(bbox){
        const latC=(bbox[1]+bbox[3])/2;
        const wKm=Math.abs(bbox[2]-bbox[0])*111*Math.cos(latC*Math.PI/180),hKm=Math.abs(bbox[3]-bbox[1])*111;
        const spanKm=Math.max(wKm,hKm*GW/GH),targetMpp=(spanKm*1000*2.10)/(GW*5),c=Math.cos(latC*Math.PI/180);
        zoomHint=clamp(Math.log2(156573.03*c/(2*Math.max(targetMpp,0.01))),3,18);
      }
      const countryFeature=((f.place_type||[]).includes('country')?f:(f.context||[]).find(c=>String(c.id||'').startsWith('country.')))||null;
      const countryCode=String(countryFeature&&((countryFeature.properties&&countryFeature.properties.short_code)||countryFeature.short_code)||'').toLowerCase().slice(0,2);
      return {q:q.toLowerCase(),name:f.text||String(f.place_name||q).split(',')[0],sub:String(f.place_name||'').split(',').slice(1).join(',').trim()||'Geocoded location',fullName:f.place_name||q,countryCode,lat:f.center[1],lng:f.center[0],zoomHint,bbox,placeType:type,planning:(type==='place'||type==='locality'||type==='region'||type==='country'),acres:20,elevM:0,precipIn:30,trendDeg:180,trendSlope:6,relief:8,rough:1,runC:0.35,zones:[(type==='place'||type==='locality')?'City / Valley View':'Full View']};
    }catch(e){console.warn('[Earthline] direct geocode failed',e);return null;}
  }

  function clearAnalysisState(){
    M.analysisReady=false;M.terrainReady=true;M.previewReady=true;M.demReady=false;M.swales=[];M.rechZones=[];M.donut=[];M.donutCenter=null;M.rechargeStats=null;M.maxAcc=1;M.outFlow=0;M.pondCells=0;
    try{earthlineUpdateRechargeSvg(false);}catch(e){}
    try{earthlineSyncSwaleLayer();}catch(e){}
  }
  function updateLocationPanel(loc,msg){
    const latS=Math.abs(Number(loc.lat||0)).toFixed(4)+'° '+(Number(loc.lat||0)>=0?'N':'S');
    const lngS=Math.abs(Number(loc.lng||0)).toFixed(4)+'° '+(Number(loc.lng||0)>=0?'E':'W');
    const set=(id,v)=>{const el=qid(id);if(el)el.textContent=v;};
    set('locName',loc.name||'Selected Location');
    set('locSub',loc.sub||msg||'Map location');
    set('locCoords',latS+', '+lngS);
    set('locArea',msg||((loc.bbox||loc.planning)?'Planning view ready — zoom to a specific property or hillside.':'Selected analysis area'));
    const zs=qid('zoneSel');if(zs)zs.innerHTML='<option selected>'+((loc.zones&&loc.zones[0])||'Current View')+'</option>';
  }
  async function moveMapToLoc(loc,options={}){
    if(!loc)return false;
    const immediateForAnalysis=!!(options&&options.immediateForAnalysis);
    const propertyTarget=typeof earthlineIsPropertyLocation==="function"
      ?earthlineIsPropertyLocation(loc)
      :String(loc.placeType||"").toLowerCase()==="address";
    const targetZoom=propertyTarget
      ?Math.max(17,Number(loc.zoomHint||17))
      :Math.max(9,Number(loc.zoomHint||12));

    /* BUILD-CHECK-15801 — write location identity and coordinates together. */
    M.loc=Object.assign({},loc,{lat:Number(loc.lat),lng:Number(loc.lng),zoomHint:targetZoom});
    M.centerLat=Number(loc.lat);M.centerLng=Number(loc.lng);M.viewZoom=targetZoom;
    M.zone=(loc.zones&&loc.zones[0])||'Current View';
    M.locationIdentity15801={
      type:"resolved-search",
      appliedAt:performance.now(),
      lat:Number(loc.lat),lng:Number(loc.lng),
      name:String(loc.fullName||loc.name||"Resolved search"),
      placeType:String(loc.placeType||""),
      searchText:String((document.getElementById("searchInput")||{}).value||"")
    };
    M.analysisBoundaryLngLat=[];M.analysisBoundary=[];clearAnalysisState();
    updateLocationPanel(M.loc,propertyTarget
      ?'Exact searched property — analysis will use this location.'
      :'Planning view ready — zoom to a specific property or hillside.');
    try{earthlineInitMap();}catch(e){}
    await sleep(0);
    try{
      if(immediateForAnalysis&&earthlineMap&&earthlineMap.jumpTo){
        earthlineMap.stop&&earthlineMap.stop();
        earthlineMap.jumpTo({
          center:[Number(loc.lng),Number(loc.lat)],
          zoom:targetZoom,bearing:0,pitch:0,
          padding:{top:0,bottom:0,left:0,right:0}
        });
        earthlineMap.triggerRepaint&&earthlineMap.triggerRepaint();
        await sleep(0);await sleep(0);
        const c=earthlineMap.getCenter();
        M.viewZoom=earthlineMap.getZoom();
        M.centerLng=Number(c.lng);M.centerLat=Number(c.lat);
        earthlineApplySearchCameraLock();
      }else if(earthlineMap&&earthlineMap.fitBounds&&Array.isArray(loc.bbox)&&loc.bbox.length===4){
        earthlineMap.fitBounds([[loc.bbox[0],loc.bbox[1]],[loc.bbox[2],loc.bbox[3]]],{padding:72,maxZoom:targetZoom,duration:520});
        setTimeout(()=>{try{M.viewZoom=earthlineMap.getZoom();const c=earthlineMap.getCenter();M.centerLng=c.lng;M.centerLat=c.lat;earthlineApplySearchCameraLock();}catch(e){}},650);
      }else if(earthlineMap&&earthlineMap.easeTo){
        earthlineMap.easeTo({center:[loc.lng,loc.lat],zoom:targetZoom,duration:520,essential:true});
        setTimeout(()=>{try{M.viewZoom=earthlineMap.getZoom();const c=earthlineMap.getCenter();M.centerLng=c.lng;M.centerLat=c.lat;earthlineApplySearchCameraLock();}catch(e){}},650);
      }
    }catch(e){console.warn('[Earthline] map move warning',e);}
    try{M.layers.usgsAquifer.on=true;setTimeout(()=>fetchUSGSAquifers(),120);}catch(e){}
    return true;
  }

  function currentMapSite(){
    if(!earthlineMapActive()||!earthlineMap||!earthlineMap.getCenter)return null;

    const z=earthlineMap.getZoom?earthlineMap.getZoom():Number(M.viewZoom||0);
    const c=earthlineMap.getCenter();
    if(!c||!Number.isFinite(c.lng)||!Number.isFinite(c.lat))return null;

    // BUILD-CHECK-15760:
    // Run Analysis always uses the map's CURRENT center at button press.
    // It never reuses the original geocode point after the user pans.
    const parent=M.loc||{};
    const pt=String(parent.placeType||'').toLowerCase();

    // Property mode is reserved for an exact address or an explicitly drawn/selected boundary.
    const hasExplicitBoundary=Array.isArray(M.analysisBoundaryLngLat)&&M.analysisBoundaryLngLat.length>=3;
    const exactProperty=(pt==='address')||hasExplicitBoundary;

    let acres;
    let mode;
    let analysisZoom;

    if(exactProperty){
      mode='property';
      acres=Math.max(8,Math.min(80,Number(parent.acres||20)));
      analysisZoom=Math.max(16,Math.min(18,Number.isFinite(z)?z:17));
    }else{
      mode='regional';

      // Wider opportunity search for general locations, POIs, open land, hillsides,
      // places "behind Walmart", forests, valleys, watersheds, etc.
      // BUILD-CHECK-15760: one real-engine regional tile at a time. 320 acres keeps
      // the 210×146 analysis grid at approximately 15–25 ft per cell instead of
      // pretending a multi-thousand-acre frame can support property-scale spacing.
      acres=320;
      analysisZoom=16.6;
    }

    const rect=(typeof earthlineRectangleAround==='function')
      ? earthlineRectangleAround(c.lng,c.lat,acres)
      : [];

    return {
      name:mode==='regional'?'Regional Swale Opportunity Area':'Selected Property Analysis Area',
      sub:(mode==='regional'
        ? 'Broad opportunity search centered on the current map view near '
        : 'Property-scale analysis centered on the current map view near ')
        +((parent&&parent.name)||'searched location'),
      fullName:mode==='regional'?'Regional swale opportunity area':'Selected property analysis area',
      lat:c.lat,
      lng:c.lng,
      zoomHint:analysisZoom,
      placeType:mode==='regional'?'regional_opportunity':'selected_site',
      userSelectedSite:true,
      planning:false,
      acres,
      regionalMode:mode==='regional',
      propertyMode:mode==='property',
      elevM:Number.isFinite(Number(parent.elevM))?Number(parent.elevM):0,
      trendDeg:Number(parent.trendDeg||180),
      trendSlope:Number(parent.trendSlope||6),
      relief:Number(parent.relief||8),
      rough:Number(parent.rough||1),
      runC:Number(parent.runC||0.35),
      precipIn:Number(parent.precipIn||30),
      zones:[mode==='regional'?'Regional Opportunity Area':'Selected Property'],
      analysisBoundaryLngLat:rect
    };
  }

  // BUILD-CHECK-15778: helpers only. The final run controller lives in the authoritative engine IIFE.
  window.earthlineDirectGeocode15778=directGeocode;
  window.earthlineMoveMapToLoc15778=moveMapToLoc;
  window.earthlineCurrentMapSite15778=currentMapSite;
  window.earthlineUpdateLocationPanel15778=updateLocationPanel;
  window.earthlineSearchKeyValue15778=searchKey;


  function ensureArrays(){
    for(const k of ['h','fill','acc']){if(!M[k]||M[k].length!==N)M[k]=new Float32Array(N);else M[k].fill(k==='acc'?1:0);}
    if(!M.dir||M.dir.length!==N)M.dir=new Int8Array(N);M.dir.fill(3);
    for(const k of ['inP','pond','roadMask','buildingMask','noBuildMask','hardCoreMask','vectorNoBuildMask','shadeMask','canopyMask','erosionMask','soilMask']){if(!M[k]||M[k].length!==N)M[k]=new Uint8Array(N);else M[k].fill(0);}
    if(!M.layers)M.layers={};
    const defs={flow:['Flow Accumulation','#2ec8ff'],recharge:['Aquifer Recharge Potential','#fb8c00'],swales:['Proposed Bioswale Corridors','#47f57a'],contours:['Contours','#9eb5c9']};
    for(const k of Object.keys(defs)){if(!M.layers[k])M.layers[k]={label:defs[k][0],sw:defs[k][1],on:true};M.layers[k].on=true;}
  }
  function legacyBuildInstantModel_DISABLED_15760(site){
    ensureArrays();
    M.loc=site;M.zone='Selected Area';M.centerLng=site.lng;M.centerLat=site.lat;M.viewZoom=site.zoomHint||17;M.cellM=5*mppAt(Math.min(17,M.viewZoom),M.centerLat);
    M.loc.elevM=Number.isFinite(Number(M.loc.elevM))?Number(M.loc.elevM):0;
    M.analysisBoundaryLngLat=site.analysisBoundaryLngLat||earthlineRectangleAround(site.lng,site.lat,Number(site.acres||20));
    let ok=false;try{ok=earthlineApplyAnalysisBoundary();}catch(e){ok=false;}
    const cx=GW/2,cy=GH/2;
    if(!ok){M.inP.fill(0);M.boundary=[];for(let y=0;y<GH;y++)for(let x=0;x<GW;x++)if(((x-cx)/(GW*.34))**2+((y-cy)/(GH*.34))**2<1)M.inP[idx(x,y)]=1;for(let k=0;k<72;k++){const a=k/72*Math.PI*2;M.boundary.push([cx+Math.cos(a)*GW*.34,cy+Math.sin(a)*GH*.34]);}}
    M.minH=Infinity;M.maxH=-Infinity;M.maxAcc=1;
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y),h=100+(GH-y)*0.78+x*0.03+Math.sin(x*.10)*1.2+Math.cos(y*.09)*1.1;
      M.h[i]=h;M.fill[i]=h;M.dir[i]=3;M.acc[i]=M.inP[i]?1:0;M.pond[i]=0;
      if(M.inP[i]){if(h<M.minH)M.minH=h;if(h>M.maxH)M.maxH=h;}
    }
    const starts=[52,74,96,118,140,162];
    const d8FromStep=(dx,dy)=>{
      dx=Math.sign(dx);dy=Math.sign(dy);
      for(let d=0;d<8;d++)if(D8X[d]===dx&&D8Y[d]===dy)return d;
      return 2;
    };
    // Build connected preliminary blue flow paths. Earlier instant mode raised
    // accumulation on scattered cells but left all directions at one default value,
    // so drawFlow() could not connect them into visible water lines or arrows.
    for(let s=0;s<starts.length;s++){
      const sx=starts[s];let prev=null;
      for(let t=0;t<92;t++){
        const x=Math.round(sx+t*0.18+Math.sin(t*0.13+sx)*2.2+(s-2.5)*0.45);
        const y=Math.round(20+t*0.98+Math.cos(t*0.09+sx)*1.7);
        if(x<2||y<2||x>=GW-2||y>=GH-2)continue;
        const i=idx(x,y);if(!M.inP[i])continue;
        M.acc[i]=Math.max(M.acc[i],90+t*12+s*20);M.maxAcc=Math.max(M.maxAcc,M.acc[i]);
        if(prev){
          const dx=clamp(x-prev.x,-1,1),dy=clamp(y-prev.y,-1,1);
          M.dir[prev.i]=d8FromStep(dx,dy);
          // Fill an intermediate neighbor if rounding skipped a diagonal.
          const mx=prev.x+Math.sign(x-prev.x),my=prev.y+Math.sign(y-prev.y);
          if((mx!==x||my!==y)&&mx>1&&my>1&&mx<GW-1&&my<GH-1&&M.inP[idx(mx,my)]){
            const mi=idx(mx,my);M.acc[mi]=Math.max(M.acc[mi],M.acc[prev.i]*0.92);M.dir[prev.i]=d8FromStep(mx-prev.x,my-prev.y);M.dir[mi]=d8FromStep(x-mx,y-my);M.maxAcc=Math.max(M.maxAcc,M.acc[mi]);
          }
        }
        prev={x,y,i};
      }
      if(prev)M.dir[prev.i]=2;
    }
    M.swales=[38,51,64,77,90,103,116].map((base,n)=>{
      const pts=[];for(let x=44;x<=168;x+=6){const y=base+Math.sin((x+n*9)*.08)*3.0+Math.sin(x*.025+n)*1.7;if(M.inP[idx(clamp(Math.round(x),0,GW-1),clamp(Math.round(y),0,GH-1))])pts.push([x,y]);}
      let len=0;for(let i=1;i<pts.length;i++)len+=Math.hypot(pts[i][0]-pts[i-1][0],pts[i][1]-pts[i-1][1])*(M.cellM||1);
      return {id:'P'+(n+1),pts,lenM:len,capCells:Math.round(200+n*42),slope:.032,canopy:.2,forested:false,kind:'preliminary-contour',score:.95-n*.05,impactGrade:n<2?'HIGH':(n<5?'MEDIUM':'LOW'),preliminary:true,reason:'Preliminary line across the slope where rain can be slowed, spread, and sunk. DEM and field verification required.'};
    }).filter(s=>s.pts.length>=2);
    M.rechZones=[{gx:82,gy:56,rx:20,ry:9,a:-.52,s:.72,id:'R1'},{gx:119,gy:72,rx:24,ry:10,a:-.45,s:.78,id:'R2'},{gx:146,gy:92,rx:21,ry:9,a:-.60,s:.70,id:'R3'}];
    M.donut=[{n:'Very High',c:'#e53935',p:12},{n:'High',c:'#fb8c00',p:28},{n:'Moderate',c:'#fdd835',p:34},{n:'Low',c:'#43a047',p:18},{n:'Very Low',c:'#1e88e5',p:8}];
    M.donutCenter=40;M.rechargeStats={analyzedCells:N,modeledPotentialPct:40,highVeryHighPct:40};M.outFlow=4200;M.pondCells=0;M.tribs={sources:starts.length,lenCells:380};
    M.swaleMeta={method:'instant-map-center-preliminary-15693',count:M.swales.length,preliminary:true,requiresVerification:true,impactGradePlanned:true,prescriptionMs:0,contoursChecked:M.swales.length,contourBudget:M.swales.length};
    M.realMode=false;M.demSource='instant preliminary planning screen — DEM/field verification required';M.terrainReady=true;M.previewReady=true;M.demReady=true;M.analysisReady=true;
  }
  function lightweightRender(){
    try{earthlineSyncOverlayScale();}catch(e){}
    try{earthlineSyncSwaleLayer();}catch(e){console.warn('[Earthline] swale layer warning',e);}
    try{earthlineUpdateRechargeSvg();}catch(e){console.warn('[Earthline] recharge warning',e);}
    try{render(false);}catch(e){console.warn('[Earthline] preliminary render warning',e);}
    try{refreshPanels();drawProfile();}catch(e){console.warn('[Earthline] panel warning',e);}
  }

  function analysisCellM15760(site){
    const areaM2=Math.max(4046.86*2,Number(site.acres||20)*4046.86);
    const w=Math.sqrt(areaM2*1.15),h=areaM2/w;
    const fitted=Math.max(w/(GW*0.82),h/(GH*0.82));
    return clamp(fitted,1.0,7.45);
  }

  
  })();


</script>
<script>
/* BUILD-CHECK-15778 — regional state + mapped exclusion support only.
   No Run Analysis controller, aggregation controller, panel renderer, or layer
   synchronizer exists in this support block. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15780";
  const state=window.earthlineRegional15778||{
    active:false,running:false,anchor:null,
    swales:{type:"FeatureCollection",features:[]},
    recharge:{type:"FeatureCollection",features:[]},
    flow:{type:"FeatureCollection",features:[]},
    coverage:{type:"FeatureCollection",features:[]},
    grades:{type:"FeatureCollection",features:[]},
    contours:{type:"FeatureCollection",features:[]},
    opportunityLines:{type:"FeatureCollection",features:[]},
    rawCorridors:[],spacingSamples:[],tiles:[],tileStats:[],
    parent:null,extent:null,withheld:0,summary:null
  };
  window.__earthlineLegacyRegional15761=state;
  window.earthlineRegional15778=state;

  const waitFrame=()=>new Promise(r=>requestAnimationFrame(()=>r()));
  function mapReady(){return typeof earthlineMap!=="undefined"&&earthlineMap&&earthlineMap.isStyleLoaded&&earthlineMap.isStyleLoaded();}
  function featureBBox(f){
    let minX=Infinity,minY=Infinity,maxX=-Infinity,maxY=-Infinity;
    const walk=v=>{
      if(!Array.isArray(v))return;
      if(v.length>=2&&Number.isFinite(Number(v[0]))&&Number.isFinite(Number(v[1]))){
        const x=Number(v[0]),y=Number(v[1]);
        minX=Math.min(minX,x);minY=Math.min(minY,y);maxX=Math.max(maxX,x);maxY=Math.max(maxY,y);return;
      }
      for(const x of v)walk(x);
    };
    walk(f&&f.geometry&&f.geometry.coordinates);
    return Number.isFinite(minX)?{minX,minY,maxX,maxY}:null;
  }
  function bboxIntersects(a,b){return !!(a&&b&&a.maxX>=b.minLng&&a.minX<=b.maxLng&&a.maxY>=b.minLat&&a.minY<=b.maxLat);}

  /* BUILD-CHECK-15862P — parcel-wide infrastructure enters the authoritative
     no-build mask before swale prescription. This is not a render-time veto. */
  function earthlineInfraPointInPoly15862P(px,py,poly){
    let inside=false;
    for(let i=0,j=poly.length-1;i<poly.length;j=i++){
      const xi=poly[i][0],yi=poly[i][1],xj=poly[j][0],yj=poly[j][1];
      if(((yi>py)!==(yj>py))&&(px<(xj-xi)*(py-yi)/(yj-yi)+xi))inside=!inside;
    }
    return inside;
  }
  function earthlineInfraDistanceM15862P(a,b){
    const lat=(Number(a[1])+Number(b[1]))*.5*Math.PI/180;
    const dx=(Number(a[0])-Number(b[0]))*111320*Math.max(.05,Math.cos(lat));
    const dy=(Number(a[1])-Number(b[1]))*111320;
    return Math.hypot(dx,dy);
  }
  function earthlineInfraClosed15862P(coords){
    return Array.isArray(coords)&&coords.length>=4&&
      earthlineInfraDistanceM15862P(coords[0],coords[coords.length-1])<1;
  }
  function earthlineInfraAddress15862P(){
    const loc=M&&M.loc||{};
    const type=String(loc.type||loc.placeType||"").toLowerCase();
    const name=String(loc.fullName||loc.name||loc.searchKey||"").toLowerCase();
    const isAddress=type.includes("address")||/\d+\s+\S+/.test(name);
    const lng=Number(loc.lng??loc.lon??loc.longitude);
    const lat=Number(loc.lat??loc.latitude);
    return isAddress&&Number.isFinite(lng)&&Number.isFinite(lat)?[lng,lat]:null;
  }
  function earthlineInfraRoadCoreBuffer15862P(tags){
    const highway=String(tags&&tags.highway||"").toLowerCase();
    if(/motorway|trunk/.test(highway))return 10;
    if(/primary|secondary|tertiary/.test(highway))return 8;
    if(/residential|unclassified|living_street|pedestrian|construction/.test(highway))return 6;
    return 5; // service, driveway, parking aisle, track and generic road
  }
  function earthlineInfraResult15862P(){
    return {
      build:"BUILD-CHECK-15862P",
      owner:"earthlineCollectParcelInfrastructure15862P",
      roadMask:new Uint8Array(N),
      buildingMask:new Uint8Array(N),
      applied:false,addressCoreApplied:false,
      source:"none",status:"not-started",
      vermont:{
        applicable:false,attempted:false,ok:false,queryVerified:false,drivewayQueryVerified:false,buildingQueryVerified:false,cacheHit:false,cacheStore:null,cacheWrite:null,error:null,
        drivewayFeatureCount:0,buildingFeatureCount:0,processedGeometryCount:0,
        drivewayService:"https://services1.arcgis.com/BkFxaEFNwHqX3tAw/arcgis/rest/services/FS_VCGI_OPENDATA_Emergency_DW_line_SP_v1/FeatureServer/0",
        buildingService:"https://services1.arcgis.com/BkFxaEFNwHqX3tAw/arcgis/rest/services/FS_VCGI_OPENDATA_STRUCTURES_POLY_SP_v1/FeatureServer/0",
        drivewayMirrorService16481:"https://maps.vcgi.vermont.gov/arcgis/rest/services/VCGI_services/VCGI_BASEMAP_SP_v2/MapServer/18",
        buildingMirrorService16481:"https://maps.vcgi.vermont.gov/arcgis/rest/services/VCGI_VTIMV/VTIMV_TOP10_WM_v1/MapServer/4",
        sourceVintage:"live-service-query",authority:"Vermont Enhanced 911 / VCGI"
      },
      overpass:{attempted:false,ok:false,httpStatus:null,error:null,rawElementCount:0,roadGeometryCount:0,buildingGeometryCount:0,parkingGeometryCount:0,waterGeometryCount:0},
      tilequery:{attempted:false,ok:false,authFailure:false,requestCount:0,successCount:0,errorCount:0,evidencePointCount:0,roadPointCount:0,buildingPointCount:0,parkingPointCount:0},
      processedGeometryCount:0,markedCellsBeforeExistingDilation:0
    };
  }
  function earthlineCountMask15862P(mask){
    let n=0;for(let i=0;i<mask.length;i++)if(mask[i])n++;return n;
  }
  function earthlineMergeInfraMasks15862P(targetRoad,targetBuilding,infra){
    if(!infra)return;
    for(let i=0;i<N;i++){
      if(infra.roadMask[i])targetRoad[i]=1;
      if(infra.buildingMask[i])targetBuilding[i]=1;
    }
  }
  function earthlineRasterOverpassElement15862P(result,el){
    if(!el||!el.tags)return 0;
    const tags=el.tags||{};
    const building=tags.building&&tags.building!=="no"&&String(tags.location||"").toLowerCase()!=="underground";
    const parking=String(tags.amenity||"").toLowerCase()==="parking"||
      (tags.parking!=null&&String(tags.parking).toLowerCase()!=="no")||
      /parking|garage|garages|carport/.test(String(tags.building||"").toLowerCase());
    const highway=String(tags.highway||"").toLowerCase();
    const road=/^(motorway|motorway_link|trunk|trunk_link|primary|primary_link|secondary|secondary_link|tertiary|tertiary_link|unclassified|residential|living_street|service|track|road|pedestrian|construction)$/.test(highway);
    const natural=String(tags.natural||"").toLowerCase(),waterway=String(tags.waterway||"").toLowerCase(),waterTag=String(tags.water||"").toLowerCase();
    const waterArea=natural==="water"||natural==="wetland"||waterway==="riverbank"||!!waterTag;
    const waterLine=/^(river|stream|canal|ditch|drain)$/.test(waterway)||natural==="coastline";
    const water=waterArea||waterLine;
    let touched=0;
    const processCoords=coords=>{
      if(!Array.isArray(coords)||coords.length<2)return;
      if(building||parking||water){
        /* Variable 4 is one exclusion surface. Mapped water areas and channels use
           the existing no-build mask; they do not create a fifth scientific variable. */
        const bufferM=water?2:(building?6:5);
        if(waterArea&&earthlineInfraClosed15862P(coords)){
          earthlineRasterPolygon(result.buildingMask,[coords],bufferM);
        }else if(building||parking){
          if(earthlineInfraClosed15862P(coords))earthlineRasterPolygon(result.buildingMask,[coords],bufferM);
          else earthlineRasterLine(result.buildingMask,coords,bufferM);
        }else{
          earthlineRasterLine(result.buildingMask,coords,waterLine?4:3);
        }
        if(building)result.overpass.buildingGeometryCount++;
        else if(parking)result.overpass.parkingGeometryCount++;
        else result.overpass.waterGeometryCount++;
        touched++;
      }else if(road){
        earthlineRasterLine(result.roadMask,coords,earthlineInfraRoadCoreBuffer15862P(tags));
        result.overpass.roadGeometryCount++;
        touched++;
      }
    };
    if(Array.isArray(el.geometry)){
      processCoords(el.geometry.map(p=>[Number(p.lon),Number(p.lat)]).filter(p=>Number.isFinite(p[0])&&Number.isFinite(p[1])));
    }else if(Array.isArray(el.members)){
      for(const member of el.members||[]){
        if(!Array.isArray(member&&member.geometry))continue;
        const role=String(member.role||"").toLowerCase();
        if((building||parking)&&role==="inner")continue;
        processCoords(member.geometry.map(p=>[Number(p.lon),Number(p.lat)]).filter(p=>Number.isFinite(p[0])&&Number.isFinite(p[1])));
      }
    }
    return touched;
  }

  /* BUILD-CHECK-15876 — authoritative Vermont driveway and building geometry.
     The Enhanced 911 driveway layer supplies real driveway centerlines; VCGI
     building footprints supply polygons. Both are rasterized before prescription.
     Overpass and Mapbox point reconstruction are fallback sources only. */
  function earthlineVermontApplicable15872(boundary){
    /* EARTHLINE 16516 — the exact official Vermont source path remains authoritative
       only after the official state-boundary owner has certified this Property frame
       as Vermont. A nearby New York frame must never be promoted by the old broad
       Vermont bounding-box heuristic. */
    if(!Array.isArray(boundary)||boundary.length<3)return false;
    const boundaryKey16516=boundary.map(p=>Number(p[0]).toFixed(7)+","+Number(p[1]).toFixed(7)).join("|");
    if(M&&M.propertyJurisdiction16516&&M.propertyJurisdiction16516.insideVermont===false&&M.propertyJurisdiction16516.boundaryKey===boundaryKey16516)return false;
    const lngs=boundary.map(p=>Number(p[0])).filter(Number.isFinite);
    const lats=boundary.map(p=>Number(p[1])).filter(Number.isFinite);
    if(!lngs.length||!lats.length)return false;
    return Math.min(...lngs)>=-73.55&&Math.max(...lngs)<=-71.35&&
           Math.min(...lats)>=42.65&&Math.max(...lats)<=45.10;
  }
  function earthlineVermontQueryUrl15872(service,boundary){
    const lngs=boundary.map(p=>Number(p[0])),lats=boundary.map(p=>Number(p[1]));
    const lat0=lats.reduce((a,b)=>a+b,0)/lats.length;
    const padLat=18/111320,padLng=18/(111320*Math.max(.05,Math.cos(lat0*Math.PI/180)));
    const west=Math.min(...lngs)-padLng,south=Math.min(...lats)-padLat;
    const east=Math.max(...lngs)+padLng,north=Math.max(...lats)+padLat;
    const params=new URLSearchParams({
      where:"1=1",geometry:[west,south,east,north].map(v=>v.toFixed(8)).join(","),
      geometryType:"esriGeometryEnvelope",inSR:"4326",
      spatialRel:"esriSpatialRelIntersects",outFields:"OBJECTID",
      returnGeometry:"true",returnZ:"false",returnM:"false",outSR:"4326",resultRecordCount:"2000",f:"geojson"
    });
    return service+"/query?"+params.toString();
  }
  function earthlineVermontCacheKey15872(boundary){
    const lngs=boundary.map(p=>Number(p[0])),lats=boundary.map(p=>Number(p[1]));
    return "earthline-vcgi-infra-v1:"+
      [Math.min(...lngs),Math.min(...lats),Math.max(...lngs),Math.max(...lats)].map(v=>v.toFixed(5)).join("|");
  }
  /* EARTHLINE 16458 — performance only. The official Vermont E911/VCGI
     infrastructure services are required for the unchanged exclusion gate, but a
     file:// origin can make the CORS transport wait out its timeout. Start the
     service's supported JSONP transport at the same time and accept the first
     valid response. Same endpoints, same query envelope, same geometry, same
     rasterization and fail-closed verification; transport order only. */
  function earthlineEsriJsonToGeoJSON16458(data){
    if(!data||!Array.isArray(data.features))throw new Error("invalid-esri-json-response");
    const features=[];
    for(let i=0;i<data.features.length;i++){
      const f=data.features[i]||{},g=f.geometry||{};let geometry=null;
      if(Number.isFinite(Number(g.x))&&Number.isFinite(Number(g.y)))
        geometry={type:"Point",coordinates:[Number(g.x),Number(g.y)]};
      else if(Array.isArray(g.paths)){
        const paths=g.paths.map(path=>(path||[]).map(p=>[Number(p[0]),Number(p[1])]).filter(p=>Number.isFinite(p[0])&&Number.isFinite(p[1]))).filter(path=>path.length>=2);
        if(paths.length===1)geometry={type:"LineString",coordinates:paths[0]};
        else if(paths.length>1)geometry={type:"MultiLineString",coordinates:paths};
      }else if(Array.isArray(g.rings)){
        const rings=g.rings.map(ring=>(ring||[]).map(p=>[Number(p[0]),Number(p[1])]).filter(p=>Number.isFinite(p[0])&&Number.isFinite(p[1]))).filter(ring=>ring.length>=3);
        if(rings.length)geometry={type:"Polygon",coordinates:rings};
      }
      if(geometry)features.push({type:"Feature",id:f.attributes&&f.attributes.OBJECTID!=null?f.attributes.OBJECTID:i,properties:Object.assign({},f.attributes||{}),geometry});
    }
    return {type:"FeatureCollection",features};
  }
  function earthlineFetchJsonp15872(url,timeoutMs){
    return new Promise((resolve,reject)=>{
      const cb="__earthlineVtInfra16458_"+Date.now()+"_"+Math.random().toString(36).slice(2),script=document.createElement("script");
      let done=false;
      function cleanup(){try{script.remove()}catch(_){}try{delete window[cb]}catch(_){window[cb]=undefined}}
      const timer=setTimeout(()=>{if(done)return;done=true;cleanup();reject(new Error("JSONP timeout"));},timeoutMs);
      window[cb]=data=>{if(done)return;done=true;clearTimeout(timer);try{const fc=earthlineEsriJsonToGeoJSON16458(data);cleanup();resolve(fc);}catch(error){cleanup();reject(error);}};
      script.onerror=()=>{if(done)return;done=true;clearTimeout(timer);cleanup();reject(new Error("JSONP failed"));};
      try{
        const u=new URL(url,location.href);u.searchParams.set("f","json");u.searchParams.set("callback",cb);
        script.async=true;script.src=u.toString();document.head.appendChild(script);
      }catch(error){done=true;clearTimeout(timer);cleanup();reject(error);}
    });
  }
  async function earthlineFetchJson15872(url,timeoutMs){
    /* EARTHLINE 16470 — restore the proven Vermont infrastructure transport race.
       Historical downloaded-file runs completed these same official requests via
       fetch/CORS in hundreds of milliseconds. Do not force file:// through JSONP;
       race CORS and the existing JSONP fallback on every origin, first valid wins. */
    const cors=(async()=>{
      const controller=typeof AbortController!=="undefined"?new AbortController():null;
      const timer=controller?setTimeout(()=>controller.abort(),timeoutMs):null;
      try{
        const response=await fetch(url,{method:"GET",headers:{"Accept":"application/geo+json,application/json"},signal:controller?controller.signal:undefined});
        if(!response.ok)throw new Error("HTTP "+response.status);
        const data=await response.json();
        if(!data||!Array.isArray(data.features))throw new Error("invalid-geojson-response");
        return data;
      }finally{if(timer)clearTimeout(timer);}
    })();
    const jsonp=earthlineFetchJsonp15872(url,timeoutMs);
    if(typeof Promise.any==="function")return await Promise.any([cors,jsonp]);
    return await new Promise((resolve,reject)=>{let failed=0,lastError=null;for(const p of [cors,jsonp])Promise.resolve(p).then(resolve,error=>{lastError=error;if(++failed===2)reject(lastError);});});
  }
  async function earthlineFetchFirstOfficial16481(urls,timeoutMs){
    const attempts=(urls||[]).filter(Boolean).map(url=>Promise.resolve().then(()=>earthlineFetchJson15872(url,timeoutMs)));
    if(!attempts.length)throw new Error("no-official-vermont-service-url");
    if(attempts.length===1)return await attempts[0];
    if(typeof Promise.any==="function")return await Promise.any(attempts);
    return await new Promise((resolve,reject)=>{let failed=0,lastError=null;for(const p of attempts)Promise.resolve(p).then(resolve,error=>{lastError=error;if(++failed===attempts.length)reject(lastError);});});
  }

  /* EARTHLINE 16263 — performance-only raw authority prefetch.
     Fetch the exact same Vermont E911/VCGI FeatureCollections while the DEM is
     loading, then place them in the exact cache consumed by the existing
     exclusion owner. Rasterization, buffers, verified-zero rules, source audit,
     and fail-closed publication remain owned by the unchanged 15872/15874 path. */
  let earthlineVermontPrefetch16263={key:null,promise:null,searchGen:null};
  function earthlineVermontStores16263(){
    const stores=[];
    try{if(typeof sessionStorage!=="undefined")stores.push(["sessionStorage",sessionStorage]);}catch(_){ }
    try{if(typeof localStorage!=="undefined")stores.push(["localStorage",localStorage]);}catch(_){ }
    return stores;
  }
  function earthlineCompactVermontFC16263(fc){
    return {type:"FeatureCollection",features:(fc&&Array.isArray(fc.features)?fc.features:[]).map((f,i)=>({
      type:"Feature",id:f&&f.id!=null?f.id:i,
      properties:{OBJECTID:f&&f.properties&&f.properties.OBJECTID!=null?f.properties.OBJECTID:null},
      geometry:f&&f.geometry?f.geometry:null
    })).filter(f=>f.geometry&&f.geometry.type)};
  }
  async function earthlinePrefetchVermontAuthority16263(boundary,myGen=M.searchGen){
    if(!earthlineVermontApplicable15872(boundary)||typeof fetch!=="function")return {ok:false,skipped:true};
    const key=earthlineVermontCacheKey15872(boundary),stores=earthlineVermontStores16263();
    for(const pair of stores){
      try{
        const raw=pair[1].getItem(key);if(!raw)continue;
        const parsed=JSON.parse(raw);
        if(parsed&&Date.now()-Number(parsed.savedAt||0)<30*24*3600*1000&&parsed.driveways&&parsed.buildings){
          return {ok:true,key,cacheHit:true,cacheStore:pair[0],driveways:parsed.driveways,buildings:parsed.buildings};
        }
      }catch(_){ }
    }
    if(earthlineVermontPrefetch16263.key===key&&earthlineVermontPrefetch16263.promise)return earthlineVermontPrefetch16263.promise;
    const promise=(async()=>{
      const started=performance.now();
      try{
        const services16481=earthlineInfraResult15862P().vermont;
        const drivewayUrls16481=[services16481.drivewayService,services16481.drivewayMirrorService16481].filter(Boolean).map(service=>earthlineVermontQueryUrl15872(service,boundary));
        const buildingUrls16481=[services16481.buildingService,services16481.buildingMirrorService16481].filter(Boolean).map(service=>earthlineVermontQueryUrl15872(service,boundary));
        let [driveways,buildings]=await Promise.all([
          earthlineFetchFirstOfficial16481(drivewayUrls16481,6500),
          earthlineFetchFirstOfficial16481(buildingUrls16481,6500)
        ]);
        /* EARTHLINE 16466 — this prefetch owns no publication state. The immutable
           official response is cached only under its exact boundary key, so a later
           searchGen may still reuse it iff the governed Property boundary hashes to
           that same key. Current-run rasterization/verification remains downstream. */
        driveways=earthlineCompactVermontFC16263(driveways);buildings=earthlineCompactVermontFC16263(buildings);
        const payload=JSON.stringify({savedAt:Date.now(),driveways,buildings}),writes=[];
        for(const pair of stores){try{pair[1].setItem(key,payload);writes.push(pair[0]);}catch(_){ }}
        const result={ok:true,key,cacheHit:false,cacheWrite:writes.join("+")||"unavailable",driveways,buildings,elapsedMs:Math.round(performance.now()-started)};
        window.EARTHLINE_PROPERTY_PREFETCH_AUDIT_16263=Object.assign({build:"EARTHLINE 16263",at:new Date().toISOString()},result);
        return result;
      }catch(error){
        const result={ok:false,key,error:String(error&&error.message||error),elapsedMs:Math.round(performance.now()-started)};
        window.EARTHLINE_PROPERTY_PREFETCH_AUDIT_16263=Object.assign({build:"EARTHLINE 16263",at:new Date().toISOString()},result);
        /* EARTHLINE 16475 — a failed transport is not reusable authority evidence.
           Keep successful settled promises for exact-boundary reuse, but clear a
           failed promise so a later same-page run can retry instead of recycling
           one transient failure for the lifetime of the page. */
        if(earthlineVermontPrefetch16263.key===key)earthlineVermontPrefetch16263.promise=null;
        return result;
      }
    })();
    /* Successful settled promises remain reusable by the exact-boundary exclusion
       owner; only failures are cleared above. */
    earthlineVermontPrefetch16263={key,promise,searchGen:myGen};
    return promise;
  }
  window.earthlinePrefetchVermontAuthority16263=earthlinePrefetchVermontAuthority16263;
  function earthlineRasterVermontGeometry15872(result,geometry,kind){
    if(!geometry||!geometry.type)return 0;
    let touched=0;
    const line=coords=>{
      if(!Array.isArray(coords)||coords.length<2)return;
      const clean=coords.filter(c=>Array.isArray(c)&&Number.isFinite(Number(c[0]))&&Number.isFinite(Number(c[1])))
                        .map(c=>[Number(c[0]),Number(c[1])]);
      if(clean.length<2)return;
      earthlineRasterLine(result.roadMask,clean,5.5);
      touched++;
    };
    const polygon=rings=>{
      if(!Array.isArray(rings)||!rings.length)return;
      const clean=rings.map(r=>Array.isArray(r)?r.filter(c=>Array.isArray(c)&&Number.isFinite(Number(c[0]))&&Number.isFinite(Number(c[1])))
        .map(c=>[Number(c[0]),Number(c[1])]):[]).filter(r=>r.length>=3);
      if(!clean.length)return;
      earthlineRasterPolygon(result.buildingMask,clean,6);
      touched++;
    };
    if(kind==="driveway"){
      if(geometry.type==="LineString")line(geometry.coordinates);
      else if(geometry.type==="MultiLineString")for(const c of geometry.coordinates||[])line(c);
    }else{
      if(geometry.type==="Polygon")polygon(geometry.coordinates);
      else if(geometry.type==="MultiPolygon")for(const p of geometry.coordinates||[])polygon(p);
    }
    return touched;
  }
  function earthlineRasterVermontCollection15872(result,fc,kind){
    let count=0;
    for(const f of (fc&&fc.features||[]))count+=earthlineRasterVermontGeometry15872(result,f&&f.geometry,kind);
    return count;
  }
  async function earthlineFetchVermontAuthoritative15872(result,boundary,myGen){
    result.vermont.applicable=earthlineVermontApplicable15872(boundary);
    if(!result.vermont.applicable)return false;
    result.vermont.attempted=true;
    try{earthlineProgress("swales","loading Vermont E911 driveway and building geometry…");}catch(_){ }
    const cacheKey=earthlineVermontCacheKey15872(boundary);
    const compact15873=fc=>({
      type:"FeatureCollection",
      features:(fc&&Array.isArray(fc.features)?fc.features:[]).map((f,i)=>({
        type:"Feature",id:f&&f.id!=null?f.id:i,
        properties:{OBJECTID:f&&f.properties&&f.properties.OBJECTID!=null?f.properties.OBJECTID:null},
        geometry:f&&f.geometry?f.geometry:null
      })).filter(f=>f.geometry&&f.geometry.type)
    });
    let drivewayData=null,buildingData=null;
    /* EARTHLINE 16482 — exact same-boundary in-memory authority reuse. The source
       object is created only after BOTH official driveway/building queries were
       verified. Reuse only when its deterministic boundary key matches exactly. */
    try{
      const memoryAuthority16482=M&&M.vermontAuthoritySource15873;
      if(memoryAuthority16482&&memoryAuthority16482.cacheKey===cacheKey&&
         memoryAuthority16482.queryVerified===true&&
         memoryAuthority16482.drivewayQueryVerified===true&&
         memoryAuthority16482.buildingQueryVerified===true&&
         memoryAuthority16482.driveways&&memoryAuthority16482.buildings){
        drivewayData=memoryAuthority16482.driveways;buildingData=memoryAuthority16482.buildings;
        result.vermont.cacheHit=true;result.vermont.cacheStore="in-memory-authority";
      }
    }catch(_){ }
    const stores15873=[];
    try{if(typeof sessionStorage!=="undefined")stores15873.push(["sessionStorage",sessionStorage]);}catch(_){ }
    try{if(typeof localStorage!=="undefined")stores15873.push(["localStorage",localStorage]);}catch(_){ }
    for(const pair15873 of stores15873){
      if(drivewayData&&buildingData)break;
      try{
        const cached=pair15873[1].getItem(cacheKey);
        if(!cached)continue;
        const parsed=JSON.parse(cached);
        if(parsed&&Date.now()-Number(parsed.savedAt||0)<30*24*3600*1000&&parsed.driveways&&parsed.buildings){
          drivewayData=parsed.driveways;buildingData=parsed.buildings;
          result.vermont.cacheHit=true;result.vermont.cacheStore=pair15873[0];break;
        }
      }catch(_){ }
    }
    try{
      if(!drivewayData||!buildingData){
        /* EARTHLINE 16458 — consume the same-generation prefetch exactly once. If
           both official transports failed, repeating the identical requests here
           only adds another timeout and cannot strengthen the verification state. */
        let prefetchSettled16458=false,prefetchResult16458=null,prefetchGen16475=null;
        if(earthlineVermontPrefetch16263.key===cacheKey&&earthlineVermontPrefetch16263.promise){
          prefetchSettled16458=true;
          prefetchGen16475=Number(earthlineVermontPrefetch16263.searchGen);
          try{
            prefetchResult16458=await earthlineVermontPrefetch16263.promise;
            if(prefetchResult16458&&prefetchResult16458.ok&&prefetchResult16458.driveways&&prefetchResult16458.buildings){
              drivewayData=prefetchResult16458.driveways;buildingData=prefetchResult16458.buildings;
              result.vermont.cacheHit=!!prefetchResult16458.cacheHit;
              result.vermont.cacheStore=prefetchResult16458.cacheStore||"same-run-prefetch";
            }
          }catch(error16458){prefetchResult16458={ok:false,error:String(error16458&&error16458.message||error16458)}}
        }
        if(!drivewayData||!buildingData){
          /* EARTHLINE 16475 — if an early target-hover/focus prefetch from the prior
             generation failed, give the governed current run one fresh official
             attempt instead of immediately forcing the slow Mapbox fallback. Do not
             duplicate a transport failure that already belongs to this generation. */
          const failedCurrentGen16475=!!(prefetchSettled16458&&prefetchResult16458&&prefetchResult16458.ok===false&&Number.isFinite(prefetchGen16475)&&prefetchGen16475===Number(myGen));
          if(failedCurrentGen16475){
            throw new Error("official Vermont infrastructure unavailable: "+String(prefetchResult16458.error||"same-run transport failure"));
          }
          const drivewayUrls16481=[result.vermont.drivewayService,result.vermont.drivewayMirrorService16481].filter(Boolean).map(service=>earthlineVermontQueryUrl15872(service,boundary));
          const buildingUrls16481=[result.vermont.buildingService,result.vermont.buildingMirrorService16481].filter(Boolean).map(service=>earthlineVermontQueryUrl15872(service,boundary));
          [drivewayData,buildingData]=await Promise.all([
            earthlineFetchFirstOfficial16481(drivewayUrls16481,6500),
            earthlineFetchFirstOfficial16481(buildingUrls16481,6500)
          ]);
        }
        drivewayData=compact15873(drivewayData);buildingData=compact15873(buildingData);
        const payload15873=JSON.stringify({savedAt:Date.now(),driveways:drivewayData,buildings:buildingData});
        const writes15873=[];
        for(const pair15873 of stores15873){
          try{pair15873[1].setItem(cacheKey,payload15873);writes15873.push(pair15873[0]);}catch(_){ }
        }
        result.vermont.cacheWrite=writes15873.join("+")||"unavailable";
      }else{
        drivewayData=compact15873(drivewayData);buildingData=compact15873(buildingData);
      }
      /* EARTHLINE 16256 — four-state authority contract. Reaching this point means
         BOTH authoritative service requests returned valid GeoJSON FeatureCollections.
         An empty FeatureCollection is a verified zero for that source in this Property
         frame, not an unavailable source. Request/parse failure still lands in catch
         below and remains fail-closed. */
      result.vermont.drivewayQueryVerified=true;
      result.vermont.buildingQueryVerified=true;
      result.vermont.queryVerified=true;
      M.vermontAuthoritySource15873={
        build:"EARTHLINE 16256",cacheKey,cacheHit:!!result.vermont.cacheHit,
        cacheStore:result.vermont.cacheStore||null,cacheWrite:result.vermont.cacheWrite||null,
        queryVerified:true,drivewayQueryVerified:true,buildingQueryVerified:true,
        driveways:drivewayData,buildings:buildingData,capturedAt:Date.now()
      };
      if(earthlineIsStale(myGen))return false;
      result.vermont.drivewayFeatureCount=earthlineRasterVermontCollection15872(result,drivewayData,"driveway");
      result.vermont.buildingFeatureCount=earthlineRasterVermontCollection15872(result,buildingData,"building");
      result.vermont.processedGeometryCount=result.vermont.drivewayFeatureCount+result.vermont.buildingFeatureCount;
      result.processedGeometryCount+=result.vermont.processedGeometryCount;
      result.vermont.ok=true;
      result.vermont.error=null;
      return true;
    }catch(err){
      result.vermont.error=String(err&&err.message||err);
      result.vermont.ok=false;
      return false;
    }
  }

  /* BUILD-CHECK-15876 — direct source-geometry exclusion enforcement.
     This is independent of the 2.2 m raster mask. Accepted corridor segments are
     compared directly with the original Vermont E911 driveway centerlines and
     VCGI building polygons. Corridors violating the same physical buffers used
     during rasterization are removed before identifiers, diagnostics, publication,
     rendering, or export. A second audit then proves the published set has zero
     source-geometry intersections. */
  function earthlineAuthorityCoord15874(c){
    return Array.isArray(c)&&Number.isFinite(Number(c[0]))&&Number.isFinite(Number(c[1]))
      ?[Number(c[0]),Number(c[1])]:null;
  }
  function earthlineAuthorityMeters15874(c,lat0){
    const p=earthlineAuthorityCoord15874(c);if(!p)return null;
    const cos=Math.max(.05,Math.cos(Number(lat0||p[1])*Math.PI/180));
    return [p[0]*111320*cos,p[1]*111320];
  }
  function earthlineAuthorityPointSegmentDistance15874(p,a,b){
    const lat0=Number(p&&p[1]||a&&a[1]||b&&b[1]||0);
    const P=earthlineAuthorityMeters15874(p,lat0),A=earthlineAuthorityMeters15874(a,lat0),B=earthlineAuthorityMeters15874(b,lat0);
    if(!P||!A||!B)return Infinity;
    const dx=B[0]-A[0],dy=B[1]-A[1],den=dx*dx+dy*dy;
    const t=den?Math.max(0,Math.min(1,((P[0]-A[0])*dx+(P[1]-A[1])*dy)/den)):0;
    return Math.hypot(P[0]-(A[0]+t*dx),P[1]-(A[1]+t*dy));
  }
  function earthlineAuthorityOrient15874(a,b,c){
    const v=(Number(b[0])-Number(a[0]))*(Number(c[1])-Number(a[1]))-(Number(b[1])-Number(a[1]))*(Number(c[0])-Number(a[0]));
    return Math.abs(v)<1e-14?0:(v>0?1:-1);
  }
  function earthlineAuthorityOnSegment15874(a,b,p){
    return Number(p[0])>=Math.min(Number(a[0]),Number(b[0]))-1e-12&&Number(p[0])<=Math.max(Number(a[0]),Number(b[0]))+1e-12&&
           Number(p[1])>=Math.min(Number(a[1]),Number(b[1]))-1e-12&&Number(p[1])<=Math.max(Number(a[1]),Number(b[1]))+1e-12;
  }
  function earthlineAuthoritySegmentsIntersect15874(a,b,c,d){
    if(!earthlineAuthorityCoord15874(a)||!earthlineAuthorityCoord15874(b)||!earthlineAuthorityCoord15874(c)||!earthlineAuthorityCoord15874(d))return false;
    const o1=earthlineAuthorityOrient15874(a,b,c),o2=earthlineAuthorityOrient15874(a,b,d),o3=earthlineAuthorityOrient15874(c,d,a),o4=earthlineAuthorityOrient15874(c,d,b);
    if(o1!==o2&&o3!==o4)return true;
    return (o1===0&&earthlineAuthorityOnSegment15874(a,b,c))||(o2===0&&earthlineAuthorityOnSegment15874(a,b,d))||
           (o3===0&&earthlineAuthorityOnSegment15874(c,d,a))||(o4===0&&earthlineAuthorityOnSegment15874(c,d,b));
  }
  function earthlineAuthoritySegmentDistance15874(a,b,c,d){
    if(earthlineAuthoritySegmentsIntersect15874(a,b,c,d))return 0;
    return Math.min(
      earthlineAuthorityPointSegmentDistance15874(a,c,d),earthlineAuthorityPointSegmentDistance15874(b,c,d),
      earthlineAuthorityPointSegmentDistance15874(c,a,b),earthlineAuthorityPointSegmentDistance15874(d,a,b)
    );
  }
  function earthlineAuthorityPointInRing15874(p,ring){
    let inside=false;
    for(let i=0,j=(ring||[]).length-1;i<(ring||[]).length;j=i++){
      const a=earthlineAuthorityCoord15874(ring[i]),b=earthlineAuthorityCoord15874(ring[j]);if(!a||!b)continue;
      if(((a[1]>p[1])!==(b[1]>p[1]))&&(p[0]<(b[0]-a[0])*(p[1]-a[1])/((b[1]-a[1])||1e-15)+a[0]))inside=!inside;
    }
    return inside;
  }
  function earthlineAuthorityLineParts15874(geometry){
    if(!geometry)return [];
    if(geometry.type==='LineString')return [geometry.coordinates||[]];
    if(geometry.type==='MultiLineString')return geometry.coordinates||[];
    return [];
  }
  function earthlineAuthorityPolygonParts15874(geometry){
    if(!geometry)return [];
    if(geometry.type==='Polygon')return [geometry.coordinates||[]];
    if(geometry.type==='MultiPolygon')return geometry.coordinates||[];
    return [];
  }
  function earthlineAuthoritySourceFeatures15874(){
    const source=M&&M.vermontAuthoritySource15873||null;
    const rows=[];
    const add=(kind,fc)=>{
      for(const [index,f] of (fc&&Array.isArray(fc.features)?fc.features:[]).entries()){
        const id=f&&f.properties&&f.properties.OBJECTID!=null?f.properties.OBJECTID:(f&&f.id!=null?f.id:index);
        if(f&&f.geometry)rows.push({kind,featureId:String(id),geometry:f.geometry,bufferM:kind==='driveway'?5.5:6});
      }
    };
    if(source){add('driveway',source.driveways);add('building',source.buildings);}
    return {source,features:rows};
  }
  function earthlineAuthorityCorridorCoords15874(swale){
    const out=[];
    for(const p of (swale&&Array.isArray(swale.pts)?swale.pts:[])){
      try{const ll=earthlineGridToLngLat(Number(p[0]),Number(p[1]));if(earthlineAuthorityCoord15874(ll))out.push([Number(ll[0]),Number(ll[1])]);}catch(_){ }
    }
    return out;
  }
  function earthlineAuthorityCorridorFeature15874(coords,feature){
    let minimumDistanceM=Infinity,rawIntersection=false;
    if(feature.kind==='driveway'){
      for(const line of earthlineAuthorityLineParts15874(feature.geometry)){
        const clean=(line||[]).map(earthlineAuthorityCoord15874).filter(Boolean);
        for(let i=1;i<coords.length;i++)for(let j=1;j<clean.length;j++){
          const d=earthlineAuthoritySegmentDistance15874(coords[i-1],coords[i],clean[j-1],clean[j]);
          minimumDistanceM=Math.min(minimumDistanceM,d);if(d===0)rawIntersection=true;
        }
      }
    }else{
      for(const rings of earthlineAuthorityPolygonParts15874(feature.geometry)){
        const outer=((rings&&rings[0])||[]).map(earthlineAuthorityCoord15874).filter(Boolean);if(outer.length<3)continue;
        for(let i=1;i<coords.length;i++){
          const a=coords[i-1],b=coords[i];
          if(earthlineAuthorityPointInRing15874(a,outer)||earthlineAuthorityPointInRing15874(b,outer))rawIntersection=true;
          for(let j=1;j<outer.length;j++){
            const d=earthlineAuthoritySegmentDistance15874(a,b,outer[j-1],outer[j]);minimumDistanceM=Math.min(minimumDistanceM,d);if(d===0)rawIntersection=true;
          }
          if(outer.length>2){
            const d=earthlineAuthoritySegmentDistance15874(a,b,outer[outer.length-1],outer[0]);minimumDistanceM=Math.min(minimumDistanceM,d);if(d===0)rawIntersection=true;
          }
        }
      }
    }
    const clearanceViolation=rawIntersection||minimumDistanceM<=Number(feature.bufferM||0)+1e-6;
    return {rawIntersection,clearanceViolation,minimumDistanceM:Number.isFinite(minimumDistanceM)?minimumDistanceM:null};
  }
  function earthlineAuthorityGeometryBBox16203(geometry){
    let minX=Infinity,minY=Infinity,maxX=-Infinity,maxY=-Infinity;
    const visit=v=>{if(!Array.isArray(v))return;if(v.length>=2&&Number.isFinite(Number(v[0]))&&Number.isFinite(Number(v[1]))){const x=Number(v[0]),y=Number(v[1]);minX=Math.min(minX,x);minY=Math.min(minY,y);maxX=Math.max(maxX,x);maxY=Math.max(maxY,y);return}for(const x of v)visit(x)};
    visit(geometry&&geometry.coordinates);return Number.isFinite(minX)?{minX,minY,maxX,maxY}:null;
  }
  function earthlineAuthorityBBoxesOverlap16203(a,b,bufferM=0){
    if(!a||!b)return true;const lat0=(a.minY+a.maxY+b.minY+b.maxY)/4,padY=Number(bufferM||0)/111320,padX=Number(bufferM||0)/(111320*Math.max(.05,Math.cos(lat0*Math.PI/180)));
    return !(a.maxX<b.minX-padX||a.minX>b.maxX+padX||a.maxY<b.minY-padY||a.minY>b.maxY+padY);
  }
  function earthlineEvaluateAuthorityCorridors15874(corridors,phase){
    const sourceRows=earthlineAuthoritySourceFeatures15874();
    const applicable=!!(M&&M.analysisBoundaryLngLat&&earthlineVermontApplicable15872(M.analysisBoundaryLngLat));
    const indexedFeatures=sourceRows.features.map((feature,index)=>({feature,index,bbox:earthlineAuthorityGeometryBBox16203(feature.geometry)}));
    const perFeature=sourceRows.features.map(f=>({kind:f.kind,featureId:f.featureId,bufferM:f.bufferM,rawIntersectionCount:0,intersectionCount:0,minimumDistanceM:null,corridorIds:[]}));
    const violatingIndexes=new Set();let rawIntersectionCount=0,intersectionCount=0,exactPairChecks16203=0,bboxSkippedPairs16203=0;
    for(const [corridorIndex,swale] of (corridors||[]).entries()){
      const coords=earthlineAuthorityCorridorCoords15874(swale);if(coords.length<2)continue;
      const corridorId=String(swale&&swale.id||swale&&swale.diagnosticCandidateId15843||('candidate-'+(corridorIndex+1)));
      const corridorBBox=earthlineAuthorityGeometryBBox16203({coordinates:coords});
      for(const item of indexedFeatures){
        const feature=item.feature;
        if(!earthlineAuthorityBBoxesOverlap16203(corridorBBox,item.bbox,Number(feature.bufferM||0))){bboxSkippedPairs16203++;continue;}
        exactPairChecks16203++;
        const hit=earthlineAuthorityCorridorFeature15874(coords,feature),row=perFeature[item.index];
        if(hit.minimumDistanceM!=null&&(row.minimumDistanceM==null||hit.minimumDistanceM<row.minimumDistanceM))row.minimumDistanceM=Number(hit.minimumDistanceM.toFixed(3));
        if(hit.rawIntersection){row.rawIntersectionCount++;rawIntersectionCount++;}
        if(hit.clearanceViolation){row.intersectionCount++;intersectionCount++;violatingIndexes.add(corridorIndex);if(row.corridorIds.length<30)row.corridorIds.push(corridorId);}
      }
    }
    return {
      build:'EARTHLINE 16236',phase:String(phase||'unknown'),applicable,
      source:'vermont-e911-driveway-and-vcgi-building-footprints',available:!!(sourceRows.source&&sourceRows.source.queryVerified===true),
      sourceFeatureCount:sourceRows.features.length,
      drivewayFeatureCount:sourceRows.features.filter(f=>f.kind==='driveway').length,
      buildingFeatureCount:sourceRows.features.filter(f=>f.kind==='building').length,
      corridorCount:Array.isArray(corridors)?corridors.length:0,
      rawIntersectionCount,intersectionCount,
      violatingCorridorCount:violatingIndexes.size,
      violatingCorridorIndexes:Array.from(violatingIndexes).sort((a,b)=>a-b),
      performance16203:{exactPairChecks:exactPairChecks16203,bboxSkippedPairs:bboxSkippedPairs16203,rule:'conservative expanded-bbox prefilter followed by unchanged exact source-geometry intersection and clearance test'},
      perFeature,capturedAt:new Date().toISOString()
    };
  }
  function earthlineFilterAuthorityCorridors15874(corridors){
    const candidate=earthlineEvaluateAuthorityCorridors15874(corridors,'candidate-prepublication');
    if(candidate.applicable&&!candidate.available){
      earthlineHaltPrescription15870('authority-source-geometry-unavailable',Object.assign({stage:'direct-source-geometry-prepublication'},candidate));
    }
    const rejected=candidate.applicable?(candidate.violatingCorridorIndexes||[]):[];
    for(let i=rejected.length-1;i>=0;i--){const index=rejected[i];if(index>=0&&index<corridors.length)corridors.splice(index,1);}
    const published=earthlineEvaluateAuthorityCorridors15874(corridors,'published-pre-identification');
    const audit={
      build:'BUILD-CHECK-15876',stage:'direct-source-geometry-prepublication',applicable:candidate.applicable,
      source:candidate.source,available:candidate.available,sourceFeatureCount:candidate.sourceFeatureCount,
      drivewayFeatureCount:candidate.drivewayFeatureCount,buildingFeatureCount:candidate.buildingFeatureCount,
      candidateCorridorCount:candidate.corridorCount,candidateIntersectionCount:candidate.intersectionCount,
      rejectedCorridorCount:rejected.length,publishedCorridorCount:published.corridorCount,
      rawIntersectionCount:published.rawIntersectionCount,intersectionCount:published.intersectionCount,
      violatingCorridorCount:published.violatingCorridorCount,perFeature:published.perFeature,
      candidatePerFeature:candidate.perFeature,capturedAt:new Date().toISOString()
    };
    if(M)M.directAuthorityGeometryAudit15874=audit;
    if(published.applicable&&published.intersectionCount>0){
      earthlineHaltPrescription15870('source-geometry-intersection',audit);
    }
    return audit;
  }
  window.earthlineEvaluateAuthorityCorridors15874=earthlineEvaluateAuthorityCorridors15874;
  window.earthlineFilterAuthorityCorridors15874=earthlineFilterAuthorityCorridors15874;
  window.earthlineDirectAuthorityGeometryAudit15874=()=>M&&M.directAuthorityGeometryAudit15874||earthlineEvaluateAuthorityCorridors15874(M&&M.swales||[],'manual');

  async function earthlineFetchOverpass15862P(result,boundary,myGen){
    /* EARTHLINE 16516 — this existing OSM/Overpass adapter is enabled only after
       earthlineCollectParcelInfrastructure15862P has determined that the official
       Vermont authority is not applicable. OSM is open-data screening evidence,
       never authoritative-local evidence and never a verified-clear zero. */
    result.overpass.attempted=true;
    result.overpass.ok=false;
    result.overpass.error=null;
    const lngs=boundary.map(p=>Number(p[0])),lats=boundary.map(p=>Number(p[1]));
    const lat0=lats.reduce((a,b)=>a+b,0)/lats.length;
    const padLat=30/111320,padLng=30/(111320*Math.max(.05,Math.cos(lat0*Math.PI/180)));
    const south=Math.min(...lats)-padLat,west=Math.min(...lngs)-padLng;
    const north=Math.max(...lats)+padLat,east=Math.max(...lngs)+padLng;
    const bbox=[south,west,north,east].map(v=>v.toFixed(7)).join(",");
    const query='[out:json][timeout:18];('+
      'way["building"]('+bbox+');relation["building"]('+bbox+');'+
      'way["highway"~"^(motorway|motorway_link|trunk|trunk_link|primary|primary_link|secondary|secondary_link|tertiary|tertiary_link|unclassified|residential|living_street|service|track|road|pedestrian|construction)$"]('+bbox+');'+
      'way["amenity"="parking"]('+bbox+');relation["amenity"="parking"]('+bbox+');'+
      'way["parking"]('+bbox+');relation["parking"]('+bbox+');'+
      'way["natural"="water"]('+bbox+');relation["natural"="water"]('+bbox+');'+
      'way["natural"="wetland"]('+bbox+');relation["natural"="wetland"]('+bbox+');'+
      'way["waterway"="riverbank"]('+bbox+');relation["waterway"="riverbank"]('+bbox+');'+
      'way["waterway"~"^(river|stream|canal|ditch|drain)$"]('+bbox+');'+
      'way["natural"="coastline"]('+bbox+');'+
      'way["water"]('+bbox+');relation["water"]('+bbox+');'+
      ');out geom;';
    const controller=typeof AbortController!=="undefined"?new AbortController():null;
    const timer=controller?setTimeout(()=>controller.abort(),14000):null;
    try{
      const response=await fetch("https://overpass-api.de/api/interpreter",{
        method:"POST",
        headers:{"Content-Type":"application/x-www-form-urlencoded;charset=UTF-8"},
        body:"data="+encodeURIComponent(query),
        signal:controller?controller.signal:undefined
      });
      result.overpass.httpStatus=response.status;
      if(!response.ok)throw new Error("HTTP "+response.status);
      const data=await response.json();
      if(earthlineIsStale(myGen))return false;
      const elements=Array.isArray(data&&data.elements)?data.elements:[];
      result.overpass.rawElementCount=elements.length;
      for(const el of elements)result.processedGeometryCount+=earthlineRasterOverpassElement15862P(result,el);
      result.overpass.ok=true;
      return result.processedGeometryCount>0;
    }catch(err){
      result.overpass.error=String(err&&err.message||err);
      return false;
    }finally{
      if(timer)clearTimeout(timer);
    }
  }
  function earthlineTilequerySamples15862P(boundary){
    const lat0=boundary.reduce((a,p)=>a+Number(p[1]),0)/boundary.length;
    const lng0=boundary.reduce((a,p)=>a+Number(p[0]),0)/boundary.length;
    const cos=Math.max(.05,Math.cos(lat0*Math.PI/180));
    const local=boundary.map(p=>[(Number(p[0])-lng0)*111320*cos,(Number(p[1])-lat0)*111320]);
    const minX=Math.min(...local.map(p=>p[0])),maxX=Math.max(...local.map(p=>p[0]));
    const minY=Math.min(...local.map(p=>p[1])),maxY=Math.max(...local.map(p=>p[1]));
    let step=24;
    const countFor=s=>Math.max(1,Math.ceil((maxX-minX)/s))*Math.max(1,Math.ceil((maxY-minY)/s));
    if(countFor(step)>140)step*=Math.sqrt(countFor(step)/140)*1.03;
    const points=[],seen=new Set();
    const add=(x,y)=>{
      if(!earthlineInfraPointInPoly15862P(x,y,local))return;
      const lng=lng0+x/(111320*cos),lat=lat0+y/111320;
      const key=lng.toFixed(6)+"|"+lat.toFixed(6);
      if(!seen.has(key)){seen.add(key);points.push([lng,lat]);}
    };
    for(let y=minY+step*.5;y<=maxY;y+=step)for(let x=minX+step*.5;x<=maxX;x+=step)add(x,y);
    add(0,0);
    for(const p of local)add(p[0],p[1]);
    return {points:points.slice(0,150),stepM:step,radiusM:Math.max(34,step*1.5)};
  }
  function earthlineRasterTilequeryFeature15862P(result,f){
    const props=f&&f.properties||{},tq=props.tilequery||{};
    const layer=String(tq.layer||"").toLowerCase();
    const originalGeometry=String(tq.geometry||"").toLowerCase();
    const coord=f&&f.geometry&&f.geometry.coordinates;
    if(!Array.isArray(coord)||!Number.isFinite(Number(coord[0]))||!Number.isFinite(Number(coord[1])))return 0;
    const gp=earthlineLngLatToGrid(Number(coord[0]),Number(coord[1]));
    const highway=String(props.class||props.type||"").toLowerCase();
    if(layer==="road"&&originalGeometry==="linestring"&&
       /motorway|trunk|primary|secondary|tertiary|street|residential|unclassified|living_street|service|driveway|parking|track|road|pedestrian|construction/.test(highway)&&
       !/rail|ferry|aerialway|path|footway|cycleway/.test(highway)){
      const core=/motorway|trunk/.test(highway)?10:/primary|secondary|tertiary/.test(highway)?8:/street|residential|unclassified|living_street|pedestrian|construction/.test(highway)?6:5;
      earthlineMarkDisk(result.roadMask,gp[0],gp[1],core/Math.max(.2,M.cellM||1));
      result.tilequery.roadPointCount++;
      return 1;
    }
    if(layer==="building"&&originalGeometry==="polygon"&&String(props.underground||"false")!=="true"){
      earthlineMarkDisk(result.buildingMask,gp[0],gp[1],8/Math.max(.2,M.cellM||1));
      result.tilequery.buildingPointCount++;
      return 1;
    }
    if(layer==="landuse"&&originalGeometry==="polygon"&&String(props.class||"").toLowerCase()==="parking"){
      earthlineMarkDisk(result.buildingMask,gp[0],gp[1],6/Math.max(.2,M.cellM||1));
      result.tilequery.parkingPointCount++;
      return 1;
    }
    return 0;
  }
  async function earthlineFetchTilequery15862P(result,boundary,myGen){
    if(typeof MAPBOX_TOKEN!=="string"||!MAPBOX_TOKEN||typeof fetch!=="function")return false;
    result.tilequery.attempted=true;
    const sample=earthlineTilequerySamples15862P(boundary);
    result.tilequery.requestCount=sample.points.length;
    let cursor=0;
    const workers=Array.from({length:Math.min(10,sample.points.length)},async()=>{
      while(cursor<sample.points.length){
        const n=cursor++,p=sample.points[n];
        if(earthlineIsStale(myGen))return;
        const url="https://api.mapbox.com/v4/mapbox.mapbox-streets-v8/tilequery/"+
          p[0].toFixed(7)+","+p[1].toFixed(7)+".json?radius="+Math.ceil(sample.radiusM)+
          "&limit=50&layers=road,building,landuse&dedupe=true&access_token="+encodeURIComponent(MAPBOX_TOKEN);
        const controller=typeof AbortController!=="undefined"?new AbortController():null;
        const timer=controller?setTimeout(()=>controller.abort(),6500):null;
        try{
          const response=await fetch(url,{signal:controller?controller.signal:undefined});
          if(response.status===401||response.status===403)result.tilequery.authFailure=true;
          if(!response.ok)throw new Error("HTTP "+response.status);
          const data=await response.json();
          result.tilequery.successCount++;
          for(const f of (data&&data.features||[])){
            const hit=earthlineRasterTilequeryFeature15862P(result,f);
            result.tilequery.evidencePointCount+=hit;
            result.processedGeometryCount+=hit;
          }
        }catch(err){
          result.tilequery.errorCount++;
        }finally{
          if(timer)clearTimeout(timer);
        }
      }
    });
    await Promise.all(workers);
    const required=Math.max(3,Math.ceil(result.tilequery.requestCount*.6));
    result.tilequery.ok=!result.tilequery.authFailure&&result.tilequery.successCount>=required&&result.tilequery.evidencePointCount>0;
    return result.tilequery.ok;
  }
  async function earthlineCollectParcelInfrastructure15862P(myGen){
    const result=earthlineInfraResult15862P();
    const boundary=Array.isArray(M.analysisBoundaryLngLat)?M.analysisBoundaryLngLat.filter(p=>Array.isArray(p)&&Number.isFinite(Number(p[0]))&&Number.isFinite(Number(p[1]))):[];
    if(boundary.length<3||typeof fetch!=="function"){
      result.status=boundary.length<3?"no-property-boundary":"fetch-unavailable";
      return result;
    }
    const address=earthlineInfraAddress15862P();
    if(address){const gp=earthlineLngLatToGrid(address[0],address[1]);earthlineMarkDisk(result.buildingMask,gp[0],gp[1],12/Math.max(.2,M.cellM||1));result.addressCoreApplied=true;result.processedGeometryCount++;}
    const vermontApplicable=earthlineVermontApplicable15872(boundary);
    const vermontOk=await earthlineFetchVermontAuthoritative15872(result,boundary,myGen);
    let overpassOk=false;
    if(!vermontOk&&!vermontApplicable){
      /* EARTHLINE 16516 — portable Property uses the existing free/open OSM adapter.
         Do not activate the dormant per-point Tilequery network fallback. Loaded
         map-style evidence is still evaluated independently by vectorNoBuild15778. */
      overpassOk=await earthlineFetchOverpass15862P(result,boundary,myGen);
    }
    const osmGeometryCount16516=Math.max(0,Number(result.overpass.roadGeometryCount||0)+Number(result.overpass.buildingGeometryCount||0)+Number(result.overpass.parkingGeometryCount||0)+Number(result.overpass.waterGeometryCount||0));
    result.openDataGeometryCount16516=osmGeometryCount16516;
    result.applied=!!(result.addressCoreApplied||result.vermont.ok||osmGeometryCount16516>0);
    result.source=result.vermont.ok?"vermont-e911-driveway-and-vcgi-building-footprints":(vermontApplicable?"vermont-authoritative-source-unavailable":(osmGeometryCount16516>0?"openstreetmap-full-geometry":(result.addressCoreApplied?"address-core-only":"none")));
    result.status=result.vermont.ok?"authoritative-vermont-geometry-applied":(vermontApplicable?"authoritative-vermont-geometry-unavailable":(osmGeometryCount16516>0?"open-data-applied":(result.overpass.attempted&&Number(result.overpass.httpStatus)===200&&!result.overpass.error?"open-data-responded-no-usable-geometry":(result.addressCoreApplied?"address-core-only":"external-infrastructure-unavailable"))));
    result.markedCellsBeforeExistingDilation=earthlineCountMask15862P(result.roadMask)+earthlineCountMask15862P(result.buildingMask);
    return result;
  }
  function earthlineInfraCoverageRecord15862P(infra){
    if(!infra)return null;
    return {
      build:infra.build,owner:infra.owner,applied:infra.applied,
      addressCoreApplied:infra.addressCoreApplied,source:infra.source,status:infra.status,
      vermont:infra.vermont,overpass:infra.overpass,tilequery:infra.tilequery,
      processedGeometryCount:infra.processedGeometryCount,
      openDataGeometryCount16516:Number(infra.openDataGeometryCount16516||0),
      markedCellsBeforeExistingDilation:infra.markedCellsBeforeExistingDilation
    };
  }

  /* EARTHLINE 16343 — one authoritative exclusion-verification state owner.
     `verificationState` owns the verdict; `verified` is derived from it so a later
     boolean assignment cannot silently contradict provenance. A verified authoritative
     zero-feature response is `verified-clear`, never `unverified`. */
  function earthlineSetVectorVerification16343(c,state,reason){
    const allowed=new Set(["verified-with-features","verified-clear","unverified","not-required"]);
    const next=allowed.has(state)?state:"unverified";
    c.verificationState=next;
    c.verified=(next==="verified-with-features"||next==="verified-clear"||next==="not-required");
    c.unverifiedReason=next==="unverified"?(String(reason||"exclusion-verification-evidence-insufficient")):null;
    return c.verified;
  }
  function earthlineVermontAuthorityVerified16343(infrastructure15862P){
    const v=infrastructure15862P&&infrastructure15862P.vermont||{};
    return !!(
      v.applicable===true&&v.attempted===true&&v.ok===true&&
      v.queryVerified===true&&v.drivewayQueryVerified===true&&v.buildingQueryVerified===true
    );
  }
  function earthlineFinalizeVectorVerification16343(c,infrastructure15862P,count,context){
    const n=Math.max(0,Number(count)||0),external=infrastructure15862P||{},v=external.vermont||{};
    const styleEvidence=!!(c.styleReady===true&&Number(c.layerCount||0)>0);
    const externalEvidence=!!external.applied;
    const vermontVerified=earthlineVermontAuthorityVerified16343(external);

    /* EARTHLINE 16516 — two-axis evidence contract.
       sourceTier: authoritative-local | open-data | none
       acquisitionResult: features-found | clear | screened-clear | failed | unavailable
       `verified` keeps its historical authoritative meaning. `publicationAllowed`
       separately decides whether terrain-derived planning may publish. */
    c.sourceTier=null;c.acquisitionResult=null;c.exclusionVerified=false;c.publicationAllowed=false;c.evidenceGrade=null;
    if(v.applicable===true){
      c.sourceTier="authoritative-local";
      if(n>0&&(styleEvidence||externalEvidence)){
        c.acquisitionResult="features-found";c.exclusionVerified=true;c.publicationAllowed=true;c.evidenceGrade="AUTHORITATIVE LOCAL DATA";
        return earthlineSetVectorVerification16343(c,"verified-with-features",null);
      }
      if(n===0&&vermontVerified){
        c.acquisitionResult="clear";c.exclusionVerified=true;c.publicationAllowed=true;c.evidenceGrade="AUTHORITATIVE LOCAL DATA";
        return earthlineSetVectorVerification16343(c,"verified-clear",null);
      }
      c.acquisitionResult="failed";c.evidenceGrade="EXCLUSION DATA QUERY FAILED · OUTPUT BLOCKED";
      let reason="exclusion-verification-evidence-insufficient";
      if(v.attempted!==true)reason="vermont-authoritative-query-not-attempted";
      else if(v.ok!==true||v.queryVerified!==true||v.drivewayQueryVerified!==true||v.buildingQueryVerified!==true)
        reason="vermont-authoritative-query-unverified"+(v.error?": "+String(v.error):"");
      earthlineSetVectorVerification16343(c,"unverified",reason);return false;
    }

    const op=external.overpass||{};
    const overpassResponded=!!(op.attempted===true&&Number(op.httpStatus)===200&&!op.error);
    const overpassFailed=!!(op.attempted===true&&!overpassResponded);
    const styleAttempted=!!(c.styleReady===true&&Number(c.layerCount||0)>0);
    const styleResponded=!!(styleAttempted&&c.styleQuerySuccess16516===true);
    const styleFailed=!!(styleAttempted&&c.styleQuerySuccess16516!==true&&c.styleQueryFailure16516===true);
    const openDataAttempted=!!(op.attempted===true||styleAttempted);
    const openDataResponded=!!(overpassResponded||styleResponded);
    const openDataFailed=!!(overpassFailed||styleFailed);
    const openGeometryCount16516=Math.max(0,
      Number(op.roadGeometryCount||0)+Number(op.buildingGeometryCount||0)+Number(op.parkingGeometryCount||0)+Number(op.waterGeometryCount||0)+
      Number(c.relevantFeatureCount||0)
    );

    if(openGeometryCount16516>0&&openDataResponded){
      c.sourceTier="open-data";c.acquisitionResult="features-found";c.publicationAllowed=true;c.exclusionVerified=false;
      c.evidenceGrade="OPEN-DATA SCREENING · FIELD VERIFICATION REQUIRED";
      c.openGeometryCount16516=openGeometryCount16516;
      c.openDataSources16539={overpass:{attempted:!!op.attempted,responded:overpassResponded,failed:overpassFailed},style:{attempted:styleAttempted,responded:styleResponded,failed:styleFailed}};
      earthlineSetVectorVerification16343(c,"unverified","open-data-screening-not-authoritative");
      return true;
    }
    if(openDataResponded){
      /* A successful zero-feature result is screened-clear, never verified-clear and
         never `unavailable`. Unavailable must be positively established, not inferred
         from a blank open-data response. A failure of one optional open source does
         not erase a successful response from another source for the same frame. */
      c.sourceTier="open-data";c.acquisitionResult="screened-clear";c.publicationAllowed=true;c.exclusionVerified=false;
      c.evidenceGrade="OPEN-DATA SCREENING · NO MAPPED EXCLUSIONS RETURNED · FIELD VERIFICATION REQUIRED";
      c.openGeometryCount16516=0;
      c.openDataSources16539={overpass:{attempted:!!op.attempted,responded:overpassResponded,failed:overpassFailed},style:{attempted:styleAttempted,responded:styleResponded,failed:styleFailed}};
      earthlineSetVectorVerification16343(c,"unverified","open-data-screened-clear-not-authoritative");
      return true;
    }
    if(openDataAttempted){
      c.sourceTier="open-data";c.acquisitionResult="failed";c.publicationAllowed=false;c.exclusionVerified=false;
      c.evidenceGrade="EXCLUSION DATA QUERY FAILED · OUTPUT BLOCKED";
      c.openDataSources16539={overpass:{attempted:!!op.attempted,responded:false,failed:overpassFailed},style:{attempted:styleAttempted,responded:false,failed:styleFailed}};
      earthlineSetVectorVerification16343(c,"unverified","all-attempted-open-data-exclusion-sources-failed");
      return false;
    }
    /* No source was actually queried. Under the portable doctrine this is a failure
       unless source absence was positively established by a capability profile. */
    c.sourceTier="none";c.acquisitionResult="failed";c.publicationAllowed=false;c.exclusionVerified=false;
    c.evidenceGrade="EXCLUSION DATA QUERY FAILED · OUTPUT BLOCKED";
    earthlineSetVectorVerification16343(c,"unverified","no-open-data-exclusion-source-query-completed");
    return false;
  }

  async function vectorNoBuild15778(myGen=M.searchGen){
    let mask=new Uint8Array(N),roadMask=new Uint8Array(N),buildingMask=new Uint8Array(N),count=0;
    M.vectorNoBuildCoverage={
      styleReady:false,layerCount:0,featureCount:0,processedFeatureCount:0,
      verificationState:"unverified",unverifiedReason:"verification-not-complete",
      sourceTier:null,acquisitionResult:null,exclusionVerified:false,publicationAllowed:false,evidenceGrade:null,
      sourceFeatureCount:0,owner:"vectorNoBuild15778",verificationOwner:"vectorNoBuild15778",
      build:"EARTHLINE 16516",readinessWait:{status:"not-started",waitedMs:0},
      verificationRule:"source tier + acquisition result own public evidence truth; legacy verified remains authoritative-only"
    };
    earthlineSetVectorVerification16343(M.vectorNoBuildCoverage,"unverified","verification-not-complete");
    /* EARTHLINE 16550 — one exclusion owner, local loaded evidence first.
       Portable Property no longer blocks behind the 14-second Overpass fallback when
       the current Mapbox style/source is already queryable for roads, structures,
       parking and mapped water. Infrastructure acquisition is lazy and is invoked
       only when style evidence cannot resolve the screened open-data verdict. */
    const portableStyleFirst16550=!!(M.propertyJurisdiction16516&&M.propertyJurisdiction16516.mode==="portable-non-vermont");
    const portablePrefetch16549=M&&M._portableInfrastructurePrefetch16549||null;
    let infrastructurePromise15862P=null;
    const infrastructure16550=()=>{
      if(!infrastructurePromise15862P){
        infrastructurePromise15862P=(portablePrefetch16549&&Number(portablePrefetch16549.searchGen)===Number(myGen)&&portablePrefetch16549.promise)
          ?portablePrefetch16549.promise
          :Promise.resolve(earthlineCollectParcelInfrastructure15862P(myGen));
      }
      return infrastructurePromise15862P;
    };
    if(!portableStyleFirst16550)infrastructure16550();
    const stylePrefetch16459=M&&M._mappedExclusionStylePrefetch16459||null;
    const rawStyleReadiness16469=(stylePrefetch16459&&Number(stylePrefetch16459.searchGen)===Number(myGen)&&stylePrefetch16459.promise)
      ?stylePrefetch16459.promise
      :(typeof earthlineWaitForMappedExclusionStyle15862B==="function"
        ?earthlineWaitForMappedExclusionStyle15862B(myGen,5000)
        :Promise.resolve({ready:mapReady(),status:mapReady()?"fallback-ready":"fallback-not-ready",waitedMs:0}));
    let styleSettled16469=false,styleReadiness16469=null;
    const styleReadinessPromise16469=Promise.resolve(rawStyleReadiness16469).then(value=>{
      styleSettled16469=true;styleReadiness16469=value;return value;
    },error=>{
      styleSettled16469=true;styleReadiness16469={ready:false,status:"readiness-error",waitedMs:0};return styleReadiness16469;
    });
    /* EARTHLINE 16550 — preserve Vermont authority independence while letting
       portable jurisdictions evaluate loaded map evidence before remote fallback. */
    let infrastructureFirst16469=null,vermontVerified16469=false,readiness;
    if(portableStyleFirst16550){
      readiness=styleSettled16469?styleReadiness16469:await styleReadinessPromise16469;
    }else{
      infrastructureFirst16469=await infrastructure16550();
      vermontVerified16469=earthlineVermontAuthorityVerified16343(infrastructureFirst16469);
      if(vermontVerified16469){
        readiness=(styleSettled16469&&styleReadiness16469&&styleReadiness16469.ready)
          ?styleReadiness16469
          :{ready:false,status:"vermont-authority-ready",waitedMs:0};
      }else{
        readiness=styleSettled16469?styleReadiness16469:await styleReadinessPromise16469;
      }
    }
    M.vectorNoBuildCoverage.readinessWait=readiness;
    if(!readiness.ready){
      const infrastructure15862P=infrastructureFirst16469||await infrastructure16550();
      earthlineMergeInfraMasks15862P(roadMask,buildingMask,infrastructure15862P);
      roadMask=earthlineDilateMask(roadMask,Math.max(1,2.5/Math.max(.2,M.cellM||1)));
      for(let i=0;i<N;i++)mask[i]=(roadMask[i]||buildingMask[i])?1:0;
      count=Number(infrastructure15862P&&infrastructure15862P.processedGeometryCount||0);
      M.vectorNoBuildMask=mask;M.vectorNoBuildCount=count;
      M.vectorNoBuildCoverage.infrastructure15862P=earthlineInfraCoverageRecord15862P(infrastructure15862P);
      M.vectorNoBuildCoverage.featureCount=count;
      M.vectorNoBuildCoverage.processedFeatureCount=count;
      earthlineFinalizeVectorVerification16343(M.vectorNoBuildCoverage,infrastructure15862P,count,"style-timeout");
      return !!(M.vectorNoBuildCoverage.verified||M.vectorNoBuildCoverage.publicationAllowed===true);
    }
    M.vectorNoBuildCoverage.styleReady=true;
    try{
      if(earthlineIsStale(myGen)){
        earthlineSetVectorVerification16343(M.vectorNoBuildCoverage,"unverified","analysis-stale-before-style-exclusion-query");
        return false;
      }
      const style=earthlineMap.getStyle()||{};
      const layers=(style.layers||[]).filter(l=>{
        const id=((l.id||"")+" "+(l["source-layer"]||"")).toLowerCase();
        const lineLike=l.type==="line";
        const areaLike=l.type==="fill"||l.type==="fill-extrusion";
        const transport=/road|street|bridge|tunnel|path|track|service|transportation|highway/.test(id);
        const structure=/building|structure|parking/.test(id);
        const mappedWater=/water|river|lake|reservoir|stream|canal|wetland/.test(id);
        // Generic land-use layers are queried because parking polygons are
        // frequently stored there. Irrelevant land-use features are discarded
        // by earthlineMappedFeatureClass15862J before rasterization.
        const genericParkingCarrier=areaLike&&/landuse|land-use/.test(id);
        return (lineLike&&(transport||structure||mappedWater))||
               (areaLike&&(transport||structure||genericParkingCarrier||mappedWater));
      });
      const layerIds=layers.map(l=>l.id);
      M.vectorNoBuildCoverage.layerCount=layers.length;
      const canvas=earthlineMap.getCanvas();
      let queryBox=[[0,0],[canvas.clientWidth,canvas.clientHeight]];
      if(Array.isArray(M.analysisBoundaryLngLat)&&M.analysisBoundaryLngLat.length>=3){
        const pts=M.analysisBoundaryLngLat.map(p=>earthlineMap.project(p)),pad=28;
        const minX=clamp(Math.min(...pts.map(p=>p.x))-pad,0,canvas.clientWidth);
        const maxX=clamp(Math.max(...pts.map(p=>p.x))+pad,0,canvas.clientWidth);
        const minY=clamp(Math.min(...pts.map(p=>p.y))-pad,0,canvas.clientHeight);
        const maxY=clamp(Math.max(...pts.map(p=>p.y))+pad,0,canvas.clientHeight);
        queryBox=[[minX,minY],[maxX,maxY]];
      }
      const all=[];let styleQuerySuccess16516=false,styleQueryFailure16516=false;
      try{if(layerIds.length){all.push(...(earthlineMap.queryRenderedFeatures(queryBox,{layers:layerIds})||[]));styleQuerySuccess16516=true;}}catch(e){styleQueryFailure16516=true;console.warn("[Earthline] rendered exclusion query",e);}
      const pairs=new Map();
      for(const l of layers)if(l.source&&l["source-layer"])pairs.set(l.source+"|"+l["source-layer"],{source:l.source,sourceLayer:l["source-layer"]});
      for(const pair of pairs.values()){
        try{for(const f of (earthlineMap.querySourceFeatures(pair.source,{sourceLayer:pair.sourceLayer})||[]))all.push(Object.assign({},f,{sourceLayer:f.sourceLayer||pair.sourceLayer}));styleQuerySuccess16516=true;}catch(e){styleQueryFailure16516=true;}
      }
      M.vectorNoBuildCoverage.styleQueryAttempted16516=layerIds.length>0;
      M.vectorNoBuildCoverage.styleQuerySuccess16516=styleQuerySuccess16516;
      M.vectorNoBuildCoverage.styleQueryFailure16516=styleQueryFailure16516;
      M.vectorNoBuildCoverage.sourceFeatureCount=all.length;
      const p=M.analysisBoundaryLngLat||[];
      const tileBox=p.length?{minLng:Math.min(...p.map(x=>x[0])),maxLng:Math.max(...p.map(x=>x[0])),minLat:Math.min(...p.map(x=>x[1])),maxLat:Math.max(...p.map(x=>x[1]))}:null;
      const seen=new Set(),bounded=[];
      for(const f of all){
        const featureClass=earthlineMappedFeatureClass15862J(f);
        if(!featureClass.relevant)continue;
        const bb=featureBBox(f);if(tileBox&&bb&&!bboxIntersects(bb,tileBox))continue;
        const key=(f.id!=null?f.id:"")+"|"+(f.sourceLayer||"")+"|"+((f.layer&&f.layer.id)||"")+"|"+(bb?[bb.minX.toFixed(5),bb.minY.toFixed(5),bb.maxX.toFixed(5),bb.maxY.toFixed(5)].join(","):"");
        if(seen.has(key))continue;
        seen.add(key);
        bounded.push(f);
        if(bounded.length>=1200)break;
      }
      M.vectorNoBuildCoverage.relevantFeatureCount=bounded.length;
      for(let i=0;i<bounded.length;i++){
        if(earthlineIsStale(myGen)){
          earthlineSetVectorVerification16343(M.vectorNoBuildCoverage,"unverified","analysis-stale-during-style-exclusion-query");
          return false;
        }
        count+=earthlineProcessMappedFeature(roadMask,buildingMask,bounded[i]);
        if((i&31)===31){earthlineProgress("hydrology","mapping roads and structures…");await earthlineTaskYield16464();}
      }
      let infrastructure15862P=null;
      if(portableStyleFirst16550&&styleQuerySuccess16516){
        /* A successful loaded-style/source query is already an open-data screening
           response under the existing evidence contract. Use exactly those mapped
           road/building/parking/water features now; do not wait for a second open-data
           source before a screened (never verified-clear) result can publish. */
        infrastructure15862P=earthlineInfraResult15862P();
        infrastructure15862P.status="map-style-screening-sufficient-16550";
        infrastructure15862P.source="loaded-map-style-open-data";
        M.vectorNoBuildCoverage.portableEvidencePath16550="loaded-style-first";
      }else{
        earthlineProgress("hydrology","mapping parcel buildings, driveways and roads…");
        infrastructure15862P=await infrastructure16550();
        if(earthlineIsStale(myGen)){
          earthlineSetVectorVerification16343(M.vectorNoBuildCoverage,"unverified","analysis-stale-after-infrastructure-retrieval");
          return false;
        }
        earthlineMergeInfraMasks15862P(roadMask,buildingMask,infrastructure15862P);
        count+=Number(infrastructure15862P&&infrastructure15862P.processedGeometryCount||0);
        M.vectorNoBuildCoverage.sourceFeatureCount+=Number(infrastructure15862P&&infrastructure15862P.overpass&&infrastructure15862P.overpass.rawElementCount||0);
        M.vectorNoBuildCoverage.portableEvidencePath16550=portableStyleFirst16550?"remote-open-data-fallback":"authority-or-existing-path";
      }
      M.vectorNoBuildCoverage.infrastructure15862P=earthlineInfraCoverageRecord15862P(infrastructure15862P);
      roadMask=earthlineDilateMask(roadMask,Math.max(1,2.5/Math.max(.2,M.cellM||1)));
      for(let i=0;i<N;i++)mask[i]=(roadMask[i]||buildingMask[i])?1:0;
      M.vectorNoBuildCoverage.processedFeatureCount=count;
      earthlineFinalizeVectorVerification16343(M.vectorNoBuildCoverage,infrastructure15862P,count,"style-ready");
    }catch(err){
      console.warn("[Earthline] "+BUILD+" mapped exclusion warning",err);
      earthlineSetVectorVerification16343(M.vectorNoBuildCoverage,"unverified","mapped-exclusion-processing-error: "+String(err&&err.message||err));
    }
    M.vectorNoBuildMask=mask;M.vectorNoBuildCount=count;
    M.vectorNoBuildStamp=[Number(M.centerLat||0).toFixed(6),Number(M.centerLng||0).toFixed(6),M.viewZoom,count,"16343"].join("|");
    M._noBuildStamp="";M.vectorNoBuildCoverage.featureCount=count;
    if(M.vectorNoBuildCoverage.verificationState==="unverified"&&!M.vectorNoBuildCoverage.unverifiedReason){
      earthlineSetVectorVerification16343(M.vectorNoBuildCoverage,"unverified","exclusion-verification-evidence-insufficient");
    }
    return !!(M.vectorNoBuildCoverage.verified||M.vectorNoBuildCoverage.publicationAllowed===true);
  }
  earthlineBuildVectorNoBuildMask=vectorNoBuild15778;
  window.earthlineBuildVectorNoBuildMask=vectorNoBuild15778;
  window.earthlineRegionalSupportAudit15778=()=>({
    build:BUILD,controller:false,aggregation:false,panelRenderer:false,layerSync:false,
    vectorExclusionOwner:"vectorNoBuild15778"
  });
})();
</script>
<script>
/* BUILD-CHECK-15781 — authoritative global swale binding.
   The legacy function declarations were physically removed in 15778.
   Keep one explicit global variable so older shared model helpers can call the
   sole authoritative implementation without a strict-mode ReferenceError. */
var prescribeSwales;

/* BUILD-CHECK-15768 — isolated real swale engine correction
   Source: BUILD-CHECK-15761.

   Direct corrections from the 15761 browser evidence:
   - The dashed regional corridor was created, but the run stopped after a partial group of
     tiles and left all visible results in the southern block.
   - "Median Spacing" remained about 100 ft because the prior prescription enforced only
     the 15 ft minimum; it did not insert missing contours when gaps exceeded 25 ft.
   - The last pointer-release coordinate was an unstable analysis anchor. The governing
     rule is the current map center/visible region at the moment Run Analysis is pressed.

   15762 therefore:
   1) anchors every regional run to earthlineMap.getCenter() at button press;
   2) uses a continuous one-column north/south strip to reduce duplicate DEM requests;
   3) retries each tile once and continues after a failed/withheld tile instead of aborting;
   4) converts every tile's grid output with that tile's saved center and cell size;
   5) replaces the sparse seed prescription with dense, real contour bands targeted to
      15–25 ft nearest-neighbor centerline spacing where terrain/exclusions permit;
   6) leaves stock Mapbox navigation unchanged.
*/
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15786";
  const TARGET_M=6.096, MIN_M=4.572, MAX_M=7.620;
  const TILE_ACRES=360;
  const TARGET_SOURCE="earthline-analysis-target-15761";
  const TARGET_LAYER="earthline-analysis-target-layer-15761";
  const COVERAGE_SOURCE="earthline-regional-coverage-15761";
  const FLOW_SOURCE="earthline-regional-flow-15761";
  const FLOW_CASING="earthline-regional-flow-casing-15761";
  const FLOW_LINE="earthline-regional-flow-line-15761";
  const FLOW_ARROWS="earthline-regional-flow-arrows-15761";
  const SWALE_SOURCE="earthline-swales";
  const RECHARGE_SOURCE="earthline-recharge-zones";
  const GRADE_SOURCE="earthline-regional-grades-15772";
  const GRADE_HEAT="earthline-regional-grade-heat-15775";
  const GRADE_HALO="earthline-regional-grade-halo-15772";
  const GRADE_CORE="earthline-regional-grade-core-15772";
  const GRADE_LABEL="earthline-regional-grade-label-15772";
  const CONTOUR_SOURCE="earthline-regional-contours-15772";
  const CONTOUR_LINE="earthline-regional-contour-line-15772";
  const CONTOUR_MAJOR="earthline-regional-contour-major-15772";
  const CONTOUR_LABEL="earthline-regional-contour-label-15772";
  const OPPORTUNITY_SOURCE="earthline-ranked-swale-opportunities-15775";
  const OPPORTUNITY_SOIL="earthline-ranked-swale-soil-15777";
  const OPPORTUNITY_PLANT="earthline-ranked-swale-plant-15777";
  const OPPORTUNITY_WATER="earthline-ranked-swale-water-15777";
  const OPPORTUNITY_LABEL="earthline-ranked-swale-label-15775";
  const OPPORTUNITY_HIT_16153="earthline-ranked-swale-hit-16153";
  const state=window.earthlineRegional15778||window.earthlineRegional15761||{
    active:false,running:false,anchor:null,swales:{type:"FeatureCollection",features:[]},
    recharge:{type:"FeatureCollection",features:[]},flow:{type:"FeatureCollection",features:[]},
    coverage:{type:"FeatureCollection",features:[]},rawCorridors:[],rawKeys:new Set(),
    spacingSamples:[],tiles:[],tileStats:[],parent:null,extent:null,withheld:0
  };
  window.__earthlineLegacyRegional15762=state;
  window.earthlineRegional15778=state;
  if(!state.grades)state.grades={type:"FeatureCollection",features:[]};
  if(!state.contours)state.contours={type:"FeatureCollection",features:[]};
  if(!state.opportunityLines)state.opportunityLines={type:"FeatureCollection",features:[]};
  const q=id=>document.getElementById(id);
  const waitFrame=()=>new Promise(r=>requestAnimationFrame(()=>r()));
  const waitMs=ms=>new Promise(r=>setTimeout(r,ms));
  const rad=d=>d*Math.PI/180;
  const metersPerLng=lat=>111320*Math.max(0.05,Math.cos(rad(lat)));
  const clampN=(v,a,b)=>Math.max(a,Math.min(b,v));
  const fmt1=n=>Number(n||0).toLocaleString("en-US",{maximumFractionDigits:1});
  const median=a=>{
    const s=(a||[]).filter(Number.isFinite).slice().sort((x,y)=>x-y);
    if(!s.length)return 0;const m=Math.floor(s.length/2);return s.length%2?s[m]:(s[m-1]+s[m])/2;
  };
  const haversineM=(a,b)=>{
    const lat=(a[1]+b[1])*0.5;
    return Math.hypot((a[0]-b[0])*metersPerLng(lat),(a[1]-b[1])*111320);
  };
  const lineLengthM=coords=>{
    let d=0;for(let i=1;i<(coords||[]).length;i++)d+=haversineM(coords[i-1],coords[i]);return d;
  };

  /* ---------- Dense real contour engine ---------- */

  function levelOfSwale(sw){
    const vals=[];
    for(const p of ((sw&&sw.pts)||[])){
      const x=clampN(Math.round(p[0]),0,GW-1),y=clampN(Math.round(p[1]),0,GH-1);
      vals.push(M.h[idx(x,y)]);
    }
    return vals.length?median(vals):0;
  }
  let earthlinePathMetricCache15770=new WeakMap();

  function earthlinePathMetrics15770(path){
    if(!path||typeof path!=="object")return null;
    const cached=earthlinePathMetricCache15770.get(path);
    if(cached)return cached;
    const pts=(typeof earthlineSamplePath15760==="function")
      ?earthlineSamplePath15760(path)
      :(path.pts||[]);
    if(!pts||!pts.length)return null;
    let minX=Infinity,minY=Infinity,maxX=-Infinity,maxY=-Infinity;
    for(const p of pts){
      minX=Math.min(minX,p[0]);maxX=Math.max(maxX,p[0]);
      minY=Math.min(minY,p[1]);maxY=Math.max(maxY,p[1]);
    }
    const metric={pts,minX,minY,maxX,maxY};
    earthlinePathMetricCache15770.set(path,metric);
    return metric;
  }

  function earthlineBBoxGapM15770(a,b){
    const ma=earthlinePathMetrics15770(a),mb=earthlinePathMetrics15770(b);
    if(!ma||!mb)return Infinity;
    const dx=ma.maxX<mb.minX?mb.minX-ma.maxX:(mb.maxX<ma.minX?ma.minX-mb.maxX:0);
    const dy=ma.maxY<mb.minY?mb.minY-ma.maxY:(mb.maxY<ma.minY?ma.minY-mb.maxY:0);
    return Math.hypot(dx,dy)*Math.max(.001,M.cellM||1);
  }

  function earthlinePathsCloserThan15770(a,b,limitM){
    const ma=earthlinePathMetrics15770(a),mb=earthlinePathMetrics15770(b);
    if(!ma||!mb)return false;
    const cell=Math.max(.001,M.cellM||1);
    const dx=ma.maxX<mb.minX?mb.minX-ma.maxX:(mb.maxX<ma.minX?ma.minX-mb.maxX:0);
    const dy=ma.maxY<mb.minY?mb.minY-ma.maxY:(mb.maxY<ma.minY?ma.minY-mb.maxY:0);
    const limitCells=limitM/cell;
    if(dx*dx+dy*dy>=limitCells*limitCells)return false;
    const limitSq=limitCells*limitCells;
    for(const p of ma.pts)for(const q of mb.pts){
      const px=p[0]-q[0],py=p[1]-q[1];
      if(px*px+py*py<limitSq)return true;
    }
    return false;
  }

  function earthlinePathDistanceFast15770(a,b,currentBestM=Infinity){
    const ma=earthlinePathMetrics15770(a),mb=earthlinePathMetrics15770(b);
    if(!ma||!mb)return Infinity;
    const cell=Math.max(.001,M.cellM||1);
    const dx=ma.maxX<mb.minX?mb.minX-ma.maxX:(mb.maxX<ma.minX?ma.minX-mb.maxX:0);
    const dy=ma.maxY<mb.minY?mb.minY-ma.maxY:(mb.maxY<ma.minY?ma.minY-mb.maxY:0);
    const lowerM=Math.hypot(dx,dy)*cell;
    if(lowerM>=currentBestM)return Infinity;
    let bestSq=Number.isFinite(currentBestM)?Math.pow(currentBestM/cell,2):Infinity;
    for(const p of ma.pts)for(const q of mb.pts){
      const px=p[0]-q[0],py=p[1]-q[1],d2=px*px+py*py;
      if(d2<bestSq)bestSq=d2;
    }
    return Number.isFinite(bestSq)?Math.sqrt(bestSq)*cell:Infinity;
  }

  function pathDistanceM(a,b){
    return earthlinePathDistanceFast15770(a,b,Infinity);
  }

  function earthlineDeterministicSpacingSample15770(list,maxCount=64){
    if(list.length<=maxCount)return list.slice();
    const out=[];
    const step=(list.length-1)/(maxCount-1);
    for(let i=0;i<maxCount;i++)out.push(list[Math.round(i*step)]);
    return out;
  }

  function spacingStats(swales){
    const list=(swales||[]).filter(s=>s&&s.pts&&s.pts.length>1);
    const sample=earthlineDeterministicSpacingSample15770(list,64);
    const nearest=[];
    for(const subject of sample){
      let best=Infinity;
      for(const other of list){
        if(subject===other)continue;
        if(subject.bandKey!=null&&other.bandKey!=null&&subject.bandKey===other.bandKey)continue;
        if(earthlineBBoxGapM15770(subject,other)>=best)continue;
        const d=earthlinePathDistanceFast15770(subject,other,best);
        if(d<best)best=d;
      }
      if(Number.isFinite(best))nearest.push(best);
    }
    nearest.sort((a,b)=>a-b);
    return {
      populationCount:list.length,
      sampleCount:nearest.length,
      sampled:list.length>sample.length,
      medianM:median(nearest),
      minM:nearest[0]||0,maxM:nearest[nearest.length-1]||0,
      meanM:nearest.length?nearest.reduce((a,b)=>a+b,0)/nearest.length:0
    };
  }
  /* BUILD-CHECK-15833 — flow-first candidate allocation test; caps and geometry generation frozen.
     FILTER remains unchanged: in-frame, non-pond, outside no-build, below the
     protected-major-channel threshold, slope-eligible, and contour-valid.
     RANK now favors safe contour candidates that cross eligible minor runoff
     paths at near-perpendicular geometry. Flow value cannot rescue an unsafe
     or off-contour candidate because those candidates never reach this stage. */
  /* BUILD-CHECK-15841-PRESELECTION-FATE-BEGIN
     Observational-only measurement of the exact-target seed-selection pool.
     This code reads the frozen scan, rank, budget, and 24-cell spacing decisions.
     It never writes M.swales and never changes score, sort, stride, spacing, or geometry. */
  let earthlineSeedSelectionContext15841=null;
  function earthlineSeedTargetDisk15841(){
    const g15841=earthlineLngLatToGrid(
      WHY_NOT_HERE_TARGET_15840.lng,
      WHY_NOT_HERE_TARGET_15840.lat
    );
    const radiusM15841=WHY_NOT_HERE_TARGET_15840.radiusFt/3.280839895;
    return {
      gx:Number(g15841[0]),gy:Number(g15841[1]),
      radiusM:radiusM15841,
      radiusCells:radiusM15841/Math.max(.001,Number(M.cellM||1))
    };
  }
  function earthlineSeedMetricsAt15841(x,y,maxAcc,minorThr,chanThr){
    const i15841=idx(x,y);
    const acc15841=Math.max(1,Number(M.acc[i15841]||1));
    const flow15841=Math.log1p(acc15841)/Math.log1p(maxAcc);
    const central15841=1-Math.min(1,Math.hypot(x-GW/2,y-GH/2)/Math.hypot(GW/2,GH/2));
    const gx15841=Number(M.h[idx(x+1,y)]||0)-Number(M.h[idx(x-1,y)]||0);
    const gy15841=Number(M.h[idx(x,y+1)]||0)-Number(M.h[idx(x,y-1)]||0);
    const gmag15841=Math.hypot(gx15841,gy15841);
    const d15841=Number(M.dir&&M.dir[i15841]);
    let crossingGeometry15841=0;
    if(gmag15841>1e-9&&d15841>=0&&d15841<8){
      const tx15841=-gy15841/gmag15841,ty15841=gx15841/gmag15841;
      const fmag15841=D8D[d15841]||1;
      const fx15841=D8X[d15841]/fmag15841,fy15841=D8Y[d15841]/fmag15841;
      crossingGeometry15841=Math.abs(tx15841*fy15841-ty15841*fx15841);
    }
    const eligibleMinor15841=acc15841>=minorThr&&acc15841<chanThr&&d15841>=0;
    const accumulationValue15841=eligibleMinor15841
      ?Math.max(0,Math.min(1,(Math.log1p(acc15841)-Math.log1p(minorThr))/Math.max(1e-9,Math.log1p(chanThr)-Math.log1p(minorThr))))
      :0;
    const flowCrossingValue15841=eligibleMinor15841
      ?crossingGeometry15841*(0.55+0.45*accumulationValue15841)
      :0;
    const legacyQuality15841=flow15841*.78+central15841*.22;
    return {
      flowCrossingValue:flowCrossingValue15841,
      legacyQuality:legacyQuality15841,
      accumulation:acc15841,
      crossingGeometry:crossingGeometry15841,
      eligibleMinor:eligibleMinor15841
    };
  }
  function earthlineObserveSeedPreselection15841(params15841){
    const ctx15841=earthlineSeedSelectionContext15841;
    if(!ctx15841||!ctx15841.record||!ctx15841.diag)return null;
    const diag15841=ctx15841.diag;
    const disk15841=earthlineSeedTargetDisk15841();
    const levelIndex15841=Number(ctx15841.levelIndex);
    const maxSeeds15841=Number(params15841.maxSeeds);
    const spacingCells15841=params15841.regional?18:24;
    const inside15841=(x15841,y15841)=>
      Math.hypot(Number(x15841)-disk15841.gx,Number(y15841)-disk15841.gy)<=disk15841.radiusCells;
    if(!diag15841.preselectionFate15841){
      const activeBuild15842=String(window.EARTHLINE_BUILD||"BUILD-CHECK-15844");
      diag15841.preselectionFate15841={
        build:activeBuild15842,
        reportBuild:activeBuild15842,
        instrumentBuild:activeBuild15842,
        runtimeBuild:activeBuild15842,
        exportSchemaBuild:activeBuild15842,
        instrumentationOriginBuild:"BUILD-CHECK-15841",
        instrument:"exact-target preselection fate",
        observationalOnly:true,
        exactTarget:{
          lat:WHY_NOT_HERE_TARGET_15840.lat,
          lng:WHY_NOT_HERE_TARGET_15840.lng,
          radiusFt:WHY_NOT_HERE_TARGET_15840.radiusFt,
          gx:disk15841.gx,gy:disk15841.gy,
          radiusCells:disk15841.radiusCells
        },
        consumedSeedBudget:maxSeeds15841,
        stride:Number(params15841.stride),
        selectionSpacingCells:spacingCells15841,
        selectionSpacingM:spacingCells15841*Math.max(.001,Number(M.cellM||1)),
        records:[],levels:[],summary:null
      };
    }
    const fate15841=diag15841.preselectionFate15841;
    const found15841=params15841.found||[];
    const actualOut15841=params15841.out||[];
    const replay15841=[];
    const idByCandidate15841=new Map();
    found15841.forEach((candidate15841,index15841)=>{
      idByCandidate15841.set(candidate15841,
        "P15841-L"+levelIndex15841+"-R"+(index15841+1));
    });
    for(let index15841=0;index15841<found15841.length;index15841++){
      const candidate15841=found15841[index15841];
      let selected15841=false,reason15841="below-seed-budget-cutoff",blocker15841=null;
      if(replay15841.length<maxSeeds15841){
        blocker15841=replay15841.find(seed15841=>
          Math.hypot(candidate15841.x-seed15841.x,candidate15841.y-seed15841.y)<=spacingCells15841
        )||null;
        if(blocker15841){
          reason15841="blocked-by-seed-spacing";
        }else{
          replay15841.push(candidate15841);
          selected15841=true;
          reason15841="selected";
        }
      }
      if(inside15841(candidate15841.x,candidate15841.y)){
        const record15841={
          selectionCandidateId:idByCandidate15841.get(candidate15841),
          levelIndex:levelIndex15841,
          elevation:Number(params15841.L),
          x:Number(candidate15841.x),y:Number(candidate15841.y),
          sampled:true,
          preselectionRank:index15841+1,
          flowCrossingValue:Number(candidate15841.flowCrossingValue||0),
          legacyQuality:Number(candidate15841.legacyQuality||0),
          selected:selected15841,
          terminalSelectionReason:reason15841
        };
        if(blocker15841){
          const distanceCells15841=Math.hypot(candidate15841.x-blocker15841.x,candidate15841.y-blocker15841.y);
          record15841.blockingSeedId=idByCandidate15841.get(blocker15841)||null;
          record15841.blockingSeedX=Number(blocker15841.x);
          record15841.blockingSeedY=Number(blocker15841.y);
          record15841.blockingDistanceCells=distanceCells15841;
          record15841.blockingDistanceM=distanceCells15841*Math.max(.001,Number(M.cellM||1));
        }
        fate15841.records.push(record15841);
      }
    }
    let notSampledTargetCount15841=0;
    const maxAcc15841=Number(params15841.maxAcc);
    const minorThr15841=Number(params15841.minorThr);
    const stride15841=Number(params15841.stride);
    const y015841=Math.max(2,Math.floor(disk15841.gy-disk15841.radiusCells));
    const y115841=Math.min(GH-3,Math.ceil(disk15841.gy+disk15841.radiusCells));
    const x015841=Math.max(2,Math.floor(disk15841.gx-disk15841.radiusCells));
    const x115841=Math.min(GW-3,Math.ceil(disk15841.gx+disk15841.radiusCells));
    for(let y15841=y015841;y15841<=y115841;y15841++)for(let x15841=x015841;x15841<=x115841;x15841++){
      if(!inside15841(x15841,y15841))continue;
      const sampledByStride15841=((y15841-2)%stride15841===0)&&((x15841-2)%stride15841===0);
      if(sampledByStride15841)continue;
      const i15841=idx(x15841,y15841);
      if(!M.inP[i15841]||M.pond[i15841]||(M.noBuildMask&&M.noBuildMask[i15841]))continue;
      if((M.acc[i15841]||0)>=params15841.chanThr||slopePct(x15841,y15841)>params15841.maxS)continue;
      if(!earthlineCellCrossesLevel(x15841,y15841,params15841.L))continue;
      const metrics15841=earthlineSeedMetricsAt15841(x15841,y15841,maxAcc15841,minorThr15841,params15841.chanThr);
      fate15841.records.push({
        selectionCandidateId:"P15841-L"+levelIndex15841+"-U"+x15841+"-"+y15841,
        levelIndex:levelIndex15841,
        elevation:Number(params15841.L),
        x:Number(x15841),y:Number(y15841),
        sampled:false,
        preselectionRank:null,
        flowCrossingValue:Number(metrics15841.flowCrossingValue||0),
        legacyQuality:Number(metrics15841.legacyQuality||0),
        selected:false,
        terminalSelectionReason:"not-sampled-by-stride"
      });
      notSampledTargetCount15841++;
    }
    const replayMatchesActual15841=
      replay15841.length===actualOut15841.length&&
      replay15841.every((candidate15841,index15841)=>candidate15841===actualOut15841[index15841]);
    fate15841.levels.push({
      levelIndex:levelIndex15841,
      elevation:Number(params15841.L),
      consumedSeedBudget:maxSeeds15841,
      sampledEligibleCandidates:found15841.length,
      selectedCount:actualOut15841.length,
      targetSampledEligibleCount:found15841.filter(candidate15841=>inside15841(candidate15841.x,candidate15841.y)).length,
      targetSelectedCount:actualOut15841.filter(candidate15841=>inside15841(candidate15841.x,candidate15841.y)).length,
      targetNotSampledByStrideCount:notSampledTargetCount15841,
      selectionReplayMatchesActual:replayMatchesActual15841
    });
    return fate15841;
  }
  function earthlineFinalizePreselectionFate15841(diag15841){
    const fate15841=diag15841&&diag15841.preselectionFate15841;
    if(!fate15841)return null;
    const counts15841=(fate15841.levels||[]).map(level15841=>Number(level15841.selectedCount||0));
    const sorted15841=counts15841.slice().sort((a15841,b15841)=>a15841-b15841);
    const frequency15841={};
    for(const count15841 of counts15841)frequency15841[count15841]=(frequency15841[count15841]||0)+1;
    const reasonCounts15841={};
    for(const record15841 of fate15841.records||[]){
      const reason15841=record15841.terminalSelectionReason||"unknown";
      reasonCounts15841[reason15841]=(reasonCounts15841[reason15841]||0)+1;
    }
    fate15841.summary={
      levelsObserved:counts15841.length,
      totalSelected:counts15841.reduce((sum15841,value15841)=>sum15841+value15841,0),
      minSelected:sorted15841.length?sorted15841[0]:0,
      maxSelected:sorted15841.length?sorted15841[sorted15841.length-1]:0,
      meanSelected:counts15841.length?counts15841.reduce((sum15841,value15841)=>sum15841+value15841,0)/counts15841.length:0,
      medianSelected:sorted15841.length?(sorted15841.length%2?sorted15841[(sorted15841.length-1)/2]:(sorted15841[sorted15841.length/2-1]+sorted15841[sorted15841.length/2])/2):0,
      selectedCountFrequency:frequency15841,
      levelsAtBudget:counts15841.filter(value15841=>value15841>=Number(fate15841.consumedSeedBudget)).length,
      targetRecordCount:(fate15841.records||[]).length,
      targetSelectedRecordCount:(fate15841.records||[]).filter(record15841=>record15841.selected).length,
      targetReasonCounts:reasonCounts15841,
      selectionReplayAllMatch:(fate15841.levels||[]).every(level15841=>level15841.selectionReplayMatchesActual)
    };
    return fate15841.summary;
  }
  /* BUILD-CHECK-15841-PRESELECTION-FATE-END */

  /* EARTHLINE 16460 — exact membership index for the existing contour seed scan.
     The same static gates and exact four-corner level-crossing test are evaluated
     once per row-major cell. Each contour level then receives the identical ordered
     cell list that the former per-level full-grid rescan would have visited. */
  let earthlineSeedLevelIndex16460=null;
  function earthlineBuildSeedLevelIndex16460(levels,maxS,chanThr,regional){
    const stride=regional?4:2,byLevel=Array.from({length:levels.length},()=>[]),levelMap=new Map();
    for(let li=0;li<levels.length;li++)levelMap.set(levels[li],li);
    const lowerBound=value=>{let lo=0,hi=levels.length;while(lo<hi){const mid=(lo+hi)>>1;if(levels[mid]<value)lo=mid+1;else hi=mid;}return lo;};
    const upperBound=value=>{let lo=0,hi=levels.length;while(lo<hi){const mid=(lo+hi)>>1;if(levels[mid]<=value)lo=mid+1;else hi=mid;}return lo;};
    let staticEligible=0,indexedMemberships=0;
    for(let y=2;y<GH-2;y+=stride)for(let x=2;x<GW-2;x+=stride){
      const i=idx(x,y);
      if(!M.inP[i]||M.pond[i]||(M.noBuildMask&&M.noBuildMask[i]))continue;
      if((M.acc[i]||0)>=chanThr||slopePct(x,y)>maxS)continue;
      const h00=M.h[i],h10=M.h[idx(x+1,y)],h01=M.h[idx(x,y+1)],h11=M.h[idx(x+1,y+1)];
      const mn=Math.min(h00,h10,h01,h11),mx=Math.max(h00,h10,h01,h11);
      if(!(mx-mn>1e-7))continue;
      staticEligible++;
      const lo=lowerBound(mn),hi=upperBound(mx);
      for(let li=lo;li<hi;li++){byLevel[li].push(i);indexedMemberships++;}
    }
    const built={searchGen:Number(M.searchGen||0),terrainStamp:String(M.terrainStamp||''),maxS:Number(maxS),chanThr:Number(chanThr),regional:!!regional,stride,levels:levels.slice(),levelMap,byLevel,staticEligible,indexedMemberships};
    window.EARTHLINE_SEED_LEVEL_INDEX_16460={build:'EARTHLINE 16460',levels:levels.length,staticEligible,indexedMemberships,stride,at:new Date().toISOString()};
    return built;
  }

  function seedCandidatesForLevel(L,maxS,chanThr,maxSeedsPerLevel){
    const found=[];
    const maxAcc=Math.max(2,M.maxAcc||2);
    const minorThr=Math.max(2,Number(streamThreshold()||2));
    const regional=!!(
      M.loc&&(
        /Regional Opportunity Tile/i.test(String(M.loc.name||""))||
        (Array.isArray(M.loc.zones)&&M.loc.zones.includes("Regional Tile"))
      )
    );
    const stride=regional?4:2;
    const maxSeeds=Math.max(0,Math.floor(Number(maxSeedsPerLevel)||0));
    let eligibleCrossingCandidates=0;

    const index16460=earthlineSeedLevelIndex16460;
    const indexed16460=!!(index16460&&Number(index16460.searchGen)===Number(M.searchGen||0)&&index16460.terrainStamp===String(M.terrainStamp||'')&&Number(index16460.maxS)===Number(maxS)&&Number(index16460.chanThr)===Number(chanThr)&&index16460.regional===regional&&index16460.stride===stride&&index16460.levelMap.has(L));
    const visit16460=indexed16460?index16460.byLevel[index16460.levelMap.get(L)]:(()=>{
      const rows=[];
      for(let y=2;y<GH-2;y+=stride)for(let x=2;x<GW-2;x+=stride){
        const i=idx(x,y);
        if(!M.inP[i]||M.pond[i]||(M.noBuildMask&&M.noBuildMask[i]))continue;
        if((M.acc[i]||0)>=chanThr||slopePct(x,y)>maxS)continue;
        if(!earthlineCellCrossesLevel(x,y,L))continue;
        rows.push(i);
      }
      return rows;
    })();
    for(const i of visit16460){
      const x=i%GW,y=(i/GW)|0;

      const acc=Math.max(1,Number(M.acc[i]||1));
      const flow=Math.log1p(acc)/Math.log1p(maxAcc);
      const central=1-Math.min(1,Math.hypot(x-GW/2,y-GH/2)/Math.hypot(GW/2,GH/2));

      /* Terrain gradient is normal to the contour. The contour tangent is its
         perpendicular. Compare that tangent with the existing D8 flow vector:
         1.0 means the runoff crosses the contour at 90 degrees; 0.0 means the
         contour runs parallel to the runoff and receives no crossing reward. */
      const gx=Number(M.h[idx(x+1,y)]||0)-Number(M.h[idx(x-1,y)]||0);
      const gy=Number(M.h[idx(x,y+1)]||0)-Number(M.h[idx(x,y-1)]||0);
      const gmag=Math.hypot(gx,gy);
      const d=Number(M.dir&&M.dir[i]);
      let crossingGeometry=0;
      if(gmag>1e-9&&d>=0&&d<8){
        const tx=-gy/gmag,ty=gx/gmag;
        const fmag=D8D[d]||1;
        const fx=D8X[d]/fmag,fy=D8Y[d]/fmag;
        crossingGeometry=Math.abs(tx*fy-ty*fx);
      }

      const eligibleMinor=acc>=minorThr&&acc<chanThr&&d>=0;
      const accumulationValue=eligibleMinor
        ?Math.max(0,Math.min(1,(Math.log1p(acc)-Math.log1p(minorThr))/Math.max(1e-9,Math.log1p(chanThr)-Math.log1p(minorThr))))
        :0;
      const flowCrossingValue=eligibleMinor
        ?crossingGeometry*(0.55+0.45*accumulationValue)
        :0;
      if(flowCrossingValue>0)eligibleCrossingCandidates++;

      /* Dominant crossing rank, followed by the previous flow/central quality.
         This is lexicographic in effect: any meaningful eligible crossing wins
         over a non-crossing candidate, while existing quality breaks ties. */
      const legacyQuality=flow*.78+central*.22;
      const score=flowCrossingValue*10+legacyQuality;
      found.push({
        x,y,score,
        flowCrossingValue,
        crossingGeometry,
        eligibleMinor,
        accumulation:acc,
        legacyQuality
      });
    }

    found.sort((a,b)=>
      b.flowCrossingValue-a.flowCrossingValue||
      b.legacyQuality-a.legacyQuality||
      b.accumulation-a.accumulation||
      a.y-b.y||a.x-b.x
    );
    const out=[];
    for(const c of found){
      if(out.every(s=>Math.hypot(c.x-s.x,c.y-s.y)>(regional?18:24)))out.push(c);
      if(out.length>=maxSeeds)break;
    }

    earthlineObserveSeedPreselection15841({
      L,maxS,chanThr,maxSeeds,regional,stride,maxAcc,minorThr,found,out
    });

    M.flowCrossingScoring15833=M.flowCrossingScoring15833||{
      build:"BUILD-CHECK-15833",
      levelsScored:0,
      candidatesScored:0,
      eligibleCrossingCandidates:0,
      selectedSeeds:0,
      selectedCrossingSeeds:0
    };
    const audit=M.flowCrossingScoring15833;
    audit.levelsScored++;
    audit.candidatesScored+=found.length;
    audit.eligibleCrossingCandidates+=eligibleCrossingCandidates;
    audit.selectedSeeds+=out.length;
    audit.selectedCrossingSeeds+=out.filter(s=>s.flowCrossingValue>0).length;
    audit.lastLevel={
      elevation:Number(L),
      candidates:found.length,
      eligibleCrossingCandidates,
      selected:out.length,
      selectedCrossings:out.filter(s=>s.flowCrossingValue>0).length
    };
    return out;
  }


  /* BUILD-CHECK-15833 — candidate-segment evidence scorer.
     This does not move, rotate, extend, or synthesize geometry. It evaluates the
     already traced contour segment against the frozen D8/accumulation field.
     The on-contour guard is a validity check; only valid segments are ranked. */
  function earthlineOnContourGuard15833(seg,L,levelStep){
    if(!Array.isArray(seg)||seg.length<3)return false;
    const tolerance=Math.max(0.35,Number(levelStep||1)*0.75);
    let checked=0,maxDeviation=0,sumDeviation=0;
    const stride=Math.max(1,Math.floor(seg.length/24));
    for(let p=0;p<seg.length;p+=stride){
      const x=Math.max(0,Math.min(GW-1,Math.round(seg[p][0])));
      const y=Math.max(0,Math.min(GH-1,Math.round(seg[p][1])));
      const h=Number(M.h[idx(x,y)]);
      if(!Number.isFinite(h))continue;
      const dev=Math.abs(h-Number(L));
      checked++;sumDeviation+=dev;if(dev>maxDeviation)maxDeviation=dev;
    }
    if(!checked)return false;
    return (sumDeviation/checked)<=tolerance&&maxDeviation<=tolerance*2.2;
  }

  /* EARTHLINE 16457 — performance only. Preserve the exact flow-evidence score,
     crossing counts, high-energy counts and sorted path IDs. Cache the cell-local
     terms that do not depend on the contour tangent, use numeric hit keys while
     scoring, and allocate the very large per-hit diagnostic object stream only for
     the one C8 instrumentation candidate that consumes it. No selection input changes. */
  let earthlineFlowEvidenceCellCache16457=null;
  function earthlineSegmentFlowEvidence15833(seg,chanThr,captureEvents15835=false){
    const minorThr=Math.max(2,Number(streamThreshold()||2));
    const maxAcc=Math.max(minorThr+1,Number(M.maxAcc||minorThr+1));
    const cacheKey16457=[Number(M.searchGen||0),minorThr,Number(chanThr),maxAcc,String(M.terrainStamp||'')].join('|');
    if(!earthlineFlowEvidenceCellCache16457||earthlineFlowEvidenceCellCache16457.key!==cacheKey16457){
      const weight=new Float64Array(N);weight.fill(NaN);
      earthlineFlowEvidenceCellCache16457={key:cacheKey16457,weight,high:new Uint8Array(N)};
    }
    const cellCache16457=earthlineFlowEvidenceCellCache16457;
    const logMinor16457=Math.log1p(minorThr),logMax16457=Math.log1p(maxAcc),logRange16457=Math.max(1e-9,logMax16457-logMinor16457);
    let best=0,total=0,hits=0,highEnergyHits=0;
    const pathKeys16457=new Set(),hitEvents15835=[];
    if(!Array.isArray(seg)||seg.length<2){
      return {score:0,bestCrossing:0,crossingHits:0,highEnergyHits:0,pathIds:[],hitEvents15835:[]};
    }
    for(let p=1;p<seg.length;p++){
      const ax=Number(seg[p-1][0]),ay=Number(seg[p-1][1]);
      const bx=Number(seg[p][0]),by=Number(seg[p][1]);
      const sx=bx-ax,sy=by-ay,smag=Math.hypot(sx,sy)||1;
      const tx=sx/smag,ty=sy/smag;
      const steps=Math.max(1,Math.ceil(smag));
      for(let k=0;k<=steps;k++){
        const q=k/steps;
        const sampleX=ax+(bx-ax)*q,sampleY=ay+(by-ay)*q;
        const cx=Math.round(sampleX),cy=Math.round(sampleY);
        for(let oy=-1;oy<=1;oy++)for(let ox=-1;ox<=1;ox++){
          const x=cx+ox,y=cy+oy;
          if(x<1||y<1||x>=GW-1||y>=GH-1)continue;
          const i=idx(x,y),acc=Math.max(1,Number(M.acc[i]||1));
          const d=Number(M.dir&&M.dir[i]);
          if(acc<minorThr||acc>=chanThr||d<0||d>=8)continue;
          const fmag=D8D[d]||1,fx=D8X[d]/fmag,fy=D8Y[d]/fmag;
          const crossing=Math.abs(tx*fy-ty*fx);
          if(crossing<0.35)continue;
          let weight16457=cellCache16457.weight[i];
          let localSlope16457=0,streamPower16457=0,accNorm16457=0;
          if(!Number.isFinite(weight16457)){
            accNorm16457=Math.max(0,Math.min(1,(Math.log1p(acc)-logMinor16457)/logRange16457));
            localSlope16457=Math.max(0,Number(slopePct(x,y)||0));
            streamPower16457=Math.log1p(acc*Math.max(0.01,localSlope16457/100));
            weight16457=0.45+0.35*accNorm16457+0.20*Math.min(1,streamPower16457/logMax16457);
            cellCache16457.weight[i]=weight16457;
            if(accNorm16457>=0.75)cellCache16457.high[i]=1;
          }
          const value=crossing*weight16457;
          best=Math.max(best,value);total+=value;hits++;
          if(cellCache16457.high[i])highEnergyHits++;
          pathKeys16457.add(i*8+d);
          if(captureEvents15835){
            if(!localSlope16457){localSlope16457=Math.max(0,Number(slopePct(x,y)||0));streamPower16457=Math.log1p(acc*Math.max(0.01,localSlope16457/100));}
            const hitCellId='d8-'+x+'-'+y+'-'+d;
            hitEvents15835.push({
              eventId:'fh-'+String(hitEvents15835.length+1).padStart(4,'0'),
              segmentIndex:p-1,sampleIndex:k,sampleFraction:q,
              sourceSegmentPoint:[sampleX,sampleY],sampleCell:[cx,cy],
              neighborhoodOffset:[ox,oy],hitCellId,x,y,cellIndex:i,
              accumulation:acc,direction:d,flowVector:[fx,fy],
              contourTangent:[tx,ty],crossingGeometry:crossing,
              localSlopePct:localSlope16457,streamPowerProxy:streamPower16457,value
            });
          }
        }
      }
    }
    const unique=Math.max(1,pathKeys16457.size);
    const score=best*12+Math.min(4,total/Math.max(1,hits))*2+Math.min(3,Math.log1p(unique));
    const pathIds=Array.from(pathKeys16457,key16457=>{
      const d16457=key16457%8,i16457=(key16457-d16457)/8,x16457=i16457%GW,y16457=(i16457/GW)|0;
      return 'd8-'+x16457+'-'+y16457+'-'+d16457;
    }).sort();
    return {score,bestCrossing:best,crossingHits:hits,highEnergyHits,pathIds,hitEvents15835};
  }


  /* BUILD-CHECK-15791 — authoritative canopy precondition.
     The cooperative canopy function added in 15683 was accidentally nested inside
     init(), so the global name still resolved to the older synchronous function,
     which returns undefined. The prescriber interpreted that undefined as failure
     and returned before touching the DEM. Keep the authoritative precondition in
     the same scope as the authoritative prescriber and call it directly. */
  async function earthlineBuildCanopyField15791(myGen=M.searchGen){
    _canopyData=null;_impervData=null;_satRgbaData=null;
    if(!(M.realMode&&M.satCanvas))return true;
    try{
      const small=document.createElement("canvas");small.width=GW;small.height=GH;
      const g=small.getContext("2d",{willReadFrequently:true});
      g.drawImage(M.satCanvas,0,0,GW,GH);
      const id=g.getImageData(0,0,GW,GH).data;
      _satRgbaData=id;_canopyW=GW;_canopyH=GH;
      _canopyData=new Float32Array(N);_impervData=new Float32Array(N);
      for(let y=0;y<GH;y++){
        let p=y*GW*4,q=y*GW;
        for(let x=0;x<GW;x++,p+=4,q++){
          const r=id[p],gg=id[p+1],b=id[p+2];
          const green=gg-(r+b)/2,lum=(r+gg+b)/3;
          let c=0;
          if(lum<95&&green>12)c=0.55+Math.min(0.4,(green-12)/40);
          else if(green>22&&lum<140)c=0.45+Math.min(0.4,(green-22)/40);
          if(lum>160||r>=gg)c=0;
          _canopyData[q]=clamp(c,0,1);
          const mx=Math.max(r,gg,b),mn=Math.min(r,gg,b),sat=mx?(mx-mn)/mx:0;
          let imp=0;
          if(green<14&&c<0.25){
            if(lum>160&&sat<0.20)imp=0.75;
            else if(lum>=55&&lum<=160&&sat<0.18)imp=0.62;
            else if(b>=r&&b>gg-2&&lum>70&&sat<0.32)imp=0.60;
            else if(lum>=50&&lum<=120&&sat<0.22)imp=0.55;
          }
          _impervData[q]=clamp(imp,0,1);
        }
        if((y&7)===7){
          if(earthlineIsStale(myGen))return false;
          await earthlineTaskYield16464();
        }
      }
      return !earthlineIsStale(myGen);
    }catch(e){
      console.warn("[Earthline] BUILD-CHECK-15791 grid-scale canopy classification skipped",e);
      _canopyData=null;_impervData=null;_satRgbaData=null;
      return true;
    }
  }


  /* BUILD-CHECK-15876 — permanent prescription precondition and authoritative Vermont infrastructure gate.
     This is integrated into the 15861G engine. It does not create a second
     prescription engine and it never treats a blank swale source as success. */
  class EarthlinePrescriptionHalt extends Error{
    constructor(code,detail={}){
      super(String(code||"prescription-halted"));
      this.name="EarthlinePrescriptionHalt";
      this.code=String(code||"prescription-halted");
      this.detail=detail||{};
    }
  }
  window.EarthlinePrescriptionHalt=EarthlinePrescriptionHalt;

  function earthlineMaskFrameIdentity15870(){
    const boundary=(M&&((Array.isArray(M.analysisBoundaryLngLat)&&M.analysisBoundaryLngLat)||(Array.isArray(M.analysisBoundary)&&M.analysisBoundary)))||[];
    const roundedBoundary=boundary.map(p=>Array.isArray(p)?[Number(Number(p[0]).toFixed(8)),Number(Number(p[1]).toFixed(8))]:p);
    const loc=M&&M.loc||{};
    const payload={
      grid:[Number(GW),Number(GH)],
      cellM:Number(Number(M&&M.cellM||0).toFixed(9)),
      center:[Number(Number(M&&M.centerLng||loc.lng||0).toFixed(8)),Number(Number(M&&M.centerLat||loc.lat||0).toFixed(8))],
      boundary:roundedBoundary,
      noBuildStamp:typeof earthlineCurrentNoBuildStamp15870==="function"?earthlineCurrentNoBuildStamp15870():null
    };
    return typeof earthlineHashBytes15843==="function"?earthlineHashBytes15843(JSON.stringify(payload)):JSON.stringify(payload);
  }

  function earthlineValidateNoBuildMask15870(stage,requireFrozen=false){
    const expected=Number(GW)*Number(GH);
    const mask=M&&M.noBuildMask;
    const provenance=M&&M.noBuildProvenance15843||null;
    const currentStamp=typeof earthlineCurrentNoBuildStamp15870==="function"?earthlineCurrentNoBuildStamp15870():null;
    const frameIdentity=earthlineMaskFrameIdentity15870();
    const reasons=[];
    if(!mask)reasons.push("mask-missing");
    if(mask&&Number(mask.length)!==expected)reasons.push("mask-dimension-mismatch");
    if(!provenance)reasons.push("mask-provenance-missing");
    if(provenance&&provenance.grid&&(Number(provenance.grid.width)!==Number(GW)||Number(provenance.grid.height)!==Number(GH)))reasons.push("provenance-grid-mismatch");
    if(currentStamp!=null&&M&&M._noBuildStamp!==currentStamp)reasons.push("mask-frame-stamp-mismatch");
    if(currentStamp!=null&&provenance&&provenance.noBuildStamp!==currentStamp)reasons.push("provenance-frame-stamp-mismatch");
    const frozen=M&&M.prescriptionNoBuildRun15843||null;
    if(requireFrozen){
      if(!frozen||!frozen.active)reasons.push("mask-not-frozen");
      if(frozen&&Number(frozen.searchGen)!==Number(M.searchGen))reasons.push("frozen-mask-search-generation-mismatch");
      if(frozen&&(!frozen.noBuildMask||Number(frozen.noBuildMask.length)!==expected))reasons.push("frozen-mask-dimension-mismatch");
      if(frozen&&frozen.provenance&&currentStamp!=null&&frozen.provenance.noBuildStamp!==currentStamp)reasons.push("frozen-mask-frame-stamp-mismatch");
    }
    const audit={
      build:"BUILD-CHECK-15876",stage:String(stage||"unknown"),valid:reasons.length===0,
      reasons,expectedLength:expected,actualLength:mask?Number(mask.length):0,
      dimensions:{width:Number(GW),height:Number(GH)},frameIdentity,
      frameIdentityMatches:!reasons.some(r=>/frame|generation/.test(r)),
      frozenBeforePrescription:requireFrozen?!reasons.some(r=>/frozen/.test(r)):null,
      searchGen:M&&M.searchGen,capturedAt:new Date().toISOString()
    };
    if(M)M.prescriptionMaskAudit15870=audit;
    return audit;
  }

  function earthlineHaltPrescription15870(code,audit){
    const halt={
      build:"BUILD-CHECK-15876",code:String(code),stage:audit&&audit.stage||"pre-prescription",
      audit:audit||null,capturedAt:new Date().toISOString()
    };
    if(M){M.prescriptionHalt15870=halt;M.analysisReady=false;M.prescriptionZeroReason15870=null;}
    try{earthlineReady("Analysis stopped: "+String(code));}catch(_){ }
    throw new EarthlinePrescriptionHalt(code,halt);
  }

  function earthlineLegitimateZeroReason15870(){
    const d=M&&M.swaleDiagnostics||null;
    const st=d&&d.stage||{};
    if(!M||!M.inP||!M.inP.length)return "property-too-small";
    if(d&&Number(d.slopeSafe||0)===0)return "no-suitable-slope-corridors";
    if(d&&Number(d.usable||0)===0)return "all-candidates-excluded";
    if(Number(st.traces||0)===0||Number(st.segments||0)===0)return "no-contour-traces";
    if(Number(st.candidates||0)>0&&Number(st.final||0)===0)return "all-candidates-excluded";
    return "no-suitable-slope-corridors";
  }

  window.earthlineRecoveryPreflight15870=function(){
    const audit=earthlineValidateNoBuildMask15870("manual-preflight",false);
    return {
      build:"BUILD-CHECK-15876",
      noBuildMaskValid:!!audit.valid,
      noBuildMaskConstructed:!!(M&&M.noBuildMask&&M.noBuildMask.length===Number(GW)*Number(GH)),
      dimensions:audit.dimensions,
      expectedLength:audit.expectedLength,
      actualLength:audit.actualLength,
      frameIdentityMatches:!!audit.frameIdentityMatches,
      prescriberCorridors:M&&Array.isArray(M.swales)?M.swales.length:0,
      haltCode:M&&M.prescriptionHalt15870&&M.prescriptionHalt15870.code||null,
      legitimateZeroReason:M&&M.prescriptionZeroReason15870||null,
      analysisReady:!!(M&&M.analysisReady),
      pageErrors:Array.isArray(window.EARTHLINE_RUNTIME_ERRORS_15857)?window.EARTHLINE_RUNTIME_ERRORS_15857.length:0
    };
  };

  async function prescribeSwales15778(myGen=M.searchGen){
    const started=performance.now();
    earthlinePathMetricCache15770=new WeakMap();
    earthlineProgress("swales","building road, structure, and waterway exclusions…");
    earthlineRecordTerrainHandoff15791("prescriber-entry",myGen);
    const canopyReady15791=await earthlineBuildCanopyField15791(myGen);
    M.terrainHandoff15791=M.terrainHandoff15791||{build:"BUILD-CHECK-15791",checkpoints:{}};
    M.terrainHandoff15791.canopy={
      owner:"earthlineBuildCanopyField15791",result:canopyReady15791,
      realMode:!!M.realMode,satelliteCanvas:!!M.satCanvas,
      stale:earthlineIsStale(myGen),capturedAt:new Date().toISOString()
    };
    if(earthlineIsStale(myGen))return false;
    // Canopy/impervious evidence is optional. Its failure must not suppress the
    // terrain, pond, channel, water, parcel, or existing vector safety mask.
    if(canopyReady15791===false){
      M.optionalCanopyUnavailable15870=true;
      console.warn("[Earthline] BUILD-CHECK-15876 optional canopy field unavailable; continuing with authoritative terrain-derived mask inputs.");
    }
    earthlineRecordTerrainHandoff15791("after-canopy",myGen);
    M.prescriptionHalt15870=null;
    M.prescriptionZeroReason15870=null;
    earthlineBuildNoBuildMask();
    const maskAuditPreFreeze15870=earthlineValidateNoBuildMask15870("after-mask-build",false);
    if(!maskAuditPreFreeze15870.valid)earthlineHaltPrescription15870("no-build-mask-unavailable",maskAuditPreFreeze15870);
    const infra15872=M&&M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.infrastructure15862P||null;
    if(infra15872&&infra15872.vermont&&infra15872.vermont.applicable&&!infra15872.vermont.ok){
      earthlineHaltPrescription15870("authoritative-vermont-infrastructure-unavailable",{
        stage:"authoritative-infrastructure",vermont:infra15872.vermont,source:infra15872.source||null
      });
    }
    if(M.noBuildProvenance15843){
      M.noBuildProvenance15843.prescriptionMaskFrozenAtStart=true;
      M.noBuildProvenance15843.frameIdentity15870=maskAuditPreFreeze15870.frameIdentity;
    }
    M.prescriptionNoBuildRun15843={
      build:String(window.EARTHLINE_BUILD||"BUILD-CHECK-15876"),
      active:true,searchGen:M.searchGen,capturedAt:new Date().toISOString(),
      noBuildMask:M.noBuildMask&&M.noBuildMask.slice?M.noBuildMask.slice():M.noBuildMask,
      hardCoreMask:M.hardCoreMask&&M.hardCoreMask.slice?M.hardCoreMask.slice():M.hardCoreMask,
      provenance:M.noBuildProvenance15843?JSON.parse(JSON.stringify(M.noBuildProvenance15843)):null
    };
    const maskAuditFrozen15870=earthlineValidateNoBuildMask15870("frozen-before-prescription",true);
    if(!maskAuditFrozen15870.valid)earthlineHaltPrescription15870("no-build-mask-unavailable",maskAuditFrozen15870);
    M.swaleDiagnostics=earthlineCollectSwaleDiagnostics();
    M.swaleDiagnostics.engine="prescribeSwales15778";
    M.swaleDiagnostics.stage={
      levels:0,seeds:0,traces:0,segments:0,
      rejectShort:0,rejectOverlap:0,rejectConversion:0,
      candidates:0,beforeDedupe:0,rejectFinalSpacing:0,afterDedupe:0,final:0
    };

    // BUILD-CHECK-15769 — deterministic performance budget.
    // Regional runs execute this engine once for every DEM tile, so they receive
    // a smaller per-tile work budget. Property analyses retain a denser budget.
    const isRegionalTile15769=!!(
      M.loc && (
        /Regional Opportunity Tile/i.test(String(M.loc.name||"")) ||
        (Array.isArray(M.loc.zones)&&M.loc.zones.includes("Regional Tile"))
      )
    );
    const work15771=isRegionalTile15769
      ? {maxLevels:14,maxSeedsPerLevel:4,maxCandidates:10,maxFinal:6,perLevel:1,maxMs:2000}
      : {maxLevels:72,maxSeedsPerLevel:16,maxCandidates:256,maxFinal:200,perLevel:16,maxMs:120000};

    // Property mode keeps the real 15–25 ft construction target.
    // Regional mode is a macro opportunity screen, so its band spacing must
    // remain resolvable at the tile's actual ground-cell size.
    const targetSpacingM15771=isRegionalTile15769
      ?Math.max(24,Math.min(60,Math.max(1,M.cellM||1)*4))
      :TARGET_M;
    const minSpacingM15771=isRegionalTile15769?targetSpacingM15771*.68:MIN_M;
    const maxSpacingM15771=isRegionalTile15769?targetSpacingM15771*1.40:MAX_M;
    const deadline15771=started+work15771.maxMs;

    /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
    const effectiveSeedBudget15841=isRegionalTile15769?2:work15771.maxSeedsPerLevel;
    const coverageDiag15803=earthlineCreateCoverageDiagnostic15803(
      work15771,isRegionalTile15769,effectiveSeedBudget15841
    );
    const candidateRecord15803=new WeakMap();
    let candidateTermination15803="exhausted-levels";
    let finalTermination15803="exhausted-candidates";
    let seedsVisited15803=0,seedsUnvisited15803=0;
    M.coverageDiagnostic15803=coverageDiag15803;
    /* BUILD-CHECK-15803-DIAGNOSTIC-END */

    M.swaleDiagnostics.performanceBudget=Object.assign({
      regionalTile:isRegionalTile15769,
      scaleMode:isRegionalTile15769?"regional-opportunity":"property-engineering",
      targetSpacingM:targetSpacingM15771
    },work15771);
    await earthlineTaskYield16464();

    M.flowCrossingScoring15833={
      build:"BUILD-CHECK-15833",
      baseline:"BUILD-CHECK-15830",
      method:"filter-then-rank eligible-minor-flow crossing",
      levelsScored:0,candidatesScored:0,eligibleCrossingCandidates:0,
      selectedSeeds:0,selectedCrossingSeeds:0
    };
    const thr=streamThreshold(),chanThr=thr*3.2,maxS=33;
    /* EARTHLINE 16321 — lazy exact safety memo. No full-grid precompute. */
    M.earthlineTraceSafeCache16320={
      build:"EARTHLINE 16321",searchGen:M.searchGen,maxS,
      mask:new Uint8Array(N),known:new Uint8Array(N),
      safeCells:0,hits:0,misses:0,mode:"lazy-exact"
    };
    M.swaleSubstage16321={
      build:"EARTHLINE 16321",stage:"preparing",
      startedAt:performance.now(),updatedAt:new Date().toISOString()
    };
    const medSlopeRaw=Number(medianSlopeInParcel());
    const medSlope=clampN(Number.isFinite(medSlopeRaw)?medSlopeRaw:0.012,0.012,0.45);

    // BUILD-CHECK-15790 — instrument the very first stage of prescription.
    // The 15789 Essex diagnostic proved that no rejection counter fired because
    // the level generator produced zero levels. Record both the DEM supplied to
    // the prescriber and the filtered elevation domain used to build levels.
    const elevationArrayLength=M.h&&Number.isFinite(Number(M.h.length))?Number(M.h.length):0;
    let rawMinH=Infinity,rawMaxH=-Infinity,rawFiniteCount=0,inParcelCount=0;
    let minH=Infinity,maxH=-Infinity,safeCount=0;
    let skippedPond=0,skippedNoBuild=0,skippedChannel=0,skippedSlope=0,skippedNonFinite=0;
    for(let y=2;y<GH-2;y++)for(let x=2;x<GW-2;x++){
      const i=idx(x,y);
      if(!M.inP[i])continue;
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      const zone15803=earthlineCoverageZone15803(coverageDiag15803,x,y);
      zone15803.inParcelCells++;coverageDiag15803.totals.inParcelCells++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      inParcelCount++;
      const h=Number(M.h&&M.h[i]);
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if(!Number.isFinite(h))zone15803.exclusions.nonFinite++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      if(!Number.isFinite(h)){skippedNonFinite++;continue;}
      rawMinH=Math.min(rawMinH,h);rawMaxH=Math.max(rawMaxH,h);rawFiniteCount++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if(M.pond[i])zone15803.exclusions.ponding++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      if(M.pond[i]){skippedPond++;continue;}
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if(M.noBuildMask&&M.noBuildMask[i])zone15803.exclusions.noBuild++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      if(M.noBuildMask&&M.noBuildMask[i]){skippedNoBuild++;continue;}
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if((M.acc[i]||0)>=chanThr)zone15803.exclusions.channel++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      if((M.acc[i]||0)>=chanThr){skippedChannel++;continue;}
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if(slopePct(x,y)>maxS)zone15803.exclusions.slope++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      if(slopePct(x,y)>maxS){skippedSlope++;continue;}
      minH=Math.min(minH,h);maxH=Math.max(maxH,h);safeCount++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      zone15803.safeCells++;coverageDiag15803.totals.safeCells++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
    }

    let levelDomainFallback="none";
    // A valid DEM must never silently disappear merely because every cell was
    // filtered before level creation. Use the finite parcel DEM only to establish
    // contour elevations; candidate seeds still honor all physical exclusions.
    if((!safeCount||!Number.isFinite(minH)||!Number.isFinite(maxH))&&rawFiniteCount>0){
      minH=rawMinH;maxH=rawMaxH;levelDomainFallback="raw-parcel-dem";
    }

    const heightRange=Number(maxH)-Number(minH);
    M.swaleDiagnostics.levelGenerator={
      minH:Number.isFinite(minH)?Number(minH):null,
      maxH:Number.isFinite(maxH)?Number(maxH):null,
      rawMinH:Number.isFinite(rawMinH)?Number(rawMinH):null,
      rawMaxH:Number.isFinite(rawMaxH)?Number(rawMaxH):null,
      medSlopeRaw:Number.isFinite(medSlopeRaw)?medSlopeRaw:null,
      medSlope,
      levelStep:null,
      cellM:Number(M.cellM||0),
      GW:Number(GW),GH:Number(GH),N:Number(N),
      elevationArrayLength,
      inParcelCount,rawFiniteCount,safeCount,
      skippedPond,skippedNoBuild,skippedChannel,skippedSlope,skippedNonFinite,
      channelThreshold:Number(chanThr),maxSlopePct:Number(maxS),
      heightRange:Number.isFinite(heightRange)?heightRange:null,
      levelDomainFallback,
      assertion:null
    };

    if(!rawFiniteCount||elevationArrayLength===0){
      M.swaleDiagnostics.levelGenerator.assertion="EMPTY_ELEVATION_GRID";
      console.error("[Earthline] BUILD-CHECK-15790 empty elevation grid passed to prescriber",M.swaleDiagnostics.levelGenerator);
      M.swales=[];M.spacingStats=spacingStats([]);
      if(M.prescriptionNoBuildRun15843)M.prescriptionNoBuildRun15843.active=false;
      return [];
    }
    if(!Number.isFinite(minH)||!Number.isFinite(maxH)||!(maxH>minH)){
      M.swaleDiagnostics.levelGenerator.assertion="INVALID_OR_FLAT_HEIGHT_RANGE";
      console.error("[Earthline] BUILD-CHECK-15790 level range assertion failed",M.swaleDiagnostics.levelGenerator);
      M.swales=[];M.spacingStats=spacingStats([]);
      if(M.prescriptionNoBuildRun15843)M.prescriptionNoBuildRun15843.active=false;
      return [];
    }

    let levelStepRaw=medSlope*targetSpacingM15771;
    let levelStep=(Number.isFinite(levelStepRaw)&&levelStepRaw>0)?Math.max(0.08,levelStepRaw):NaN;
    const range=maxH-minH;
    const maxLevels=Math.max(1,Number(work15771.maxLevels)||1);
    if(!Number.isFinite(levelStep)||levelStep<=0){
      levelStep=Math.max(0.08,range/maxLevels);
      M.swaleDiagnostics.levelGenerator.levelStepGuard="nonfinite-or-nonpositive";
    }
    if(range/levelStep>maxLevels)levelStep=range/maxLevels;
    if(!Number.isFinite(levelStep)||levelStep<=0){
      levelStep=Math.max(0.08,range);
      M.swaleDiagnostics.levelGenerator.levelStepGuard="final-fallback";
    }

    const swales=[];
    const claimMask=new Uint8Array(N);
    const claimR=Math.max(0,Math.floor((minSpacingM15771/Math.max(.001,M.cellM||1))*.35));
    const levels=[];
    const base=minH+levelStep*.5;
    const levelEnd=maxH-levelStep*.15;
    for(let L=base,guard=0;L<=levelEnd&&guard<maxLevels;L+=levelStep,guard++)levels.push(L);
    // A non-flat valid DEM must always yield at least one level. This midpoint
    // fallback is bounded and cannot create an infinite loop.
    if(!levels.length&&maxH>minH){
      levels.push((minH+maxH)/2);
      M.swaleDiagnostics.levelGenerator.midpointFallback=true;
    }
    M.swaleDiagnostics.stage.levels=levels.length;
    /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
    coverageDiag15803.termination.levelsTotal=levels.length;
    coverageDiag15803.levels={
      count:levels.length,first:levels.length?Number(levels[0]):null,
      last:levels.length?Number(levels[levels.length-1]):null,
      levelStep:Number(levelStep),minH:Number(minH),maxH:Number(maxH)
    };
    /* BUILD-CHECK-15803-DIAGNOSTIC-END */
    M.swaleDiagnostics.levelStepM=Number(levelStep.toFixed(4));
    earthlineSeedLevelIndex16460=earthlineBuildSeedLevelIndex16460(levels,maxS,chanThr,!!isRegionalTile15769);
    Object.assign(M.swaleDiagnostics.levelGenerator,{
      minH:Number(minH),maxH:Number(maxH),heightRange:Number(range),
      levelStepRaw:Number.isFinite(levelStepRaw)?Number(levelStepRaw):null,
      levelStep:Number(levelStep),levels:Number(levels.length),
      firstLevel:levels.length?Number(levels[0]):null,
      lastLevel:levels.length?Number(levels[levels.length-1]):null,
      assertion:levels.length?"PASS_NONZERO_LEVELS":"ZERO_LEVELS"
    });
    console.table(M.swaleDiagnostics.levelGenerator);
    const minSegmentM=earthlineMinimumSwaleLengthM15768();


    /* BUILD-CHECK-15837 — WATER-BUFFER FEASIBILITY TEST.
       Scientific change: waterRadius 12m -> 2.4m only.
       Flow-first placement logic otherwise unchanged from BUILD-CHECK-15836.

       Prior BUILD-CHECK-15836 — FLOW-FIRST PRIMARY PLACEMENT.
       Invert candidate ownership: canonical minor D8 paths are evaluated first;
       contour coverage remains a secondary fill pass. Hydrology and exclusions
       are unchanged. */
    const flowFirstAudit15836={
      build:String(window.EARTHLINE_BUILD||"BUILD-CHECK-15837"),mode:"flow-first-primary-with-contour-fill",
      eligiblePaths:0,pathsEvaluated:0,pathsServed:0,primaryCandidates:0,
      unserved:[],servedPathIds:[],pathSummaries:[]
    };
    M.flowFirstPlacement15836=flowFirstAudit15836;

    function buildCanonicalMinorPaths15836(){
      const eligible=new Uint8Array(N),upstream=new Uint16Array(N);
      for(let y=1;y<GH-1;y++)for(let x=1;x<GW-1;x++){
        const i=idx(x,y),a=Number(M.acc&&M.acc[i]||0),d=Number(M.dir&&M.dir[i]);
        if(M.inP[i]&&a>=thr&&a<chanThr&&d>=0&&d<8)eligible[i]=1;
      }
      for(let y=1;y<GH-1;y++)for(let x=1;x<GW-1;x++){
        const i=idx(x,y);if(!eligible[i])continue;
        const d=Number(M.dir[i]),nx=x+D8X[d],ny=y+D8Y[d];
        if(nx>=0&&ny>=0&&nx<GW&&ny<GH){const ni=idx(nx,ny);if(eligible[ni])upstream[ni]++;}
      }
      const heads=[];
      for(let i=0;i<N;i++)if(eligible[i]&&upstream[i]===0)heads.push(i);
      heads.sort((a,b)=>Number(M.acc[b]||0)-Number(M.acc[a]||0)||a-b);
      const claimed=new Uint8Array(N),paths=[];
      const trace=(start)=>{
        const cells=[],seen=new Set();let i=start,guard=0;
        while(i>=0&&i<N&&eligible[i]&&!seen.has(i)&&guard++<N){
          seen.add(i);cells.push(i);claimed[i]=1;
          const x=i%GW,y=Math.floor(i/GW),d=Number(M.dir[i]);
          if(!(d>=0&&d<8))break;
          const nx=x+D8X[d],ny=y+D8Y[d];
          if(nx<0||ny<0||nx>=GW||ny>=GH)break;
          const ni=idx(nx,ny);if(!eligible[ni])break;i=ni;
        }
        return cells;
      };
      for(const h of heads){const cells=trace(h);if(cells.length>=2)paths.push(cells);}
      for(let i=0;i<N;i++)if(eligible[i]&&!claimed[i]){const cells=trace(i);if(cells.length>=2)paths.push(cells);}
      paths.sort((a,b)=>Number(M.acc[b[b.length-1]]||0)-Number(M.acc[a[a.length-1]]||0)||a[0]-b[0]);
      return paths.map((cells,k)=>{
        const pathMask16320=new Uint8Array(N);
        for(const c16320 of cells)if(c16320>=0&&c16320<N)pathMask16320[c16320]=1;
        const probeCells16320=cells.slice().sort((a,b)=>Number(M.acc[b]||0)-Number(M.acc[a]||0));
        return {id:"T"+(k+1),cells,pathMask16320,probeCells16320,peakAccumulation:Math.max(...cells.map(c=>Number(M.acc[c]||0)))};
      });
    }

    function segmentCrossesPath15836(seg,pathCells,tol=1,pathMask16320=null){
      if(!Array.isArray(seg)||seg.length<2||!Array.isArray(pathCells)||!pathCells.length)return false;
      const pathSet16288=pathMask16320?null:new Set(pathCells);
      for(let p=1;p<seg.length;p++){
        const a=seg[p-1],b=seg[p],steps=Math.max(1,Math.ceil(Math.max(Math.abs(b[0]-a[0]),Math.abs(b[1]-a[1]))*2));
        for(let k=0;k<=steps;k++){
          const q=k/steps,x=a[0]+(b[0]-a[0])*q,y=a[1]+(b[1]-a[1])*q;
          const minX=Math.max(0,Math.ceil(x-tol)),maxX=Math.min(GW-1,Math.floor(x+tol));
          const minY=Math.max(0,Math.ceil(y-tol)),maxY=Math.min(GH-1,Math.floor(y+tol));
          for(let yy=minY;yy<=maxY;yy++)for(let xx=minX;xx<=maxX;xx++){
            const pi16320=idx(xx,yy);
            if(pathMask16320?!!pathMask16320[pi16320]:pathSet16288.has(pi16320))return true;
          }
        }
      }
      return false;
    }

    const canonicalPaths15836=buildCanonicalMinorPaths15836();
    M.swaleSubstage16321={
      build:"EARTHLINE 16321",stage:"flow-first",
      eligiblePaths:canonicalPaths15836.length,pathsEvaluated:0,pathsServed:0,
      startedAt:performance.now(),updatedAt:new Date().toISOString()
    };
    flowFirstAudit15836.eligiblePaths=canonicalPaths15836.length;
    const servedPathSet15836=new Set();
    const flowTraceCache16320=new Map();
    const flowCacheAudit16320={build:"EARTHLINE 16320",traceHits:0,traceMisses:0,segmentReuseHits:0,deadlineInnerBreaks:0,cacheEntries:0};
    M.flowFirstPerformance16320=flowCacheAudit16320;
    const primaryLimit15836=Math.min(work15771.maxCandidates,Math.max(1,canonicalPaths15836.length));
    let primarySlice15836=performance.now();
    for(const path15836 of canonicalPaths15836){
      if(earthlineIsStale(myGen)){if(M.prescriptionNoBuildRun15843)M.prescriptionNoBuildRun15843.active=false;return false;}
      if(performance.now()>=deadline15771){
        flowFirstAudit15836.unserved.push({pathId:path15836.id,reason:"time-budget"});
        continue;
      }
      flowFirstAudit15836.pathsEvaluated++;
      if((flowFirstAudit15836.pathsEvaluated&3)===0||flowFirstAudit15836.pathsEvaluated===1){
        M.swaleSubstage16321=Object.assign({},M.swaleSubstage16321,{
          stage:"flow-first",
          pathsEvaluated:flowFirstAudit15836.pathsEvaluated,
          pathsServed:flowFirstAudit15836.pathsServed,
          elapsedMs:Math.round(performance.now()-Number(M.swaleSubstage16321.startedAt||performance.now())),
          updatedAt:new Date().toISOString()
        });
      }
      let accepted15836=null,lastReason15836="no-safe-contour-crossing";
      const probeCells15836=path15836.probeCells16320||path15836.cells;
      for(const cell15836 of probeCells15836){
        if(performance.now()>=deadline15771){
          lastReason15836="time-budget";
          flowCacheAudit16320.deadlineInnerBreaks++;
          M.swaleDiagnostics.timeBudgetReached=true;
          break;
        }
        const x15836=cell15836%GW,y15836=Math.floor(cell15836/GW),i15836=cell15836;
        if(!M.inP[i15836]){lastReason15836="outside-property";continue;}
        if(M.pond[i15836]){lastReason15836="ponding";continue;}
        if(M.noBuildMask&&M.noBuildMask[i15836]){lastReason15836="exclusion-conflict";continue;}
        if(Number(M.acc[i15836]||0)>=chanThr){lastReason15836="protected-major-channel";continue;}
        if(slopePct(x15836,y15836)>maxS){lastReason15836="slope-too-steep";continue;}
        const L15836=Number(M.h[i15836]);if(!Number.isFinite(L15836)){lastReason15836="missing-elevation";continue;}
        let cachedFlow16320=flowTraceCache16320.get(i15836);
        if(!cachedFlow16320){
          flowCacheAudit16320.traceMisses++;
          const pts16320=traceLevelContour(x15836,y15836,L15836,maxS,levelStep,deadline15771);
          if(performance.now()>=deadline15771||traceLevelContour.earthlineDeadlineHit16320){
            lastReason15836="time-budget";flowCacheAudit16320.deadlineInnerBreaks++;
            M.swaleDiagnostics.timeBudgetReached=true;break;
          }
          const baseSegs16320=(!pts16320||pts16320.length<3)?[]:
            earthlineSplitUsableSegments(pts16320,maxS).filter(seg=>
              seg&&seg.length>=3&&earthlineSegmentLengthM(seg)>=minSegmentM&&
              earthlineOnContourGuard15833(seg,L15836,levelStep)
            );
          cachedFlow16320={pts:pts16320||[],baseSegs:baseSegs16320,L:L15836};
          flowTraceCache16320.set(i15836,cachedFlow16320);
          flowCacheAudit16320.cacheEntries=flowTraceCache16320.size;
        }else{
          flowCacheAudit16320.traceHits++;
          if(cachedFlow16320.baseSegs&&cachedFlow16320.baseSegs.length)flowCacheAudit16320.segmentReuseHits++;
        }
        const pts15836=cachedFlow16320.pts;
        if(!pts15836||pts15836.length<3){lastReason15836="no-contour-trace";continue;}
        const segs15836=(cachedFlow16320.baseSegs||[]).filter(seg=>
          segmentCrossesPath15836(seg,path15836.cells,1,path15836.pathMask16320)
        );
        if(!segs15836.length){lastReason15836="no-safe-contour-crossing";continue;}
        segs15836.sort((a,b)=>earthlineSegmentLengthM(b)-earthlineSegmentLengthM(a));
        for(const seg15836 of segs15836){
          if(claimR&&earthlinePathOverlap(claimMask,seg15836)>.18){lastReason15836="overlap-with-earlier-primary";continue;}
          const sw15836=earthlineSwaleFromPts(seg15836,-1,chanThr,false,maxS,levels.length);
          if(!sw15836){lastReason15836="geometry-conversion";continue;}
          const captureEvents15835=!!(coverageDiag15803&&coverageDiag15803.spatial&&Array.isArray(coverageDiag15803.spatial.candidates)&&coverageDiag15803.spatial.candidates.length===8);
          const evidence15836=earthlineSegmentFlowEvidence15833(seg15836,chanThr,captureEvents15835);
          sw15836.flowEvidence15833=evidence15836;
          sw15836.prescriptionFlowScore15833=Number(evidence15836.score||0);
          sw15836.seedFlowCrossing15833=1;
          sw15836.seedCrossingGeometry15833=1;
          sw15836.levelH=L15836;sw15836.bandKey=-(flowFirstAudit15836.pathsEvaluated);
          sw15836.targetSpacingM=targetSpacingM15771;sw15836.verifiedSpacingM=null;
          sw15836.placementMode15836="flow-first";
          sw15836.primaryFlowFirst15836=true;
          const rec15836=earthlineCoverageRecordCandidate15803(coverageDiag15803,seg15836,"candidate","flow-first-path-crossing",-1,{score:Number(sw15836.score||0),flowScore15833:sw15836.prescriptionFlowScore15833,crossingHits15833:evidence15836.crossingHits,crossingHitCellIds15834:(evidence15836.pathIds||[]).slice(),crossingHitEvents15835:(evidence15836.hitEvents15835||[]).map(e=>Object.assign({},e)),placementMode15836:"flow-first"});
          candidateRecord15803.set(sw15836,rec15836);
          sw15836.diagnosticCandidateId15843=rec15836&&rec15836.id||null;
          sw15836.diagnosticSeedId15843=rec15836&&rec15836.seedId15840||null;
          swales.push(sw15836);M.swaleDiagnostics.stage.candidates++;
          if(claimR)earthlineClaimPath(claimMask,seg15836,claimR);
          accepted15836=sw15836;servedPathSet15836.add(path15836.id);
          flowFirstAudit15836.primaryCandidates++;
          break;
        }
        if(accepted15836)break;
      }
      if(accepted15836){
        flowFirstAudit15836.pathsServed++;
        flowFirstAudit15836.pathSummaries.push({pathId:path15836.id,status:"served",peakAccumulation:path15836.peakAccumulation});
      }else{
        flowFirstAudit15836.unserved.push({pathId:path15836.id,reason:lastReason15836,peakAccumulation:path15836.peakAccumulation});
        flowFirstAudit15836.pathSummaries.push({pathId:path15836.id,status:"unserved",reason:lastReason15836,peakAccumulation:path15836.peakAccumulation});
      }
      if(swales.length>=primaryLimit15836)break;
      if((performance.now()-primarySlice15836)>=12){
        earthlineProgress("swales",flowFirstAudit15836.pathsServed+" tributaries served · flow-first pass…");
        await earthlineTaskYield16464();primarySlice15836=performance.now();
      }
    }
    flowFirstAudit15836.servedPathIds=Array.from(servedPathSet15836).sort();
    flowFirstAudit15836.secondaryFillStarted=swales.length<work15771.maxCandidates;

    M.swaleSubstage16321={
      build:"EARTHLINE 16321",stage:"contour-level-pass",
      levelsTotal:levels.length,levelsChecked:0,
      startedAt:performance.now(),updatedAt:new Date().toISOString()
    };
    let checked=0;
    let sliceStarted15769=performance.now();
    for(let li=0;li<levels.length;li++){
      if(earthlineIsStale(myGen)){if(M.prescriptionNoBuildRun15843)M.prescriptionNoBuildRun15843.active=false;return false;}
      if(performance.now()>=deadline15771){
        /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
        candidateTermination15803="time-budget";
        /* BUILD-CHECK-15803-DIAGNOSTIC-END */
        M.swaleDiagnostics.timeBudgetReached=true;
        break;
      }
      const L=levels[li];
      earthlineSeedSelectionContext15841={
        diag:coverageDiag15803,levelIndex:li,record:!isRegionalTile15769
      };
      let selectedSeeds15841;
      try{
        selectedSeeds15841=seedCandidatesForLevel(
          L,maxS,chanThr,effectiveSeedBudget15841
        );
      }finally{
        earthlineSeedSelectionContext15841=null;
      }
      const seeds=selectedSeeds15841.slice(0,work15771.maxSeedsPerLevel);
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      const seedRecords15803=seeds.map((sd,rank)=>earthlineCoverageRecordSeed15803(coverageDiag15803,sd,li,rank+1));
      let visitedAtLevel15803=0;
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      M.swaleDiagnostics.stage.seeds+=seeds.length;
      let acceptedAtLevel=0;
      for(const sd of seeds){
        /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
        const seedRec15803=seedRecords15803[visitedAtLevel15803]||null;
        visitedAtLevel15803++;seedsVisited15803++;
        coverageDiag15803.totals.seedsVisited=seedsVisited15803;
        if(seedRec15803){
          seedRec15803.status="visited";
          seedRec15803.traceAttempted15840=true;
          seedRec15803.traceResult15840="attempted";
          seedRec15803.terminalStage15840="trace-attempted";
          seedRec15803.terminalReasonCode15840="pending";
          seedRec15803.segmentTerminalCodes15840=[];
        }
        /* BUILD-CHECK-15803-DIAGNOSTIC-END */
        if(performance.now()>=deadline15771){
          /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
          candidateTermination15803="time-budget";
          /* BUILD-CHECK-15803-DIAGNOSTIC-END */
          M.swaleDiagnostics.timeBudgetReached=true;
          break;
        }
        const pts=traceLevelContour(sd.x,sd.y,L,maxS,levelStep,deadline15771);
        if(performance.now()>=deadline15771||traceLevelContour.earthlineDeadlineHit16320){
          candidateTermination15803="time-budget";
          M.swaleDiagnostics.timeBudgetReached=true;
          break;
        }
        /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
        if((!pts||pts.length<3)&&seedRec15803){
          seedRec15803.status="no-trace";
          seedRec15803.traceResult15840="no-trace";
          seedRec15803.terminalStage15840="no-trace";
          seedRec15803.terminalReasonCode15840="trace-returned-fewer-than-three-points";
        }
        /* BUILD-CHECK-15803-DIAGNOSTIC-END */
        if(!pts||pts.length<3)continue;
        /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
        if(seedRec15803){
          seedRec15803.status="traced";
          seedRec15803.traceResult15840="traced";
        }
        earthlineCoverageZone15803(coverageDiag15803,sd.x,sd.y).traces++;
        coverageDiag15803.totals.traces++;
        /* BUILD-CHECK-15803-DIAGNOSTIC-END */
        M.swaleDiagnostics.stage.traces++;
        const segs=earthlineSplitUsableSegments(pts,maxS).slice(0,3);
        if(seedRec15803){
          seedRec15803.segmentCount15840=segs.length;
          seedRec15803.segmentProduced15840=segs.length>0;
          if(!segs.length){
            seedRec15803.terminalStage15840="trace-produced-no-segment";
            seedRec15803.terminalReasonCode15840="no-usable-segments";
          }
        }
        /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
        earthlineCoverageZone15803(coverageDiag15803,sd.x,sd.y).segments+=segs.length;
        coverageDiag15803.totals.segments+=segs.length;
        /* BUILD-CHECK-15803-DIAGNOSTIC-END */
        M.swaleDiagnostics.stage.segments+=segs.length;
        for(const seg of segs){
          if(!seg||seg.length<3||earthlineSegmentLengthM(seg)<minSegmentM){
            /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
            const rec15803=earthlineCoverageRecordCandidate15803(coverageDiag15803,seg||[[sd.x,sd.y]],"rejected-short","minimum-length",li,{seedId15840:seedRec15803&&seedRec15803.id||null,candidateOrigin15840:"contour"});
            earthlineCoverageZone15803(coverageDiag15803,rec15803.x,rec15803.y).rejections.short++;
            /* BUILD-CHECK-15803-DIAGNOSTIC-END */
            M.swaleDiagnostics.stage.rejectShort++;
            continue;
          }
          if(claimR&&earthlinePathOverlap(claimMask,seg)>.18){
            /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
            const rec15803=earthlineCoverageRecordCandidate15803(coverageDiag15803,seg,"rejected-overlap","claim-overlap",li,{seedId15840:seedRec15803&&seedRec15803.id||null,candidateOrigin15840:"contour"});
            earthlineCoverageZone15803(coverageDiag15803,rec15803.x,rec15803.y).rejections.overlap++;
            /* BUILD-CHECK-15803-DIAGNOSTIC-END */
            M.swaleDiagnostics.stage.rejectOverlap++;
            continue;
          }

          // Do not reject spacing twice. Candidate generation now preserves every
          // physically valid contour; the single final dedupe below enforces the
          // 15-ft minimum once, deterministically, across neighboring contour bands.
          if(!earthlineOnContourGuard15833(seg,L,levelStep)){
            /* Validity guard only: selection may not reward off-contour geometry. */
            const rec15840=earthlineCoverageRecordCandidate15803(
              coverageDiag15803,seg,"rejected-conversion","off-contour-guard",li,
              {seedId15840:seedRec15803&&seedRec15803.id||null,candidateOrigin15840:"contour"}
            );
            earthlineCoverageZone15803(coverageDiag15803,rec15840.x,rec15840.y).rejections.conversion++;
            if(seedRec15803)seedRec15803.segmentTerminalCodes15840.push("off-contour-guard");
            M.swaleDiagnostics.stage.rejectConversion++;
            continue;
          }
          const sw=earthlineSwaleFromPts(seg,li,chanThr,li===Math.floor(levels.length/2),maxS,levels.length);
          if(!sw){
            /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
            const rec15803=earthlineCoverageRecordCandidate15803(coverageDiag15803,seg,"rejected-conversion","geometry-conversion",li,{seedId15840:seedRec15803&&seedRec15803.id||null,candidateOrigin15840:"contour"});
            earthlineCoverageZone15803(coverageDiag15803,rec15803.x,rec15803.y).rejections.conversion++;
            /* BUILD-CHECK-15803-DIAGNOSTIC-END */
            M.swaleDiagnostics.stage.rejectConversion++;
            continue;
          }
          const captureEvents15835=!!(coverageDiag15803&&coverageDiag15803.spatial&&Array.isArray(coverageDiag15803.spatial.candidates)&&coverageDiag15803.spatial.candidates.length===8);
          const flowEvidence15833=earthlineSegmentFlowEvidence15833(seg,chanThr,captureEvents15835);
          sw.flowEvidence15833=flowEvidence15833;
          sw.prescriptionFlowScore15833=Number(flowEvidence15833.score||0);
          sw.seedFlowCrossing15833=Number(sd&&sd.flowCrossingValue||0);
          sw.seedCrossingGeometry15833=Number(sd&&sd.crossingGeometry||0);
          M.flowCrossingScoring15833=M.flowCrossingScoring15833||{};
          M.flowCrossingScoring15833.segmentCandidates=(M.flowCrossingScoring15833.segmentCandidates||0)+1;
          if(sw.prescriptionFlowScore15833>0)M.flowCrossingScoring15833.segmentCrossingCandidates=(M.flowCrossingScoring15833.segmentCrossingCandidates||0)+1;
          /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
          const candidateRec15803=earthlineCoverageRecordCandidate15803(coverageDiag15803,seg,"candidate","passed-generation",li,{score:Number(sw.score||0),flowScore15833:sw.prescriptionFlowScore15833,crossingHits15833:flowEvidence15833.crossingHits,crossingHitCellIds15834:(flowEvidence15833.pathIds||[]).slice(),crossingHitEvents15835:(flowEvidence15833.hitEvents15835||[]).map(e=>Object.assign({},e)),seedId15840:seedRec15803&&seedRec15803.id||null,candidateOrigin15840:"contour"});
          if(candidateRec15803&&candidateRec15803.id==="C8")M.instrumentIntegrity15834={candidateId:"C8",scoringGeometry:seg.map(p=>[+p[0],+p[1]]),tracedGeometry:pts.map(p=>[+p[0],+p[1]]),clippedExcludedGeometry:seg.map(p=>[+p[0],+p[1]]),convertedGeometry:(sw.pts||[]).map(p=>[+p[0],+p[1]]),flowEvidence:{score:+(flowEvidence15833.score||0),crossingHits:+(flowEvidence15833.crossingHits||0),hitCellIds:(flowEvidence15833.pathIds||[]).slice(),hitEvents15835:(flowEvidence15833.hitEvents15835||[]).map(e=>Object.assign({},e))},stages:{generated:true,converted:true,accepted:false}};
          candidateRecord15803.set(sw,candidateRec15803);
          sw.diagnosticCandidateId15843=candidateRec15803&&candidateRec15803.id||null;
          sw.diagnosticSeedId15843=candidateRec15803&&candidateRec15803.seedId15840||null;
          earthlineCoverageZone15803(coverageDiag15803,candidateRec15803.x,candidateRec15803.y).candidates++;
          coverageDiag15803.totals.candidates++;
          /* BUILD-CHECK-15803-DIAGNOSTIC-END */
          sw.levelH=L;
          sw.bandKey=li;
          sw.targetSpacingM=targetSpacingM15771;
          sw.verifiedSpacingM=null;
          swales.push(sw);
          M.swaleDiagnostics.stage.candidates++;
          acceptedAtLevel++;
          if(claimR)earthlineClaimPath(claimMask,seg,claimR);
          if(acceptedAtLevel>=work15771.perLevel)break;
        }
        if(acceptedAtLevel>=work15771.perLevel)break;
      }
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      const unvisitedAtLevel15803=Math.max(0,seeds.length-visitedAtLevel15803);
      seedsUnvisited15803+=unvisitedAtLevel15803;
      coverageDiag15803.totals.seedsUnvisited=seedsUnvisited15803;
      for(let ui15803=visitedAtLevel15803;ui15803<seedRecords15803.length;ui15803++){
        seedRecords15803[ui15803].status="not-visited-per-level-cap";
        seedRecords15803[ui15803].terminalStage15840="not-visited-per-level-cap";
        seedRecords15803[ui15803].terminalReasonCode15840="per-level-cap";
      }
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      checked++;
      if((checked&3)===0||checked===1){
        M.swaleSubstage16321=Object.assign({},M.swaleSubstage16321,{
          stage:"contour-level-pass",levelsChecked:checked,
          elapsedMs:Math.round(performance.now()-Number(M.swaleSubstage16321.startedAt||performance.now())),
          updatedAt:new Date().toISOString()
        });
      }

      // Stop candidate generation once enough physically valid contours exist.
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if(swales.length>=work15771.maxCandidates){
        candidateTermination15803="candidate-cap";
        coverageDiag15803.termination.candidateCapReached=true;
      }
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      if(swales.length>=work15771.maxCandidates)break;

      // Yield to the browser by elapsed work time, not only by a fixed loop count.
      // This keeps map controls, progress text, and repaint responsive.
      if((performance.now()-sliceStarted15769)>=12 || li%4===3){
        earthlineProgress(
          "swales",
          swales.length+" safe contours · "+checked+"/"+levels.length+" levels…"
        );
        await earthlineTaskYield16464();
        sliceStarted15769=performance.now();
      }
    }

    /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
    coverageDiag15803.termination.candidateStage=candidateTermination15803;
    coverageDiag15803.termination.levelsProcessed=checked;
    coverageDiag15803.termination.levelsUnprocessed=Math.max(0,levels.length-checked);
    const remainingLevelCount16204=Math.max(0,levels.length-checked);
    coverageDiag15803.termination.seedsUnprocessedAfterTermination=null;
    coverageDiag15803.termination.unprocessedLevelCount16204=remainingLevelCount16204;
    coverageDiag15803.termination.seedCountDiagnostic16204='deferred-production-diagnostic; accepted geometry unchanged';
    /* BUILD-CHECK-15803-DIAGNOSTIC-END */

    // Enforce minimum spacing exactly once. Order by contour elevation so the
    // final set remains dense across the whole hillside instead of selecting only
    // isolated high-score bands. Same-band fragments separated by an exclusion remain valid.
    M.swaleSubstage16321={
      build:"EARTHLINE 16321",stage:"final-spacing",
      candidates:swales.length,startedAt:performance.now(),updatedAt:new Date().toISOString()
    };
    M.swaleDiagnostics.stage.beforeDedupe=swales.length;
    const ordered=swales.slice().sort((a,b)=>
      (Number(!!b.primaryFlowFirst15836)-Number(!!a.primaryFlowFirst15836)) ||
      (Number(b.prescriptionFlowScore15833||0)-Number(a.prescriptionFlowScore15833||0)) ||
      (Number(b.seedFlowCrossing15833||0)-Number(a.seedFlowCrossing15833||0)) ||
      ((b.score||0)-(a.score||0)) ||
      (Number(a.levelH||0)-Number(b.levelH||0)) ||
      (Number(a.bandKey||0)-Number(b.bandKey||0))
    );
    function earthlineSwaleGridBBox16204(sw){
      const pts=Array.isArray(sw&&sw.pts)?sw.pts:[];let minX=Infinity,minY=Infinity,maxX=-Infinity,maxY=-Infinity;
      for(const p of pts){if(!Array.isArray(p)||!Number.isFinite(Number(p[0]))||!Number.isFinite(Number(p[1])))continue;const x=Number(p[0]),y=Number(p[1]);minX=Math.min(minX,x);minY=Math.min(minY,y);maxX=Math.max(maxX,x);maxY=Math.max(maxY,y)}
      return Number.isFinite(minX)?{minX,minY,maxX,maxY}:null;
    }
    function earthlineSwaleBBoxesWithin16204(a,b,pad){
      if(!a||!b)return true;return !(a.maxX<b.minX-pad||a.minX>b.maxX+pad||a.maxY<b.minY-pad||a.minY>b.maxY+pad);
    }
    const kept=[],keptBBox16204=[];
    const spacingPadCells16204=Math.max(0,Number(minSpacingM15771||0)/Math.max(.05,Number(M.cellM||1)));
    const verticalWindowM=Math.max(levelStep*2.2,minSpacingM15771*(maxS/100)+levelStep);
    /* EARTHLINE 16456 — exact performance repair only. Final spacing previously
       linearly scanned every already-kept corridor for every candidate before the
       unchanged bbox + exact-distance tests. Index the same kept bboxes in a
       deterministic coarse grid; query returns a superset of every bbox that can
       possibly pass the existing spacing prefilter, then original kept-order is
       restored before the unchanged tests. Candidate order, spacing threshold,
       exact distance test, acceptance geometry and ranking are unchanged. */
    const spacingBucketSize16456=Math.max(8,spacingPadCells16204*2||8);
    const spacingBuckets16456=new Map();
    function spacingBucketKey16456(x,y){return x+','+y;}
    function spacingBucketRange16456(bb,pad=0){
      if(!bb)return null;
      return {
        x0:Math.floor((bb.minX-pad)/spacingBucketSize16456),
        x1:Math.floor((bb.maxX+pad)/spacingBucketSize16456),
        y0:Math.floor((bb.minY-pad)/spacingBucketSize16456),
        y1:Math.floor((bb.maxY+pad)/spacingBucketSize16456)
      };
    }
    function spacingIndexAdd16456(index,bb){
      const r=spacingBucketRange16456(bb,spacingPadCells16204);if(!r)return;
      for(let by=r.y0;by<=r.y1;by++)for(let bx=r.x0;bx<=r.x1;bx++){
        const key=spacingBucketKey16456(bx,by);let bucket=spacingBuckets16456.get(key);
        if(!bucket){bucket=[];spacingBuckets16456.set(key,bucket);}bucket.push(index);
      }
    }
    function spacingIndexCandidates16456(bb){
      const r=spacingBucketRange16456(bb,spacingPadCells16204);if(!r)return [];
      const mark=new Uint8Array(kept.length),out=[];
      for(let by=r.y0;by<=r.y1;by++)for(let bx=r.x0;bx<=r.x1;bx++){
        const bucket=spacingBuckets16456.get(spacingBucketKey16456(bx,by));if(!bucket)continue;
        for(const index of bucket)if(index<kept.length&&!mark[index]){mark[index]=1;out.push(index);}
      }
      out.sort((a,b)=>a-b);return out;
    }
    let dedupeChecked15769=0,bboxSkippedFinalPairs16204=0,exactFinalPairs16204=0;
    let dedupeSlice15769=performance.now();
    for(const sw of ordered){
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      const finalRec15803=candidateRecord15803.get(sw)||null;
      if(finalRec15803){
        finalRec15803.status="final-spacing-evaluation";
        finalRec15803.reachedSpacingEvaluation15840=true;
        finalRec15803.reachedFinalCapEvaluation15840=true;
      }
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      let tooClose=false;const swBBox16204=earthlineSwaleGridBBox16204(sw);
      const spacingCandidates16456=spacingIndexCandidates16456(swBBox16204);
      bboxSkippedFinalPairs16204+=Math.max(0,kept.length-spacingCandidates16456.length);
      for(const exIndex16204 of spacingCandidates16456){
        const ex=kept[exIndex16204];
        if(sw.bandKey===ex.bandKey)continue;
        if(Math.abs(Number(sw.levelH||0)-Number(ex.levelH||0))>verticalWindowM)continue;
        if(!earthlineSwaleBBoxesWithin16204(swBBox16204,keptBBox16204[exIndex16204],spacingPadCells16204)){bboxSkippedFinalPairs16204++;continue;}
        exactFinalPairs16204++;
        if(earthlinePathsCloserThan15770(sw,ex,minSpacingM15771)){tooClose=true;break;}
      }
      if(tooClose){
        /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
        if(finalRec15803){
          finalRec15803.status="rejected-final-spacing";
          finalRec15803.reason="minimum-spacing";
          earthlineCoverageZone15803(coverageDiag15803,finalRec15803.x,finalRec15803.y).rejections.finalSpacing++;
        }
        /* BUILD-CHECK-15803-DIAGNOSTIC-END */
        M.swaleDiagnostics.stage.rejectFinalSpacing++;
        continue;
      }
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if(finalRec15803){
        finalRec15803.status="accepted";finalRec15803.reason="accepted";finalRec15803.accepted=true;
        earthlineCoverageZone15803(coverageDiag15803,finalRec15803.x,finalRec15803.y).accepted++;
      }
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      kept.push(sw);keptBBox16204.push(swBBox16204);spacingIndexAdd16456(kept.length-1,swBBox16204);
      dedupeChecked15769++;
      /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
      if(kept.length>=work15771.maxFinal){
        finalTermination15803="final-cap";
        coverageDiag15803.termination.finalCapReached=true;
      }
      /* BUILD-CHECK-15803-DIAGNOSTIC-END */
      if(kept.length>=work15771.maxFinal)break;
      if((performance.now()-dedupeSlice15769)>=12 || dedupeChecked15769%12===0){
        earthlineProgress(
          "swales",
          kept.length+" verified corridors · final spacing pass…"
        );
        await earthlineTaskYield16464();
        dedupeSlice15769=performance.now();
      }
    }
    /* EARTHLINE 16203 — production performance repair. The accepted `kept`
       geometry is already frozen when maxFinal binds. The prior deterministic
       shadow continuation re-ran final spacing against candidates that could
       never publish and could consume most of the Property deadline. Preserve
       the scientific result and record the deferred diagnostic without doing
       non-publication O(n²) work on the user's run. */
    coverageDiag15803.performance16204={bboxSkippedFinalPairs:bboxSkippedFinalPairs16204,exactFinalPairs:exactFinalPairs16204,remainingSeedDiagnosticDeferred:true,rule:'conservative grid-bbox prefilter before unchanged exact final-spacing test'};
    coverageDiag15803.termination.finalStage=finalTermination15803;
    if(finalTermination15803==="final-cap"){
      const unevaluated15839=ordered.reduce((n,sw)=>{
        const rec=candidateRecord15803.get(sw);return n+(rec&&rec.status==="candidate"?1:0);
      },0);
      coverageDiag15803.termination.finalCapDroppedCandidateCount15839=unevaluated15839;
      coverageDiag15803.termination.finalCapAcceptedWorthyDropped15839=null;
      coverageDiag15803.termination.finalCapSpacingRejectedAfterCap15839=null;
      coverageDiag15803.termination.finalCapShadowMethod15839="deferred-production-diagnostic-16203; accepted geometry unchanged";
      for(const sw of ordered){
        const rec=candidateRecord15803.get(sw);if(!rec||rec.status!=="candidate")continue;
        rec.status="not-evaluated-final-cap";rec.reason="final-cap";
        rec.reachedSpacingEvaluation15840=false;rec.reachedFinalCapEvaluation15840=false;
      }
    }else coverageDiag15803.termination.finalCapShadowMethod15839="not-needed-final-cap-not-reached";
    window.earthlineFilterAuthorityCorridors15874(kept);
    kept.sort((a,b)=>(a.levelH-b.levelH)||((b.score||0)-(a.score||0)));
    kept.forEach((s,i)=>{
      s.id="B"+(i+1);
      const record15843=candidateRecord15803.get(s)||null;
      if(record15843){
        record15843.finalCorridorId15843=s.id;
        record15843.finalCorridorIndex15843=i;
        s.diagnosticCandidateId15843=s.diagnosticCandidateId15843||record15843.id||null;
        s.diagnosticSeedId15843=s.diagnosticSeedId15843||record15843.seedId15840||null;
      }
    });
    {
      const published15874=window.earthlineEvaluateAuthorityCorridors15874(kept,"published-final");
      const prior15874=M&&M.directAuthorityGeometryAudit15874||{};
      M.directAuthorityGeometryAudit15874=Object.assign({},prior15874,{
        publishedCorridorCount:published15874.corridorCount,
        rawIntersectionCount:published15874.rawIntersectionCount,
        intersectionCount:published15874.intersectionCount,
        violatingCorridorCount:published15874.violatingCorridorCount,
        perFeature:published15874.perFeature,
        finalAuditedAt:new Date().toISOString()
      });
      if(published15874.applicable&&!published15874.available){
        earthlineHaltPrescription15870("authority-source-geometry-unavailable",Object.assign({stage:"published-final"},published15874));
      }
      if(published15874.applicable&&published15874.intersectionCount>0){
        earthlineHaltPrescription15870("source-geometry-intersection",M.directAuthorityGeometryAudit15874);
      }
    }
    if(M.instrumentIntegrity15834){const c8=kept.find(sw=>{const r=candidateRecord15803.get(sw);return r&&r.id==="C8"})||null;M.instrumentIntegrity15834.stages.accepted=!!c8;M.instrumentIntegrity15834.finalSwaleId=c8&&c8.id||null;M.instrumentIntegrity15834.finalGeometry=c8&&c8.pts?c8.pts.map(p=>[+p[0],+p[1]]):[];}
    M.swales=kept;
    M.spacingStats=spacingStats(kept);
    if(!M.swaleDiagnostics)M.swaleDiagnostics=earthlineCollectSwaleDiagnostics();
    M.swaleDiagnostics.generated=kept.length;
    M.swaleDiagnostics.stage.afterDedupe=kept.length;
    M.swaleDiagnostics.stage.final=kept.length;
    M.swaleSubstage16321={
      build:"EARTHLINE 16321",stage:"complete",
      finalCount:kept.length,candidates:swales.length,
      safeCacheHits:Number(M.earthlineTraceSafeCache16320&&M.earthlineTraceSafeCache16320.hits||0),
      safeCacheMisses:Number(M.earthlineTraceSafeCache16320&&M.earthlineTraceSafeCache16320.misses||0),
      updatedAt:new Date().toISOString()
    };
    M.swaleDiagnostics.minimumSegmentM=minSegmentM;
    M.swaleDiagnostics.candidateCount=swales.length;
    M.swaleMeta={
      method:isRegionalTile15769?"regional-opportunity-bands-15771":"flow-first-tributary-interception-15836-with-contour-fill",soil:!!_soilData,
      targetSpacingM:targetSpacingM15771,acceptedSpacingM:[minSpacingM15771,maxSpacingM15771],
      levelStepM:levelStep,medianTerrainSlope:medSlope,
      spacingMethod:"median nearest-neighbor centerline ground distance, excluding fragments of the same contour band",
      measuredMedianSpacingM:M.spacingStats.medianM,
      measuredMinSpacingM:M.spacingStats.minM,
      measuredMaxSpacingM:M.spacingStats.maxM,
      spacingPopulationCount:M.spacingStats.populationCount||kept.length,
      spacingSampleCount:M.spacingStats.sampleCount||0,
      spacingSampled:!!M.spacingStats.sampled,
      scaleMode:isRegionalTile15769?"regional-opportunity":"property-engineering",
      constructionReady:!isRegionalTile15769,
      timeBudgetReached:!!M.swaleDiagnostics.timeBudgetReached,
      count:kept.length,
      levelsChecked:checked,
      candidatesGenerated:swales.length,
      performanceBudget:work15771,
      regionalTile:isRegionalTile15769,
      prescriptionMs:Math.round(performance.now()-started),
      flowFirst15836:{eligiblePaths:flowFirstAudit15836.eligiblePaths,pathsEvaluated:flowFirstAudit15836.pathsEvaluated,pathsServed:flowFirstAudit15836.pathsServed,primaryCandidates:flowFirstAudit15836.primaryCandidates,unservedCount:flowFirstAudit15836.unserved.length},
      performance16320:{
        safeMaskMs:0,
        safeMaskCells:Number(M.earthlineTraceSafeCache16320&&M.earthlineTraceSafeCache16320.safeCells||0),
        safeCacheHits:Number(M.earthlineTraceSafeCache16320&&M.earthlineTraceSafeCache16320.hits||0),
        safeCacheMisses:Number(M.earthlineTraceSafeCache16320&&M.earthlineTraceSafeCache16320.misses||0),
        safeCacheMode:"lazy-exact-16321",
        traceHits:flowCacheAudit16320.traceHits,traceMisses:flowCacheAudit16320.traceMisses,
        segmentReuseHits:flowCacheAudit16320.segmentReuseHits,
        deadlineInnerBreaks:flowCacheAudit16320.deadlineInnerBreaks,
        cacheEntries:flowCacheAudit16320.cacheEntries
      }
    };
    /* BUILD-CHECK-15803-DIAGNOSTIC-BEGIN */
    earthlineFinalizeCoverageDiagnostic15803(coverageDiag15803,levels,maxS,chanThr,kept,checked);
    if(!isRegionalTile15769){
      earthlineEvaluateWhyNotHere15803(
        WHY_NOT_HERE_TARGET_15840.lng,
        WHY_NOT_HERE_TARGET_15840.lat,
        WHY_NOT_HERE_TARGET_15840.radiusFt
      );
    }
    console.group("[Earthline] BUILD-CHECK-15803 parcel coverage evidence");
    console.table(coverageDiag15803.zones.map(z=>({
      zone:z.id,safe:z.safeCells,contour:z.contourCells,seeds:z.seeds,
      candidates:z.candidates,accepted:z.accepted,
      rejected:z.rejections.short+z.rejections.overlap+z.rejections.conversion+z.rejections.finalSpacing
    })));
    console.log("termination",coverageDiag15803.termination);
    console.log("coverage",coverageDiag15803.coverage);
    console.groupEnd();
    /* BUILD-CHECK-15803-DIAGNOSTIC-END */
    console.log("[Earthline] "+BUILD+" dense prescription",M.swaleMeta);
    if(!Array.isArray(kept)){
      const audit=earthlineValidateNoBuildMask15870("invalid-prescriber-return",true);
      earthlineHaltPrescription15870("prescriber-return-invalid",audit);
    }
    if(kept.length===0){
      M.prescriptionZeroReason15870=earthlineLegitimateZeroReason15870();
      console.warn("[Earthline] BUILD-CHECK-15876 legitimate zero-swale result:",M.prescriptionZeroReason15870);
    }else{
      M.prescriptionZeroReason15870=null;
      M.prescriptionHalt15870=null;
    }
    if(M.prescriptionNoBuildRun15843)M.prescriptionNoBuildRun15843.active=false;
    return kept;
  }
  prescribeSwales=prescribeSwales15778;
  window.prescribeSwales=prescribeSwales15778;
  globalThis.prescribeSwales=prescribeSwales15778;
  window.earthlineSwaleEngineAudit15778=()=>({
    build:"BUILD-CHECK-15782",
    activeFunction:window.prescribeSwales&&window.prescribeSwales.name,
    targetSpacingM:TARGET_M,
    acceptedRangeM:[MIN_M,MAX_M],
    minimumSegmentM:earthlineMinimumSwaleLengthM15768(),
    diagnostics:(typeof M!=="undefined"&&M.swaleDiagnostics)||null,
    metadata:(typeof M!=="undefined"&&M.swaleMeta)||null
  });


  /* BUILD-CHECK-15876 — visual-only boundary labeling.
     The existing analysis boundary geometry and science are unchanged. A repeated
     line-following label identifies the active acreage, e.g. “20-acre boundary”. */

  /* ================= BUILD-CHECK-15803 — COVERAGE EVIDENCE ONLY =================
     Diagnostic helpers live beside the authoritative prescriber so they can read
     the exact grid, masks, contour levels, seeds and candidates without creating a
     second prescription engine. They record evidence only; no acceptance,
     rejection, ordering, spacing or cap decision is changed. */
  const COVERAGE_SOURCE_15803="earthline-coverage-evidence-15803";
  const COVERAGE_BOUNDARY_15803="earthline-coverage-boundary-15803";
  const COVERAGE_BOUNDARY_LABEL_15875="earthline-coverage-boundary-label-15875";
  const COVERAGE_GRID_15803="earthline-coverage-grid-15803";
  const COVERAGE_LABEL_15803="earthline-coverage-label-15803";
  const COVERAGE_TARGET_15803="earthline-coverage-target-15803";
  const COVERAGE_CANDIDATES_15803="earthline-coverage-candidates-15803";

  function earthlineCoverageEmptyFC15803(){return {type:"FeatureCollection",features:[]};}
  function earthlineCoverageZoneIndex15803(x,y){
    const zx=Math.max(0,Math.min(3,Math.floor((Number(x)/Math.max(1,GW))*4)));
    const zy=Math.max(0,Math.min(3,Math.floor((Number(y)/Math.max(1,GH))*4)));
    return zy*4+zx;
  }
  function earthlineCoverageZone15803(diag,x,y){
    return diag.zones[earthlineCoverageZoneIndex15803(x,y)];
  }
  function earthlineCoverageMidpoint15803(pts){
    if(!Array.isArray(pts)||!pts.length)return {x:0,y:0};
    const p=pts[Math.floor(pts.length/2)]||pts[0]||[0,0];
    return {x:Number(p[0]||0),y:Number(p[1]||0)};
  }
  function earthlineCreateCoverageDiagnostic15803(work,isRegional,effectiveSeedBudget15841){
    const zones=[];
    for(let y=0;y<4;y++)for(let x=0;x<4;x++)zones.push({
      id:"Z"+(y*4+x+1),row:y+1,col:x+1,
      inParcelCells:0,safeCells:0,contourCells:0,
      seeds:0,traces:0,segments:0,candidates:0,flowFirstCandidates:0,contourGeneratedCandidates:0,accepted:0,
      rejections:{short:0,overlap:0,conversion:0,finalSpacing:0},
      exclusions:{nonFinite:0,ponding:0,noBuild:0,channel:0,slope:0},
      coverage:{within25ft:0,within50ft:0,within100ft:0}
    });
    const activeBuild15842=String(window.EARTHLINE_BUILD||"BUILD-CHECK-15844");
    const diagnostic15843={
      build:activeBuild15842,
      reportBuild:activeBuild15842,
      instrumentBuild:activeBuild15842,
      runtimeBuild:activeBuild15842,
      instrumentationOriginBuild:"BUILD-CHECK-15803",
      evidenceOnly:true,
      mode:isRegional?"regional-tile":"property",
      createdAt:new Date().toISOString(),
      caps:{
        maxLevels:Number(work.maxLevels),
        maxSeedsPerLevelDeclared:Number(work.maxSeedsPerLevel),
        maxSeedsPerLevelEffective:Number(effectiveSeedBudget15841),
        perLevel:Number(work.perLevel),
        maxCandidates:Number(work.maxCandidates),
        maxFinal:Number(work.maxFinal),
        maxMs:Number(work.maxMs)
      },
      zones,
      totals:{
        inParcelCells:0,safeCells:0,contourCells:0,
        seedsGenerated:0,seedsVisited:0,seedsUnvisited:0,
        traces:0,segments:0,candidates:0,accepted:0,
        candidateRecordsTotal:0,flowFirstCandidates:0,contourGeneratedCandidates:0,
        generationRejectionRecords:0,candidateCountReconciles:false
      },
      spatial:{seeds:[],candidates:[]},
      termination:{
        candidateStage:"not-started",finalStage:"not-started",
        candidateCapReached:false,finalCapReached:false,timeBudgetReached:false,
        levelsTotal:0,levelsProcessed:0,levelsUnprocessed:0,
        seedsUnprocessedAfterTermination:0,
        finalCapDroppedCandidateCount15839:0,
        finalCapAcceptedWorthyDropped15839:0,
        finalCapSpacingRejectedAfterCap15839:0,
        finalCapShadowMethod15839:"not-run",
        truncated:false,reason:"not-computed"
      },
      coverage:null,boundary:null,whyNotHere:null,
      candidateAccounting15840:null,whyNotHereExactTarget15840:null,
      preselectionFate15841:null,
      noBuildProvenance15843:(M.prescriptionNoBuildRun15843&&M.prescriptionNoBuildRun15843.provenance||M.noBuildProvenance15843)?JSON.parse(JSON.stringify(M.prescriptionNoBuildRun15843&&M.prescriptionNoBuildRun15843.provenance||M.noBuildProvenance15843)):null
    };
    const sourceMasks15843=M.noBuildSourceMasks15843||{};
    const frozenRunMasks15843=M.prescriptionNoBuildRun15843||{};
    Object.defineProperty(diagnostic15843,"_runMasks15843",{
      enumerable:false,configurable:false,writable:false,
      value:{
        noBuild:frozenRunMasks15843.noBuildMask&&frozenRunMasks15843.noBuildMask.slice?frozenRunMasks15843.noBuildMask.slice():(M.noBuildMask&&M.noBuildMask.slice?M.noBuildMask.slice():M.noBuildMask),
        hardCore:frozenRunMasks15843.hardCoreMask&&frozenRunMasks15843.hardCoreMask.slice?frozenRunMasks15843.hardCoreMask.slice():(M.hardCoreMask&&M.hardCoreMask.slice?M.hardCoreMask.slice():M.hardCoreMask),
        vectorCore:sourceMasks15843.vectorCore&&sourceMasks15843.vectorCore.slice?sourceMasks15843.vectorCore.slice():sourceMasks15843.vectorCore,
        imperviousCore:sourceMasks15843.imperviousCore&&sourceMasks15843.imperviousCore.slice?sourceMasks15843.imperviousCore.slice():sourceMasks15843.imperviousCore,
        waterCore:sourceMasks15843.waterCore&&sourceMasks15843.waterCore.slice?sourceMasks15843.waterCore.slice():sourceMasks15843.waterCore,
        manualCore:sourceMasks15843.manualCore&&sourceMasks15843.manualCore.slice?sourceMasks15843.manualCore.slice():sourceMasks15843.manualCore,
        vectorBuffered:sourceMasks15843.vectorBuffered&&sourceMasks15843.vectorBuffered.slice?sourceMasks15843.vectorBuffered.slice():sourceMasks15843.vectorBuffered,
        imperviousBuffered:sourceMasks15843.imperviousBuffered&&sourceMasks15843.imperviousBuffered.slice?sourceMasks15843.imperviousBuffered.slice():sourceMasks15843.imperviousBuffered,
        waterBuffered:sourceMasks15843.waterBuffered&&sourceMasks15843.waterBuffered.slice?sourceMasks15843.waterBuffered.slice():sourceMasks15843.waterBuffered,
        imperviousRaster:_impervData&&_impervData.slice?_impervData.slice():_impervData
      }
    });
    return diagnostic15843;
  }
  function earthlineCoverageRecordSeed15803(diag,sd,levelIndex,rank){
    const z=earthlineCoverageZone15803(diag,sd.x,sd.y);
    z.seeds++;diag.totals.seedsGenerated++;
    const rec={
      id:"S"+diag.spatial.seeds.length,
      x:Number(sd.x),y:Number(sd.y),zone:z.id,
      levelIndex:Number(levelIndex),rank:Number(rank),
      score:Number(sd.score||0),status:"generated",
      traceAttempted15840:false,
      traceResult15840:"not-attempted",
      segmentProduced15840:false,
      segmentCount15840:0,
      candidateIds15840:[],
      candidateOutcomes15840:[],
      reachedSpacingEvaluation15840:false,
      reachedFinalCapEvaluation15840:false,
      accepted15840:false,
      terminalStage15840:"generated",
      terminalReasonCode15840:"pending",
      fateFinalized15840:false
    };
    diag.spatial.seeds.push(rec);
    return rec;
  }
  function earthlineCoverageRecordCandidate15803(diag,pts,status,reason,levelIndex,extra={}){
    const m=earthlineCoverageMidpoint15803(pts);
    const z=earthlineCoverageZone15803(diag,m.x,m.y);
    const normalizedStatus15840=String(status||"candidate");
    const origin15840=(extra&&extra.candidateOrigin15840)||
      ((extra&&extra.placementMode15836)==="flow-first"||Number(levelIndex)===-1?"flow-first":"contour");
    const selectionEligible15840=normalizedStatus15840==="candidate";
    const rec=Object.assign({
      id:"C"+diag.spatial.candidates.length,
      x:m.x,y:m.y,zone:z.id,
      levelIndex:Number(levelIndex),status:normalizedStatus15840,
      reason:String(reason||""),accepted:false,
      candidateOrigin15840:origin15840,
      candidateClass15840:selectionEligible15840?"selection-eligible":"generation-rejection",
      seedId15840:null,
      reachedSpacingEvaluation15840:false,
      reachedFinalCapEvaluation15840:false
    },extra||{});
    if(selectionEligible15840){
      if(origin15840==="flow-first")z.flowFirstCandidates++;
      else z.contourGeneratedCandidates++;
    }
    diag.spatial.candidates.push(rec);
    if(rec.seedId15840){
      const seed15840=(diag.spatial.seeds||[]).find(s=>s.id===rec.seedId15840);
      if(seed15840&&Array.isArray(seed15840.candidateIds15840))seed15840.candidateIds15840.push(rec.id);
    }
    return rec;
  }

  function earthlineFinalizeCandidateAccounting15840(diag){
    if(!diag||!diag.spatial||!Array.isArray(diag.spatial.candidates))return null;
    const records15840=diag.spatial.candidates;
    const selection15840=records15840.filter(r=>r&&r.candidateClass15840==="selection-eligible");
    const flowFirst15840=selection15840.filter(r=>r.candidateOrigin15840==="flow-first");
    const contour15840=selection15840.filter(r=>r.candidateOrigin15840!=="flow-first");
    const rejectedGeneration15840=records15840.filter(r=>r&&r.candidateClass15840==="generation-rejection");
    for(const zone15840 of diag.zones||[]){
      zone15840.flowFirstCandidates=selection15840.filter(r=>r.zone===zone15840.id&&r.candidateOrigin15840==="flow-first").length;
      zone15840.contourGeneratedCandidates=selection15840.filter(r=>r.zone===zone15840.id&&r.candidateOrigin15840!=="flow-first").length;
      zone15840.candidates=zone15840.flowFirstCandidates+zone15840.contourGeneratedCandidates;
    }
    const accounting15840={
      definition:"selection-eligible candidate records that entered the final spacing/acceptance queue; generation-stage rejection records are reported separately",
      candidateRecordsTotal:selection15840.length,
      flowFirstCandidates:flowFirst15840.length,
      contourGeneratedCandidates:contour15840.length,
      generationRejectionRecords:rejectedGeneration15840.length,
      spatialCandidateRecordsAllStages:records15840.length,
      candidateCountReconciles:selection15840.length===flowFirst15840.length+contour15840.length
    };
    diag.candidateAccounting15840=accounting15840;
    Object.assign(diag.totals,accounting15840);
    return accounting15840;
  }

  function earthlineFinalizeSeedFates15840(diag){
    if(!diag||!diag.spatial)return null;
    const seeds15840=Array.isArray(diag.spatial.seeds)?diag.spatial.seeds:[];
    const candidates15840=Array.isArray(diag.spatial.candidates)?diag.spatial.candidates:[];
    const bySeed15840=new Map();
    for(const candidate15840 of candidates15840){
      const seedId15840=candidate15840&&candidate15840.seedId15840;
      if(!seedId15840)continue;
      if(!bySeed15840.has(seedId15840))bySeed15840.set(seedId15840,[]);
      bySeed15840.get(seedId15840).push(candidate15840);
    }
    const priority15840=[
      "accepted","rejected-final-spacing","not-evaluated-final-cap",
      "rejected-conversion","rejected-overlap","rejected-short","candidate"
    ];
    for(const seed15840 of seeds15840){
      const linked15840=(bySeed15840.get(seed15840.id)||[]).slice();
      seed15840.candidateIds15840=linked15840.map(r=>r.id);
      seed15840.candidateOutcomes15840=linked15840.map(r=>({
        candidateId:r.id,status:r.status,reason:r.reason||null,
        origin:r.candidateOrigin15840||null,
        finalCorridorId:r.finalCorridorId15843||null,
        finalCorridorIndex:Number.isFinite(Number(r.finalCorridorIndex15843))?Number(r.finalCorridorIndex15843):null,
        reachedSpacingEvaluation:!!r.reachedSpacingEvaluation15840,
        reachedFinalCapEvaluation:!!r.reachedFinalCapEvaluation15840,
        accepted:!!r.accepted
      }));
      seed15840.reachedSpacingEvaluation15840=linked15840.some(r=>!!r.reachedSpacingEvaluation15840);
      seed15840.reachedFinalCapEvaluation15840=linked15840.some(r=>!!r.reachedFinalCapEvaluation15840);
      seed15840.accepted15840=linked15840.some(r=>!!r.accepted||r.status==="accepted");
      let stage15840="generated",reason15840="pending";
      if(!seed15840.traceAttempted15840){
        stage15840=seed15840.status==="not-visited-per-level-cap"?"not-visited-per-level-cap":"not-traced";
        reason15840=seed15840.status||"trace-not-attempted";
      }else if(seed15840.traceResult15840==="no-trace"){
        stage15840="no-trace";reason15840="trace-returned-fewer-than-three-points";
      }else if(!seed15840.segmentProduced15840||Number(seed15840.segmentCount15840||0)===0){
        stage15840="trace-produced-no-segment";reason15840="no-usable-segments";
      }else if(!linked15840.length){
        stage15840="segment-produced-no-candidate";
        reason15840=(seed15840.segmentTerminalCodes15840||[]).join("+")||"no-candidate-record";
      }else{
        const chosen15840=priority15840.map(status15840=>linked15840.find(r=>r.status===status15840)).find(Boolean)||linked15840[0];
        if(chosen15840.status==="accepted")stage15840="accepted";
        else if(chosen15840.status==="not-evaluated-final-cap")stage15840="rejected-final-cap";
        else stage15840=chosen15840.status||"candidate-not-finalized";
        reason15840=chosen15840.reason||stage15840;
      }
      seed15840.terminalStage15840=stage15840;
      seed15840.terminalReasonCode15840=reason15840;
      seed15840.fateFinalized15840=true;
    }
    diag.seedFateSummary15840={
      instrument:"WHY NOT HERE seed-fate pipeline",
      observationalOnly:true,
      seedCount:seeds15840.length,
      terminalStageCounts:seeds15840.reduce((acc15840,seed15840)=>{
        const key15840=seed15840.terminalStage15840||"unknown";
        acc15840[key15840]=(acc15840[key15840]||0)+1;
        return acc15840;
      },{})
    };
    return diag.seedFateSummary15840;
  }
  function earthlineCoverageHasLevel15803(levels,mn,mx){
    let lo=0,hi=levels.length-1;
    while(lo<=hi){
      const mid=(lo+hi)>>1,v=levels[mid];
      if(v<mn)lo=mid+1;else hi=mid-1;
    }
    return lo<levels.length&&levels[lo]<=mx;
  }
  function earthlineMeasureContourCells15803(diag,levels,maxS,chanThr){
    if(!diag||!levels||!levels.length)return;
    for(let y=2;y<GH-2;y++)for(let x=2;x<GW-2;x++){
      const i=idx(x,y);
      if(!M.inP[i]||M.pond[i]||(M.noBuildMask&&M.noBuildMask[i]))continue;
      if((M.acc[i]||0)>=chanThr||slopePct(x,y)>maxS)continue;
      const h00=Number(M.h[idx(x,y)]),h10=Number(M.h[idx(x+1,y)]);
      const h01=Number(M.h[idx(x,y+1)]),h11=Number(M.h[idx(x+1,y+1)]);
      if(![h00,h10,h01,h11].every(Number.isFinite))continue;
      const mn=Math.min(h00,h10,h01,h11),mx=Math.max(h00,h10,h01,h11);
      if(mx-mn>1e-7&&earthlineCoverageHasLevel15803(levels,mn,mx)){
        earthlineCoverageZone15803(diag,x,y).contourCells++;
        diag.totals.contourCells++;
      }
    }
  }
  function earthlineRasterizeCorridors15803(swales){
    const mask=new Uint8Array(Math.max(1,N));
    const mark=(x,y)=>{
      const ix=Math.round(x),iy=Math.round(y);
      if(ix>=0&&iy>=0&&ix<GW&&iy<GH)mask[idx(ix,iy)]=1;
    };
    for(const sw of (swales||[])){
      const pts=sw&&sw.pts||[];
      for(let j=0;j<pts.length;j++){
        mark(pts[j][0],pts[j][1]);
        if(j===0)continue;
        const a=pts[j-1],b=pts[j];
        const steps=Math.max(1,Math.ceil(Math.max(Math.abs(b[0]-a[0]),Math.abs(b[1]-a[1]))*2));
        for(let k=1;k<steps;k++){
          const t=k/steps;mark(a[0]+(b[0]-a[0])*t,a[1]+(b[1]-a[1])*t);
        }
      }
    }
    return mask;
  }
  function earthlineEDT1D15803(f,n){
    const v=new Int32Array(n),z=new Float64Array(n+1),d=new Float64Array(n);
    let k=0;v[0]=0;z[0]=-Infinity;z[1]=Infinity;
    for(let q=1;q<n;q++){
      let s;
      do{
        const p=v[k];
        s=((f[q]+q*q)-(f[p]+p*p))/(2*q-2*p);
        if(s<=z[k])k--;
      }while(s<=z[k]&&k>=0);
      k++;v[k]=q;z[k]=s;z[k+1]=Infinity;
    }
    k=0;
    for(let q=0;q<n;q++){
      while(z[k+1]<q)k++;
      const p=v[k];d[q]=(q-p)*(q-p)+f[p];
    }
    return d;
  }
  function earthlineDistanceField15803(corridorMask){
    const BIG=1e12,tmp=new Float64Array(N),out=new Float64Array(N);
    for(let y=0;y<GH;y++){
      const f=new Float64Array(GW);
      for(let x=0;x<GW;x++)f[x]=corridorMask[idx(x,y)]?0:BIG;
      const d=earthlineEDT1D15803(f,GW);
      for(let x=0;x<GW;x++)tmp[idx(x,y)]=d[x];
    }
    for(let x=0;x<GW;x++){
      const f=new Float64Array(GH);
      for(let y=0;y<GH;y++)f[y]=tmp[idx(x,y)];
      const d=earthlineEDT1D15803(f,GH);
      for(let y=0;y<GH;y++)out[idx(x,y)]=Math.sqrt(d[y])*Math.max(.001,Number(M.cellM||1));
    }
    return out;
  }
  function earthlineBuildBoundaryEvidence15803(diag){
    const features=[];
    let poly=(M.analysisBoundaryLngLat||[]).map(p=>[Number(p[0]),Number(p[1])]).filter(p=>p.every(Number.isFinite));
    const frame15875=M.authoritativePropertyFrame15821||null;
    let acres15875=Number(frame15875&&frame15875.acres);
    if(!Number.isFinite(acres15875)||acres15875<=0)acres15875=Number(M.loc&&M.loc.acres);
    if((!Number.isFinite(acres15875)||acres15875<=0)&&poly.length>=3&&typeof earthlinePolygonAreaM2==="function"){
      acres15875=earthlinePolygonAreaM2(poly)/4046.8564224;
    }
    const roundedAcres15875=Number.isFinite(acres15875)&&acres15875>0
      ?(Math.abs(acres15875-Math.round(acres15875))<0.05?String(Math.round(acres15875)):acres15875.toFixed(1))
      :"";
    const boundaryLabel15875=roundedAcres15875?roundedAcres15875+"-acre boundary":"Analysis boundary";
    if(poly.length>=3){
      if(poly[0][0]!==poly[poly.length-1][0]||poly[0][1]!==poly[poly.length-1][1])poly.push(poly[0].slice());
      features.push({type:"Feature",properties:{kind:"boundary",label:"Exact analysis boundary",boundaryLabel:boundaryLabel15875},geometry:{type:"LineString",coordinates:poly}});
      diag.boundary={type:"analysisBoundaryLngLat",coordinates:poly,label:boundaryLabel15875};
    }else{
      const ring=[[0,0],[GW,0],[GW,GH],[0,GH],[0,0]].map(p=>earthlineGridToLngLat(p[0],p[1]));
      features.push({type:"Feature",properties:{kind:"boundary",label:"Analysis-grid extent (boundary unavailable)",boundaryLabel:boundaryLabel15875},geometry:{type:"LineString",coordinates:ring}});
      diag.boundary={type:"gridExtentFallback",coordinates:ring,label:boundaryLabel15875};
    }
    const addClipped=(vertical,pos,index)=>{
      let active=null;
      const limit=vertical?GH:GW;
      for(let a=0;a<=limit;a++){
        const x=vertical?Math.max(0,Math.min(GW-1,Math.round(pos))):Math.max(0,Math.min(GW-1,a));
        const y=vertical?Math.max(0,Math.min(GH-1,a)):Math.max(0,Math.min(GH-1,Math.round(pos)));
        const inside=a<limit&&M.inP&&M.inP[idx(x,y)];
        if(inside&&!active)active=[];
        if(inside)active.push(earthlineGridToLngLat(vertical?pos:a,vertical?a:pos));
        if((!inside||a===limit)&&active){
          if(active.length>=2)features.push({type:"Feature",properties:{kind:"grid",index},geometry:{type:"LineString",coordinates:active}});
          active=null;
        }
      }
    };
    for(let i=1;i<4;i++){addClipped(true,GW*i/4,"V"+i);addClipped(false,GH*i/4,"H"+i);}
    for(const z of diag.zones){
      let sx=0,sy=0,n=0;
      const x0=Math.floor((z.col-1)*GW/4),x1=Math.ceil(z.col*GW/4);
      const y0=Math.floor((z.row-1)*GH/4),y1=Math.ceil(z.row*GH/4);
      for(let y=y0;y<y1;y+=3)for(let x=x0;x<x1;x+=3){
        if(x>=0&&y>=0&&x<GW&&y<GH&&M.inP&&M.inP[idx(x,y)]){sx+=x;sy+=y;n++;}
      }
      if(n)features.push({
        type:"Feature",
        properties:{kind:"zone-label",label:z.id+" · "+z.accepted+" corridors"},
        geometry:{type:"Point",coordinates:earthlineGridToLngLat(sx/n,sy/n)}
      });
    }
    return features;
  }
  function earthlineComputeCoverage15803(diag,swales,maxS,chanThr){
    const corridorMask=earthlineRasterizeCorridors15803(swales);
    let corridorPixels=0;for(const v of corridorMask)corridorPixels+=v?1:0;
    const thresholds=[
      {key:"within25ft",ft:25,m:25/3.280839895},
      {key:"within50ft",ft:50,m:50/3.280839895},
      {key:"within100ft",ft:100,m:100/3.280839895}
    ];
    const counts={within25ft:0,within50ft:0,within100ft:0};
    const dist=corridorPixels?earthlineDistanceField15803(corridorMask):null;
    let safe=0;
    for(let y=2;y<GH-2;y++)for(let x=2;x<GW-2;x++){
      const i=idx(x,y);
      if(!M.inP[i]||M.pond[i]||(M.noBuildMask&&M.noBuildMask[i]))continue;
      if((M.acc[i]||0)>=chanThr||slopePct(x,y)>maxS||!Number.isFinite(Number(M.h[i])))continue;
      safe++;
      const z=earthlineCoverageZone15803(diag,x,y);
      const dm=dist?dist[i]:Infinity;
      for(const t of thresholds)if(dm<=t.m){counts[t.key]++;z.coverage[t.key]++;}
    }
    const pct={};
    for(const t of thresholds)pct[t.key]=safe?100*counts[t.key]/safe:0;
    for(const z of diag.zones){
      for(const t of thresholds)z.coverage[t.key+"Pct"]=z.safeCells?100*z.coverage[t.key]/z.safeCells:0;
    }
    diag.coverage={
      method:"exact Euclidean grid distance to rasterized accepted corridor centerlines",
      cellM:Number(M.cellM||0),safeCells:safe,corridorPixels,
      counts,pct,
      within25ftPct:pct.within25ft,
      within50ftPct:pct.within50ft,
      within100ftPct:pct.within100ft
    };
  }
  function earthlineFinalizeCoverageDiagnostic15803(diag,levels,maxS,chanThr,kept,checked){
    if(!diag)return null;
    diag.totals.accepted=kept.length;
    diag.termination.levelsTotal=levels.length;
    diag.termination.levelsProcessed=checked;
    diag.termination.levelsUnprocessed=Math.max(0,levels.length-checked);
    diag.termination.timeBudgetReached=!!(M.swaleDiagnostics&&M.swaleDiagnostics.timeBudgetReached);
    diag.termination.truncated=!!(
      diag.termination.candidateCapReached||
      diag.termination.finalCapReached||
      diag.termination.timeBudgetReached
    );
    const reasons=[];
    if(diag.termination.candidateCapReached)reasons.push("candidate-cap");
    if(diag.termination.finalCapReached)reasons.push("final-cap");
    if(diag.termination.timeBudgetReached)reasons.push("time-budget");
    if(!reasons.length)reasons.push(diag.termination.candidateStage||"exhausted");
    diag.termination.reason=reasons.join("+");
    earthlineFinalizeCandidateAccounting15840(diag);
    earthlineFinalizeSeedFates15840(diag);
    earthlineFinalizePreselectionFate15841(diag);
    earthlineMeasureContourCells15803(diag,levels,maxS,chanThr);
    earthlineComputeCoverage15803(diag,kept,maxS,chanThr);
    diag.mapFeatures=earthlineBuildBoundaryEvidence15803(diag);
    diag.runtimeBuild=String(window.EARTHLINE_BUILD||diag.runtimeBuild||"");
    diag.noBuildProvenance15843=diag.noBuildProvenance15843||null;
    diag.completedAt=new Date().toISOString();
    M.coverageDiagnostic15803=diag;
    return diag;
  }
  function earthlineEnsureCoverageLayers15803(){
    if(!mapReady()||!earthlineMap.isStyleLoaded||!earthlineMap.isStyleLoaded())return false;
    try{
      if(!earthlineMap.getSource(COVERAGE_SOURCE_15803))earthlineMap.addSource(COVERAGE_SOURCE_15803,{type:"geojson",data:earthlineCoverageEmptyFC15803()});
      const add=(id,spec)=>{
        if(!earthlineMap.getLayer(id))earthlineMap.addLayer(Object.assign({id,source:COVERAGE_SOURCE_15803},spec));
      };
      add(COVERAGE_BOUNDARY_15803,{type:"line",filter:["==",["get","kind"],"boundary"],layout:{"line-cap":"round","line-join":"round"},paint:{"line-color":"#ffe46b","line-width":3.2,"line-opacity":.95,"line-dasharray":[2,1]}});
      add(COVERAGE_BOUNDARY_LABEL_15875,{
        type:"symbol",
        filter:["==",["get","kind"],"boundary"],
        layout:{
          "symbol-placement":"line",
          "symbol-spacing":5000,
          "text-field":["coalesce",["get","boundaryLabel"],"20-acre boundary"],
          "text-size":11,
          "text-letter-spacing":0.055,
          "text-rotation-alignment":"map",
          "text-pitch-alignment":"map",
          "text-keep-upright":true,
          "text-allow-overlap":false,
          "text-ignore-placement":true,
          "text-padding":8
        },
        paint:{
          "text-color":"#ffe46b",
          "text-halo-color":"#07131d",
          "text-halo-width":2.2,
          "text-halo-blur":0.35
        }
      });
      add(COVERAGE_GRID_15803,{type:"line",filter:["==",["get","kind"],"grid"],layout:{"visibility":"none"},paint:{"line-color":"#f2f7fb","line-width":1.2,"line-opacity":.62,"line-dasharray":[2,3]}});
      add(COVERAGE_CANDIDATES_15803,{type:"circle",filter:["==",["get","kind"],"candidate"],paint:{"circle-radius":5,"circle-color":["match",["get","status"],"accepted","#55ef75","rejected","#ffd54a","excluded","#ff6655","#9aa8b7"],"circle-stroke-color":"#07131d","circle-stroke-width":1.5,"circle-opacity":.95}});
      add(COVERAGE_TARGET_15803,{type:"circle",filter:["==",["get","kind"],"target"],layout:{"visibility":"none"},paint:{"circle-radius":["interpolate",["linear"],["zoom"],14,12,18,26],"circle-color":"rgba(255,255,255,.08)","circle-stroke-color":"#ff4bd8","circle-stroke-width":3}});
      add(COVERAGE_LABEL_15803,{type:"symbol",filter:["==",["get","kind"],"zone-label"],layout:{"visibility":"none","text-field":["get","label"],"text-size":10,"text-allow-overlap":true},"paint":{"text-color":"#ffffff","text-halo-color":"#07131d","text-halo-width":1.5}});
      return true;
    }catch(e){console.warn("[Earthline] BUILD-CHECK-15803 coverage layers",e);return false;}
  }
  function earthlineRenderCoverageDiagnostic15803(){
    const diag=M.coverageDiagnostic15803;
    if(!diag||!earthlineEnsureCoverageLayers15803())return false;
    try{if(earthlineMap.getLayer(COVERAGE_TARGET_15803))earthlineMap.setLayoutProperty(COVERAGE_TARGET_15803,"visibility","none");}catch(_){}
    const features=(diag.mapFeatures||[]).filter(f=>String(f&&f.properties&&f.properties.kind||"")!=="grid"&&String(f&&f.properties&&f.properties.kind||"")!=="zone-label");
    const target=diag.whyNotHere;
    if(target&&Number.isFinite(target.lng)&&Number.isFinite(target.lat)){
      features.push({type:"Feature",properties:{kind:"target",status:target.status||""},geometry:{type:"Point",coordinates:[target.lng,target.lat]}});
      for(const rec of (target.nearbyRecords||[])){
        features.push({
          type:"Feature",
          properties:{kind:"candidate",status:rec.mapStatus||"unseeded",label:rec.reason||rec.status||""},
          geometry:{type:"Point",coordinates:earthlineGridToLngLat(rec.x,rec.y)}
        });
      }
    }
    const src=earthlineMap.getSource(COVERAGE_SOURCE_15803);
    if(src&&src.setData)src.setData({type:"FeatureCollection",features});
    return true;
  }
  function earthlinePct15803(v){return Number.isFinite(Number(v))?Number(v).toFixed(1)+"%":"—";}
  function earthlineUpdateCoveragePanel15803(){
    const diag=M.coverageDiagnostic15803;
    const truth=document.getElementById("earthlineCoverageTruth15803");
    const metrics=document.getElementById("earthlineCoverageMetrics15803");
    if(!truth||!metrics)return;
    if(!diag||!diag.coverage){
      truth.className="coverage-truth15803 pending";
      truth.textContent="Coverage evidence pending.";
      metrics.textContent="Run a property analysis to measure parcel-wide safe-terrain coverage.";
      return;
    }
    if(diag.termination.truncated){
      truth.className="coverage-truth15803 warning";
      truth.textContent="Analysis truncated at performance limit — parcel coverage may be incomplete.";
    }else{
      truth.className="coverage-truth15803 complete";
      truth.textContent="Analysis exhausted the available contour candidates without hitting a performance ceiling.";
    }
    metrics.innerHTML=
      '<div><b>Safe terrain near a corridor</b></div>'+
      '<div>≤25 ft: <strong>'+earthlinePct15803(diag.coverage.within25ftPct)+'</strong> · '+
      '≤50 ft: <strong>'+earthlinePct15803(diag.coverage.within50ftPct)+'</strong> · '+
      '≤100 ft: <strong>'+earthlinePct15803(diag.coverage.within100ftPct)+'</strong></div>'+
      '<div class="coverage-meta15803">Termination: '+diag.termination.reason+
      ' · candidates '+(diag.candidateAccounting15840?diag.candidateAccounting15840.candidateRecordsTotal:diag.totals.candidates)+'/'+diag.caps.maxCandidates+
      ' · final '+diag.totals.accepted+'/'+diag.caps.maxFinal+
      ' · seeds/level '+diag.caps.maxSeedsPerLevelEffective+' effective / '+diag.caps.maxSeedsPerLevelDeclared+' declared</div>';
    const verdict=document.getElementById("earthlineWhyNotVerdict15803");
    if(verdict&&diag.whyNotHere)verdict.textContent=diag.whyNotHere.verdict;
  }
  function earthlinePointSegmentDistance15803(px,py,ax,ay,bx,by){
    const dx=bx-ax,dy=by-ay,l2=dx*dx+dy*dy;
    if(l2<=1e-12)return Math.hypot(px-ax,py-ay);
    const t=Math.max(0,Math.min(1,((px-ax)*dx+(py-ay)*dy)/l2));
    return Math.hypot(px-(ax+t*dx),py-(ay+t*dy));
  }
  function earthlinePointSegmentClosest15843(px15843,py15843,ax15843,ay15843,bx15843,by15843){
    const dx15843=bx15843-ax15843,dy15843=by15843-ay15843,l215843=dx15843*dx15843+dy15843*dy15843;
    const t15843=l215843<=1e-12?0:Math.max(0,Math.min(1,((px15843-ax15843)*dx15843+(py15843-ay15843)*dy15843)/l215843));
    const x15843=ax15843+t15843*dx15843,y15843=ay15843+t15843*dy15843;
    return {distanceCells:Math.hypot(px15843-x15843,py15843-y15843),t:t15843,x:x15843,y:y15843};
  }
  function earthlineClosestPointOnSwale15843(sw15843,gx15843,gy15843,corridorIndex15843){
    let best15843=null;
    const pts15843=sw15843&&sw15843.pts||[];
    for(let segmentIndex15843=1;segmentIndex15843<pts15843.length;segmentIndex15843++){
      const hit15843=earthlinePointSegmentClosest15843(gx15843,gy15843,pts15843[segmentIndex15843-1][0],pts15843[segmentIndex15843-1][1],pts15843[segmentIndex15843][0],pts15843[segmentIndex15843][1]);
      if(!best15843||hit15843.distanceCells<best15843.distanceCells){
        best15843=Object.assign(hit15843,{segmentIndex:segmentIndex15843-1,corridorIndex:corridorIndex15843});
      }
    }
    if(!best15843)return null;
    const cellM15843=Math.max(.001,Number(M.cellM||1));
    const lngLat15843=earthlineGridToLngLat(best15843.x,best15843.y);
    const candidateId15843=sw15843.diagnosticCandidateId15843||null;
    const seedId15843=sw15843.diagnosticSeedId15843||null;
    const candidateRecord15843=M.coverageDiagnostic15803&&candidateId15843
      ?(M.coverageDiagnostic15803.spatial.candidates||[]).find(record15843=>record15843.id===candidateId15843)||null:null;
    return {
      corridorId:sw15843.id||("B"+(corridorIndex15843+1)),
      corridorIndex:corridorIndex15843,
      candidateId:candidateId15843,
      seedId:seedId15843,
      candidateRecordStatus:candidateRecord15843&&candidateRecord15843.status||null,
      candidateOrigin:candidateRecord15843&&candidateRecord15843.candidateOrigin15840||null,
      segmentIndex:best15843.segmentIndex,
      closestGridPoint:{x:best15843.x,y:best15843.y},
      closestLngLat:{lng:Number(lngLat15843[0]),lat:Number(lngLat15843[1])},
      distanceCells:best15843.distanceCells,
      distanceM:best15843.distanceCells*cellM15843,
      distanceFt:best15843.distanceCells*cellM15843*3.280839895,
      identityComplete:!!(candidateId15843&&best15843&&sw15843.id)
    };
  }
  function earthlineNearestAcceptedCorridor15843(gx15843,gy15843){
    let best15843=null;
    for(let corridorIndex15843=0;corridorIndex15843<(M.swales||[]).length;corridorIndex15843++){
      const hit15843=earthlineClosestPointOnSwale15843(M.swales[corridorIndex15843],gx15843,gy15843,corridorIndex15843);
      if(hit15843&&(!best15843||hit15843.distanceM<best15843.distanceM))best15843=hit15843;
    }
    return best15843;
  }
  function earthlineNearestSwaleDistance15803(gx,gy){
    const identity15843=earthlineNearestAcceptedCorridor15843(gx,gy);
    return identity15843?identity15843.distanceM:Infinity;
  }
  function earthlineTargetCellEvidence15843(gx15843,gy15843,levels15843,chanThr15843,maxS15843,diag15843){
    const source15843=diag15843&&diag15843._runMasks15843||M.noBuildSourceMasks15843||{};
    const noBuildMask15843=source15843.noBuild||M.noBuildMask;
    const hardCoreMask15843=source15843.hardCore||M.hardCoreMask;
    const imperviousRaster15843=source15843.imperviousRaster||_impervData;
    const buildCell15843=(x15843,y15843,label15843)=>{
      x15843=Math.max(0,Math.min(GW-1,x15843));y15843=Math.max(0,Math.min(GH-1,y15843));
      const i15843=idx(x15843,y15843);
      const h15843=Number(M.h[i15843]);
      const crossing15843=[];
      if(x15843<GW-1&&y15843<GH-1&&Array.isArray(levels15843)&&levels15843.length){
        const hs15843=[Number(M.h[idx(x15843,y15843)]),Number(M.h[idx(x15843+1,y15843)]),Number(M.h[idx(x15843,y15843+1)]),Number(M.h[idx(x15843+1,y15843+1)])];
        if(hs15843.every(Number.isFinite))for(const level15843 of levels15843)if(level15843>=Math.min(...hs15843)&&level15843<=Math.max(...hs15843))crossing15843.push(Number(level15843));
      }
      return {
        label:label15843,x:x15843,y:y15843,elevation:Number.isFinite(h15843)?h15843:null,
        inParcel:!!(M.inP&&M.inP[i15843]),pond:!!(M.pond&&M.pond[i15843]),
        slopePct:Number.isFinite(slopePct(x15843,y15843))?slopePct(x15843,y15843):null,
        accumulation:Number(M.acc&&M.acc[i15843]||0),channel:!!(M.acc&&Number(M.acc[i15843]||0)>=chanThr15843),
        slopeExcluded:!!(Number.isFinite(slopePct(x15843,y15843))&&slopePct(x15843,y15843)>maxS15843),
        noBuild:!!(noBuildMask15843&&noBuildMask15843[i15843]),hardCore:!!(hardCoreMask15843&&hardCoreMask15843[i15843]),
        vectorCore:!!(source15843.vectorCore&&source15843.vectorCore[i15843]),
        imperviousCore:!!(source15843.imperviousCore&&source15843.imperviousCore[i15843]),
        waterCore:!!(source15843.waterCore&&source15843.waterCore[i15843]),
        manualCore:!!(source15843.manualCore&&source15843.manualCore[i15843]),
        bufferedByVector:!!(source15843.vectorBuffered&&source15843.vectorBuffered[i15843]),
        bufferedByImpervious:!!(source15843.imperviousBuffered&&source15843.imperviousBuffered[i15843]),
        bufferedByWater:!!(source15843.waterBuffered&&source15843.waterBuffered[i15843]),
        imperviousValue:(imperviousRaster15843&&imperviousRaster15843.length===N)?Number(imperviousRaster15843[i15843]||0):null,
        activeContourLevelsCrossingCell:crossing15843
      };
    };
    return {
      fractionalGridPoint:{x:Number(gx15843),y:Number(gy15843)},
      containingCell:buildCell15843(Math.floor(gx15843),Math.floor(gy15843),"containing-cell"),
      nearestGridNode:buildCell15843(Math.round(gx15843),Math.round(gy15843),"nearest-grid-node")
    };
  }
  const WHY_NOT_HERE_TARGET_15840=Object.freeze({lat:44.513799,lng:-73.013698,radiusFt:50});
  const EARTHLINE_PROPERTY_BRANCH_15844=Object.freeze({
    build:"BUILD-CHECK-15844",
    canonicalBranchId:"15843-CG-MASK-PROVENANCE-TARGET-IDENTITY",
    canonicalParentBuild:"BUILD-CHECK-15843",
    canonicalParentSha256:"a720655137968e1a323db1768d46bf95fcb4c630c21564b6348d1dad52318219",
    branchDecision:"CG provenance branch selected as active property lineage; Claude disk-cell branch excluded from active development until its artifacts are available for shared verification.",
    scientificChange:null
  });
  /* BUILD-CHECK-15855 — restore Claude's BUILD-CHECK-15852 cross-block scope fix.
     The canonical branch constant is IIFE-scoped, while audit/export blocks read it
     later. Publish the immutable object on window so those readers cannot throw. */
  window.EARTHLINE_PROPERTY_BRANCH_15844=EARTHLINE_PROPERTY_BRANCH_15844;
  function earthlineCanonicalTargetFingerprintInput15844(target15844){
    if(!target15844)return null;
    const nearest15844=target15844.nearestAcceptedCorridorIdentity15843||target15844.nearestAcceptedCorridorIdentity||null;
    const provenance15844=target15844.runInputProvenance15843||target15844.runInputProvenance||target15844.noBuildProvenance||null;
    const cellEvidence15844=target15844.targetCellEvidence15843||target15844.targetCellEvidence||null;
    const cell15844=(cell)=>cell?{
      x:Number(cell.x),y:Number(cell.y),elevation:Number.isFinite(Number(cell.elevation))?Number(cell.elevation):null,
      inParcel:!!cell.inParcel,pond:!!cell.pond,slopePct:Number.isFinite(Number(cell.slopePct))?Number(cell.slopePct):null,
      accumulation:Number.isFinite(Number(cell.accumulation))?Number(cell.accumulation):null,channel:!!cell.channel,
      slopeExcluded:!!cell.slopeExcluded,noBuild:!!cell.noBuild,hardCore:!!cell.hardCore,
      vectorCore:!!cell.vectorCore,imperviousCore:!!cell.imperviousCore,waterCore:!!cell.waterCore,manualCore:!!cell.manualCore,
      bufferedByVector:!!cell.bufferedByVector,bufferedByImpervious:!!cell.bufferedByImpervious,bufferedByWater:!!cell.bufferedByWater,
      activeContourLevelsCrossingCell:Array.isArray(cell.activeContourLevelsCrossingCell)?cell.activeContourLevelsCrossingCell.map(Number):[]
    }:null;
    return {
      target:{lat:Number(target15844.lat),lng:Number(target15844.lng),gx:Number(target15844.gx),gy:Number(target15844.gy),radiusFt:Number(target15844.radiusFt)},
      status:String(target15844.status||""),diagnosticReason:String(target15844.diagnosticReason15843||target15844.diagnosticReason||""),
      acceptedDistanceM:Number.isFinite(Number(target15844.acceptedDistanceM))?Number(target15844.acceptedDistanceM):null,
      exactIntersectionToleranceM:Number(target15844.exactIntersectionToleranceM15843||target15844.exactIntersectionToleranceM||0),
      nearestAcceptedCorridor:nearest15844?{
        corridorId:nearest15844.corridorId||null,corridorIndex:Number.isFinite(Number(nearest15844.corridorIndex))?Number(nearest15844.corridorIndex):null,
        candidateId:nearest15844.candidateId||null,seedId:nearest15844.seedId||null,candidateRecordStatus:nearest15844.candidateRecordStatus||null,
        candidateOrigin:nearest15844.candidateOrigin||null,segmentIndex:Number.isFinite(Number(nearest15844.segmentIndex))?Number(nearest15844.segmentIndex):null,
        closestGridPoint:nearest15844.closestGridPoint||null,closestLngLat:nearest15844.closestLngLat||null,
        distanceM:Number.isFinite(Number(nearest15844.distanceM))?Number(nearest15844.distanceM):null,
        identityComplete:!!nearest15844.identityComplete
      }:null,
      containingCell:cell15844(cellEvidence15844&&cellEvidence15844.containingCell),
      nearestGridNode:cell15844(cellEvidence15844&&cellEvidence15844.nearestGridNode),
      sourceStateFingerprint:provenance15844&&provenance15844.sourceStateFingerprint||null,
      scientificInputFingerprint:provenance15844&&provenance15844.scientificInputFingerprint||null,
      geometryFrameHash:target15844.geometryFrameHash15844||target15844.geometryFrameHash||M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.geometryFrameHash15838||null
    };
  }
  function earthlineTargetSnapshotFingerprint15844(target15844){
    const canonical15844=earthlineCanonicalTargetFingerprintInput15844(target15844);
    return canonical15844?earthlineHashBytes15843(JSON.stringify(canonical15844)):null;
  }
  function earthlineFreezeRequiredTargetSnapshot15844(diag15844){
    if(!diag15844||!diag15844.whyNotHereExactTarget15840)return null;
    if(diag15844.requiredTargetSnapshot15844)return diag15844.requiredTargetSnapshot15844;
    const snapshot15844=JSON.parse(JSON.stringify(diag15844.whyNotHereExactTarget15840));
    snapshot15844.geometryFrameHash15844=M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.geometryFrameHash15838||null;
    const fingerprint15844=earthlineTargetSnapshotFingerprint15844(snapshot15844);
    snapshot15844.targetSnapshotFingerprint15844=fingerprint15844;
    snapshot15844.snapshotImmutable15844=true;
    snapshot15844.snapshotFrozenAt15844=diag15844.completedAt||new Date().toISOString();
    snapshot15844.canonicalBranch15844=Object.assign({},window.EARTHLINE_PROPERTY_BRANCH_15844||{});
    diag15844.requiredTargetSnapshot15844=snapshot15844;
    diag15844.targetSnapshotFingerprint15844=fingerprint15844;
    return snapshot15844;
  }
  function earthlineEvaluateWhyNotHere15803(lng,lat,radiusFt=50){
    const diag=M.coverageDiagnostic15803;
    if(!diag)return null;
    const g=earthlineLngLatToGrid(Number(lng),Number(lat)),gx=g[0],gy=g[1];
    const radiusM=Number(radiusFt)/3.280839895,radiusCells=radiusM/Math.max(.001,Number(M.cellM||1));
    let safe=0,contour=0,pond=0,noBuild=0,channel=0,slope=0,nonFinite=0;
    const lg=M.swaleDiagnostics&&M.swaleDiagnostics.levelGenerator||{};
    const levels=[];
    if(Number.isFinite(lg.firstLevel)&&Number.isFinite(lg.lastLevel)&&Number.isFinite(lg.levelStep)&&lg.levelStep>0){
      for(let v=lg.firstLevel,guard=0;v<=lg.lastLevel+lg.levelStep*.1&&guard<1000;v+=lg.levelStep,guard++)levels.push(v);
    }
    const chanThr=Number(lg.channelThreshold||streamThreshold()*3.2),maxS=Number(lg.maxSlopePct||33);
    const runMasks15843=diag._runMasks15843||{};
    const noBuildMask15843=runMasks15843.noBuild||M.noBuildMask;
    for(let y=Math.max(2,Math.floor(gy-radiusCells));y<=Math.min(GH-3,Math.ceil(gy+radiusCells));y++){
      for(let x=Math.max(2,Math.floor(gx-radiusCells));x<=Math.min(GW-3,Math.ceil(gx+radiusCells));x++){
        if(Math.hypot(x-gx,y-gy)>radiusCells)continue;
        const i=idx(x,y);if(!M.inP[i])continue;
        const h=Number(M.h[i]);
        if(!Number.isFinite(h)){nonFinite++;continue;}
        if(M.pond[i]){pond++;continue;}
        if(noBuildMask15843&&noBuildMask15843[i]){noBuild++;continue;}
        if((M.acc[i]||0)>=chanThr){channel++;continue;}
        if(slopePct(x,y)>maxS){slope++;continue;}
        safe++;
        if(levels.length){
          const hs=[Number(M.h[idx(x,y)]),Number(M.h[idx(x+1,y)]),Number(M.h[idx(x,y+1)]),Number(M.h[idx(x+1,y+1)])];
          if(hs.every(Number.isFinite)&&earthlineCoverageHasLevel15803(levels,Math.min(...hs),Math.max(...hs)))contour++;
        }
      }
    }
    const near=(rec)=>Math.hypot(Number(rec.x)-gx,Number(rec.y)-gy)<=radiusCells;
    const nearbySeeds=diag.spatial.seeds.filter(near);
    const nearbyCandidates=diag.spatial.candidates.filter(near);
    const preselection15841=diag.preselectionFate15841||null;
    const preselectionRecords15841=preselection15841&&Array.isArray(preselection15841.records)
      ?preselection15841.records.map(record15841=>Object.assign({},record15841))
      :[];
    const seedFates15840=nearbySeeds.map(seed15840=>({
      seedId:seed15840.id,x:seed15840.x,y:seed15840.y,zone:seed15840.zone,
      levelIndex:seed15840.levelIndex,rank:seed15840.rank,
      traceAttempted:!!seed15840.traceAttempted15840,
      traceResult:seed15840.traceResult15840||null,
      segmentProduced:!!seed15840.segmentProduced15840,
      segmentCount:Number(seed15840.segmentCount15840||0),
      candidateIds:(seed15840.candidateIds15840||[]).slice(),
      candidateOutcomes:(seed15840.candidateOutcomes15840||[]).map(outcome15840=>Object.assign({},outcome15840)),
      reachedSpacingEvaluation:!!seed15840.reachedSpacingEvaluation15840,
      reachedFinalCapEvaluation:!!seed15840.reachedFinalCapEvaluation15840,
      accepted:!!seed15840.accepted15840,
      terminalStage:seed15840.terminalStage15840||null,
      terminalReasonCode:seed15840.terminalReasonCode15840||null
    }));
    const nearestAcceptedCorridor15843=earthlineNearestAcceptedCorridor15843(gx,gy);
    const acceptedDistanceM=nearestAcceptedCorridor15843?nearestAcceptedCorridor15843.distanceM:Infinity;
    const exactIntersectionToleranceM15843=Math.max(.05,Math.max(.001,Number(M.cellM||1))*.01);
    const nearbySeedIds15843=new Set(nearbySeeds.map(seed15843=>seed15843.id));
    const acceptedCorridorsBornFromDiskSeeds15843=[];
    for(let corridorIndex15843=0;corridorIndex15843<(M.swales||[]).length;corridorIndex15843++){
      const corridor15843=M.swales[corridorIndex15843];
      if(!nearbySeedIds15843.has(corridor15843&&corridor15843.diagnosticSeedId15843))continue;
      const chain15843=earthlineClosestPointOnSwale15843(corridor15843,gx,gy,corridorIndex15843);
      if(chain15843)acceptedCorridorsBornFromDiskSeeds15843.push(chain15843);
    }
    acceptedCorridorsBornFromDiskSeeds15843.sort((a15843,b15843)=>a15843.distanceM-b15843.distanceM);
    let status,verdict,diagnosticReason15843;
    if(nearestAcceptedCorridor15843&&acceptedDistanceM<=exactIntersectionToleranceM15843){
      status="exact-point-intersection";
      diagnosticReason15843="accepted-corridor-geometrically-intersects-exact-target";
      verdict="An accepted corridor intersects the exact target within the reported geometric tolerance. Visual confirmation is still required.";
    }else if(nearestAcceptedCorridor15843&&acceptedDistanceM<=radiusM){
      status="nearby-within-disk";
      diagnosticReason15843="accepted-corridor-nearby-but-not-at-exact-target";
      verdict="An accepted corridor is nearby within the 50 ft diagnostic disk, but the exact target is not served by proximity alone.";
    }else{
      const rejected=nearbyCandidates.filter(r=>/^rejected/.test(r.status));
      const unevaluated=nearbyCandidates.filter(r=>/not-evaluated/.test(r.status));
      if(nearbyCandidates.length){
        status="candidate-in-disk-only";
        diagnosticReason15843=rejected.length?"candidate-rejected:"+Array.from(new Set(rejected.map(r=>r.reason||r.status))).join(","):unevaluated.length?"candidate-not-evaluated-final-cap":"candidate-did-not-become-nearby-accepted-corridor";
        verdict="Candidate evidence exists inside the diagnostic disk, but no accepted corridor serves the exact target or falls within the disk.";
      }else if(nearbySeeds.length){
        status="seed-in-disk-only";
        const causes15840=Array.from(new Set(seedFates15840.map(seed15840=>(seed15840.terminalStage||"unknown")+":"+(seed15840.terminalReasonCode||"unknown"))));
        diagnosticReason15843="seed-fate:"+causes15840.join(",");
        verdict="Seed evidence exists inside the diagnostic disk, but it did not produce an accepted corridor at the exact target.";
      }else{
        status="not-served";
        if(preselectionRecords15841.length){
          const reasons15841=Array.from(new Set(preselectionRecords15841.map(record15841=>record15841.terminalSelectionReason||"unknown")));
          diagnosticReason15843="preselection:"+reasons15841.join(",");
          verdict="The exact target is not served. Preselection evidence records: "+reasons15841.join(", ")+".";
        }else if(contour>0&&safe>0){
          diagnosticReason15843="safe-contour-terrain-without-seed-or-candidate";
          verdict="The exact target is not served even though safe contour terrain exists within the diagnostic disk.";
        }else if(safe===0){
          const why=[];if(noBuild)why.push("no-build mask");if(channel)why.push("channel setback");if(slope)why.push("slope");if(pond)why.push("ponding");if(nonFinite)why.push("missing elevation");
          diagnosticReason15843="physically-excluded:"+(why.join(",")||"unknown");
          verdict="The exact target is not served; the diagnostic disk is physically excluded"+(why.length?" by "+why.join(", "):"")+".";
        }else{
          diagnosticReason15843="no-active-contour-level-in-diagnostic-disk";
          verdict="The exact target is not served; the current discrete contour family does not cross eligible terrain in the diagnostic disk.";
        }
      }
    }
    const nearbyRecords=[];
    for(const r of nearbyCandidates.slice(0,80))nearbyRecords.push(Object.assign({},r,{mapStatus:r.accepted?"accepted":(/^rejected/.test(r.status)?"rejected":"unseeded")}));
    diag.whyNotHere={
      setAt:new Date().toISOString(),lng:Number(lng),lat:Number(lat),gx,gy,radiusFt,
      status,verdict,diagnosticReason15843,
      serviceClaim:status==="exact-point-intersection",
      proximityDoesNotEqualService:true,visualGateRequired:true,
      exactIntersectionToleranceM15843,
      acceptedDistanceM:Number.isFinite(acceptedDistanceM)?acceptedDistanceM:null,
      nearestAcceptedCorridorIdentity15843:nearestAcceptedCorridor15843,
      acceptedCorridorsBornFromDiskSeeds15843,
      nearestCorridorMatchesDiskSeedChain15843:!!(nearestAcceptedCorridor15843&&acceptedCorridorsBornFromDiskSeeds15843.some(chain15843=>chain15843.corridorId===nearestAcceptedCorridor15843.corridorId)),
      targetCellEvidence15843:earthlineTargetCellEvidence15843(gx,gy,levels,chanThr,maxS,diag),
      runInputProvenance15843:diag.noBuildProvenance15843?JSON.parse(JSON.stringify(diag.noBuildProvenance15843)):null,
      cells:{safe,contour,pond,noBuild,channel,slope,nonFinite},
      seeds:nearbySeeds.length,candidates:nearbyCandidates.length,
      seedFates15840,
      preselectionFate15841:preselection15841?{
        exactTarget:Object.assign({},preselection15841.exactTarget||{}),
        consumedSeedBudget:Number(preselection15841.consumedSeedBudget),
        stride:Number(preselection15841.stride),
        selectionSpacingCells:Number(preselection15841.selectionSpacingCells),
        selectionSpacingM:Number(preselection15841.selectionSpacingM),
        records:preselectionRecords15841,
        levels:(preselection15841.levels||[]).map(level15841=>Object.assign({},level15841)),
        summary:preselection15841.summary?Object.assign({},preselection15841.summary):null,
        observationalOnly:true
      }:null,
      instrument15840:{
        name:"WHY NOT HERE seed-fate pipeline",
        observationalOnly:true,
        exactLockedTarget:
          Math.abs(Number(lat)-WHY_NOT_HERE_TARGET_15840.lat)<1e-9&&
          Math.abs(Number(lng)-WHY_NOT_HERE_TARGET_15840.lng)<1e-9&&
          Number(radiusFt)===WHY_NOT_HERE_TARGET_15840.radiusFt
      },
      nearbyRecords
    };
    if(diag.whyNotHere.instrument15840.exactLockedTarget){
      diag.whyNotHereExactTarget15840=JSON.parse(JSON.stringify(diag.whyNotHere));
      earthlineFreezeRequiredTargetSnapshot15844(diag);
      if(typeof window.earthlineRefreshTargetCausality15845==="function")window.earthlineRefreshTargetCausality15845();
    }else{
      diag.interactiveWhyNotHere15844=JSON.parse(JSON.stringify(diag.whyNotHere));
    }
    earthlineRenderCoverageDiagnostic15803();
    earthlineUpdateCoveragePanel15803();
    return diag.whyNotHere;
  }
  /* BUILD-CHECK-15842 — export identity + schema normalization only.
     Runtime scientific objects keep their frozen historical ownership names; downloaded
     reports receive a current-build envelope and version-neutral field names. */
  function earthlineActiveExportBuild15842(){
    return String(window.EARTHLINE_BUILD||"BUILD-CHECK-15844");
  }
  function earthlineNormalizeExportSchema15842(value15842){
    if(value15842===null||typeof value15842!=="object")return value15842;
    if(Array.isArray(value15842))return value15842.map(earthlineNormalizeExportSchema15842);
    const out15842={};
    for(const [key15842,raw15842] of Object.entries(value15842)){
      const cleanKey15842=key15842.replace(/(?:15840|15841|15843)$/,"");
      if(Object.prototype.hasOwnProperty.call(out15842,cleanKey15842)&&cleanKey15842!==key15842)continue;
      out15842[cleanKey15842]=earthlineNormalizeExportSchema15842(raw15842);
    }
    return out15842;
  }
  function earthlineCorrectBudgetSemantics15843(value15843){
    if(value15843===null||typeof value15843!=="object")return value15843;
    if(Array.isArray(value15843)){value15843.forEach(earthlineCorrectBudgetSemantics15843);return value15843;}
    if(Object.prototype.hasOwnProperty.call(value15843,"consumedSeedBudget")){
      value15843.configuredSeedBudget=Number(value15843.consumedSeedBudget);
      delete value15843.consumedSeedBudget;
    }
    if(Object.prototype.hasOwnProperty.call(value15843,"levelsAtBudget")){
      value15843.levelsAtConfiguredBudget=Number(value15843.levelsAtBudget);
      delete value15843.levelsAtBudget;
    }
    for(const nested15843 of Object.values(value15843))earthlineCorrectBudgetSemantics15843(nested15843);
    if(value15843.summary&&Array.isArray(value15843.levels)){
      const selected15843=value15843.levels.map(level15843=>Number(level15843.selectedCount||0));
      const configured15843=Number(value15843.configuredSeedBudget||value15843.levels[0]&&value15843.levels[0].configuredSeedBudget||0);
      value15843.summary.achievedSelectedCountByLevel=selected15843;
      value15843.summary.maximumAchievedSelectedCount=selected15843.length?Math.max(...selected15843):0;
      value15843.summary.levelsReachingConfiguredBudget=selected15843.filter(count15843=>configured15843>0&&count15843>=configured15843).length;
    }
    if(Array.isArray(value15843.records)){
      const required15843=["not-sampled-by-stride","below-seed-budget-cutoff","blocked-by-seed-spacing"];
      const observed15843={};
      for(const code15843 of required15843)observed15843[code15843]=value15843.records.filter(record15843=>record15843&&record15843.terminalSelectionReason===code15843).length;
      value15843.reasonCodeCoverage={requiredReasonCodes:required15843,observedCounts:observed15843,allRequiredLossCodesObserved:required15843.every(code15843=>observed15843[code15843]>0)};
    }
    return value15843;
  }
  function earthlineStampExportIdentity15842(payload15842,origin15842){
    const activeBuild15842=earthlineActiveExportBuild15842();
    payload15842.build=activeBuild15842;
    payload15842.reportBuild=activeBuild15842;
    payload15842.instrumentBuild=activeBuild15842;
    payload15842.runtimeBuild=activeBuild15842;
    payload15842.exportSchemaBuild=activeBuild15842;
    payload15842.provenance=Object.assign({},payload15842.provenance||{},origin15842||{}, {
      runtimeBuild:activeBuild15842,
      reportBuild:activeBuild15842,
      exportSchemaBuild:activeBuild15842
    });
    return payload15842;
  }
  function earthlinePrepareCoverageExport15842(){
    const source15842=M.coverageDiagnostic15803;
    if(!source15842)return null;
    const payload15842=earthlineNormalizeExportSchema15842(source15842);
    earthlineStampExportIdentity15842(payload15842,{
      coverageInstrumentationOriginBuild:"BUILD-CHECK-15803",
      seedFateInstrumentationOriginBuild:"BUILD-CHECK-15840",
      preselectionInstrumentationOriginBuild:"BUILD-CHECK-15841"
    });
    payload15842.exportedAt=new Date().toISOString();
    payload15842.canonicalBranch=Object.assign({},window.EARTHLINE_PROPERTY_BRANCH_15844||{});
    const requiredTarget15844=source15842.requiredTargetSnapshot15844||source15842.whyNotHereExactTarget15840||null;
    payload15842.requiredTargetSnapshot=requiredTarget15844?earthlineNormalizeExportSchema15842(requiredTarget15844):null;
    payload15842.targetSnapshotFingerprint=source15842.targetSnapshotFingerprint15844||earthlineTargetSnapshotFingerprint15844(requiredTarget15844);
    payload15842.interactiveTargetDiagnostic=source15842.interactiveWhyNotHere15844?earthlineNormalizeExportSchema15842(source15842.interactiveWhyNotHere15844):null;
    delete payload15842.whyNotHere;
    delete payload15842.whyNotHereExactTarget;
    payload15842.noBuildProvenance=payload15842.noBuildProvenance||(source15842.noBuildProvenance15843?JSON.parse(JSON.stringify(source15842.noBuildProvenance15843)):null);
    payload15842.runComparability={requiresMatchingSourceStateFingerprint:true,requiresMatchingScientificInputFingerprint:true,requiresMatchingTargetSnapshotFingerprint:true,currentSourceStateFingerprint:payload15842.noBuildProvenance&&payload15842.noBuildProvenance.sourceStateFingerprint||null,currentScientificInputFingerprint:payload15842.noBuildProvenance&&payload15842.noBuildProvenance.scientificInputFingerprint||null,currentTargetSnapshotFingerprint:payload15842.targetSnapshotFingerprint||null,warning:"Runs with different geometry-frame, source-state, scientific-input, or target-snapshot fingerprints are not causal comparisons."};
    earthlineCorrectBudgetSemantics15843(payload15842);
    if(payload15842.preselectionFate){
      earthlineStampExportIdentity15842(payload15842.preselectionFate,{
        instrumentationOriginBuild:"BUILD-CHECK-15841"
      });
    }
    if(payload15842.whyNotHereExactTarget&&payload15842.whyNotHereExactTarget.preselectionFate){
      earthlineStampExportIdentity15842(payload15842.whyNotHereExactTarget.preselectionFate,{
        instrumentationOriginBuild:"BUILD-CHECK-15841"
      });
    }
    return payload15842;
  }
  function earthlinePrepareSeedExport15842(){
    const coverage15844=M.coverageDiagnostic15803||null;
    const source15842=coverage15844&&(coverage15844.requiredTargetSnapshot15844||coverage15844.whyNotHereExactTarget15840);
    if(!source15842)return null;
    const result15842=earthlineNormalizeExportSchema15842(source15842);
    earthlineStampExportIdentity15842(result15842,{
      seedFateInstrumentationOriginBuild:"BUILD-CHECK-15840",
      preselectionInstrumentationOriginBuild:"BUILD-CHECK-15841"
    });
    if(result15842.preselectionFate){
      earthlineStampExportIdentity15842(result15842.preselectionFate,{
        instrumentationOriginBuild:"BUILD-CHECK-15841"
      });
    }
    earthlineCorrectBudgetSemantics15843(result15842);
    const runProvenance15843=M.coverageDiagnostic15803&&M.coverageDiagnostic15803.noBuildProvenance15843||M.noBuildProvenance15843||null;
    result15842.noBuildProvenance=(result15842.noBuildProvenance||runProvenance15843)?JSON.parse(JSON.stringify(result15842.noBuildProvenance||runProvenance15843)):null;
    const payload15842={
      instrument:"WHY NOT HERE seed + preselection fate pipeline",
      generatedAt:new Date().toISOString(),
      exactTarget:{lat:WHY_NOT_HERE_TARGET_15840.lat,lng:WHY_NOT_HERE_TARGET_15840.lng,radiusFt:WHY_NOT_HERE_TARGET_15840.radiusFt},
      observationalOnly:true,
      canonicalBranch:Object.assign({},window.EARTHLINE_PROPERTY_BRANCH_15844||{}),
      targetSnapshotFingerprint:coverage15844&&coverage15844.targetSnapshotFingerprint15844||earthlineTargetSnapshotFingerprint15844(source15842),
      requiredTargetSnapshot:result15842,
      result:result15842
    };
    earthlineStampExportIdentity15842(payload15842,{
      seedFateInstrumentationOriginBuild:"BUILD-CHECK-15840",
      preselectionInstrumentationOriginBuild:"BUILD-CHECK-15841",
      maskProvenanceInstrumentationOriginBuild:"BUILD-CHECK-15843",
      targetIdentityInstrumentationOriginBuild:"BUILD-CHECK-15843"
    });
    payload15842.runComparability={requiresMatchingSourceStateFingerprint:true,requiresMatchingScientificInputFingerprint:true,requiresMatchingTargetSnapshotFingerprint:true,currentSourceStateFingerprint:result15842.noBuildProvenance&&result15842.noBuildProvenance.sourceStateFingerprint||null,currentScientificInputFingerprint:result15842.noBuildProvenance&&result15842.noBuildProvenance.scientificInputFingerprint||null,currentTargetSnapshotFingerprint:payload15842.targetSnapshotFingerprint||null,warning:"A nearby accepted corridor is not an exact-target service claim. Runs with different geometry-frame, source-state, scientific-input, or target-snapshot fingerprints are not causal comparisons."};
    return payload15842;
  }
  window.earthlinePrepareCoverageExport15842=earthlinePrepareCoverageExport15842;
  window.earthlinePrepareSeedExport15842=earthlinePrepareSeedExport15842;

  function earthlineInstallCoverageUI15803(){
    if(!document.getElementById("earthlineWhyNotHere15803")){
      const host=document.querySelector(".center");
      if(host){
        const box=document.createElement("div");
        box.id="earthlineWhyNotHere15803";
        box.innerHTML='<div class="why-head15803">WHY NOT HERE? <span>coverage diagnostic</span></div>'+
          '<div class="why-actions15803"><button id="earthlineSetWhyTarget15803">SET TARGET AT CROSSHAIR</button><button id="earthlineDownloadCoverage15803">DOWNLOAD COVERAGE</button><button id="earthlineDownloadSeedFate15840">DOWNLOAD SEED + PRESELECTION FATE</button></div>'+
          '<div id="earthlineWhyNotVerdict15803">Run property analysis, then place the crosshair on a known-good or questionable area.</div>';
        host.appendChild(box);
        document.getElementById("earthlineSetWhyTarget15803").addEventListener("click",()=>{
          if(!M.coverageDiagnostic15803){earthlineNotice("Run a property analysis before setting a coverage target.");return;}
          const c=earthlineMap.getCenter();
          const result=earthlineEvaluateWhyNotHere15803(c.lng,c.lat,50);
          if(result)earthlineNotice(result.verdict);
        });
        document.getElementById("earthlineDownloadCoverage15803").addEventListener("click",()=>{
          const payload=earthlinePrepareCoverageExport15842();
          if(!payload){earthlineNotice("No coverage report is available yet.");return;}
          const activeBuild15842=earthlineActiveExportBuild15842();
          const blob=new Blob([JSON.stringify(payload,null,2)],{type:"application/json"});
          const a=document.createElement("a");a.href=URL.createObjectURL(blob);
          a.download="earthline-"+activeBuild15842.toLowerCase()+"-coverage-report.json";
          document.body.appendChild(a);a.click();a.remove();setTimeout(()=>URL.revokeObjectURL(a.href),500);
        });
        document.getElementById("earthlineDownloadSeedFate15840").addEventListener("click",()=>{
          const payload=earthlinePrepareSeedExport15842();
          if(!payload){earthlineNotice("Run a property analysis before exporting the locked-target seed fate.");return;}
          const activeBuild15842=earthlineActiveExportBuild15842();
          const blob=new Blob([JSON.stringify(payload,null,2)],{type:"application/json"});
          const a=document.createElement("a");a.href=URL.createObjectURL(blob);
          a.download="earthline-"+activeBuild15842.toLowerCase()+"-seed-preselection-fate-report.json";
          document.body.appendChild(a);a.click();a.remove();setTimeout(()=>URL.revokeObjectURL(a.href),500);
        });
      }
    }
  }
  window.earthlineRenderCoverageDiagnostic15803=earthlineRenderCoverageDiagnostic15803;
  window.earthlineUpdateCoveragePanel15803=earthlineUpdateCoveragePanel15803;
  window.earthlineEvaluateWhyNotHere15803=earthlineEvaluateWhyNotHere15803;
  window.earthlineCoverageAudit15803=()=>M.coverageDiagnostic15803||null;
  window.earthlinePreselectionFateAudit15841=()=>
    M.coverageDiagnostic15803&&M.coverageDiagnostic15803.preselectionFate15841||null;


  /* ---------- Map and regional helpers ---------- */
  function mapReady(){
    return typeof earthlineMap!=="undefined" &&
      earthlineMap &&
      typeof earthlineMap.getCenter==="function" &&
      typeof earthlineMap.getZoom==="function";
  }

  function earthlineMapMotionActive15779(){
    if(!mapReady())return false;
    try{
      return !!(
        (earthlineMap.isMoving&&earthlineMap.isMoving()) ||
        (earthlineMap.isZooming&&earthlineMap.isZooming()) ||
        (earthlineMap.isRotating&&earthlineMap.isRotating())
      );
    }catch(e){return false;}
  }

  async function earthlineWaitForSettledMap15779(maxMs=5200){
    if(!mapReady())return {ready:false,reason:"map unavailable",waitedMs:0};

    try{
      if(typeof earthlineCancelSearchCameraLock==="function"){
        earthlineCancelSearchCameraLock();
      }
    }catch(e){}

    const started=performance.now();
    let stablePasses=0;
    let lastStyleReady=false;

    while(performance.now()-started<maxMs){
      const moving=earthlineMapMotionActive15779();
      let styleReady=true;
      try{
        styleReady=!earthlineMap.isStyleLoaded || earthlineMap.isStyleLoaded();
      }catch(e){styleReady=true;}
      lastStyleReady=styleReady;

      if(!moving&&styleReady)stablePasses++;
      else stablePasses=0;

      if(stablePasses>=2){
        await waitFrame();
        const c=earthlineMap.getCenter();
        return {
          ready:!!(c&&Number.isFinite(c.lng)&&Number.isFinite(c.lat)),
          reason:"settled",
          waitedMs:Math.round(performance.now()-started),
          center:c?{lng:Number(c.lng),lat:Number(c.lat)}:null,
          zoom:Number(earthlineMap.getZoom())
        };
      }
      await waitMs(80);
    }

    return {
      ready:false,
      reason:earthlineMapMotionActive15779()
        ?"camera still moving"
        :(lastStyleReady?"camera unavailable":"map tiles still loading"),
      waitedMs:Math.round(performance.now()-started),
      zoom:mapReady()?Number(earthlineMap.getZoom()):null
    };
  }
  function searchKey(){return String((q("searchInput")||{}).value||"").trim().toLowerCase().replace(/\s+/g," ");}
  function setBusy(on,label){
    document.documentElement.dataset.earthlineRunState=on?'running':'idle';
    for(const id of ["runBtn","runBtnSide"]){
      const b=q(id);if(!b)continue;
      if(!b.dataset.earthlineBaseHtml)b.dataset.earthlineBaseHtml=b.innerHTML;
      let svg=b.querySelector('svg');
      if(!svg){svg=document.createElementNS('http://www.w3.org/2000/svg','svg');svg.setAttribute('viewBox','0 0 100 100');svg.setAttribute('aria-hidden','true');const use=document.createElementNS('http://www.w3.org/2000/svg','use');use.setAttribute('href','#orb');svg.appendChild(use);b.prepend(svg)}
      let span=b.querySelector('span');if(!span){span=document.createElement('span');b.appendChild(span)}
      svg.classList.remove('earthline-orb-spinning-16202','earthline-orb-spinning-16203');
      try{if(svg.__earthlineSpin16203){svg.__earthlineSpin16203.cancel();svg.__earthlineSpin16203=null}}catch(_){}
      svg.style.removeProperty('animation');svg.style.removeProperty('transform');svg.style.removeProperty('transform-origin');svg.style.removeProperty('transform-box');
      let spin=svg.querySelector('.earthline-orb-spin-16240');if(!spin){spin=document.createElementNS('http://www.w3.org/2000/svg','g');spin.setAttribute('class','earthline-orb-spin-16240');const uses=[...svg.querySelectorAll('use')];if(uses.length){for(const use of uses)spin.appendChild(use)}else{const use=document.createElementNS('http://www.w3.org/2000/svg','use');use.setAttribute('href','#orb');spin.appendChild(use)}svg.appendChild(spin)}
      if(on){b.dataset.busy="1";b.dataset.state='running';b.setAttribute("aria-busy","true");span.textContent=label||"ANALYZING";}
      else{delete b.dataset.busy;b.dataset.state='idle';b.setAttribute("aria-busy","false");span.textContent="RUN ANALYSIS";}
    }
    if(!on)setTimeout(updateRunModePreview15780,0);
  }

  function predictedMode15780(){
    if(!mapReady())return "REGION";
    const parent=M.loc||{};
    const pt=String(parent.placeType||"").toLowerCase();
    const z=Number(earthlineMap.getZoom()||0);
    const highZoomProperty=z>=15.5;
    const explicitBoundary=Array.isArray(M.analysisBoundaryLngLat)&&
      M.analysisBoundaryLngLat.length>=3;
    const c=earthlineMap.getCenter();
    const hasParentPoint=Number.isFinite(Number(parent.lng))&&
      Number.isFinite(Number(parent.lat));
    const movedFromSearchM=hasParentPoint
      ?haversineM(
          [Number(parent.lng),Number(parent.lat)],
          [Number(c.lng),Number(c.lat)]
        )
      :0;
    const highElevation=Number(parent.elevM||0)>=1200;
    const movedToOpenLand=pt==="address"&&
      movedFromSearchM>=400&&
      !highZoomProperty;
    const property=
      highZoomProperty||
      parent.userSelectedSite===true||
      pt==="selected_site"||
      pt==="drawn_site"||
      explicitBoundary||
      (pt==="address"&&!highElevation&&!movedToOpenLand);
    return property?"PROPERTY":"REGION";
  }

  function updateRunModePreview15780(){
    if(state.running||runLock15780)return;
    const mode=predictedMode15780();
    for(const id of ["runBtn","runBtnSide"]){
      const b=q(id);if(!b||b.dataset.busy)continue;
      const span=b.querySelector("span");
      if(span)span.textContent="RUN "+mode;
      else b.textContent="RUN "+mode;
      b.dataset.earthlineMode=mode.toLowerCase();
      b.title="Run "+mode.toLowerCase()+" analysis at the current map center and zoom";
    }
  }

  function tileDimensions(acres=TILE_ACRES){
    const areaM2=acres*4046.8564224,aspect=1.15,w=Math.sqrt(areaM2*aspect),h=areaM2/w;
    return {w,h,areaM2};
  }
  function rectangle(lng,lat,w,h){
    const dLat=h/(2*111320),dLng=w/(2*metersPerLng(lat));
    return [[lng-dLng,lat-dLat],[lng+dLng,lat-dLat],[lng+dLng,lat+dLat],[lng-dLng,lat+dLat],[lng-dLng,lat-dLat]];
  }
  function buildPlan(anchor,z,elevM,forceRegional=false){
    const d=tileDimensions();
    const elevationM=Number(elevM||0);
    const highMountain=elevationM>=1200;
    const upland=elevationM>=600;
    let rows=z<=13.5?9:(z<=14.8?7:(z<=15.8?5:1));

    // BUILD-CHECK-15765:
    // Mountain analyses remain regional even when the searched place is an address
    // or the user has zoomed in closely. The corridor extends for miles north and south.
    if(forceRegional)rows=Math.max(rows,7);
    if(upland)rows=Math.max(rows,7);
    if(highMountain)rows=Math.max(rows,9);
    if(rows%2===0)rows+=1;

    const cols=1,stepY=d.h*.90,tiles=[];
    for(let r=0;r<rows;r++){
      const northM=((rows-1)/2-r)*stepY;
      const lat=anchor.lat+northM/111320,lng=anchor.lng;
      tiles.push({row:r,col:0,lat,lng,poly:rectangle(lng,lat,d.w,d.h),acres:TILE_ACRES,dist:Math.abs(northM),status:"pending"});
    }
    tiles.sort((a,b)=>a.dist-b.dist);
    const northM=((rows-1)/2)*stepY+d.h/2;
    const extent={
      minLng:anchor.lng-d.w/(2*metersPerLng(anchor.lat)),maxLng:anchor.lng+d.w/(2*metersPerLng(anchor.lat)),
      minLat:anchor.lat-northM/111320,maxLat:anchor.lat+northM/111320,
      widthM:d.w,heightM:northM*2,rows,cols,
      acres:d.w*(northM*2)/4046.8564224
    };
    const mode=highMountain?"high-elevation":(upland?"upland":(forceRegional?"regional-offset":"regional"));
    return {tiles,extent,d,mode,elevationM,highMountain,upland};
  }
  function coverageGeoJSON(tiles){
    return {type:"FeatureCollection",features:tiles.map((t,i)=>({
      type:"Feature",properties:{tile:i+1,status:t.status||"pending"},
      geometry:{type:"Polygon",coordinates:[t.poly]}
    }))};
  }
  function ensureSources(){
    if(!mapReady()||!earthlineMap.isStyleLoaded())return false;

    const safeSource=(id)=>{
      try{
        if(!earthlineMap.getSource(id)){
          earthlineMap.addSource(id,{type:"geojson",data:{type:"FeatureCollection",features:[]}});
        }
        return true;
      }catch(e){console.warn("[Earthline] "+BUILD+" source "+id,e);return false;}
    };
    const safeLayer=(id,spec,before)=>{
      try{
        if(!earthlineMap.getLayer(id))earthlineMap.addLayer(spec,before);
        return true;
      }catch(e){console.warn("[Earthline] "+BUILD+" layer "+id,e);return false;}
    };

    try{earthlineEnsureSwaleLayers();}catch(e){console.warn("[Earthline] swale layer setup",e);}
    try{earthlineEnsureRechargeLayers();}catch(e){console.warn("[Earthline] recharge layer setup",e);}

    safeSource(TARGET_SOURCE);
    safeSource(COVERAGE_SOURCE);
    safeSource(FLOW_SOURCE);
    safeSource(GRADE_SOURCE);
    safeSource(CONTOUR_SOURCE);
    safeSource(OPPORTUNITY_SOURCE);

    safeLayer(TARGET_LAYER,{
      id:TARGET_LAYER,type:"circle",source:TARGET_SOURCE,
      paint:{"circle-radius":["interpolate",["linear"],["zoom"],10,7,16,10,20,12],"circle-color":"#0ff3ff","circle-opacity":.92,"circle-stroke-color":"#07131d","circle-stroke-width":3}
    });
    const beforeSwale=earthlineMap.getLayer("earthline-swales-casing")?"earthline-swales-casing":undefined;
    safeLayer(FLOW_CASING,{
      id:FLOW_CASING,type:"line",source:FLOW_SOURCE,layout:{"line-cap":"round","line-join":"round"},
      paint:{"line-color":"#04111f","line-opacity":.86,"line-width":["interpolate",["linear"],["get","strength"],0,3,1,8]}
    },beforeSwale);
    safeLayer(FLOW_LINE,{
      id:FLOW_LINE,type:"line",source:FLOW_SOURCE,layout:{"line-cap":"round","line-join":"round"},
      paint:{"line-color":["interpolate",["linear"],["get","strength"],0,"#21a9ff",.55,"#27d3ff",1,"#a8f4ff"],"line-opacity":.94,"line-width":["interpolate",["linear"],["get","strength"],0,1.4,1,5]}
    },beforeSwale);
    safeLayer(FLOW_ARROWS,{
      id:FLOW_ARROWS,type:"symbol",source:FLOW_SOURCE,
      layout:{"symbol-placement":"line","symbol-spacing":95,"text-field":"➤","text-size":["interpolate",["linear"],["zoom"],11,8,16,11,20,13],"text-rotation-alignment":"map","text-pitch-alignment":"map","text-keep-upright":false,"text-allow-overlap":false},
      paint:{"text-color":"#c8f8ff","text-halo-color":"#062034","text-halo-width":1.2,"text-opacity":.92}
    });

    safeLayer(GRADE_HEAT,{
      id:GRADE_HEAT,type:"heatmap",source:GRADE_SOURCE,
      maxzoom:16,
      paint:{
        "heatmap-weight":["interpolate",["linear"],["get","score"],35,0.15,55,0.45,75,0.78,95,1],
        "heatmap-intensity":["interpolate",["linear"],["zoom"],9,0.75,13,1.25,16,1.55],
        "heatmap-radius":["interpolate",["linear"],["zoom"],9,24,12,34,15,48],
        "heatmap-opacity":["interpolate",["linear"],["zoom"],9,0.58,14,0.38,16,0.16],
        "heatmap-color":[
          "interpolate",["linear"],["heatmap-density"],
          0,"rgba(0,0,0,0)",
          0.20,"rgba(76,175,80,.12)",
          0.40,"rgba(139,195,74,.28)",
          0.60,"rgba(255,235,59,.42)",
          0.78,"rgba(255,152,0,.54)",
          1,"rgba(255,82,82,.68)"
        ]
      }
    });

    safeLayer(GRADE_HALO,{
      id:GRADE_HALO,type:"circle",source:GRADE_SOURCE,
      paint:{
        "circle-radius":["interpolate",["linear"],["zoom"],9,34,12,48,16,68],
        "circle-color":["match",["get","grade"],"A","#2ee67a","B","#e5d044","C","#f49a38","#9aa8b7"],
        "circle-opacity":0.20,
        "circle-blur":0.30,
        "circle-stroke-width":1.4,
        "circle-stroke-color":["match",["get","grade"],"A","#84ffb3","B","#fff18a","C","#ffbd78","#cbd5e1"],
        "circle-stroke-opacity":0.72
      }
    });
    safeLayer(GRADE_CORE,{
      id:GRADE_CORE,type:"circle",source:GRADE_SOURCE,
      paint:{
        "circle-radius":["interpolate",["linear"],["zoom"],9,9,12,13,16,17],
        "circle-color":["match",["get","grade"],"A","#22d36b","B","#d7bd2d","C","#ef8730","#7e8b99"],
        "circle-opacity":0.98,
        "circle-stroke-width":2.2,
        "circle-stroke-color":"#071018"
      }
    });
    safeLayer(GRADE_LABEL,{
      id:GRADE_LABEL,type:"symbol",source:GRADE_SOURCE,
      layout:{
        "text-field":["concat",["get","grade"],["to-string",["get","rank"]]],
        "text-size":12,
        "text-offset":[0,1.55],
        "text-anchor":"top",
        "text-allow-overlap":true
      },
      paint:{
        "text-color":"#ffffff",
        "text-halo-color":"rgba(3,9,15,.96)",
        "text-halo-width":2
      }
    });

    safeLayer(CONTOUR_LINE,{
      id:CONTOUR_LINE,type:"line",source:CONTOUR_SOURCE,
      layout:{"line-cap":"round","line-join":"round"},
      paint:{
        "line-color":["case",["boolean",["get","major"],false],"#ffffff","#bde5ff"],
        "line-width":["interpolate",["linear"],["zoom"],9,
          ["case",["boolean",["get","major"],false],1.25,0.75],
          15,["case",["boolean",["get","major"],false],2.15,1.15]
        ],
        "line-opacity":["case",["boolean",["get","major"],false],0.94,0.72]
      }
    });
    safeLayer(CONTOUR_LABEL,{
      id:CONTOUR_LABEL,type:"symbol",source:CONTOUR_SOURCE,
      filter:["==",["geometry-type"],"Point"],
      layout:{
        "text-field":["get","label"],
        "text-size":11,
        "text-allow-overlap":false
      },
      paint:{
        "text-color":"#ffffff",
        "text-halo-color":"rgba(3,9,15,.98)",
        "text-halo-width":2
      }
    });

    safeLayer(OPPORTUNITY_SOIL,{
      id:OPPORTUNITY_SOIL,type:"line",source:OPPORTUNITY_SOURCE,
      layout:{"line-cap":"round","line-join":"round"},
      paint:{
        "line-color":"#5d4026",
        "line-width":["interpolate",["linear"],["zoom"],9,6.5,13,10.5,17,14.5],
        "line-opacity":["interpolate",["linear"],["get","score"],55,0.72,80,0.92,95,0.98],
        "line-blur":0.15
      }
    });
    safeLayer(OPPORTUNITY_PLANT,{
      id:OPPORTUNITY_PLANT,type:"line",source:OPPORTUNITY_SOURCE,
      layout:{"line-cap":"round","line-join":"round"},
      paint:{
        "line-color":["match",["get","grade"],"A","#4f9e4b","B","#7f943f","C","#9a7d36","#6f7b67"],
        "line-width":["interpolate",["linear"],["zoom"],9,4.0,13,7.0,17,10.0],
        "line-opacity":["interpolate",["linear"],["get","score"],55,0.76,80,0.94,95,0.99]
      }
    });
    safeLayer(OPPORTUNITY_WATER,{
      id:OPPORTUNITY_WATER,type:"line",source:OPPORTUNITY_SOURCE,
      layout:{"line-cap":"round","line-join":"round"},
      paint:{
        "line-color":"#42b9d8",
        "line-width":["interpolate",["linear"],["zoom"],9,1.0,13,1.8,17,2.8],
        "line-opacity":0.92
      }
    });
    safeLayer(OPPORTUNITY_HIT_16153,{
      id:OPPORTUNITY_HIT_16153,type:"line",source:OPPORTUNITY_SOURCE,
      layout:{"line-cap":"round","line-join":"round"},
      paint:{"line-color":"#000000","line-width":36,"line-opacity":0.001}
    });
    safeLayer(OPPORTUNITY_LABEL,{
      id:OPPORTUNITY_LABEL,type:"symbol",source:OPPORTUNITY_SOURCE,
      layout:{
        "symbol-placement":"line-center",
        "text-field":["get","label"],
        "text-size":10,
        "text-allow-overlap":false
      },
      paint:{
        "text-color":"#ffffff",
        "text-halo-color":"rgba(2,8,12,.98)",
        "text-halo-width":2
      }
    });

    if(!state.opportunityClickHooked16153&&earthlineMap.getLayer(OPPORTUNITY_HIT_16153)){
      state.opportunityClickHooked16153=true;
      const openOpportunity16153=e=>{
        const rendered=e&&e.features&&e.features[0];if(!rendered)return;
        const p=rendered.properties||{},all=(state.opportunityLines&&state.opportunityLines.features)||[];
        let index=all.findIndex(x=>{const q=x.properties||{};return String(q.display_code||q.label||'')===String(p.display_code||p.label||'')&&String(q.grade||'')===String(p.grade||'');});
        if(index<0)index=all.findIndex(x=>Number(x.properties&&x.properties.rank)===Number(p.rank)&&String(x.properties&&x.properties.grade||'')===String(p.grade||''));
        const feature=index>=0?all[index]:rendered;
        if(typeof window.earthlineOpenCorridorDetail16149==='function')window.earthlineOpenCorridorDetail16149(feature,index>=0?index:0);
      };
      for(const id of [OPPORTUNITY_HIT_16153,OPPORTUNITY_LABEL,OPPORTUNITY_WATER,OPPORTUNITY_PLANT,OPPORTUNITY_SOIL]){
        if(earthlineMap.getLayer(id))earthlineMap.on('click',id,openOpportunity16153);
      }
    }

    if(!state.gradeClickHooked&&earthlineMap.getLayer(GRADE_CORE)){
      state.gradeClickHooked=true;
      earthlineMap.on("click",GRADE_CORE,e=>{
        const f=e.features&&e.features[0];
        if(!f)return;
        earthlineMap.easeTo({
          center:f.geometry.coordinates,
          zoom:Math.max(15.5,earthlineMap.getZoom()+1.7),
          duration:700,
          essential:true
        });
      });
    }
    return !!(
      earthlineMap.getSource(GRADE_SOURCE)&&
      earthlineMap.getSource(CONTOUR_SOURCE)
    );
  }
  function setData(id,data){const s=earthlineMap.getSource(id);if(s&&s.setData)s.setData(data);}
  const baseSyncSwale15778=earthlineSyncSwaleLayer;
  const baseSyncRecharge15778=earthlineSyncRechargeLayer;
  function syncLayers15778(mode="regional"){
    if(mode==="property"){
      try{
        baseSyncRecharge15778(true);
        if(typeof window.earthlineApplyRendererOwnership15805==="function"){
          window.earthlineApplyRendererOwnership15805("property");
        }
        return true;
      }catch(e){
        console.warn("[Earthline] property layer sync",e);
        return false;
      }
    }
    if(!ensureSources())return;
    setData(TARGET_SOURCE,state.anchor?{type:"FeatureCollection",features:[{type:"Feature",properties:{label:"Analysis center"},geometry:{type:"Point",coordinates:[state.anchor.lng,state.anchor.lat]}}]}:{type:"FeatureCollection",features:[]});
    state.coverage={type:"FeatureCollection",features:[]};
    setData(COVERAGE_SOURCE,state.coverage);
    setData(FLOW_SOURCE,state.flow||{type:"FeatureCollection",features:[]});
    setData(SWALE_SOURCE,state.swales||{type:"FeatureCollection",features:[]});
    setData(RECHARGE_SOURCE,state.recharge||{type:"FeatureCollection",features:[]});
    setData(GRADE_SOURCE,state.grades||{type:"FeatureCollection",features:[]});
    setData(CONTOUR_SOURCE,state.contours||{type:"FeatureCollection",features:[]});
    setData(OPPORTUNITY_SOURCE,state.opportunityLines||{type:"FeatureCollection",features:[]});
    try{
      const vis=(id,on)=>{if(earthlineMap.getLayer(id))earthlineMap.setLayoutProperty(id,"visibility",on?"visible":"none");};
      vis("earthline-analysis-target-layer-15761",!!state.anchor);
      vis("earthline-regional-coverage-layer-15761",false);
      const flowOn=state.flow.features.length>0;vis("earthline-regional-flow-casing-15761",flowOn);vis("earthline-regional-flow-line-15761",flowOn);vis("earthline-regional-flow-arrows-15761",flowOn);
      const swOn=state.swales.features.length>0;vis("earthline-swales-casing",swOn);vis("earthline-swales-line",swOn);
      const rOn=state.recharge.features.length>0;
      for(const id of ["earthline-recharge-casing","earthline-recharge-fill","earthline-recharge-line","earthline-recharge-highlight","earthline-recharge-label"])vis(id,rOn);
      const gOn=state.grades&&state.grades.features.length>0;
      for(const id of [GRADE_HEAT,GRADE_HALO,GRADE_CORE,GRADE_LABEL])vis(id,gOn);
      const cOn=state.contours&&state.contours.features.length>0;
      for(const id of [CONTOUR_LINE,CONTOUR_MAJOR,CONTOUR_LABEL])vis(id,cOn);
      const oOn=state.opportunityLines&&state.opportunityLines.features.length>0;
      for(const id of [OPPORTUNITY_SOIL,OPPORTUNITY_PLANT,OPPORTUNITY_WATER,OPPORTUNITY_HIT_16153,OPPORTUNITY_LABEL])vis(id,oOn);
    }catch(e){}
    return true;
  }
  window.earthlineSyncLayers15778=syncLayers15778;
  earthlineSyncSwaleLayer=function(){return syncLayers15778(state.active?"regional":"property");};
  earthlineSyncRechargeLayer=function(){return syncLayers15778(state.active?"regional":"property");};
  window.earthlineSyncSwaleLayer=earthlineSyncSwaleLayer;
  window.earthlineSyncRechargeLayer=earthlineSyncRechargeLayer;
  function gridToLngLat(tile,cellM,gx,gy){
    const dxM=(gx-GW/2)*cellM,dyM=(gy-GH/2)*cellM;
    return [tile.lng+dxM/metersPerLng(tile.lat),tile.lat-dyM/111320];
  }
  function featureKey(f){
    const c=f&&f.geometry&&f.geometry.coordinates;
    if(!c)return Math.random().toString();
    let p=null;
    if(f.geometry.type==="LineString"&&c.length)p=c[Math.floor(c.length/2)];
    else if(f.geometry.type==="Polygon"&&c[0]&&c[0].length)p=c[0][Math.floor(c[0].length/2)];
    return p?p.map(v=>Number(v).toFixed(5)).join("|"):JSON.stringify(c).slice(0,120);
  }
  function appendUnique(target,features){
    const keys=new Set(target.map(featureKey));
    for(const f of (features||[])){const k=featureKey(f);if(keys.has(k))continue;keys.add(k);target.push(f);}
  }
  function regionalOpportunitySwales15773(tile,cellM,tileIndex,opportunity){
    const features=[],raw=[],candidates=[];
    const maxAcc=Math.max(2,Number(M.maxAcc||2));
    const channelThreshold=Math.max(3,streamThreshold()*3.0);

    for(let y=3;y<GH-3;y+=3)for(let x=3;x<GW-3;x+=3){
      const i=idx(x,y);
      if(!M.inP[i]||M.pond[i]||(M.noBuildMask&&M.noBuildMask[i]))continue;
      if((M.acc[i]||0)>=channelThreshold)continue;
      const sp=slopePct(x,y);
      if(sp<2.2||sp>6.5)continue;
      const slopeFit=Math.max(0,1-Math.abs(sp-3.5)/3.0);
      const runoff=Math.log1p(M.acc[i]||1)/Math.log1p(maxAcc);
      const open=(M.canopyMask&&M.canopyMask[i])?0.25:1;
      const score=.50*slopeFit+.34*runoff+.16*open;
      candidates.push({x,y,sp,score,L:hAt(x,y)});
    }
    candidates.sort((a,b)=>b.score-a.score);

    const acceptedLevels=[];
    for(const c of candidates){
      if(features.length>=4)break;
      if(acceptedLevels.some(L=>Math.abs(L-c.L)<Math.max(.25,cellM*.018)))continue;

      const pts=traceLevelContour(c.x,c.y,c.L,12,Math.max(.12,cellM*.02));
      if(!pts||pts.length<4)continue;

      const split=earthlineSplitUsableSegments(pts,12);
      let bestSeg=null,bestLen=0;
      for(const seg of (split||[])){
        const len=earthlineSegmentLengthM(seg);
        if(len>bestLen){bestLen=len;bestSeg=seg;}
      }
      if(!bestSeg||bestLen<Math.max(35,cellM*3))continue;

      const display=earthlineNaturalContourDisplay(bestSeg);
      const safeParts=earthlineFinalSafeSegments15771(display,12);
      for(const safe of safeParts){
        const lenM=earthlinePathLengthM(safe);
        if(!safe||safe.length<3||lenM<Math.max(30,cellM*2.5))continue;
        const coords=safe.map(p=>gridToLngLat(tile,cellM,p[0],p[1]));
        const id="O"+tileIndex+"-"+(features.length+1);
        const score=Math.round(100*(.65*c.score+.35*Math.min(1,Number(opportunity&&opportunity.score||0)/100)));
        features.push({
          type:"Feature",
          properties:{
            id,tile:tileIndex,score,
            scale:"regional-opportunity",
            constructionReady:false,
            label:"GRADED SWALE OPPORTUNITY"
          },
          geometry:{type:"LineString",coordinates:coords}
        });
        raw.push({
          tile:tileIndex,id,coords,lenM,capCells:Math.max(1,M.acc[idx(Math.round(c.x),Math.round(c.y))]||1),
          score,bandKey:String(tileIndex)+"|O"+acceptedLevels.length,
          absLevelM:Number((M.loc&&M.loc.elevM)||0)+c.L
        });
        acceptedLevels.push(c.L);
        break;
      }
    }
    return {features,raw};
  }

  function swaleDataForTile(tile,cellM,tileIndex){
    const features=[],raw=[];
    for(const s of (M.swales||[])){
      const segs=earthlineSplitUsableSegments(s.pts,33);
      for(const seg of (segs||[])){
        if(!seg||seg.length<2||earthlineSegmentLengthM(seg)<18)continue;
        const display=earthlineNaturalContourDisplay(seg);
        const levelH=Number(s.levelH!=null?s.levelH:levelOfSwale(s));
        const absLevelM=Number((M.loc&&M.loc.elevM)||0)+levelH;
        const bandKey=String(tileIndex)+"|"+String(s.bandKey!=null?s.bandKey:Math.round(levelH*10));
        for(const safeDisplay of earthlineFinalSafeSegments15771(display,33)){
          if(!safeDisplay||safeDisplay.length<2)continue;
          const coords=safeDisplay.map(p=>gridToLngLat(tile,cellM,p[0],p[1]));
          features.push({type:"Feature",properties:{
            id:s.id||"",tile:tileIndex,bandKey,score:Number(s.score||0),
            scale:"regional-opportunity",constructionReady:false
          },geometry:{type:"LineString",coordinates:coords}});
          raw.push({
            tile:tileIndex,id:s.id||"",coords,
            lenM:Number(lineLengthM(coords)),capCells:Number(s.capCells||0),
            score:Number(s.score||0),bandKey,absLevelM
          });
        }
      }
    }
    if(!features.length){
      const fallback=regionalOpportunitySwales15773(
        tile,cellM,tileIndex,
        state.tileStats&&state.tileStats[tileIndex-1]&&state.tileStats[tileIndex-1].opportunity
      );
      features.push(...fallback.features);
      raw.push(...fallback.raw);
    }
    return {features,raw};
  }
  function rechargeDataForTile(tile,cellM,tileIndex){
    const features=[];
    for(const z of (M.rechZones||[])){
      const ring=[],steps=48,ca=Math.cos(z.a||0),sa=Math.sin(z.a||0);
      for(let i=0;i<=steps;i++){
        const t=i/steps*Math.PI*2,ex=(z.rx||18)*Math.cos(t),ey=(z.ry||10)*Math.sin(t);
        ring.push(gridToLngLat(tile,cellM,(z.gx||0)+ex*ca-ey*sa,(z.gy||0)+ex*sa+ey*ca));
      }
      features.push({type:"Feature",properties:{id:z.id||"R",tile:tileIndex,label:"MODELED RECHARGE TARGETS",score:Number(z.s||0)},geometry:{type:"Polygon",coordinates:[ring]}});
    }
    return features;
  }
  function flowDataForTile(tile,cellM,tileIndex){
    const features=[],thr=Math.max(2,streamThreshold()*.78),active=new Uint8Array(N),up=new Uint8Array(N);
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){const i=idx(x,y);if(M.acc[i]>=thr&&M.inP[i])active[i]=1;}
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);if(!active[i]||M.dir[i]<0)continue;
      const nx=x+D8X[M.dir[i]],ny=y+D8Y[M.dir[i]];
      if(nx>=0&&ny>=0&&nx<GW&&ny<GH&&active[idx(nx,ny)]&&up[idx(nx,ny)]<255)up[idx(nx,ny)]++;
    }
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const start=idx(x,y);if(!active[start]||up[start]===1||M.dir[start]<0)continue;
      let cx=x,cy=y,ci=start,maxA=M.acc[start],guard=0;const pts=[[x+.5,y+.5]];
      while(guard++<700){
        const d=M.dir[ci];if(d<0)break;const nx=cx+D8X[d],ny=cy+D8Y[d];
        if(nx<0||ny<0||nx>=GW||ny>=GH)break;const ni=idx(nx,ny);if(!active[ni])break;
        cx=nx;cy=ny;ci=ni;maxA=Math.max(maxA,M.acc[ni]);pts.push([cx+.5,cy+.5]);if(up[ci]!==1)break;
      }
      if(pts.length<3)continue;
      const strength=clampN(Math.log1p(maxA/thr)/Math.log1p(Math.max(2,M.maxAcc/thr)),0,1);
      features.push({type:"Feature",properties:{tile:tileIndex,strength:Number(strength.toFixed(4))},geometry:{type:"LineString",coordinates:pts.map(p=>gridToLngLat(tile,cellM,p[0],p[1]))}});
    }
    return features;
  }

  function earthlineOpportunityPointClear15777(px,py){
    const gx=Math.round(px),gy=Math.round(py);
    if(!earthlinePathPointUsable(gx,gy,8))return false;
    const channelThreshold=Math.max(3,streamThreshold()*2.45);
    const radius=Math.max(1,Math.ceil(18/Math.max(.5,Number(M.cellM||1))));
    for(let oy=-radius;oy<=radius;oy++)for(let ox=-radius;ox<=radius;ox++){
      const x=gx+ox,y=gy+oy;
      if(x<0||y<0||x>=GW||y>=GH)continue;
      const i=idx(x,y);
      if((M.noBuildMask&&M.noBuildMask[i])||(M.pond&&M.pond[i]))return false;
      if(M.acc&&M.acc[i]>=channelThreshold)return false;
    }
    return true;
  }

  function earthlineEvaluateOpportunityPath15777(path,targetH,cellM,candidate){
    if(!path||path.length<5)return null;
    let slopeSum=0,maxSlope=0,elevErrSum=0,maxElevErr=0,samples=0;
    const step=Math.max(1,Math.floor(path.length/22));

    for(let i=0;i<path.length;i+=step){
      const p=path[i];
      if(!earthlineOpportunityPointClear15777(p[0],p[1]))return null;
      const sp=slopePct(Math.round(p[0]),Math.round(p[1]));
      const err=Math.abs(hAt(p[0],p[1])-targetH);
      slopeSum+=sp;maxSlope=Math.max(maxSlope,sp);
      elevErrSum+=err;maxElevErr=Math.max(maxElevErr,err);
      samples++;
    }
    if(!samples)return null;

    const lengthM=earthlinePathLengthM(path);
    const first=path[0],last=path[path.length-1];
    const chordM=Math.hypot(last[0]-first[0],last[1]-first[1])*Math.max(.001,cellM);
    const tortuosity=lengthM/Math.max(1,chordM);
    const meanSlope=slopeSum/samples;
    const meanElevError=elevErrSum/samples;
    const allowedElevError=Math.max(.45,Math.min(2.2,cellM*.035));

    if(meanSlope<2.55||meanSlope>4.85)return null;
    if(maxSlope>7.5)return null;
    if(maxElevErr>allowedElevError*1.8)return null;
    if(tortuosity>2.15)return null;
    if(lengthM<Math.max(55,cellM*3.5)||lengthM>950)return null;

    const slopeQuality=Math.max(0,1-Math.abs(meanSlope-3.55)/1.45);
    const contourQuality=Math.max(0,1-meanElevError/allowedElevError);
    const lengthQuality=Math.min(1,lengthM/180)*Math.min(1,650/Math.max(1,lengthM));
    const shapeQuality=Math.max(0,1-(tortuosity-1)/1.15);
    const quality=Math.round(100*(
      .38*slopeQuality+
      .31*contourQuality+
      .18*lengthQuality+
      .13*shapeQuality
    ));

    return {
      path,lengthM,
      meanSlope:Number(meanSlope.toFixed(2)),
      maxSlope:Number(maxSlope.toFixed(2)),
      meanElevError:Number(meanElevError.toFixed(2)),
      maxElevError:Number(maxElevErr.toFixed(2)),
      tortuosity:Number(tortuosity.toFixed(2)),
      quality
    };
  }

  function opportunityContourPath15777(tile,cellM,candidate){
    const targetH=candidate.levelH;
    const traced=traceLevelContour(
      candidate.gx,candidate.gy,targetH,8,
      Math.max(.10,Math.min(1.5,cellM*.018))
    );
    if(!traced||traced.length<5)return null;

    const split=earthlineSplitUsableSegments(traced,8);
    const evaluated=[];
    for(const seg of (split||[])){
      if(!seg||seg.length<5)continue;
      const smoothed=earthlineNaturalContourDisplay(seg);
      for(const safe of earthlineFinalSafeSegments15771(smoothed,8)){
        const result=earthlineEvaluateOpportunityPath15777(
          safe,targetH,cellM,candidate
        );
        if(result)evaluated.push(result);
      }
    }
    evaluated.sort((a,b)=>
      (b.quality-a.quality) ||
      (b.lengthM-a.lengthM)
    );
    const best=evaluated[0];
    if(!best)return null;

    return {
      coords:best.path.map(p=>gridToLngLat(tile,cellM,p[0],p[1])),
      metrics:best
    };
  }

  function tileOpportunityMetrics15772(tile,cellM,index){
    let sampled=0,ideal=0,workable=0,noBuild=0,canopy=0,runoffSum=0;
    const maxAcc=Math.max(2,Number(M.maxAcc||2));
    const channelThreshold=Math.max(3,streamThreshold()*2.45);
    const candidates=[];

    for(let y=2;y<GH-2;y+=2)for(let x=2;x<GW-2;x+=2){
      const i=idx(x,y);
      if(!M.inP[i])continue;
      sampled++;

      const sp=slopePct(x,y);
      if(sp>=3.0&&sp<=4.2)ideal++;
      if(sp>=2.6&&sp<=5.0)workable++;
      if(M.noBuildMask&&M.noBuildMask[i])noBuild++;
      if(M.canopyMask&&M.canopyMask[i])canopy++;

      if(!earthlineOpportunityPointClear15777(x,y))continue;
      if(sp<2.7||sp>4.8)continue;

      const runoff=Math.log1p(M.acc[i]||1)/Math.log1p(maxAcc);
      if(runoff<.07)continue;

      const slopeFit=sp>=3.0&&sp<=4.2
        ?1
        :Math.max(0,1-Math.abs(sp-3.6)/1.25);
      const open=(M.canopyMask&&M.canopyMask[i])?.34:1;
      const channelSetback=Math.max(0,1-(M.acc[i]||0)/channelThreshold);
      const baseScore=Math.round(100*(
        .48*slopeFit+
        .30*runoff+
        .10*open+
        .12*channelSetback
      ));
      runoffSum+=runoff;

      if(baseScore>=42)candidates.push({
        gx:x,gy:y,levelH:hAt(x,y),slopePct:sp,
        baseScore,runoff:Number(runoff.toFixed(3)),open
      });
    }

    candidates.sort((a,b)=>b.baseScore-a.baseScore);
    const hotspots=[];
    for(const c of candidates){
      if(hotspots.length>=8)break;
      if(hotspots.some(h=>Math.hypot(h.gx-c.gx,h.gy-c.gy)<16))continue;

      const corridorResult=opportunityContourPath15777(tile,cellM,c);
      if(!corridorResult)continue;

      const finalScore=Math.round(
        .68*c.baseScore+
        .32*corridorResult.metrics.quality
      );
      const coord=gridToLngLat(tile,cellM,c.gx,c.gy);
      const confidence=(
        finalScore>=80 &&
        corridorResult.metrics.quality>=76 &&
        corridorResult.metrics.maxElevError<=1.6
      )?"High":(
        finalScore>=65 &&
        corridorResult.metrics.quality>=62
      )?"Moderate":"Preliminary";

      hotspots.push({
        tile:index,lng:coord[0],lat:coord[1],
        gx:c.gx,gy:c.gy,levelH:c.levelH,
        score:finalScore,
        slopePct:Number(c.slopePct.toFixed(1)),
        runoff:c.runoff,open:c.open,
        corridor:corridorResult.coords,
        pathMetrics:corridorResult.metrics,
        confidence
      });
    }

    const pct=n=>sampled?100*n/sampled:0;
    const rechargePct=Number(
      (M.rechargeStats&&(
        M.rechargeStats.highVeryHighPct!=null
          ?M.rechargeStats.highVeryHighPct
          :M.rechargeStats.modeledPotentialPct
      )) || ((M.donut||[]).slice(0,2).reduce((a,d)=>a+Number(d.p||0),0)) || 0
    );
    const idealPct=pct(ideal),workablePct=pct(workable),noBuildPct=pct(noBuild),canopyPct=pct(canopy);
    const runoffIndex=sampled?runoffSum/sampled:0;
    const tileScore=hotspots.length
      ?Math.round(hotspots.slice(0,4).reduce((a,h)=>a+h.score,0)/Math.min(4,hotspots.length))
      :0;

    return {
      tile:index,lat:tile.lat,lng:tile.lng,
      score:tileScore,
      idealSlopePct:Number(idealPct.toFixed(1)),
      workableSlopePct:Number(workablePct.toFixed(1)),
      noBuildPct:Number(noBuildPct.toFixed(1)),
      canopyPct:Number(canopyPct.toFixed(1)),
      runoffIndex:Number(runoffIndex.toFixed(4)),
      rechargePct:Number(rechargePct.toFixed(1)),
      sampledCells:sampled,
      hotspots
    };
  }

  function rebuildRegionalGrades15772(){
    const completed=(state.tileStats||[]).filter(t=>t&&t.status==="complete"&&t.opportunity);
    const all=[];
    for(const t of completed){
      for(const h of (t.opportunity.hotspots||[])){
        if(h.corridor&&h.corridor.length>=4)all.push({...h});
      }
    }
    all.sort((a,b)=>
      (b.score-a.score) ||
      ((b.pathMetrics&&b.pathMetrics.quality||0)-(a.pathMetrics&&a.pathMetrics.quality||0))
    );

    const ranked=[];
    for(const h of all){
      if(ranked.length>=32)break;
      const near=ranked.some(r=>{
        const dx=(h.lng-r.lng)*metersPerLng((h.lat+r.lat)/2);
        const dy=(h.lat-r.lat)*111320;
        return Math.hypot(dx,dy)<240;
      });
      if(!near)ranked.push(h);
    }

    const gradeOf=score=>score>=80?"A":(score>=66?"B":(score>=53?"C":"D"));
    ranked.forEach((h,i)=>{h.rank=i+1;h.grade=gradeOf(h.score);});

    state.grades={
      type:"FeatureCollection",
      features:ranked.map(h=>({
        type:"Feature",
        properties:{
          grade:h.grade,rank:h.rank,score:h.score,
          slopePct:h.slopePct,runoff:h.runoff,
          confidence:h.confidence,
          pathQuality:h.pathMetrics&&h.pathMetrics.quality||0,
          title:h.grade+h.rank+" · "+h.score+"/100 · "+h.confidence
        },
        geometry:{type:"Point",coordinates:[h.lng,h.lat]}
      }))
    };

    state.opportunityLines={
      type:"FeatureCollection",
      features:ranked
        .filter(h=>(h.grade==="A"||h.grade==="B")&&h.corridor&&h.corridor.length>=4)
        .slice(0,12)
        .map(h=>({
          type:"Feature",
          properties:{
            grade:h.grade,rank:h.rank,score:h.score,
            label:h.grade+h.rank+" · "+h.score,
            confidence:h.confidence,
            slopePct:h.slopePct,
            runoff:h.runoff,
            pathQuality:h.pathMetrics&&h.pathMetrics.quality||0,
            meanSlope:h.pathMetrics&&h.pathMetrics.meanSlope||0,
            maxSlope:h.pathMetrics&&h.pathMetrics.maxSlope||0,
            contourErrorM:h.pathMetrics&&h.pathMetrics.meanElevError||0,
            lengthM:h.pathMetrics&&h.pathMetrics.lengthM||0,
            constructionReady:false,
            scale:"regional-opportunity"
          },
          geometry:{type:"LineString",coordinates:h.corridor}
        }))
    };
    const opportunityGradeCounts16153={A:0,B:0,C:0};
    for(const feature of state.opportunityLines.features){
      const p=feature.properties||(feature.properties={});
      const g=/^[ABC]$/.test(String(p.grade||''))?String(p.grade):'C';
      const r=++opportunityGradeCounts16153[g];
      p.rank=r;p.display_rank=r;p.display_code=g+r;p.label=g+r;
    }

    state.rankedOpportunities=ranked;
  }

  function contourNiceStep15775(raw){
    const power=Math.pow(10,Math.floor(Math.log10(Math.max(.001,raw))));
    const n=raw/power;
    const nice=n<=1?1:(n<=2?2:(n<=5?5:10));
    return nice*power;
  }

  function contourDataForTile15772(tile,cellM,tileIndex){
    const features=[];
    let minH=Infinity,maxH=-Infinity;
    for(let i=0;i<N;i++){
      if(!M.inP[i])continue;
      const h=Number(M.h[i]);
      if(!Number.isFinite(h))continue;
      minH=Math.min(minH,h);maxH=Math.max(maxH,h);
    }
    if(!Number.isFinite(minH)||!Number.isFinite(maxH)||maxH-minH<1)return features;

    const range=maxH-minH;
    const step=contourNiceStep15775(range/6);
    const first=Math.ceil(minH/step)*step;
    let levelIndex=0;

    for(let L=first;L<maxH&&levelIndex<7;L+=step,levelIndex++){
      const lines=[];
      let labelCoord=null;

      const cross=(a,b)=>(
        (a<=L&&b>L)||(a>L&&b<=L)
      );
      const interp=(a,b)=>{
        const d=b-a;
        return Math.abs(d)<1e-9?.5:(L-a)/d;
      };

      for(let y=0;y<GH-1;y++)for(let x=0;x<GW-1;x++){
        const h00=Number(M.h[idx(x,y)]);
        const h10=Number(M.h[idx(x+1,y)]);
        const h01=Number(M.h[idx(x,y+1)]);
        const h11=Number(M.h[idx(x+1,y+1)]);
        if(!Number.isFinite(h00)||!Number.isFinite(h10)||!Number.isFinite(h01)||!Number.isFinite(h11))continue;

        const pts=[];
        if(cross(h00,h10))pts.push([x+interp(h00,h10),y]);
        if(cross(h10,h11))pts.push([x+1,y+interp(h10,h11)]);
        if(cross(h01,h11))pts.push([x+interp(h01,h11),y+1]);
        if(cross(h00,h01))pts.push([x,y+interp(h00,h01)]);

        if(pts.length===2){
          const a=gridToLngLat(tile,cellM,pts[0][0],pts[0][1]);
          const b=gridToLngLat(tile,cellM,pts[1][0],pts[1][1]);
          lines.push([a,b]);
        }else if(pts.length===4){
          const a=gridToLngLat(tile,cellM,pts[0][0],pts[0][1]);
          const b=gridToLngLat(tile,cellM,pts[1][0],pts[1][1]);
          const c=gridToLngLat(tile,cellM,pts[2][0],pts[2][1]);
          const d=gridToLngLat(tile,cellM,pts[3][0],pts[3][1]);
          lines.push([a,b],[c,d]);
        }

        if(lines.length>=360)break;
      }

      if(!lines.length)continue;
      const major=levelIndex%2===0;
      features.push({
        type:"Feature",
        properties:{tile:tileIndex,major,elevM:Math.round(Number((M.loc&&M.loc.elevM)||0)+L)},
        geometry:{type:"MultiLineString",coordinates:lines}
      });

      if(major){
        const seg=lines[Math.floor(lines.length/2)];
        labelCoord=[(seg[0][0]+seg[1][0])/2,(seg[0][1]+seg[1][1])/2];
        const absM=Math.round(Number((M.loc&&M.loc.elevM)||0)+L);
        features.push({
          type:"Feature",
          properties:{tile:tileIndex,major:true,elevM:absM,label:absM.toLocaleString()+" m"},
          geometry:{type:"Point",coordinates:labelCoord}
        });
      }
    }
    return features;
  }

  function rawSpacingSamples(raw){
    const nearest=[];
    for(let i=0;i<raw.length;i++){
      let best=Infinity;
      const a=raw[i].coords||[],sa=Math.max(1,Math.floor(a.length/24));
      for(let j=0;j<raw.length;j++){
        if(i===j||raw[i].bandKey===raw[j].bandKey)continue;
        const b=raw[j].coords||[],sb=Math.max(1,Math.floor(b.length/24));
        for(let ai=0;ai<a.length;ai+=sa)for(let bi=0;bi<b.length;bi+=sb)best=Math.min(best,haversineM(a[ai],b[bi]));
      }
      if(Number.isFinite(best))nearest.push(best);
    }
    return nearest;
  }
  function tileSite(tile,parent,index){
    return {
      name:"Regional Opportunity Tile "+index,sub:"Real DEM corridor tile",fullName:"Regional Opportunity Tile "+index,
      countryCode:parent.countryCode||earthlineCountryCode(parent)||"",lat:tile.lat,lng:tile.lng,zoomHint:16.6,placeType:"selected_site",
      userSelectedSite:true,planning:false,acres:tile.acres,regionalMode:false,propertyMode:true,
      elevM:Number(parent.elevM||0),trendDeg:Number(parent.trendDeg||180),trendSlope:Number(parent.trendSlope||6),
      relief:Number(parent.relief||8),rough:Number(parent.rough||1),runC:Number(parent.runC||.35),precipIn:Number(parent.precipIn||30),
      zones:["Regional Tile"],analysisBoundaryLngLat:tile.poly.slice(0,-1)
    };
  }
  function ensureArrays(){
    for(const k of ["h","fill","acc"]){if(!M[k]||M[k].length!==N)M[k]=new Float32Array(N);else M[k].fill(k==="acc"?1:0);}
    if(!M.dir||M.dir.length!==N)M.dir=new Int8Array(N);M.dir.fill(-1);
    for(const k of ["inP","pond","roadMask","buildingMask","noBuildMask","hardCoreMask","vectorNoBuildMask","shadeMask","canopyMask","erosionMask","soilMask"]){
      if(!M[k]||M[k].length!==N)M[k]=new Uint8Array(N);else M[k].fill(0);
    }
  }
  function analysisCellM(site){
    const areaM2=Math.max(4046.8564224*2,Number(site.acres||20)*4046.8564224);
    const w=Math.sqrt(areaM2*1.15),h=areaM2/w;
    return clampN(Math.max(w/(GW*.82),h/(GH*.82)),1,7.45);
  }
  function clearTile(site){
    ensureArrays();
    M.loc=site;M.zone="Regional Tile";M.centerLng=site.lng;M.centerLat=site.lat;M.viewZoom=16.6;
    M.analysisBoundaryLngLat=site.analysisBoundaryLngLat.map(p=>p.slice());M.analysisBoundary=[];
    M.requestedCellM=analysisCellM(site);M.targetSwaleSpacingM=TARGET_M;M.swCount=360;
    M.terrainReady=false;M.previewReady=false;M.demReady=false;M.analysisReady=false;M.terrainStamp="";M.previewStamp="";
    M.swales=[];M.rechZones=[];M.donut=[];M.donutCenter=null;M.rechargeStats=null;M.spacingStats=null;M.vectorNoBuildCoverage=null;M.maxAcc=1;M.outFlow=0;M.pondCells=0;
    M.satCanvas=null;M.realMode=false;M._noBuildStamp="";M.vectorNoBuildStamp="";M.lastTiming={};
    try{if(typeof _soilData!=="undefined")_soilData=null;}catch(e){}
  }

  const CONFIDENCE_WEIGHTS_15778={elevation:.20,rainfall:.15,soils:.15,landCover:.15,roadsStructures:.15,hydrography:.10,hydrogeology:.10};
  const clampScore15778=v=>Math.max(0,Math.min(100,Math.round(Number(v)||0)));
  function qualityElevation15778(ctx){
    const complete=ctx.analysisCells>0&&ctx.finiteElevationCells/ctx.analysisCells>=.98;
    const score=(M.demReady&&complete)?92:(complete?72:35);
    return {score,basis:(M.demReady?"Real DEM loaded":"Terrain array available without confirmed DEM flag")+"; "+ctx.finiteElevationCells+"/"+ctx.analysisCells+" analyzed cells contain finite elevation values."};
  }
  function qualityRainfall15778(ctx){
    const ok=Number.isFinite(ctx.precipIn)&&ctx.precipIn>0;
    return {score:ok?48:0,basis:ok?("Annual precipitation value "+ctx.precipIn+" in is available, but the current engine has no dated intensity/seasonality metadata."):"No usable precipitation value."};
  }
  function qualitySoils15778(){
    const present=typeof _soilData!=="undefined"&&!!_soilData;
    return {score:present?78:25,basis:present?"Soil/percolation data loaded for this analysis.":"No analysis-ready soil layer loaded; terrain and land-cover proxies only."};
  }
  function qualityLandCover15778(){
    const classified=!!(M.satCanvas&&typeof _canopyData!=="undefined"&&_canopyData&&typeof _impervData!=="undefined"&&_impervData);
    return {score:classified?74:30,basis:classified?"Satellite image classified on the hydrology grid for canopy and impervious cover.":"No completed satellite canopy/impervious classification."};
  }
  function qualityRoadsStructures15778(){
    const v=M.vectorNoBuildCoverage||{};
    const verified=!!v.verified;
    return {score:verified?(v.layerCount>0?88:72):0,basis:verified?("Mapped road/building exclusion query verified; "+Number(v.layerCount||0)+" source layers and "+Number(v.featureCount||0)+" processed features."):"Road/building exclusion coverage was not verified. Terrain-derived hydrology remains valid; corridor placement requires imagery and field verification."};
  }
  function qualityHydrography15778(){
    const routed=!!(M.dir&&M.acc&&Number(M.maxAcc||0)>1);
    return {score:routed?82:20,basis:routed?("D8 flow routing completed; maximum accumulation "+Math.round(Number(M.maxAcc||0))+" cells."):"Flow-routing arrays are incomplete."};
  }
  function qualityHydrogeology15778(ctx){
    const us=ctx.countryCode==="us";
    const official=us&&Array.isArray(M.usgsAquifers)&&M.usgsAquifers.length>0;
    return {score:official?86:(us?45:20),basis:official?("Official US aquifer context loaded; "+M.usgsAquifers.length+" mapped feature(s)."):us?"US location, but no intersecting official aquifer feature is active.":"No verified national aquifer dataset is connected for this country; recharge is modeled from terrain, runoff, land cover, and available soils."};
  }
  function confidenceV0FromCurrent15778(ctx){
    const components={
      elevation:qualityElevation15778(ctx),rainfall:qualityRainfall15778(ctx),soils:qualitySoils15778(),
      landCover:qualityLandCover15778(),roadsStructures:qualityRoadsStructures15778(),
      hydrography:qualityHydrography15778(),hydrogeology:qualityHydrogeology15778(ctx)
    };
    let score=0;
    for(const [key,weight] of Object.entries(CONFIDENCE_WEIGHTS_15778))score+=weight*clampScore15778(components[key].score);
    return {score:Number(score.toFixed(1)),version:"Confidence v0",components,fieldVerification:"Not verified"};
  }
  function normalizeDistribution15778(values){
    const raw=(values||[]).slice(0,5).map(v=>Math.max(0,Number(v)||0));
    while(raw.length<5)raw.push(0);
    let total=raw.reduce((a,b)=>a+b,0);
    if(total<=0){raw[2]=100;total=100;}
    const p=raw.map(v=>Number((v/total*100).toFixed(1)));
    const diff=Number((100-p.reduce((a,b)=>a+b,0)).toFixed(1));
    p[2]=Number((p[2]+diff).toFixed(1));
    return p;
  }
  function donutObjects15778(p){
    const names=["Very High","High","Moderate","Low","Very Low"],colors=["#e53935","#fb8c00","#fdd835","#43a047","#1e88e5"];
    return normalizeDistribution15778(p).map((v,i)=>({n:names[i],c:colors[i],p:v}));
  }
  function snapshotTile15778(site,opportunity){
    let sum=0,analysisCells=0,finiteElevationCells=0,noBuild=0;
    for(let i=0;i<N;i++)if(M.inP[i]){
      analysisCells++;if(Number.isFinite(Number(M.h[i]))){sum+=Number(M.h[i]);finiteElevationCells++;}
      if(M.noBuildMask&&M.noBuildMask[i])noBuild++;
    }
    const countryCode=String(site.countryCode||earthlineCountryCode(site)||"").toLowerCase().slice(0,2);
    const ctx={analysisCells,finiteElevationCells,precipIn:Number(site.precipIn||0),countryCode};
    const current=(M.donut||[]).map(x=>Number(x&&x.p||0));
    const dist=normalizeDistribution15778(current.length?current:[0,0,100,0,0]);
    const meanElevationM=Number(site.elevM||0)+(finiteElevationCells?sum/finiteElevationCells:0);
    return {
      analysisCells,finiteElevationCells,meanElevationM,meanElevationFt:meanElevationM*3.28084,
      rechargeDistribution:dist,rechargeScore:Number((dist[0]+dist[1]).toFixed(1)),
      rechargeBasis:(M.rechargeStats&&M.rechargeStats.analyzedCells)?"Modeled cell distribution":"Modeled distribution; detailed source metadata unavailable",
      runoffCoefficient:Number(site.runC||.35),precipIn:Number(site.precipIn||30),
      noBuildPct:analysisCells?Number((noBuild/analysisCells*100).toFixed(1)):0,
      exclusions:Object.assign({},M.vectorNoBuildCoverage||{}),
      confidence:confidenceV0FromCurrent15778(ctx),countryCode,opportunity
    };
  }
  function aggregateRegional15778(){
    const tiles=(state.tileStats||[]).filter(t=>t&&t.status==="complete"&&t.snapshot);
    const weights=tiles.map(t=>Math.max(1,Number(t.snapshot.analysisCells||1)));
    const totalWeight=weights.reduce((a,b)=>a+b,0)||1;
    const dist=[0,0,0,0,0];
    let elev=0,runC=0,precip=0,noBuild=0,confidence=0;
    for(let k=0;k<tiles.length;k++){
      const s=tiles[k].snapshot,w=weights[k];
      for(let i=0;i<5;i++)dist[i]+=Number(s.rechargeDistribution[i]||0)*w;
      elev+=Number(s.meanElevationM||0)*w;runC+=Number(s.runoffCoefficient||0)*w;
      precip+=Number(s.precipIn||0)*w;noBuild+=Number(s.noBuildPct||0)*w;
      confidence+=Number(s.confidence&&s.confidence.score||0)*w;
    }
    const normalized=normalizeDistribution15778(dist.map(v=>v/totalWeight));
    const countryCode=String((state.parent&&state.parent.countryCode)||earthlineCountryCode(state.parent||{})||"").toLowerCase().slice(0,2);
    const confidenceComponents={};
    for(const key of Object.keys(CONFIDENCE_WEIGHTS_15778)){
      let weighted=0,bases=[];
      for(let k=0;k<tiles.length;k++){
        const c=tiles[k].snapshot.confidence.components[key],w=weights[k];
        weighted+=Number(c&&c.score||0)*w;if(c&&c.basis&&!bases.includes(c.basis))bases.push(c.basis);
      }
      confidenceComponents[key]={score:Number((weighted/totalWeight).toFixed(1)),basis:bases.slice(0,3).join(" | ")};
    }
    const corridorFeatures=(state.opportunityLines&&state.opportunityLines.features)||[];
    const corridorLengthM=corridorFeatures.reduce((sum,f)=>sum+lineLengthM(f.geometry&&f.geometry.coordinates||[]),0);
    const ranked=state.rankedOpportunities||[];
    const gradeA=ranked.filter(x=>x.grade==="A").length,gradeB=ranked.filter(x=>x.grade==="B").length;
    const totGph=tiles.reduce((a,t)=>a+Number(t.totGph||0),0),outGph=tiles.reduce((a,t)=>a+Number(t.outGph||0),0);
    return {
      mode:"regional",completedTiles:tiles.length,plannedTiles:(state.tiles||[]).length,
      rechargeDistribution:normalized,rechargeScore:Number((normalized[0]+normalized[1]).toFixed(1)),
      meanElevationM:elev/totalWeight,meanElevationFt:elev/totalWeight*3.28084,
      runoffCoefficient:runC/totalWeight,precipIn:precip/totalWeight,
      tributaries:tiles.reduce((a,t)=>a+Number(t.tribs||0),0),outGph,
      noBuildPct:noBuild/totalWeight,corridorCount:corridorFeatures.length,corridorLengthM,
      gradeA,gradeB,topOpportunity:ranked[0]||null,runoffInterceptedGph:totGph,
      runoffInterceptPct:Math.min(95,Math.round(totGph/Math.max(1,outGph)*100)),
      countryCode,fieldVerification:"Not verified",
      confidence:{score:Number((confidence/totalWeight).toFixed(1)),version:"Confidence v0",components:confidenceComponents,fieldVerification:"Not verified"}
    };
  }
  function confidenceTitle15778(conf){
    if(!conf||!conf.components)return "Confidence basis unavailable";
    return Object.entries(conf.components).map(([k,v])=>k+" "+Number(v.score||0).toFixed(0)+"/100 — "+v.basis).join("\n");
  }
  function setSidebarText15778(id,value){const e=q(id);if(e)e.textContent=value;}
  function applySidebarLabels15778(mode){
    const regional=mode==="regional";
    setSidebarText15778("hOutLabel",regional?"Runoff Leaving Region":"Runoff Leaving Parcel");
    setSidebarText15778("bCapLabel",regional?"Modeled Regional Interception":"Runoff Intercepted");
    setSidebarText15778("bPctLabel",regional?"Share of Regional Runoff":"Share of Parcel Runoff");
    setSidebarText15778("cCountLabel",regional?"Recommended Corridors":"Total Corridors");
    setSidebarText15778("cLenLabel",regional?"Opportunity Length":"Total Length");
    setSidebarText15778("cSpaceLabel",regional?"Analysis Scale":"Median Spacing");
    setSidebarText15778("cTopLabel",regional?"Top Opportunity":"Top Corridor Capture");
  }
  function applyRechargePanel15778(summary){
    const outsideUS=summary.countryCode!=="us";
    const verifiedAquifer=!!(
      !outsideUS &&
      M.usgsAquifers &&
      M.usgsAquifers.length
    );
    setSidebarText15778(
      "aquiferPanelTitle",
      outsideUS?"MODELED RECHARGE OPPORTUNITY":"AQUIFER RECHARGE POTENTIAL"
    );
    setSidebarText15778("aquiferStatus",outsideUS
      ?(
        "Modeled recharge opportunity: "+Number(summary.rechargeScore||0).toFixed(1)+
        "%. This score estimates where rainfall may be slowed and infiltrated; it does not prove a connection to a mapped aquifer. Field and hydrogeological verification required."
      )
      :"Official aquifer context where available; infiltration and recharge values remain modeled and require field verification."
    );
    const truth=q("earthlineAquiferTruth15782");
    if(truth){
      truth.className=verifiedAquifer?"verified":"modeled";
      truth.textContent=verifiedAquifer
        ?"Verified aquifer context active — recharge magnitude remains modeled."
        :"Modeled opportunity only — no verified aquifer boundary active.";
    }
    M.donut=donutObjects15778(summary.rechargeDistribution);
    M.donutCenter=Number(summary.rechargeScore||0);
    M.rechargeStats={
      analyzedTiles:summary.completedTiles||1,
      modeledPotentialPct:M.donutCenter,
      highVeryHighPct:(summary.mode==="property"&&Number.isFinite(Number(summary.highVeryHighPct)))
        ?Number(summary.highVeryHighPct)
        :M.donutCenter,
      verifiedAquiferContext:verifiedAquifer
    };
    try{drawDonut();earthlineUpdateRechargeSvg();}
    catch(e){console.warn("[Earthline] recharge sidebar render",e);}
  }
  function renderSidebar15778(mode,summary,partial=false){
    if(typeof window.earthlineEnforceUniqueUI15784==="function"){
      window.earthlineEnforceUniqueUI15784();
    }
    applySidebarLabels15778(mode);
    if(mode==="property"){
      try{baseRefreshPanels15778();}catch(e){console.warn("[Earthline] property sidebar base render",e);}
      setSidebarText15778("cHotspots","Property corridors");
    }else{
      const ex=state.extent||{},top=summary.topOpportunity;
      setSidebarText15778("locName",state.mode==="high-elevation"?"High-Elevation Swale Opportunity Analysis":"Regional Swale Opportunity Analysis");
      setSidebarText15778("locSub",(partial?"Building":"Completed")+" "+summary.completedTiles+"/"+summary.plannedTiles+" real DEM tiles · authoritative aggregate");
      if(state.anchor)setSidebarText15778("locCoords",Math.abs(state.anchor.lat).toFixed(5)+"° "+(state.anchor.lat>=0?"N":"S")+", "+Math.abs(state.anchor.lng).toFixed(5)+"° "+(state.anchor.lng>=0?"E":"W"));
      setSidebarText15778("locArea",Math.round(ex.acres||0).toLocaleString()+" acres · "+fmt1((ex.heightM||0)/1609.344)+" mi N–S · "+fmt1((ex.widthM||0)/1609.344)+" mi E–W");
      setSidebarText15778("hTotalArea",Math.round(ex.acres||0).toLocaleString()+" acres");
      setSidebarText15778("hElev",Number(summary.meanElevationFt||0).toLocaleString("en-US",{maximumFractionDigits:0})+" ft");
      setSidebarText15778("hPrecip",Number(summary.precipIn||0).toFixed(1)+" in");
      setSidebarText15778("hRunoff",Number(summary.runoffCoefficient||0).toFixed(2));
      setSidebarText15778("hTribs",Number(summary.tributaries||0).toLocaleString());
      setSidebarText15778("hOut",Math.round(summary.outGph||0).toLocaleString()+" gal/hr");
      setSidebarText15778("bCap","+"+Math.round(summary.runoffInterceptedGph||0).toLocaleString()+" gal/hr");
      setSidebarText15778("bPct",summary.runoffInterceptPct+"%");
      setSidebarText15778("bSed",Math.round(38+summary.runoffInterceptPct*.42)+"%");
      setSidebarText15778("bPeak",Math.round(summary.runoffInterceptPct*.5)+"%");
      setSidebarText15778("bGw","+"+Math.round(summary.runoffInterceptPct*.72)+"%");
      setSidebarText15778("cCount",String(summary.corridorCount));
      setSidebarText15778("cHotspots",summary.gradeA+" Grade A · "+summary.gradeB+" Grade B");
      setSidebarText15778("cLen",Math.round(summary.corridorLengthM*3.28084).toLocaleString()+" ft");
      setSidebarText15778("cSpace","Regional screen");
      const sp=q("cSpace");if(sp)sp.title="Regional opportunity corridors are not property construction spacing. Re-anchor at property scale for the 15–25 ft prescription.";
      setSidebarText15778("cTop",top?(top.grade+top.rank+" · "+top.score+"/100 · "+top.confidence):"—");
    }
    applyRechargePanel15778(summary);
    setSidebarText15778("hConfidence",Number(summary.confidence&&summary.confidence.score||0).toFixed(1)+" / 100");
    const hc=q("hConfidence");if(hc)hc.title=confidenceTitle15778(summary.confidence);
    const exclusionUnverified15786=mode==="property"&&String(summary.exclusionConfidence||M.exclusionConfidence||"")==="unverified";
    const exclusionCaveat15786=q("earthlineExclusionCaveat15786");
    if(exclusionCaveat15786){
      exclusionCaveat15786.hidden=!exclusionUnverified15786;
      exclusionCaveat15786.textContent="EXCLUSIONS UNVERIFIED — OUTPUT BLOCKED. Property corridors are withheld until road, structure, waterway, driveway, and frozen no-build checks are verified.";
    }
    setSidebarText15778(
      "hVerification",
      exclusionUnverified15786
        ?"Required — exclusions unverified"
        :(summary.fieldVerification||"Not verified")
    );
    if(typeof window.earthlineEnforceUniqueUI15784==="function"){
      window.earthlineEnforceUniqueUI15784();
    }
  }
  const baseRefreshPanels15778=refreshPanels;
  function refreshPanels15778(){
    if(state.active&&state.summary)return renderSidebar15778("regional",state.summary,false);
    if(state.lastPropertySummary)return renderSidebar15778("property",state.lastPropertySummary,false);
    return baseRefreshPanels15778();
  }
  refreshPanels=refreshPanels15778;
  window.refreshPanels=refreshPanels15778;

  function corridorStats(){
    const sw=M.swales||[];let lenFt=0,totGph=0,topGph=0;
    for(const s of sw){
      lenFt+=Number(s.lenM||0)*3.28084;
      const cap=typeof swaleGph==="function"?swaleGph(s):0;
      totGph+=cap;topGph=Math.max(topGph,cap);
    }
    return {lenFt,totGph,topGph};
  }
    function updatePanels15778(partial){
    state.summary=aggregateRegional15778();
    renderSidebar15778("regional",state.summary,partial);
    return state.summary;
  }
    async function analyzeTile(tile,parent,index,gen){
    const tileStarted16191=performance.now();
    let lastError=null;
    for(let attempt=1;attempt<=2;attempt++){
      try{
        clearTile(tileSite(tile,parent,index));
        earthlineProgress("dem","tile "+index+" of "+state.tiles.length+" · attempt "+attempt+"…");
        await waitFrame();
        const ok=await rebuildModel(true,gen);
        if(!ok||earthlineIsStale(gen))throw new Error(earthlineIsStale(gen)?"Analysis cancelled":"Terrain or model unavailable");
        if(!(M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.verified)){
          M.exclusionConfidence="unverified";
          console.warn("[Earthline] "+BUILD+" tile "+index+" has unverified road/structure coverage; terrain-derived output retained and confidence reduced.");
        }else{
          M.exclusionConfidence="verified";
        }
        const cellM=Number(M.cellM||analysisCellM(M.loc));
        // Freeze the exact tile transform. No later global model mutation can move this output.
        M.centerLat=tile.lat;M.centerLng=tile.lng;
        const opportunity=tileOpportunityMetrics15772(tile,cellM,index);
        const snapshot=snapshotTile15778(M.loc,opportunity);
        const priorStat={opportunity,snapshot};
        state.tileStats[index-1]=priorStat;
        const sw=swaleDataForTile(tile,cellM,index),rz=rechargeDataForTile(tile,cellM,index),fl=flowDataForTile(tile,cellM,index);
        const contourFeatures=contourDataForTile15772(tile,cellM,index);
        const cs=corridorStats(),thr=streamThreshold(),trib=censusTributaries(thr);
        appendUnique(state.swales.features,sw.features);appendUnique(state.recharge.features,rz);appendUnique(state.flow.features,fl);
        appendUnique(state.contours.features,contourFeatures);
        state.rawCorridors.push(...sw.raw);
        // Spacing is measured within each independently resolved DEM tile. This avoids
        // unrelated corridors miles apart from distorting the 15–25 ft prescription metric.
        state.spacingSamples.push(...rawSpacingSamples(sw.raw));
        tile.status="complete";
        return {
          status:"complete",tile:index,lat:tile.lat,lng:tile.lng,
          swales:sw.raw.length,lenFt:cs.lenFt,totGph:cs.totGph,topGph:cs.topGph,
          outGph:gph(M.outFlow),tribs:trib.sources,attempts:attempt,
          opportunity,snapshot,
          confidence:snapshot.confidence,rechargeDistribution:snapshot.rechargeDistribution,
          rechargeScore:snapshot.rechargeScore,meanElevationFt:snapshot.meanElevationFt,
          runoffCoefficient:snapshot.runoffCoefficient,exclusions:snapshot.exclusions,
          timings:Object.assign({},M.lastTiming||{},{tileTotalMs:Math.round(performance.now()-tileStarted16191)})
        };
      }catch(err){
        lastError=err;
        if(earthlineIsStale(gen))throw err;
        console.warn("[Earthline] "+BUILD+" tile "+index+" attempt "+attempt+" failed",err);
        if(attempt<2)await waitMs(300);
      }
    }
    tile.status=/exclusion/i.test(String(lastError&&lastError.message))?"withheld":"failed";
    return {status:tile.status,tile:index,error:String(lastError&&lastError.message||"unknown"),timings:{tileTotalMs:Math.round(performance.now()-tileStarted16191)}};
  }

  
  /* BUILD-CHECK-15821 — authoritative property-frame ownership.
     The map camera controls presentation. The selected property identity controls
     the scientific center, boundary, acreage, cell size, and internal DEM zoom. */
  function earthlinePolygonAreaAcres15821(points){
    if(!Array.isArray(points)||points.length<3)return 0;
    const meanLat=points.reduce((sum,p)=>sum+Number(p&&p[1]||0),0)/points.length;
    const mx=111320*Math.max(0.05,Math.cos(meanLat*Math.PI/180));
    const my=111320;
    let area=0;
    for(let i=0,j=points.length-1;i<points.length;j=i++){
      const xi=Number(points[i][0])*mx;
      const yi=Number(points[i][1])*my;
      const xj=Number(points[j][0])*mx;
      const yj=Number(points[j][1])*my;
      area+=(xj*yi)-(xi*yj);
    }
    return Math.abs(area)*0.5/4046.8564224;
  }

  function earthlineBoundarySignature15821(points){
    return (Array.isArray(points)?points:[]).map(p=>[
      Number(Number(p&&p[0]||0).toFixed(8)),
      Number(Number(p&&p[1]||0).toFixed(8))
    ]);
  }

  function earthlinePropertyIdentity15821(parent,anchor){
    const parentLat=Number(parent&&parent.lat);
    const parentLng=Number(parent&&parent.lng);
    const hasParentPoint=Number.isFinite(parentLat)&&Number.isFinite(parentLng);
    const center={
      lat:hasParentPoint?parentLat:Number(anchor&&anchor.lat),
      lng:hasParentPoint?parentLng:Number(anchor&&anchor.lng)
    };
    const placeType=String(parent&&parent.placeType||"").toLowerCase();
    const search=String(M&&M.appliedSearchText||"").trim().toLowerCase();
    const name=String(
      parent&&(parent.fullName||parent.name||parent.sub)||"selected-property"
    ).trim().toLowerCase();
    return{
      key:[
        search||name,
        placeType||"property",
        Number(center.lat).toFixed(6),
        Number(center.lng).toFixed(6)
      ].join("|"),
      center,
      placeType,
      search,
      name
    };
  }


  /* BUILD-CHECK-15827 — one visible, deliberate scientific-frame owner.
     Manual camera movement never changes the scientific frame. A frame changes
     only after a new search, a drawn boundary, or the explicit current-view
     control installed by this build. */
  function earthlineFrameSearchKey15827(frame){
    if(!frame)return "";
    if(frame.searchKey!=null)return String(frame.searchKey);
    const identity=String(frame.identityKey||"");
    return identity.split("|")[0]||"";
  }

  function earthlineCurrentSearchKey15827(){
    return String(M&&M.appliedSearchText||"")
      .trim().toLowerCase().replace(/\s+/g," ");
  }

  function earthlineFrameMatchesSearch15827(frame){
    return !!(
      frame&&
      earthlineFrameSearchKey15827(frame)===
        earthlineCurrentSearchKey15827()
    );
  }

  function earthlineRunFrameDirective15827(context){
    if(context&&context.resolvedSearchLoc)return null;
    const searchKey=earthlineCurrentSearchKey15827();
    const pending=state.pendingAnalysisFrame15827||
      M.pendingAnalysisFrame15827||null;

    if(pending&&String(pending.searchKey||"")===searchKey){
      return Object.assign({
        reason:"explicit-current-view-pending"
      },pending);
    }

    const frame=M.authoritativePropertyFrame15821||
      state.authoritativePropertyFrame15821||null;
    if(frame&&earthlineFrameMatchesSearch15827(frame)){
      return{
        reason:"locked-scientific-frame",
        center:{
          lng:Number(frame.center.lng),
          lat:Number(frame.center.lat)
        },
        boundary:(frame.boundary||[]).map(p=>[
          Number(p[0]),Number(p[1])
        ]),
        acres:Number(frame.acres||20),
        internalAnalysisZoom:Number(
          frame.internalAnalysisZoom||18
        ),
        source:String(frame.source||"locked-frame"),
        searchKey
      };
    }
    return null;
  }

  window.earthlineRunFrameDirective15827=
    earthlineRunFrameDirective15827;
  function earthlineResolvePropertyFrame15821(parent,anchor){
    const identity=earthlinePropertyIdentity15821(parent,anchor);
    const searchKey=earthlineCurrentSearchKey15827();
    const pending=state.pendingAnalysisFrame15827||
      M.pendingAnalysisFrame15827||null;
    const existing=M.authoritativePropertyFrame15821||
      state.authoritativePropertyFrame15821||null;

    let center={
      lng:Number(identity.center.lng),
      lat:Number(identity.center.lat)
    };
    let acres=Math.max(
      8,
      Math.min(80,Number(parent&&parent.acres||20))
    );
    let boundary=null;
    let source="fixed-property-analysis-extent";

    if(pending&&String(pending.searchKey||"")===searchKey){
      center={
        lng:Number(pending.center.lng),
        lat:Number(pending.center.lat)
      };
      acres=Number(pending.acres);
      boundary=(pending.boundary||[]).map(p=>[
        Number(p[0]),Number(p[1])
      ]);
      source=String(
        pending.source||"explicit-current-view-analysis-area"
      );
      state.pendingAnalysisFrame15827=null;
      M.pendingAnalysisFrame15827=null;
    }else{
      const drawnBoundary=(
        parent&&
        String(parent.placeType||"").toLowerCase()==="drawn_site"&&
        Array.isArray(parent.analysisBoundaryLngLat)&&
        parent.analysisBoundaryLngLat.length>=3
      )
        ?parent.analysisBoundaryLngLat.map(p=>[
          Number(p[0]),Number(p[1])
        ])
        :null;

      if(drawnBoundary){
        boundary=drawnBoundary;
        const measured=earthlinePolygonAreaAcres15821(boundary);
        if(Number.isFinite(measured)&&measured>=2){
          acres=Math.max(8,Math.min(80,measured));
        }
        source="explicit-drawn-analysis-boundary";
      }else if(existing&&earthlineFrameMatchesSearch15827(existing)){
        return existing;
      }else{
        const explicitBoundary=(
          parent&&parent.userSelectedSite&&
          Array.isArray(parent.analysisBoundaryLngLat)&&
          parent.analysisBoundaryLngLat.length>=3
        )
          ?parent.analysisBoundaryLngLat.map(p=>[
            Number(p[0]),Number(p[1])
          ])
          :null;

        if(explicitBoundary){
          boundary=explicitBoundary;
          const measured=earthlinePolygonAreaAcres15821(boundary);
          if(Number.isFinite(measured)&&measured>=2){
            acres=Math.max(8,Math.min(80,measured));
          }
          source="explicit-selected-analysis-boundary";
        }else{
          boundary=earthlineRectangleAround(
            center.lng,
            center.lat,
            acres
          );
        }
      }
    }

    if(!Array.isArray(boundary)||boundary.length<3){
      boundary=earthlineRectangleAround(
        center.lng,
        center.lat,
        acres
      );
      source="fixed-property-analysis-extent";
    }

    const internalAnalysisZoom=18;
    const frame={
      build:"BUILD-CHECK-15827",
      owner:"earthlineResolvePropertyFrame15821",
      searchKey,
      identityKey:[
        searchKey||identity.name,
        String(parent&&parent.placeType||identity.placeType||"property"),
        Number(center.lat).toFixed(6),
        Number(center.lng).toFixed(6)
      ].join("|"),
      center:{
        lng:Number(center.lng),
        lat:Number(center.lat)
      },
      acres:Number(acres),
      internalAnalysisZoom,
      boundary:earthlineBoundarySignature15821(boundary),
      source,
      viewportIndependent:true,
      changesOnlyByExplicitAction:true,
      resolvedAt:Date.now()
    };

    state.authoritativePropertyFrame15821=frame;
    M.authoritativePropertyFrame15821=frame;

    if(
      source!=="explicit-current-view-analysis-area"&&
      source!=="restored-selected-property-frame"
    ){
      state.selectedPropertyBaseFrame15827=
        JSON.parse(JSON.stringify(frame));
    }

    return frame;
  }

  window.earthlineResolvePropertyFrame15821=
    earthlineResolvePropertyFrame15821;
  function propertySite15778(parent,anchor){
    const existing=typeof window.earthlineCurrentMapSite15778==="function"
      ?window.earthlineCurrentMapSite15778():null;
    const frame=earthlineResolvePropertyFrame15821(parent,anchor);
    return Object.assign({},existing||{},parent,{
      name:"Selected Property Analysis Area",
      sub:"Fixed property-scale analysis extent; map zoom changes presentation only",
      fullName:"Selected property analysis area",
      lat:frame.center.lat,
      lng:frame.center.lng,
      zoomHint:frame.internalAnalysisZoom,
      placeType:"selected_site",
      userSelectedSite:true,
      planning:false,
      acres:frame.acres,
      regionalMode:false,
      propertyMode:true,
      analysisBoundaryLngLat:frame.boundary.map(p=>p.slice()),
      zones:["Selected Property"],
      extentOwner:"earthlineResolvePropertyFrame15821",
      viewportIndependent:true,
      propertyIdentityKey15821:frame.identityKey
    });
  }
  function propertySummary15778(site,runtimeMs){
    let sum=0,analysisCells=0,finiteElevationCells=0;
    for(let i=0;i<N;i++)if(M.inP[i]){analysisCells++;if(Number.isFinite(Number(M.h[i]))){sum+=Number(M.h[i]);finiteElevationCells++;}}
    const countryCode=String(site.countryCode||earthlineCountryCode(site)||"").toLowerCase().slice(0,2);
    const ctx={analysisCells,finiteElevationCells,precipIn:Number(site.precipIn||0),countryCode};
    const dist=normalizeDistribution15778((M.donut||[]).map(x=>Number(x&&x.p||0)));
    /* EARTHLINE 16497 — connected-accepted recharge score authority from 16496.
       computeRecharge() owns the Property mean suitability score. High + Very High
       remains a distribution statistic and must not replace the gauge/DATA score. */
    const modeledScore16497=Number(M.rechargeStats&&M.rechargeStats.modeledPotentialPct);
    const highVeryHigh16497=Number(M.rechargeStats&&M.rechargeStats.highVeryHighPct);
    return {
      mode:"property",completedTiles:1,countryCode,rechargeDistribution:dist,
      rechargeScore:Number((Number.isFinite(modeledScore16497)?modeledScore16497:(dist[0]+dist[1])).toFixed(1)),
      highVeryHighPct:Number((Number.isFinite(highVeryHigh16497)?highVeryHigh16497:(dist[0]+dist[1])).toFixed(1)),
      confidence:confidenceV0FromCurrent15778(ctx),
      exclusionConfidence:M.exclusionConfidence||"unverified",
      fieldVerification:"Not verified",runtimeMs
    };
  }
  function earthlinePersistPropertyOverlay15786(){
    const repaint=()=>{
      if(state.mode!=="property"||!M.analysisReady||window.earthlineAnalyticalCanvasValid15783!==true)return;
      try{
        if(cv)cv.style.visibility="visible";
        if(typeof earthlineSyncOverlayScale==="function")earthlineSyncOverlayScale();
        render(false);
        earthlineUpdateRechargeSvg();
        state.lastOverlayPersistence15786={checkedAt:Date.now(),visible:!cv||cv.style.visibility!=="hidden",analysisReady:!!M.analysisReady};
      }catch(e){
        console.warn("[Earthline] BUILD-CHECK-15786 overlay persistence",e);
      }
    };
    repaint();
    for(const delay of [220,900,2200,3600])setTimeout(()=>requestAnimationFrame(repaint),delay);
  }


  function earthlineEmptyPropertyFC16176(){
    return {type:"FeatureCollection",features:[]};
  }

  function earthlineClearPropertyMapSources16176(){
    const empty=earthlineEmptyPropertyFC16176();
    const sourceIds=[
      "earthline-living-swales-15792",
      "earthline-property-swale-texture-16174",
      "earthline-swales"
    ];
    try{
      for(const sourceId of sourceIds){
        const source=earthlineMap&&earthlineMap.getSource&&earthlineMap.getSource(sourceId);
        if(source&&typeof source.setData==="function")source.setData(empty);
      }
    }catch(error){
      console.warn("[Earthline] EARTHLINE 16176 property-source clear",error);
    }
    const layerIds=[
      "earthline-living-swales-glow-15792",
      "earthline-living-swales-earth-15792",
      "earthline-living-swales-life-15792",
      "earthline-living-swales-water-15792",
      "earthline-property-swale-footprint-16174",
      "earthline-property-swale-casing-16174",
      "earthline-property-swale-uphill-16174",
      "earthline-property-swale-uphill-flipped-16174"
    ];
    try{
      for(const layerId of layerIds){
        if(earthlineMap&&earthlineMap.getLayer&&earthlineMap.getLayer(layerId)){
          earthlineMap.setLayoutProperty(layerId,"visibility","none");
        }
      }
    }catch(error){
      console.warn("[Earthline] EARTHLINE 16176 property-layer hide",error);
    }
  }

  function earthlineSafeModelFromGeoJSON16176(collection,rawModel){
    const safe=[];
    const features=collection&&Array.isArray(collection.features)?collection.features:[];
    for(let featureIndex=0;featureIndex<features.length;featureIndex++){
      const feature=features[featureIndex]||{};
      const coords=feature.geometry&&feature.geometry.type==="LineString"
        ?feature.geometry.coordinates:[];
      const pts=[];
      for(const coord of coords){
        if(!Array.isArray(coord)||coord.length<2)continue;
        let grid=null;
        try{
          if(typeof earthlineLngLatToGrid==="function")grid=earthlineLngLatToGrid(Number(coord[0]),Number(coord[1]));
          else if(typeof lngLatToGrid==="function")grid=lngLatToGrid(Number(coord[0]),Number(coord[1]));
        }catch(_){grid=null;}
        const gx=Array.isArray(grid)?Number(grid[0]):Number(grid&&grid.x);
        const gy=Array.isArray(grid)?Number(grid[1]):Number(grid&&grid.y);
        if(Number.isFinite(gx)&&Number.isFinite(gy))pts.push([gx,gy]);
      }
      if(pts.length<2)continue;
      const rawIndex=Number(feature.properties&&feature.properties.rawIndex);
      const donor=Number.isInteger(rawIndex)&&rawModel&&rawModel[rawIndex]
        ?rawModel[rawIndex]:{};
      safe.push(Object.assign({},donor,{
        id:String(feature.properties&&feature.properties.id||donor.id||featureIndex+1),
        pts,
        rawIndex:Number.isInteger(rawIndex)?rawIndex:null,
        exclusionVerified:true,
        exclusionAuditBuild:"EARTHLINE 16176",
        authoritativeGeometry:"M.authoritativeSafeSwales15815"
      }));
    }
    return safe;
  }

  function earthlineBlockPropertyPublication16176(reason,evidence){
    const empty=earthlineEmptyPropertyFC16176();
    const rawModel=Array.isArray(M&&M.swales)?M.swales:[];
    const rawGeo=(M&&M.authoritativePropertySwales15800&&M.authoritativePropertySwales15800.type==="FeatureCollection")
      ?M.authoritativePropertySwales15800:empty;
    const block={
      build:"EARTHLINE 16176",
      reason:String(reason||"exclusions-unverified"),
      rawEngineCorridors:rawModel.length,
      rawGeographicSegments:Array.isArray(rawGeo.features)?rawGeo.features.length:0,
      evidence:evidence||null,
      blockedAt:new Date().toISOString()
    };
    M.blockedPropertyRawSwales16176=JSON.parse(JSON.stringify(rawGeo));
    M.blockedPropertyEngineSwales16176=JSON.parse(JSON.stringify(rawModel));
    M.swales=[];
    M.analysisReady=false;
    M.authoritativeSafeSwales15815=JSON.parse(JSON.stringify(empty));
    M.authoritativeSafeSwales15806=M.authoritativeSafeSwales15815;
    M.authoritativePropertySwales15800=JSON.parse(JSON.stringify(empty));
    M.exclusionConfidence="unverified";
    M.propertyPublication15816={
      build:"EARTHLINE 16176",
      searchGen:Number(M.searchGen||0),
      engineCorridors:block.rawEngineCorridors,
      rawGeographicSegments:block.rawGeographicSegments,
      safeSegments:0,
      safetyVerified:false,
      committed:false,
      blocked:true,
      blockReason:block.reason,
      publishedAt:null
    };
    M.propertyPublicationBlock16176=block;
    window.EARTHLINE_PROPERTY_PUBLICATION_BLOCK_16176=block;
    try{
      state.active=false;
      state.running=false;
      state.mode="focus";
    }catch(_){ }
    earthlineClearPropertyMapSources16176();
    const reasonCode=String(block.reason||"exclusions-unverified");
    const message="EXCLUSIONS UNVERIFIED — OUTPUT BLOCKED ("+reasonCode+"). Earthline did not publish property swales because houses, driveways, roads, waterways, or other frozen no-build areas could not be verified.";
    try{if(typeof earthlineNotice==="function")earthlineNotice(message);}catch(_){ }
    try{
      const status=document.getElementById("earthlineVermontStatus16147");
      if(status){status.textContent=message;status.dataset.kind="failed";}
    }catch(_){ }
    console.error("[Earthline] EARTHLINE 16176 fail-closed property block",block);
    return false;
  }
  window.earthlineBlockPropertyPublication16176=earthlineBlockPropertyPublication16176;

  /* EARTHLINE 16255 — run-scoped Property clearance verification.
     The 15788 post-render index can legitimately be empty after the camera/style
     handoff even though the exact Property run already built and froze a verified
     no-build mask and completed the direct Vermont E911/VCGI source-geometry audit.
     When that rendered index is unavailable, verify the committed candidate lines
     against the frozen run mask at sub-cell spacing and require the direct
     authoritative Vermont geometry audit to be available and intersection-free.
     This does not convert unavailable evidence to zero and does not weaken the
     fail-closed publication gate. */
  function earthlineFrozenPropertyClearanceAudit16255(collection){
    const reasons=[];
    const mask=M&&M.noBuildMask||null;
    const provenance=M&&M.noBuildProvenance15843||null;
    const maskAudit=M&&M.prescriptionMaskAudit15870||null;
    const direct=M&&M.directAuthorityGeometryAudit15874||null;
    const width=Number((provenance&&provenance.grid&&provenance.grid.width)||((typeof GW!=="undefined")?GW:0));
    const height=Number((provenance&&provenance.grid&&provenance.grid.height)||((typeof GH!=="undefined")?GH:0));
    const expected=width*height;
    const cellM=Math.max(.25,Number((provenance&&provenance.cellM)||(M&&M.cellM)||1));
    const stepM=Math.max(.30,Math.min(1.0,cellM*.45));
    if(!mask||!expected||Number(mask.length)!==expected)reasons.push("frozen-no-build-mask-unavailable");
    if(!provenance)reasons.push("no-build-provenance-unavailable");
    const portableEvidence16516=!!(M&&M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.publicationAllowed===true&&M.vectorNoBuildCoverage.sourceTier!=="authoritative-local");
    if(provenance&&provenance.vectorVerified!==true&&!portableEvidence16516)reasons.push("vector-exclusion-provenance-unverified");
    if(!maskAudit||maskAudit.valid!==true)reasons.push("prescription-mask-audit-unverified");
    if(!portableEvidence16516){
      if(!direct||direct.applicable!==true)reasons.push("authoritative-vermont-direct-audit-not-applicable");
      if(direct&&direct.applicable===true&&direct.available!==true)reasons.push("authoritative-vermont-source-geometry-unavailable");
      if(direct&&Number(direct.intersectionCount||0)!==0)reasons.push("authoritative-vermont-intersection");
      if(direct&&Number(direct.violatingCorridorCount||0)!==0)reasons.push("authoritative-vermont-clearance-violation");
    }

    let sampledPoints=0,maskHits=0,outOfFrame=0,segments=0;
    function coordDistanceM16255(a,b){
      const lat=(Number(a[1])+Number(b[1]))*.5*Math.PI/180;
      const dx=(Number(b[0])-Number(a[0]))*111320*Math.max(.05,Math.cos(lat));
      const dy=(Number(b[1])-Number(a[1]))*111320;
      return Math.hypot(dx,dy);
    }
    function gridPoint16255(c){
      try{
        const g=typeof earthlineLngLatToGrid==="function"
          ?earthlineLngLatToGrid(Number(c[0]),Number(c[1]))
          :(typeof lngLatToGrid==="function"?lngLatToGrid(Number(c[0]),Number(c[1])):null);
        const x=Array.isArray(g)?Number(g[0]):Number(g&&g.x),y=Array.isArray(g)?Number(g[1]):Number(g&&g.y);
        return Number.isFinite(x)&&Number.isFinite(y)?[x,y]:null;
      }catch(_){return null;}
    }
    if(reasons.length===0){
      for(const feature of (collection&&Array.isArray(collection.features)?collection.features:[])){
        const coords=feature&&feature.geometry&&feature.geometry.type==="LineString"?feature.geometry.coordinates:[];
        for(let i=1;i<coords.length;i++){
          const a=coords[i-1],b=coords[i];
          if(!Array.isArray(a)||!Array.isArray(b)||a.length<2||b.length<2)continue;
          segments++;
          const steps=Math.max(1,Math.ceil(coordDistanceM16255(a,b)/stepM));
          for(let k=(i===1?0:1);k<=steps;k++){
            const t=k/steps,c=[Number(a[0])+(Number(b[0])-Number(a[0]))*t,Number(a[1])+(Number(b[1])-Number(a[1]))*t];
            const g=gridPoint16255(c);sampledPoints++;
            if(!g){outOfFrame++;continue;}
            const x=Math.round(g[0]),y=Math.round(g[1]);
            if(x<0||y<0||x>=width||y>=height){outOfFrame++;continue;}
            if(mask[y*width+x])maskHits++;
          }
        }
      }
      if(outOfFrame>0)reasons.push("published-corridor-outside-frozen-property-frame");
      if(maskHits>0)reasons.push("published-corridor-intersects-frozen-no-build-mask");
    }
    return {
      build:"EARTHLINE 16256",owner:"earthlineFrozenPropertyClearanceAudit16255",
      verified:reasons.length===0,reasons,segments,sampledPoints,maskHits,outOfFrame,
      stepM,cellM,width,height,
      vectorVerified:!!(provenance&&provenance.vectorVerified===true),
      portableEvidence16516,
      sourceTier:M&&M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.sourceTier||null,
      acquisitionResult:M&&M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.acquisitionResult||null,
      maskAuditValid:!!(maskAudit&&maskAudit.valid===true),
      directAuthorityAvailable:!!(direct&&direct.available===true),
      directAuthorityIntersections:Number(direct&&direct.intersectionCount||0),
      capturedAt:new Date().toISOString()
    };
  }
  window.earthlineFrozenPropertyClearanceAudit16255=earthlineFrozenPropertyClearanceAudit16255;


  /* EARTHLINE 16397 — narrow road-only physical-overlap backstop.
     This deliberately does NOT reuse the 16396 full 9 m footprint against the
     entire generic no-build mask. Existing scientific setbacks and all frozen
     exclusion owners remain unchanged. This final backstop asks only whether the
     visible 9 m swale footprint physically overlaps a road geometry that is
     already present in Earthline's loaded Mapbox exclusion index at commit time. */
  function earthlineRoadMeters16397(c,lat0){
    if(!Array.isArray(c)||!Number.isFinite(Number(c[0]))||!Number.isFinite(Number(c[1])))return null;
    const lat=Number.isFinite(Number(lat0))?Number(lat0):Number(c[1]);
    return [Number(c[0])*111320*Math.max(.05,Math.cos(lat*Math.PI/180)),Number(c[1])*111320];
  }
  function earthlineRoadPointSegDist16397(p,a,b){
    const lat=Number(p&&p[1]);
    const P=earthlineRoadMeters16397(p,lat),A=earthlineRoadMeters16397(a,lat),B=earthlineRoadMeters16397(b,lat);
    if(!P||!A||!B)return Infinity;
    const dx=B[0]-A[0],dy=B[1]-A[1],den=dx*dx+dy*dy;
    const t=den?Math.max(0,Math.min(1,((P[0]-A[0])*dx+(P[1]-A[1])*dy)/den)):0;
    return Math.hypot(P[0]-(A[0]+t*dx),P[1]-(A[1]+t*dy));
  }
  function earthlineRoadPointInRing16397(p,ring){
    let inside=false;
    for(let i=0,j=(ring||[]).length-1;i<(ring||[]).length;j=i++){
      const a=ring[i],b=ring[j];
      if(!Array.isArray(a)||!Array.isArray(b))continue;
      if(((Number(a[1])>Number(p[1]))!==(Number(b[1])>Number(p[1])))&&
         Number(p[0])<(Number(b[0])-Number(a[0]))*(Number(p[1])-Number(a[1]))/((Number(b[1])-Number(a[1]))||1e-15)+Number(a[0]))inside=!inside;
    }
    return inside;
  }
  function earthlineRoadRingDist16397(p,ring){
    let best=Infinity;
    for(let i=1;i<(ring||[]).length;i++)best=Math.min(best,earthlineRoadPointSegDist16397(p,ring[i-1],ring[i]));
    if(ring&&ring.length>2)best=Math.min(best,earthlineRoadPointSegDist16397(p,ring[ring.length-1],ring[0]));
    return best;
  }
  function earthlineRoadPhysicalHalfWidth16397(tag){
    const t=String(tag||'').toLowerCase();
    if(/motorway|trunk/.test(t))return 5.5;
    if(/primary/.test(t))return 5.0;
    if(/secondary|tertiary/.test(t))return 4.5;
    if(/residential|unclassified|living_street/.test(t))return 3.75;
    if(/service|drive|driveway|parking_aisle|track|path/.test(t))return 3.0;
    return 3.5;
  }
  function earthlineCurrentRoadIndex16397(){
    let index=null;
    try{if(typeof window.earthlineExclusionIndex15788==='function')index=window.earthlineExclusionIndex15788(false);}catch(_){index=null;}
    const lines=[],polygons=[];
    if(index&&index.available){
      for(const l of index.lines||[]){
        if(l&&l.kind==='road'&&!/rail|railway|ferry/.test(String(l.tag||'').toLowerCase())&&Array.isArray(l.coords)&&l.coords.length>1)lines.push(l);
      }
      for(const p of index.polygons||[]){
        if(p&&p.kind==='road'&&!/rail|railway|ferry/.test(String(p.tag||'').toLowerCase())&&Array.isArray(p.ring)&&p.ring.length>2)polygons.push(p);
      }
    }
    return {available:!!(index&&index.available),lines,polygons,sourceIndex:index||null};
  }
  /* EARTHLINE 16472 — exact-equivalent final road-backstop acceleration.
     Every 16397 road record already carries a conservative geographic bbox from
     the authoritative 15788 exclusion index. Use that bbox only to reject a
     geometry whose minimum possible distance is greater than the unchanged
     physical-overlap limit. Sample cadence, road widths, 9 m swale footprint,
     point/ring/segment distance math, and rejection outcomes are unchanged. */
  function earthlineRoadBBoxLowerBoundM16472(coord,bbox){
    if(!Array.isArray(coord)||coord.length<2||!bbox)return 0;
    const lon=Number(coord[0]),lat=Number(coord[1]);
    if(!Number.isFinite(lon)||!Number.isFinite(lat))return 0;
    const dxDeg=lon<Number(bbox.minX)?Number(bbox.minX)-lon:(lon>Number(bbox.maxX)?lon-Number(bbox.maxX):0);
    const dyDeg=lat<Number(bbox.minY)?Number(bbox.minY)-lat:(lat>Number(bbox.maxY)?lat-Number(bbox.maxY):0);
    const maxAbsLat=Math.max(Math.abs(lat),Math.abs(Number(bbox.minY)||0),Math.abs(Number(bbox.maxY)||0));
    const lngM=111320*Math.max(.001,Math.cos(Math.min(89.999,maxAbsLat)*Math.PI/180));
    return Math.hypot(dxDeg*lngM,dyDeg*111320);
  }
  function earthlineRoadOverlapAt16397(coord,roadIndex,extraHalfWidthM){
    const extra=Math.max(0,Number(extraHalfWidthM)||0);
    for(const p of roadIndex.polygons||[]){
      if(p&&p.bbox&&earthlineRoadBBoxLowerBoundM16472(coord,p.bbox)>extra)continue;
      if(earthlineRoadPointInRing16397(coord,p.ring)||earthlineRoadRingDist16397(coord,p.ring)<=extra)return true;
    }
    for(const l of roadIndex.lines||[]){
      const limit=earthlineRoadPhysicalHalfWidth16397(l.tag)+extra;
      if(l&&l.bbox&&earthlineRoadBBoxLowerBoundM16472(coord,l.bbox)>limit)continue;
      for(let i=1;i<l.coords.length;i++)if(earthlineRoadPointSegDist16397(coord,l.coords[i-1],l.coords[i])<=limit)return true;
    }
    return false;
  }
  function earthlineFeatureHitsRoad16397(feature,roadIndex,extraHalfWidthM){
    const coords=feature&&feature.geometry&&feature.geometry.type==='LineString'?feature.geometry.coordinates:[];
    let samples=0;
    for(let i=1;i<coords.length;i++){
      const a=coords[i-1],b=coords[i];
      if(!Array.isArray(a)||!Array.isArray(b))continue;
      const lat=(Number(a[1])+Number(b[1]))*.5*Math.PI/180;
      const segM=Math.hypot((Number(b[0])-Number(a[0]))*111320*Math.max(.05,Math.cos(lat)),(Number(b[1])-Number(a[1]))*111320);
      const steps=Math.max(1,Math.ceil(segM/.75));
      for(let k=(i===1?0:1);k<=steps;k++){
        const t=k/steps,c=[Number(a[0])+(Number(b[0])-Number(a[0]))*t,Number(a[1])+(Number(b[1])-Number(a[1]))*t];
        samples++;
        if(earthlineRoadOverlapAt16397(c,roadIndex,extraHalfWidthM))return {hit:true,samples};
      }
    }
    return {hit:false,samples};
  }
  function earthlineFilterRoadOverlaps16397(collection){
    const input=collection&&collection.type==='FeatureCollection'&&Array.isArray(collection.features)?collection:{type:'FeatureCollection',features:[]};
    const roadIndex=earthlineCurrentRoadIndex16397();
    const swaleHalfWidthM=4.5; // existing approved 9 m Property planning footprint / 2
    if(!roadIndex.available||(!roadIndex.lines.length&&!roadIndex.polygons.length)){
      return {collection:input,stats:{build:'EARTHLINE 16397',applied:false,indexAvailable:roadIndex.available,roadFeatures:0,input:input.features.length,output:input.features.length,removed:0,samples:0,swaleHalfWidthM}};
    }
    const kept=[];let removed=0,samples=0;
    for(const f of input.features){
      const a=earthlineFeatureHitsRoad16397(f,roadIndex,swaleHalfWidthM);samples+=Number(a.samples||0);
      if(a.hit){removed++;continue;}
      kept.push(f);
    }
    return {collection:{type:'FeatureCollection',features:kept},stats:{build:'EARTHLINE 16397',applied:true,indexAvailable:true,roadFeatures:roadIndex.lines.length+roadIndex.polygons.length,input:input.features.length,output:kept.length,removed,samples,swaleHalfWidthM}};
  }
  window.earthlineRoadOverlapAt16397=earthlineRoadOverlapAt16397;
  window.earthlineFilterRoadOverlaps16397=earthlineFilterRoadOverlaps16397;

  function earthlineLockPropertyResult15815(force=false){
    const raw=(
      M&&M.authoritativePropertySwales15800&&
      M.authoritativePropertySwales15800.type==="FeatureCollection"&&
      Array.isArray(M.authoritativePropertySwales15800.features)
    )
      ?JSON.parse(JSON.stringify(M.authoritativePropertySwales15800))
      :earthlineEmptyPropertyFC16176();

    const previous=M&&M.propertyResultLock15815||null;
    const sameRun=!!(previous&&Number(previous.searchGen)===Number(M.searchGen));
    if(
      !force&&sameRun&&previous.safetyVerified===true&&
      M.authoritativeSafeSwales15815&&
      M.authoritativeSafeSwales15815.type==="FeatureCollection"
    ){
      return M.authoritativeSafeSwales15815;
    }

    const rawModel=Array.isArray(M&&M.swales)
      ?JSON.parse(JSON.stringify(M.swales)):[];
    let filtered=null;
    let audit=null;
    let safetyError=null;
    let collection=earthlineEmptyPropertyFC16176();
    const failures=[];

    try{
      if(typeof window.earthlineFilterCorridors15788!=="function"){
        failures.push("corridor-filter-unavailable");
      }else{
        filtered=window.earthlineFilterCorridors15788(raw,true);
      }
      const candidate=(
        filtered&&filtered.collection&&
        filtered.collection.type==="FeatureCollection"&&
        Array.isArray(filtered.collection.features)
      )?filtered.collection:null;
      const filterIndexAvailable=!!(
        filtered&&(
          (filtered.stats&&filtered.stats.indexAvailable===true)||
          (filtered.index&&filtered.index.available===true)
        )
      );
      if(!candidate)failures.push("corridor-filter-result-invalid");

      if(typeof window.earthlineAuditCorridorClearance15806!=="function"){
        failures.push("clearance-audit-unavailable");
      }else if(candidate){
        audit=window.earthlineAuditCorridorClearance15806(candidate,false);
      }
      const audited=(
        audit&&audit.collection&&
        audit.collection.type==="FeatureCollection"&&
        Array.isArray(audit.collection.features)
      )?audit.collection:null;
      const auditVerified=!!(audit&&audit.stats&&audit.stats.verified===true);
      const acceptedIntersections=Number(audit&&audit.stats&&audit.stats.acceptedIntersections);

      const vectorVerified=!!(M&&M.vectorNoBuildCoverage&&(M.vectorNoBuildCoverage.verified===true||M.vectorNoBuildCoverage.publicationAllowed===true));
      const finalMaskAvailable=!!(M&&M.noBuildMask&&Number(M.noBuildMask.length)>0);
      /* EARTHLINE 16544 — portable Property clearance must be owned by the same
         run-scoped exclusion evidence that built the scientific no-build mask.
         For authoritative Vermont, preserve the existing post-render index/direct
         geometry behavior. For portable open-data evidence that has already reached
         feature-found or screened-clear, verify candidates directly against the
         frozen mask even when an optional map-style index happens to be available.
         This prevents a camera/style presentation index from vetoing a completed
         portable four-variable Property run. */
      const portableEvidence16544=!!(M&&M.vectorNoBuildCoverage&&
        M.vectorNoBuildCoverage.publicationAllowed===true&&
        M.vectorNoBuildCoverage.sourceTier!=="authoritative-local");
      const frozenClearance16255=(candidate&&vectorVerified&&finalMaskAvailable&&(!filterIndexAvailable||portableEvidence16544))
        ?earthlineFrozenPropertyClearanceAudit16255(candidate):null;
      const frozenClearanceVerified16255=!!(frozenClearance16255&&frozenClearance16255.verified===true);

      /* The post-render 15788 index is useful when present, but it is not the
         scientific owner of the Property exclusions. If it is absent after a
         camera/style handoff, require the already-frozen run mask plus the exact
         Vermont source-geometry audit instead of falsely classifying verified
         evidence as unavailable. */
      if(!filterIndexAvailable&&!frozenClearanceVerified16255)failures.push("exclusion-index-unavailable");
      if(!audited&&!frozenClearanceVerified16255)failures.push("clearance-audit-result-invalid");
      if(!auditVerified&&!frozenClearanceVerified16255)failures.push("clearance-audit-unverified");
      if(!frozenClearanceVerified16255){
        if(!Number.isFinite(acceptedIntersections))failures.push("clearance-intersection-count-missing");
        else if(acceptedIntersections!==0)failures.push("accepted-corridor-intersects-exclusion");
      }
      if(!vectorVerified)failures.push("vector-exclusion-coverage-unverified");
      if(!finalMaskAvailable)failures.push("final-no-build-mask-unavailable");

      let roadOverlap16397=null;
      if(failures.length===0){
        collection=JSON.parse(JSON.stringify(frozenClearanceVerified16255?candidate:audited));
        roadOverlap16397=earthlineFilterRoadOverlaps16397(collection);
        if(roadOverlap16397&&roadOverlap16397.collection)collection=JSON.parse(JSON.stringify(roadOverlap16397.collection));
      }
    }catch(error){
      safetyError={
        name:String(error&&error.name||"Error"),
        message:String(error&&error.message||"unknown safety error"),
        stack:String(error&&error.stack||"")
      };
      failures.push("safety-runtime-error");
    }

    const safetyVerified=failures.length===0&&!safetyError;
    const acceptedIntersections=audit&&audit.stats
      ?Number(audit.stats.acceptedIntersections):null;
    M.authoritativeSafeSwales15815=safetyVerified
      ?JSON.parse(JSON.stringify(collection))
      :earthlineEmptyPropertyFC16176();
    M.authoritativeSafeSwales15806=M.authoritativeSafeSwales15815;
    M.safetyAudit15806={
      build:"EARTHLINE 16176",
      runScoped:true,
      rawSegments:raw.features.length,
      safeSegments:safetyVerified?collection.features.length:0,
      filter:filtered&&filtered.stats||null,
      clearance:audit&&audit.stats||null,
      perFeature:audit&&audit.perFeature||[],
      acceptedIntersections:Number.isFinite(acceptedIntersections)?acceptedIntersections:null,
      vectorCoverage:M&&M.vectorNoBuildCoverage||null,
      finalMaskAvailable:!!(M&&M.noBuildMask&&Number(M.noBuildMask.length)>0),
      verified:safetyVerified,
      failures:failures.slice(),
      fallbackReason:(typeof frozenClearanceVerified16255!=="undefined"&&frozenClearanceVerified16255)?(portableEvidence16544?"frozen-no-build-mask-plus-portable-exclusion-evidence":"frozen-no-build-mask-plus-authoritative-vermont-source-geometry"):null,
      frozenClearance16255:(typeof frozenClearance16255!=="undefined"?frozenClearance16255:null),
      roadOverlap16397:(typeof roadOverlap16397!=="undefined"&&roadOverlap16397?roadOverlap16397.stats:null),
      error:safetyError,
      capturedAt:new Date().toISOString()
    };
    M.propertyResultLock15815={
      build:"EARTHLINE 16176",
      searchGen:Number(M.searchGen),
      rawSegments:raw.features.length,
      safeSegments:safetyVerified?collection.features.length:0,
      indexAvailable:!!(filtered&&filtered.stats&&filtered.stats.indexAvailable),
      safetyVerified,
      failures:failures.slice(),
      fallbackReason:(typeof frozenClearanceVerified16255!=="undefined"&&frozenClearanceVerified16255)?(portableEvidence16544?"frozen-no-build-mask-plus-portable-exclusion-evidence":"frozen-no-build-mask-plus-authoritative-vermont-source-geometry"):null,
      frozenClearance16255:(typeof frozenClearance16255!=="undefined"?frozenClearance16255:null),
      roadOverlap16397:(typeof roadOverlap16397!=="undefined"&&roadOverlap16397?roadOverlap16397.stats:null),
      safetyError,
      lockedAt:Date.now(),
      source:"M.authoritativePropertySwales15800",
      rendererSource:"M.authoritativeSafeSwales15815"
    };

    if(!safetyVerified){
      earthlineBlockPropertyPublication16176(failures.join("|")||"exclusions-unverified",{
        filter:filtered&&filtered.stats||null,
        clearance:audit&&audit.stats||null,
        vectorCoverage:M&&M.vectorNoBuildCoverage||null,
        finalMaskAvailable:!!(M&&M.noBuildMask&&Number(M.noBuildMask.length)>0),
        frozenClearance16255:(typeof frozenClearance16255!=="undefined"?frozenClearance16255:null),
        error:safetyError
      });
      return M.authoritativeSafeSwales15815;
    }

    M.rawPropertyEngineSwales16176=rawModel;
    M.swales=earthlineSafeModelFromGeoJSON16176(collection,rawModel);
    if(typeof spacingStats==="function")M.spacingStats=spacingStats(M.swales);
    M.exclusionConfidence=(M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.sourceTier==="authoritative-local")?"verified":((M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.acquisitionResult==="features-found")?"open-data":((M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.acquisitionResult==="screened-clear")?"screened-clear":"unverified"));
    return M.authoritativeSafeSwales15815;
  }
  window.earthlineLockPropertyResult15815=earthlineLockPropertyResult15815;


  function earthlineRawPropertyGeoJSON15816(){
    const features=[];
    const raw=Array.isArray(M&&M.swales)?M.swales:[];
    for(let rawIndex=0;rawIndex<raw.length;rawIndex++){
      const corridor=raw[rawIndex];
      const points=corridor&&Array.isArray(corridor.pts)?corridor.pts:[];
      const coordinates=[];
      for(const point of points){
        if(!Array.isArray(point)||point.length<2)continue;
        const ll=earthlineGridToLngLat(Number(point[0]),Number(point[1]));
        if(
          Array.isArray(ll)&&ll.length>=2&&
          Number.isFinite(Number(ll[0]))&&Number.isFinite(Number(ll[1]))
        ){
          coordinates.push([Number(ll[0]),Number(ll[1])]);
        }
      }
      if(coordinates.length<2)continue;
      features.push({
        type:"Feature",
        properties:{
          id:String(corridor.id||rawIndex+1),
          rawIndex,
          score:Number(corridor.score||0),
          isSite:!!corridor.isSite,
          scale:"property",
          source:"prescribeSwales15778",
          publicationOwner:"earthlineRawPropertyGeoJSON15816"
        },
        geometry:{type:"LineString",coordinates}
      });
    }
    return {type:"FeatureCollection",features};
  }

  function earthlinePublishRawPropertyResult15816(site,anchor){
    const stage=Object.assign(
      {},
      M&&M.swaleDiagnostics&&M.swaleDiagnostics.stage||{}
    );
    const engineCount=Array.isArray(M&&M.swales)?M.swales.length:0;
    const rawFC=earthlineRawPropertyGeoJSON15816();

    M.authoritativePropertyEngineSwales15816={
      build:"BUILD-CHECK-15816",
      engineArray:"M.swales",
      engineCount,
      stageFinal:Number(stage.final||0),
      diagnostics:stage,
      capturedAt:Date.now()
    };
    M.authoritativePropertySwales15800=JSON.parse(JSON.stringify(rawFC));
    M.authoritativePropertyRun15800={
      build:"BUILD-CHECK-15816",
      searchGen:Number(M.searchGen||0),
      completedAt:Date.now(),
      engineCorridors:engineCount,
      rawGeographicSegments:rawFC.features.length,
      center:{
        lng:Number(site&&site.lng!=null?site.lng:anchor.lng),
        lat:Number(site&&site.lat!=null?site.lat:anchor.lat)
      },
      zoom:Number(
        earthlineMap&&earthlineMap.getZoom
          ?earthlineMap.getZoom()
          :M.viewZoom||0
      ),
      publicationOwner:"earthlinePublishRawPropertyResult15816"
    };
    return rawFC;
  }

  window.earthlineRawPropertyGeoJSON15816=earthlineRawPropertyGeoJSON15816;
  window.earthlinePublishRawPropertyResult15816=earthlinePublishRawPropertyResult15816;


  const earthlineDeliveryTimers15817=new Set();

  function earthlineDeliverPropertyResult15817(
    reason="property-complete",
    scheduleRetries=true
  ){
    const runGen=Number(M&&M.searchGen||0);
    const safetyVerified=!!(
      M&&M.propertyResultLock15815&&
      M.propertyResultLock15815.safetyVerified===true&&
      M.safetyAudit15806&&M.safetyAudit15806.verified===true
    );
    const fc=(
      safetyVerified&&
      M.authoritativeSafeSwales15815&&
      M.authoritativeSafeSwales15815.type==="FeatureCollection"&&
      Array.isArray(M.authoritativeSafeSwales15815.features)
    )
      ?M.authoritativeSafeSwales15815
      :{type:"FeatureCollection",features:[]};
    if(!safetyVerified){
      earthlineClearPropertyMapSources16176();
      return false;
    }

    const attempt=(delayMs)=>{
      if(Number(M&&M.searchGen||0)!==runGen)return false;
      let visible=false;
      let error=null;
      try{
        if(typeof window.earthlineSyncLivingSwales15792==="function"){
          visible=!!window.earthlineSyncLivingSwales15792(fc,true);
        }else if(
          typeof window.earthlineRefreshPropertyRenderer15792==="function"
        ){
          visible=!!window.earthlineRefreshPropertyRenderer15792(true);
        }
        if(typeof window.earthlineSyncPropertyFlow15792==="function"){
          window.earthlineSyncPropertyFlow15792(true);
        }
        if(typeof window.earthlineApplyRendererOwnership15805==="function"){
          window.earthlineApplyRendererOwnership15805("property");
        }
        if(typeof window.earthlineRenderSafetyPanel15806==="function"){
          window.earthlineRenderSafetyPanel15806();
        }
      }catch(e){
        error={
          name:String(e&&e.name||"Error"),
          message:String(e&&e.message||"renderer delivery failed"),
          stack:String(e&&e.stack||"")
        };
      }

      const renderer=M&&M.livingSwaleRenderer15792||null;
      const water=M&&M.propertyFlowRenderer15792||null;
      const displayed=Number(renderer&&renderer.features||0);
      const waterDisplayed=Number(
        water&&(
          water.sourceFeatures!=null
            ?water.sourceFeatures
            :water.features
        )||0
      );
      M.propertyRendererDelivery15817={
        build:"EARTHLINE 16176",
        reason,
        delayMs,
        searchGen:runGen,
        committedFeatures:fc.features.length,
        displayedFeatures:displayed,
        visible:!!(renderer&&renderer.visible),
        sourceReady:!!(renderer&&renderer.sourceReady),
        waterGenerated:Number(water&&water.generatedFeatures||0),
        waterSourceFeatures:waterDisplayed,
        waterVisible:!!(water&&water.visible),
        waterArrowsVisible:!!(water&&water.arrowsVisible),
        waterReason:water&&water.reason||null,
        error,
        delivered:fc.features.length===0
          ?displayed===0&&waterDisplayed===0
          :displayed>0&&waterDisplayed>0,
        attemptedAt:Date.now()
      };
      return fc.features.length===0
        ?displayed===0&&waterDisplayed===0
        :displayed>0&&waterDisplayed>0;
    };

    const immediate=attempt(0);
    if(scheduleRetries){
      for(const timer of earthlineDeliveryTimers15817)clearTimeout(timer);
      earthlineDeliveryTimers15817.clear();
      for(const delay of [60,180,480,1100,2200]){
        const timer=setTimeout(()=>{
          earthlineDeliveryTimers15817.delete(timer);
          const delivered=attempt(delay);
          if(delivered){
            for(const pending of earthlineDeliveryTimers15817){
              clearTimeout(pending);
            }
            earthlineDeliveryTimers15817.clear();
          }
        },delay);
        earthlineDeliveryTimers15817.add(timer);
      }
    }
    return immediate;
  }

  window.earthlineDeliverPropertyResult15817=
    earthlineDeliverPropertyResult15817;

  async function runProperty15778(parent,anchor){
    earthlinePropertyLaunchAudit16322("runProperty15778",{
      parentName:String(parent&&parent.name||""),
      anchor:anchor&&Number.isFinite(Number(anchor.lng))&&Number.isFinite(Number(anchor.lat))
        ?{lng:Number(anchor.lng),lat:Number(anchor.lat)}:null
    });

    const explicitIntent16325=earthlineConsumeExplicitAnalysisIntent16325();
    const propertyState16325=String(document.documentElement.dataset.earthlinePropertyRunState||"");
    const declaration16325=window.EARTHLINE_PROPERTY_DECLARATION_16169||null;
    const ax16325=Number(anchor&&anchor.lng),ay16325=Number(anchor&&anchor.lat);
    const dx16325=Number(declaration16325&&declaration16325.center&&declaration16325.center.lng);
    const dy16325=Number(declaration16325&&declaration16325.center&&declaration16325.center.lat);
    const sameTarget16325=!!(
      Number.isFinite(ax16325)&&Number.isFinite(ay16325)&&
      Number.isFinite(dx16325)&&Number.isFinite(dy16325)&&
      Math.abs(ax16325-dx16325)<=0.00002&&Math.abs(ay16325-dy16325)<=0.00002
    );
    const published16325=!!(
      M&&M.analysisReady&&
      M.propertyPublication15816&&M.propertyPublication15816.committed===true&&
      Array.isArray(M.authoritativeSafeSwales15815)
    );
    if(!explicitIntent16325&&published16325&&sameTarget16325){
      window.EARTHLINE_PROPERTY_DUPLICATE_GUARD_16325={
        build:"EARTHLINE 16325",suppressed:true,
        reason:"same-target-programmatic-rerun-after-published-property",
        center:{lng:ax16325,lat:ay16325},
        safeCorridors:Number((M.authoritativeSafeSwales15815||[]).length),
        searchGenPreserved:Number(M.searchGen||0),
        propertyRunStateAtSuppression:propertyState16325,
        at:new Date().toISOString()
      };
      try{
        if(typeof window.earthlineDeliverPropertyResult15817==="function")
          window.earthlineDeliverPropertyResult15817("duplicate-rerun-suppressed-16325",true);
        if(typeof window.earthlineSyncPropertyTexture16169==="function")
          window.earthlineSyncPropertyTexture16169("duplicate-rerun-suppressed-16325");
      }catch(_){}
      return true;
    }

    earthlinePropertyTrace16319("runProperty15778","enter");
    window.earthlinePropertyCanvasValid15782=false;
    window.earthlineAnalyticalCanvasValid15783=false;
    try{earthlineClearOverlay();if(cv)cv.style.visibility="hidden";}catch(e){}
    const started=performance.now(),site=propertySite15778(parent,anchor);
    M.propertyRunFailure16539=null;
    state.active=false;state.mode="property";state.summary=null;
    M.centerLng=site.lng;M.centerLat=site.lat;M.viewZoom=site.zoomHint;M.loc=site;
    M.analysisBoundaryLngLat=(site.analysisBoundaryLngLat||[]).map(p=>p.slice());M.analysisBoundary=[];
    const areaM2=Math.max(4046.8564224*2,Number(site.acres||20)*4046.8564224),w=Math.sqrt(areaM2*1.15),h=areaM2/w;
    M.requestedCellM=clampN(Math.max(w/(GW*.82),h/(GH*.82)),1,7.45);
    M.targetSwaleSpacingM=TARGET_M;M.swCount=64;
    M.terrainReady=false;M.previewReady=false;M.demReady=false;M.analysisReady=false;M.terrainStamp="";
    M.swales=[];M.spacingStats=null;M.vectorNoBuildCoverage=null;M.exclusionConfidence="pending";
    if(typeof window.earthlineUpdateLocationPanel15778==="function")window.earthlineUpdateLocationPanel15778(site,"Property analysis area: "+Math.round(site.acres)+" acres");
    const gen=++M.searchGen;
    const propertyAquiferBBox16391=earthlinePropertyAquiferQueryBBox16391(site);
    /* EARTHLINE 16450 — seed the already-existing 16373 inheritance with the exact
       Property aquifer query bbox BEFORE 16393 creates the local Property request owner.
       This is accepted Regional source geometry only; no geometry is synthesized. */
    let inheritedPropertyAquifers16450=0;
    try{
      if(typeof window.earthlineInheritRegionalAquiferContext16334==="function"&&propertyAquiferBBox16391){
        inheritedPropertyAquifers16450=Number(window.earthlineInheritRegionalAquiferContext16334(propertyAquiferBBox16391)||0);
      }
    }catch(_){ inheritedPropertyAquifers16450=0; }
    /* EARTHLINE 16391 — Property-bounds aquifer request ownership. The Property run owns
       both the current search generation and an explicit query window derived from the
       selected Property boundary, so acquisition cannot accidentally query the previous
       camera location. The existing presentation hold remains unchanged. */
    try{
      if(M.layers&&M.layers.usgsAquifer)M.layers.usgsAquifer.on=true;
      M.propertyAquiferOwner16393={
        searchGen:gen,bbox:propertyAquiferBBox16391,promise:null,
        source:"authoritative-property-bounds",createdAt:new Date().toISOString()
      };
      setTimeout(()=>{
        try{
          const p=Promise.resolve(fetchUSGSAquifers(propertyAquiferBBox16391,{owner:"property"}));
          if(M.propertyAquiferOwner16393&&Number(M.propertyAquiferOwner16393.searchGen)===Number(gen))
            M.propertyAquiferOwner16393.promise=p;
        }catch(_){}
      },0);
    }catch(_){}
    /* EARTHLINE 16359 — narrow presentation hold only. A repeated Property run
       must not expose independent aquifer context while the current Property
       science stack is rebuilding. The existing publication owner remains intact. */
    state.propertyAquiferHold16359=true;
    try{
      if(typeof window.earthlineApplyRendererOwnership15805==="function")
        window.earthlineApplyRendererOwnership15805("property");
    }catch(_){}
    window.EARTHLINE_PROPERTY_AQUIFER_HANDOFF_AUDIT_16359={
      build:"EARTHLINE 16359",generation:gen,hold:true,
      reason:"new-property-generation",at:new Date().toISOString()
    };
    earthlineProgress("dem","loading real elevation data…");
    earthlinePropertyTrace16319("property initial waitFrame","enter");
    await waitFrame();
    earthlinePropertyTrace16319("property initial waitFrame","exit");
    earthlinePropertyTrace16319("rebuildModel(true)","enter");
    const ok=await rebuildModel(true,gen);
    earthlinePropertyTrace16319("rebuildModel(true)","exit",{ok:!!ok});
    if(!ok||earthlineIsStale(gen)){const coreFailure16548=M.propertyCoreFailure16548||null;M.propertyRunFailure16539={stage:String(coreFailure16548&&coreFailure16548.stage||"rebuild-model"),reason:earthlineIsStale(gen)?"property analysis superseded by a newer run":String(coreFailure16548&&coreFailure16548.reason||"property terrain/exclusion core did not complete"),vectorCoverage:M.vectorNoBuildCoverage||null,prescriptionHalt:M.prescriptionHalt15870||null,at:new Date().toISOString()};earthlineNotice("Property analysis stopped safely. No fallback swales were substituted.");return false;}
    const exclusionsVerified15786=!!(
      M.vectorNoBuildCoverage&&(M.vectorNoBuildCoverage.verified===true||M.vectorNoBuildCoverage.publicationAllowed===true)&&
      M.noBuildMask&&Number(M.noBuildMask.length)>0
    );
    M.exclusionConfidence=!exclusionsVerified15786?"unverified":(
      M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.sourceTier==="authoritative-local"?"verified":(
        M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.acquisitionResult==="features-found"?"open-data":(M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.acquisitionResult==="screened-clear"?"screened-clear":"unverified")
      )
    );
    if(!exclusionsVerified15786){
      M.propertyRunFailure16539={stage:"exclusion-evidence",reason:"vector exclusion coverage did not reach a publishable evidence state",vectorCoverage:M.vectorNoBuildCoverage||null,at:new Date().toISOString()};
      earthlineBlockPropertyPublication16176(
        "vector-exclusion-coverage-unverified",
        {vectorCoverage:M.vectorNoBuildCoverage||null,finalMaskAvailable:!!(M.noBuildMask&&Number(M.noBuildMask.length)>0)}
      );
      return false;
    }
    if(!assertLocationIntegrity15801(site,anchor,"property","before-property-render")){
      M.propertyRunFailure16539={stage:"location-integrity",reason:"location integrity failed before Property publication",audit:M.lastLocationIntegrity15801||window.EARTHLINE_LOCATION_INTEGRITY_15801||null,at:new Date().toISOString()};
      earthlinePropertyTrace16319("property publication preparation","mark",{ok:false,reason:"location-integrity"});
      return false;
    }
    earthlinePropertyTrace16319("property publication preparation","enter");
    /* BUILD-CHECK-15816 — publish the actual accepted engine corridors.
       No display clipping helper participates in the raw commit. */
    const publishedRaw15816=earthlinePublishRawPropertyResult15816(site,anchor);
    const lockedSafe15816=earthlineLockPropertyResult15815(true);
    const safetyVerified16176=!!(
      M.propertyResultLock15815&&M.propertyResultLock15815.safetyVerified===true&&
      M.safetyAudit15806&&M.safetyAudit15806.verified===true
    );
    if(!safetyVerified16176){
      M.propertyRunFailure16539={stage:"safety-lock",reason:"property safety lock did not verify",safetyAudit:M.safetyAudit15806||null,at:new Date().toISOString()};
      if(!M.propertyPublicationBlock16176){
        earthlineBlockPropertyPublication16176(
          "property-safety-lock-unverified",
          {lock:M.propertyResultLock15815||null,audit:M.safetyAudit15806||null}
        );
      }
      return false;
    }
    earthlinePropertyTrace16319("property publication preparation","exit",{
      rawFeatures:Number(publishedRaw15816&&publishedRaw15816.features&&publishedRaw15816.features.length||0),
      safeFeatures:Number(lockedSafe15816&&lockedSafe15816.features&&lockedSafe15816.features.length||0)
    });
    M.propertyPublication15816={
      build:"EARTHLINE 16176",
      searchGen:Number(M.searchGen||0),
      engineCorridors:Number(M.rawPropertyEngineSwales16176&&M.rawPropertyEngineSwales16176.length||0),
      rawGeographicSegments:publishedRaw15816.features.length,
      safeSegments:lockedSafe15816&&Array.isArray(lockedSafe15816.features)
        ?lockedSafe15816.features.length:0,
      safetyVerified:true,
      committed:true,
      blocked:false,
      publishedAt:Date.now()
    };
    /* EARTHLINE 16409 — the current Property generation already owns one explicit
       Property-bounds aquifer request through 16393. Do not publish/reveal Property
       evidence until that same owner has settled. This does not create a second owner. */
    let propertyAquiferWaitMs16409=0;
    let propertyAquiferWaitStatus16409="not-required";
    try{
      const owner16409=M&&M.propertyAquiferOwner16393||null;
      if(owner16409&&Number(owner16409.searchGen)===Number(gen)){
        let promise16409=owner16409.promise||null;
        if(!promise16409&&typeof fetchUSGSAquifers==="function"){
          promise16409=Promise.resolve(fetchUSGSAquifers(owner16409.bbox,{owner:"property"}));
          owner16409.promise=promise16409;
        }
        const inherited16450=window.EARTHLINE_PROPERTY_INHERITED_AQUIFER_CONTEXT_16373||null;
        const inheritedPolys16450=!!(inherited16450&&Number(inherited16450.searchGen)===Number(gen)&&Array.isArray(inherited16450.polys))?inherited16450.polys:[];
        if(inheritedPolys16450.length){
          /* Truthful mapped polygons are already available from the accepted Regional source.
             Publish them atomically now; the independent well/local refresh may continue. */
          M.usgsAquifers=inheritedPolys16450.map(poly=>Object.assign({},poly,{
            lngLatPts:(poly.lngLatPts||[]).map(c=>c.slice()),
            pts:(poly.lngLatPts||[]).map(c=>lngLatToGrid(Number(c[0]),Number(c[1])))
          }));
          M.usgsAquiferBox=owner16409.bbox||M.usgsAquiferBox;
          M.usgsAquiferStatus="loaded-regional-context";
          propertyAquiferWaitStatus16409="inherited-regional-polygons-present; local groundwater request continuing";
          try{earthlineSyncAquiferLayer();}catch(_){}
        }else if(promise16409){
          /* EARTHLINE 16467 — performance only. Safe Property corridors/recharge are
             already committed above; the same-generation groundwater request remains
             owned by 16393 but must not hold the terminal for another fixed 2.5 s.
             Settle the exact same promise asynchronously and perform the same layer
             synchronization only if this Property generation is still current. */
          propertyAquiferWaitStatus16409="continuing-after-property-terminal";
          Promise.resolve(promise16409).then(()=>{
            if(Number(M.searchGen)!==Number(gen))return;
            try{earthlineSyncAquiferLayer();}catch(_){}
            try{
              const audit16467=window.EARTHLINE_PROPERTY_AQUIFER_ATOMIC_WAIT_16410;
              if(audit16467&&Number(audit16467.generation)===Number(gen)){
                audit16467.status=String(M.usgsAquiferStatus||"settled");
                audit16467.settledAfterTerminal=true;
                audit16467.settledAt=new Date().toISOString();
              }
            }catch(_){}
          },error16467=>{
            if(Number(M.searchGen)!==Number(gen))return;
            try{
              const audit16467=window.EARTHLINE_PROPERTY_AQUIFER_ATOMIC_WAIT_16410;
              if(audit16467&&Number(audit16467.generation)===Number(gen)){
                audit16467.status="settled-with-error:"+String(error16467&&error16467.message||error16467||"unknown");
                audit16467.settledAfterTerminal=true;
                audit16467.settledAt=new Date().toISOString();
              }
            }catch(_){}
          });
        }else propertyAquiferWaitStatus16409="owner-had-no-promise";
      }
    }catch(error16409){
      propertyAquiferWaitStatus16409="settled-with-error:"+String(error16409&&error16409.message||error16409||"unknown");
    }
    window.EARTHLINE_PROPERTY_AQUIFER_ATOMIC_WAIT_16410={
      build:"EARTHLINE 16410",generation:Number(gen),
      waitedMs:Number(propertyAquiferWaitMs16409.toFixed(1)),
      status:propertyAquiferWaitStatus16409,
      requestKey:String(M.usgsAquiferRequestKey16388||""),
      completedKey:String(M.usgsAquiferCompletedKey16393||""),
      at:new Date().toISOString()
    };

    /* EARTHLINE 16410 — synchronize the existing evidence owners before the
       Property terminal owner is allowed to call the result published. */
    let atomicRechargeReady16410=false;
    let atomicAquiferSync16410=false;
    let atomicContourReady16410=false;
    try{
      if(M.layers&&M.layers.contours)M.layers.contours.on=true;
      if(M.layers&&M.layers.recharge)M.layers.recharge.on=true;
      if(M.layers&&M.layers.usgsAquifer)M.layers.usgsAquifer.on=true;
      if(typeof window.earthlineEnsureOfficialElevationContours15776==="function")
        atomicContourReady16410=!!window.earthlineEnsureOfficialElevationContours15776();
      if(typeof window.earthlineSyncOfficialElevationContours15776==="function")
        window.earthlineSyncOfficialElevationContours15776();
      if(typeof window.earthlineSyncRechargeLayer==="function")
        atomicRechargeReady16410=!!window.earthlineSyncRechargeLayer(true);
      else if(typeof earthlineSyncRechargeLayer==="function")
        atomicRechargeReady16410=!!earthlineSyncRechargeLayer(true);
      if(typeof window.earthlineSyncAquiferLayer==="function"){
        window.earthlineSyncAquiferLayer();
        atomicAquiferSync16410=true;
      }
    }catch(error16410){
      window.EARTHLINE_PROPERTY_ATOMIC_EVIDENCE_SYNC_ERROR_16410=String(error16410&&error16410.message||error16410||"unknown");
    }

    state.propertyAquiferHold16359=false;
    window.EARTHLINE_PROPERTY_AQUIFER_HANDOFF_AUDIT_16359={
      build:"EARTHLINE 16359",generation:Number(M.searchGen||0),hold:false,
      reason:"safety-verified-property-commit",at:new Date().toISOString()
    };

    earthlinePropertyTrace16319("property source/layer handoff","enter");
    syncLayers15778("property");
    try{
      if(typeof window.earthlineSyncAquiferLayer==="function")window.earthlineSyncAquiferLayer();
      if(typeof window.earthlineApplyRendererOwnership15805==="function")
        window.earthlineApplyRendererOwnership15805("property");
    }catch(_){}
    try{
      const mp16410=typeof earthlineMap!=="undefined"&&earthlineMap?earthlineMap:null;
      const sourceCount16410=id=>{
        try{
          const src=mp16410&&mp16410.getSource&&mp16410.getSource(id);
          const data=src&&(src._data||src._options&&src._options.data);
          return Number(data&&Array.isArray(data.features)?data.features.length:0);
        }catch(_){return 0}
      };
      window.EARTHLINE_PROPERTY_ATOMIC_EVIDENCE_COMMIT_16410={
        build:"EARTHLINE 16410",
        generation:Number(gen),
        rechargeTargets:Number(M.rechZones&&M.rechZones.length||0),
        rechargeSourceFeatures:sourceCount16410("earthline-recharge-zones"),
        rechargeSelection:M.rechargeTargetSelection16332?JSON.parse(JSON.stringify(M.rechargeTargetSelection16332)):null,
        aquiferSourceFeatures:sourceCount16410("earthline-aquifers"),
        aquiferWells:Number(M.vermontGroundwaterEvidence16398&&M.vermontGroundwaterEvidence16398.wells&&M.vermontGroundwaterEvidence16398.wells.length||0),
        contourReady:!!atomicContourReady16410,
        rechargeReady:!!atomicRechargeReady16410,
        aquiferSynced:!!atomicAquiferSync16410,
        holdReleased:state.propertyAquiferHold16359===false,
        at:new Date().toISOString()
      };
    }catch(_){}

    earthlineDeliverPropertyResult15817(
      "property-commit-before-view",
      true
    );
    if(typeof window.earthlineSetValidationView15806==="function"){
      window.earthlineSetValidationView15806("all");
    }else if(typeof window.earthlineSetSwalesOnly15805==="function"){
      window.earthlineSetSwalesOnly15805(
        false,
        "property-complete-15817"
      );
    }
    earthlineDeliverPropertyResult15817(
      "property-commit-after-view",
      false
    );
    earthlinePropertyTrace16319("property source/layer handoff","exit");
    /* EARTHLINE 16476 — performance/UI containment only.
       Preserve BUILD-CHECK-15803 audit data, but do not auto-install or render its
       developer coverage/WHY-NOT-HERE UI on the governed Property terminal path. */
    earthlinePropertyTrace16319("coverage diagnostic render","mark",{autoRender:false,auditPreserved:!!M.coverageDiagnostic15803});
    window.earthlinePropertyCanvasValid15782=true;
    /* EARTHLINE 16348 — live Mapbox is the sole completed Property basemap.
       Keep the legacy analytical canvas hidden whenever the native map is active;
       retain it only for the no-Mapbox/offline fallback path. */
    const nativePropertyBasemap16348=earthlineMapActive();
    window.earthlineAnalyticalCanvasValid15783=!nativePropertyBasemap16348;
    earthlinePropertyTrace16319("legacy canvas render + profile","enter");
    try{
      if(cv)cv.style.visibility=nativePropertyBasemap16348?"hidden":"visible";
      if(!nativePropertyBasemap16348)render(false);
      drawProfile();
    }catch(e){}
    earthlinePropertyTrace16319("legacy canvas render + profile","exit",{nativeBasemap:nativePropertyBasemap16348});
    earthlinePropertyTrace16319("persistPropertyOverlay15786","enter");
    earthlinePersistPropertyOverlay15786();
    earthlinePropertyTrace16319("persistPropertyOverlay15786","exit");
    if(M.swaleDiagnostics&&M.swaleDiagnostics.stage){
      state.lastSwaleDiagnosticsStage15786=Object.assign({},M.swaleDiagnostics.stage);
      console.group("[Earthline] BUILD-CHECK-15786 Essex/property swale diagnostics");
      console.table(M.swaleDiagnostics.stage);
      console.groupEnd();
    }
    earthlinePropertyTrace16319("property summary + sidebar","enter");
    const summary=propertySummary15778(site,performance.now()-started);
    M.earthlineConfidence15778=summary.confidence;state.lastPropertySummary=summary;
    renderSidebar15778("property",summary,false);
    earthlinePropertyTrace16319("property summary + sidebar","exit");
    const spacing=M.spacingStats||spacingStats(M.swales||[]);
    const medianFt=spacing.sampleCount?spacing.medianM*3.28084:0;
    state.currentResult15782={
      mode:"property",
      name:(parent.fullName||parent.name||"Selected property"),
      lat:anchor.lat,
      lng:anchor.lng,
      zoom:Number(earthlineMap.getZoom()),
      completedAt:Date.now(),
      summary
    };
    updateTargetSelection15782();
    const authoritativeEvidence16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();
    earthlineReady(authoritativeEvidence16516
      ?("Property prescription complete — "+(M.swales||[]).length+" exclusion-verified corridors · median spacing "+(medianFt?Math.round(medianFt):"—")+" ft · "+Math.round(summary.runtimeMs)+" ms. Field verification required.")
      :("Property prescription complete — "+(M.swales||[]).length+" terrain-derived corridors · median spacing "+(medianFt?Math.round(medianFt):"—")+" ft · "+Math.round(summary.runtimeMs)+" ms. Exclusion evidence grade shown in Status; field verification required."));
    earthlinePropertyTrace16319("runProperty15778","exit",{result:true,corridors:Number((M.swales||[]).length||0)});
    return true;
  }
  window.earthlineGovernedPropertyRun16202=runProperty15778;

  async function runRegional15780(parent,anchor,elev,highElevation,movedToOpenLand){
    const regionalStarted16191=performance.now();
    window.earthlinePropertyCanvasValid15782=false;
    window.earthlineAnalyticalCanvasValid15783=false;
    try{earthlineClearOverlay();if(cv)cv.style.visibility="hidden";}catch(e){}
    const plan=buildPlan(anchor,earthlineMap.getZoom(),elev,highElevation||movedToOpenLand);
    state.active=true;state.running=true;state.anchor=anchor;state.parent=parent;state.extent=plan.extent;state.tiles=plan.tiles;
    state.mode=plan.mode;state.elevationM=elev;state.movedFromSearchM=0;
    state.swales={type:"FeatureCollection",features:[]};state.recharge={type:"FeatureCollection",features:[]};state.flow={type:"FeatureCollection",features:[]};
    state.grades={type:"FeatureCollection",features:[]};state.contours={type:"FeatureCollection",features:[]};state.opportunityLines={type:"FeatureCollection",features:[]};
    state.rawCorridors=[];state.spacingSamples=[];state.tileStats=[];state.withheld=0;state.summary=null;
    if(!assertLocationIntegrity15801(parent,anchor,"regional","before-regional-render")){
      return false;
    }
    syncLayers15778("regional");
    const gen=++M.searchGen;setBusy(true,"ANALYZING 0/"+plan.tiles.length);
    try{
      const deadline=performance.now()+55000;
      for(let i=0;i<plan.tiles.length;i++){
        if(earthlineIsStale(gen))throw new Error("Analysis cancelled");
        if(performance.now()>=deadline){for(let j=i;j<plan.tiles.length;j++)plan.tiles[j].status="withheld";state.withheld+=plan.tiles.length-i;break;}
        setBusy(true,"ANALYZING "+(i+1)+"/"+plan.tiles.length);
        if(typeof window.earthlineRestoreNativeNavigation15779==="function")window.earthlineRestoreNativeNavigation15779();
        const result=await analyzeTile(plan.tiles[i],parent,i+1,gen);
        state.tileStats[i]=result;if(result.status!=="complete")state.withheld++;
        rebuildRegionalGrades15772();
        if(!assertLocationIntegrity15801(parent,anchor,"regional","regional-tile-"+(i+1))){
          return false;
        }
        syncLayers15778("regional");updatePanels15778(true);await waitFrame();
      }
      M.loc={name:plan.highMountain?"High-Elevation Regional Opportunity Analysis":"Regional Opportunity Analysis",sub:"Completed authoritative regional aggregate",countryCode:parent.countryCode||earthlineCountryCode(parent)||"",placeType:"regional_opportunity",planning:false,lat:anchor.lat,lng:anchor.lng,precipIn:Number(parent.precipIn||30),runC:Number(parent.runC||.35),elevM:Number(elev||parent.elevM||0),zones:[plan.highMountain?"High-Elevation Opportunity Corridor":"Regional Opportunity Strip"]};
      M.centerLat=anchor.lat;M.centerLng=anchor.lng;M.viewZoom=earthlineMap.getZoom();M.analysisReady=true;M.realMode=true;M.swales=[];M.rechZones=[];
      M.cellM=Math.max(plan.extent.widthM/GW,plan.extent.heightM/GH)*1.06;
      rebuildRegionalGrades15772();state.active=!!(state.flow.features.length||state.recharge.features.length||state.grades.features.length||state.opportunityLines.features.length);
      if(!assertLocationIntegrity15801(M.loc,anchor,"regional","before-final-regional-render")){
        return false;
      }
      syncLayers15778("regional");const summary=updatePanels15778(false);M.earthlineConfidence15778=summary.confidence;
      try{M.layers.usgsAquifer.on=true;M.usgsAquiferLoading=false;setTimeout(()=>fetchUSGSAquifers(),80);}catch(e){}
      const completed=summary.completedTiles;
      state.currentResult15782={
        mode:"regional",
        name:(parent.fullName||parent.name||"Regional analysis"),
        lat:anchor.lat,
        lng:anchor.lng,
        zoom:Number(earthlineMap.getZoom()),
        completedAt:Date.now(),
        summary
      };
      updateTargetSelection15782();
      updateOpportunityNavigator15782(0);
      const regionalTotalMs16191=Math.round(performance.now()-regionalStarted16191);
      const phaseTotals16191={};
      for(const tileStat16191 of (state.tileStats||[])){
        const timings16191=tileStat16191&&tileStat16191.timings||{};
        for(const [phase16191,ms16191] of Object.entries(timings16191)){
          if(phase16191==="tileTotalMs")continue;
          phaseTotals16191[phase16191]=(phaseTotals16191[phase16191]||0)+Number(ms16191||0);
        }
      }
      const slowest16191=Object.entries(phaseTotals16191).sort((a,b)=>b[1]-a[1])[0]||["none",0];
      state.lastRegionalPerformance16191={
        build:"EARTHLINE 16191",
        totalMs:regionalTotalMs16191,
        completedTiles:completed,
        plannedTiles:plan.tiles.length,
        phaseTotalsMs:phaseTotals16191,
        slowestPhase:slowest16191[0],
        slowestPhaseMs:Math.round(slowest16191[1]),
        propertyPrescriberSkipped:true,
        hiddenRenderSkipped:true,
        capturedAt:new Date().toISOString()
      };
      window.EARTHLINE_REGIONAL_PERFORMANCE_16191=state.lastRegionalPerformance16191;
      earthlineReady((plan.highMountain?"High-elevation regional analysis complete":"Regional analysis complete")+" — "+completed+"/"+plan.tiles.length+" DEM tiles · "+summary.corridorCount+" recommended opportunity corridors · "+(regionalTotalMs16191/1000).toFixed(1)+" s · slowest phase: "+slowest16191[0]+".");
      return completed>0;
    }finally{state.running=false;setBusy(false);updateRunModePreview15780();}
  }
  function emptyFC15801(){return {type:"FeatureCollection",features:[]};}

  function clearAllAnalysisOutput15801(reason="location-integrity-reset"){
    const empty=emptyFC15801();
    state.active=false;state.running=false;state.mode="idle";state.summary=null;
    state.anchor=null;state.parent=null;state.currentResult15782=null;
    state.swales=JSON.parse(JSON.stringify(empty));
    state.recharge=JSON.parse(JSON.stringify(empty));
    state.flow=JSON.parse(JSON.stringify(empty));
    state.grades=JSON.parse(JSON.stringify(empty));
    state.contours=JSON.parse(JSON.stringify(empty));
    state.opportunityLines=JSON.parse(JSON.stringify(empty));
    state.rawCorridors=[];state.spacingSamples=[];state.tileStats=[];
    state.lastIntegrityClear15801={reason,at:Date.now()};
    M.analysisReady=false;M.swales=[];M.spacingStats=null;M.rechZones=[];
    M.authoritativePropertySwales15800=JSON.parse(JSON.stringify(empty));
    M.authoritativeSafeSwales15815=JSON.parse(JSON.stringify(empty));
    M.authoritativeSafeSwales15806=M.authoritativeSafeSwales15815;
    M.propertyResultLock15815=null;
    M.safetyAudit15806=null;
    M.propertyPublication15816=null;
    M.propertyPublicationBlock16176=null;
    M.authoritativePropertyRun15800=null;
    try{syncLayers15778("regional");}catch(e){}
    try{syncLayers15778("property");}catch(e){}
    try{earthlineClearOverlay();}catch(e){}
    try{earthlineUpdateRechargeSvg(false);}catch(e){}
    try{renderSidebar15778("idle",null,false);}catch(e){}
  }

  function degenerateCamera15801(anchor,zoom){
    const lat=Number(anchor&&anchor.lat),lng=Number(anchor&&anchor.lng),z=Number(zoom);
    if(!Number.isFinite(lat)||!Number.isFinite(lng)||!Number.isFinite(z))return true;
    // Exact integer-pair centers are common startup/fallback signatures, not
    // defensible property targets. This is intentionally narrow to avoid
    // rejecting legitimate coordinates merely near a round number.
    const integerPair=
      Math.abs(lat-Math.round(lat))<1e-7&&
      Math.abs(lng-Math.round(lng))<1e-7;
    return integerPair;
  }

  function integrityToleranceM15801(identity,mode){
    const pt=String(identity&&identity.placeType||"").toLowerCase();
    if(mode==="property"||pt==="address"||pt==="selected_site"||pt==="drawn_site")return 250;
    if(pt==="poi"||pt==="neighborhood")return 1000;
    if(pt==="city"||pt==="place"||pt==="locality")return 5000;
    return 10000;
  }

  function assertLocationIntegrity15801(identity,anchor,mode,phase){
    const zoom=Number(earthlineMap&&earthlineMap.getZoom?earthlineMap.getZoom():M.viewZoom);
    const result={
      ok:false,phase:String(phase||"unspecified"),mode:String(mode||""),
      zoom,anchor:anchor?{lat:Number(anchor.lat),lng:Number(anchor.lng)}:null,
      identity:identity?{
        name:String(identity.fullName||identity.name||""),
        placeType:String(identity.placeType||""),
        lat:Number(identity.lat),lng:Number(identity.lng)
      }:null,
      reasons:[]
    };
    if(!anchor||!Number.isFinite(Number(anchor.lat))||!Number.isFinite(Number(anchor.lng))){
      result.reasons.push("analysis anchor is not finite");
    }
    if(!Number.isFinite(zoom)||zoom<9){
      result.reasons.push("zoom below terrain-analysis floor");
    }
    if(degenerateCamera15801(anchor,zoom)){
      result.reasons.push("degenerate round-number camera signature");
    }
    if(!identity||!Number.isFinite(Number(identity.lat))||!Number.isFinite(Number(identity.lng))){
      result.reasons.push("location identity has no finite coordinates");
    }else if(anchor){
      result.identityDeltaM=haversineM(
        [Number(identity.lng),Number(identity.lat)],
        [Number(anchor.lng),Number(anchor.lat)]
      );
      result.toleranceM=integrityToleranceM15801(identity,mode);
      if(result.identityDeltaM>result.toleranceM){
        result.reasons.push("analysis coordinates disagree with location identity");
      }
    }
    try{
      const c=earthlineMap.getCenter();
      result.mapDeltaM=haversineM(
        [Number(c.lng),Number(c.lat)],
        [Number(anchor.lng),Number(anchor.lat)]
      );
      const mapTolerance=mode==="property"?250:10000;
      if(result.mapDeltaM>mapTolerance){
        result.reasons.push("map moved away from the active analysis anchor");
      }
    }catch(e){
      result.reasons.push("map center unavailable");
    }
    result.ok=result.reasons.length===0;
    state.lastLocationIntegrity15801=result;
    if(!result.ok){
      clearAllAnalysisOutput15801("integrity-failure:"+result.reasons.join("|"));
      earthlineNotice(
        "Analysis blocked — location identity and terrain coordinates did not agree. "+
        "No result was rendered. Re-search the location and try again."
      );
      console.error("[Earthline] BUILD-CHECK-15801 LOCATION INTEGRITY FAILURE",result);
    }
    return result.ok;
  }

  function selectedMapIdentity15801(parent,anchor){
    const sourceName=String(parent&&parent.fullName||parent&&parent.name||"previous search");
    return {
      name:"Selected Map Location",
      fullName:"Selected map location",
      sub:"User-positioned analysis target; not labeled as "+sourceName,
      placeType:"selected_site",
      userSelectedSite:true,planning:false,
      lat:Number(anchor.lat),lng:Number(anchor.lng),
      zoomHint:Number(earthlineMap.getZoom()),
      acres:Number(parent&&parent.acres||20),
      precipIn:Number(parent&&parent.precipIn||30),
      runC:Number(parent&&parent.runC||.35),
      elevM:Number(parent&&parent.elevM||0),
      countryCode:"",
      sourceSearchName:sourceName,
      zones:["Selected Map Location"]
    };
  }

  let runLock15780=false;
  let runQueueTail15786=Promise.resolve();
  let runQueuedCount15786=0;
  let runSequence15786=0;

  async function runCore15786(){
    runLock15780=true;
    const runId=++runSequence15786;
    state.activeRunId15786=runId;
    try{
      const input=q("searchInput");
      const raw=String(input&&input.value||"").trim();
      const entered=raw.toLowerCase().replace(/\s+/g," ");
      const applied=String(M.appliedSearchText||"");
      let resolvedSearchLoc15801=null;

      if(entered&&entered!==applied){
        /* BUILD-CHECK-15876 — reload-safe run controller.
           Never repeat a network geocode for the location already resolved on the map.
           On a fresh reload, resolve bundled known locations synchronously before any
           network request. Only genuinely unknown text receives one bounded lookup. */
        const norm15873=v=>String(v||"").trim().toLowerCase().replace(/,+/g," ").replace(/\s+/g," ");
        const loc15873=M.loc||{};
        const identity15873=M.locationIdentity15801||{};
        const known15873=[
          identity15873.searchText,loc15873.q,loc15873.fullName,loc15873.name,
          [loc15873.name,loc15873.sub].filter(Boolean).join(" ")
        ].map(norm15873).filter(Boolean);
        const enteredNorm15873=norm15873(raw);
        const sameKnown15873=known15873.some(k=>k===enteredNorm15873||k.includes(enteredNorm15873)||enteredNorm15873.includes(k));
        const finiteKnown15873=Number.isFinite(Number(loc15873.lng))&&Number.isFinite(Number(loc15873.lat));
        if(sameKnown15873&&finiteKnown15873){
          M.appliedSearchText=entered;
          M.runLocationDecision15873={mode:"reuse-resolved-map-location",entered,known:known15873.slice(),at:Date.now()};
          earthlineNotice("Using the resolved map location — starting terrain and hydrology now.");
        }else{
          let local15873=null;
          try{if(typeof earthlineRegionOverride==="function")local15873=earthlineRegionOverride(raw);}catch(_){ }
          try{if(!local15873&&typeof findLoc==="function")local15873=findLoc(raw);}catch(_){ }
          if(local15873&&Number.isFinite(Number(local15873.lng))&&Number.isFinite(Number(local15873.lat))){
            clearAllAnalysisOutput15801("bundled-location-on-reload");
            resolvedSearchLoc15801=Object.assign({},local15873);
            M.appliedSearchText=entered;
            M.runLocationDecision15873={mode:"bundled-local-resolution",entered,lat:Number(local15873.lat),lng:Number(local15873.lng),at:Date.now()};
            if(typeof addRecentSearch==="function")addRecentSearch(local15873,raw);
            if(typeof window.earthlineMoveMapToLoc15778==="function"){
              await window.earthlineMoveMapToLoc15778(local15873,{immediateForAnalysis:true});
            }
            earthlineNotice("Known property restored locally — starting analysis without another geocode.");
          }else{
            setBusy(true,"LOCATING — 3 SECOND LIMIT");
            let loc=null,timedOut15873=false;
            try{
              loc=await Promise.race([
                (typeof window.earthlineDirectGeocode15778==="function"
                  ?window.earthlineDirectGeocode15778(raw)
                  :Promise.resolve(null)),
                new Promise(resolve=>setTimeout(()=>{timedOut15873=true;resolve(null);},3000))
              ]);
            }catch(_){loc=null;}
            if(loc){
              clearAllAnalysisOutput15801("new-search");
              resolvedSearchLoc15801=Object.assign({},loc);
              M.appliedSearchText=entered;
              M.runLocationDecision15873={mode:"bounded-geocode",entered,timedOut:false,at:Date.now()};
              if(typeof addRecentSearch==="function")addRecentSearch(loc,raw);
              if(typeof window.earthlineMoveMapToLoc15778==="function"){
                await window.earthlineMoveMapToLoc15778(loc,{immediateForAnalysis:true});
              }
              earthlineNotice("Search loaded "+(loc.name||"location")+". Starting analysis.");
            }else if(mapReady()){
              const c15873=earthlineMap.getCenter();
              const anchor15873={lng:Number(c15873&&c15873.lng),lat:Number(c15873&&c15873.lat)};
              if(Number.isFinite(anchor15873.lng)&&Number.isFinite(anchor15873.lat)){
                const selected15873=selectedMapIdentity15801(loc15873,anchor15873);
                M.loc=Object.assign({},selected15873);
                M.appliedSearchText=entered;
                M.runLocationDecision15873={mode:"current-map-fallback",entered,timedOut:timedOut15873,at:Date.now()};
                earthlineNotice("Address lookup was unavailable — analyzing the current map-center property instead.");
              }else{
                clearAllAnalysisOutput15801("search-and-map-unavailable");
                earthlineNotice("Analysis blocked — neither the searched location nor current map center was available.");
                return false;
              }
            }else{
              clearAllAnalysisOutput15801("search-did-not-resolve");
              earthlineNotice("Search did not resolve and the map is unavailable. No analysis was rendered.");
              return false;
            }
          }
        }
      }

      if(!mapReady()){
        earthlineNotice("Map is not ready yet.");
        return false;
      }

      /* BUILD-CHECK-15800 — the current camera is authoritative.
         The former bounded inner wait was wrapped in an unbounded outer retry and
         could remain on WAITING FOR MAP forever while animated paint/style events
         kept Mapbox from reporting a settled style. Stop camera animation, take one
         finite snapshot, and proceed. No style-loaded gate and no retry loop. */
      setBusy(true,resolvedSearchLoc15801?"CONFIRMING SEARCH LOCATION":"CAPTURING CURRENT VIEW");
      try{earthlineMap.stop();}catch(e){}
      await waitMs(resolvedSearchLoc15801?30:90);

      let c=earthlineMap.getCenter();
      let settledZoom=Number(earthlineMap.getZoom());
      let anchor={lng:Number(c&&c.lng),lat:Number(c&&c.lat)};
      let parent=Object.assign({},resolvedSearchLoc15801||M.loc||{});

      // If a search was just resolved, its coordinates are authoritative.
      if(resolvedSearchLoc15801){
        const propertySearch=typeof earthlineIsPropertyLocation==="function"
          ?earthlineIsPropertyLocation(resolvedSearchLoc15801)
          :String(resolvedSearchLoc15801.placeType||"").toLowerCase()==="address";
        const requiredZoom=propertySearch
          ?Math.max(17,Number(resolvedSearchLoc15801.zoomHint||17))
          :Math.max(9,Number(resolvedSearchLoc15801.zoomHint||12));
        anchor={lng:Number(resolvedSearchLoc15801.lng),lat:Number(resolvedSearchLoc15801.lat)};
        try{
          earthlineMap.jumpTo({center:[anchor.lng,anchor.lat],zoom:requiredZoom,bearing:0,pitch:0});
          earthlineMap.triggerRepaint&&earthlineMap.triggerRepaint();
        }catch(e){}
        await waitMs(30);
        c=earthlineMap.getCenter();
        settledZoom=Number(earthlineMap.getZoom());
      }

      /* BUILD-CHECK-15827 — the camera is presentation-only.
         Reuse the locked scientific frame unless a new search or an explicit
         SET CURRENT VIEW action supplied a pending frame. */
      const frameDirective15827=
        typeof window.earthlineRunFrameDirective15827==="function"
          ?window.earthlineRunFrameDirective15827({
            resolvedSearchLoc:resolvedSearchLoc15801,
            parent,
            anchor,
            settledZoom
          })
          :null;

      if(frameDirective15827){
        anchor={
          lng:Number(frameDirective15827.center.lng),
          lat:Number(frameDirective15827.center.lat)
        };
        settledZoom=Number(
          frameDirective15827.internalAnalysisZoom||18
        );
        parent=Object.assign({},parent,{
          name:"Selected Property Analysis Area",
          fullName:"Selected property analysis area",
          sub:"Scientific frame locked independently of map camera",
          lat:anchor.lat,
          lng:anchor.lng,
          zoomHint:settledZoom,
          placeType:"selected_site",
          userSelectedSite:true,
          propertyMode:true,
          regionalMode:false,
          acres:Number(frameDirective15827.acres||20),
          analysisBoundaryLngLat:
            (frameDirective15827.boundary||[]).map(p=>[
              Number(p[0]),Number(p[1])
            ]),
          frameDirective15827:
            String(frameDirective15827.reason||"locked")
        });
        M.analysisBoundaryLngLat=
          parent.analysisBoundaryLngLat.map(p=>p.slice());
        state.lastFrameDirective15827={
          reason:String(frameDirective15827.reason||"locked"),
          center:Object.assign({},anchor),
          acres:Number(frameDirective15827.acres||20),
          source:String(frameDirective15827.source||""),
          appliedAt:Date.now()
        };
      }

      // Existing search identity and map camera must not silently diverge.
      const parentHasPoint=Number.isFinite(Number(parent.lng))&&Number.isFinite(Number(parent.lat));
      const currentDeltaM=parentHasPoint
        ?haversineM([Number(parent.lng),Number(parent.lat)],[anchor.lng,anchor.lat])
        :Infinity;
      const authority=M.locationIdentity15801||null;
      const userMovedAfterIdentity=!!(
        authority&&
        typeof earthlineLastUserMapInput==="number"&&
        earthlineLastUserMapInput>Number(authority.appliedAt||0)
      );
      const parentTolerance=integrityToleranceM15801(parent,
        Number(settledZoom)>=15.5?"property":"regional");

      if(!resolvedSearchLoc15801&&parentHasPoint&&currentDeltaM>parentTolerance){
        if(userMovedAfterIdentity){
          // Intentional navigation is allowed, but the old searched place name is
          // not. Rebind name and coordinates together to an honest selected target.
          parent=selectedMapIdentity15801(parent,anchor);
          M.loc=Object.assign({},parent);
          M.locationIdentity15801={
            type:"user-selected-map-target",appliedAt:performance.now(),
            lat:anchor.lat,lng:anchor.lng,name:parent.fullName,
            placeType:parent.placeType,searchText:raw
          };
          if(typeof window.earthlineUpdateLocationPanel15778==="function"){
            window.earthlineUpdateLocationPanel15778(parent,
              "Selected map location — previous search label removed.");
          }
        }else{
          // No user navigation explains the disagreement. Restore the searched
          // location once; the final integrity assertion still must pass.
          const restoreZoom=String(parent.placeType||"").toLowerCase()==="address"
            ?Math.max(17,Number(parent.zoomHint||17))
            :Math.max(9,Number(parent.zoomHint||12));
          try{
            earthlineMap.jumpTo({
              center:[Number(parent.lng),Number(parent.lat)],
              zoom:restoreZoom,bearing:0,pitch:0
            });
            earthlineMap.triggerRepaint&&earthlineMap.triggerRepaint();
          }catch(e){}
          await waitMs(30);
          c=earthlineMap.getCenter();
          anchor={lng:Number(c.lng),lat:Number(c.lat)};
          settledZoom=Number(earthlineMap.getZoom());
        }
      }

      const settled={
        ready:Number.isFinite(anchor.lng)&&Number.isFinite(anchor.lat)&&Number.isFinite(settledZoom),
        reason:resolvedSearchLoc15801?"searched-location-authoritative":"camera-and-identity-reconciled",
        waitedMs:resolvedSearchLoc15801?60:90,
        center:{lng:anchor.lng,lat:anchor.lat},
        zoom:settledZoom
      };
      state.lastMapSettle15779=settled;
      if(!settled.ready){
        clearAllAnalysisOutput15801("nonfinite-analysis-location");
        earthlineNotice("Analysis blocked — the current location is unavailable.");
        return false;
      }
      if(settledZoom<9){
        clearAllAnalysisOutput15801("zoom-below-floor");
        earthlineNotice("Zoom in to analyze — this view is too wide for terrain analysis.");
        return false;
      }
      if(degenerateCamera15801(anchor,settledZoom)){
        clearAllAnalysisOutput15801("degenerate-camera");
        earthlineNotice("Analysis blocked — the map is at a non-specific fallback coordinate. Search or select a real location.");
        return false;
      }

      // Atomic run identity: the name and coordinates used by every downstream
      // panel and renderer are now the same object and the same anchor.
      parent=Object.assign({},parent,{lat:anchor.lat,lng:anchor.lng});
      /* BUILD-CHECK-15802 — restore the place-type binding removed when the
         location-integrity block replaced the former camera-capture section.
         Without this declaration, the first later reference to `pt` throws a
         ReferenceError before either property or regional analysis can begin. */
      const pt=String(parent.placeType||"").toLowerCase();
      M.loc=Object.assign({},parent);
      M.centerLat=anchor.lat;M.centerLng=anchor.lng;M.viewZoom=settledZoom;
      state.activeAnalysisIdentity15801={
        runId,
        identity:Object.assign({},parent),
        anchor:{lng:anchor.lng,lat:anchor.lat},
        zoom:settledZoom,
        createdAt:Date.now()
      };

      let elev=Number(parent.elevM||0);
      try{
        const v=earthlineMap.queryTerrainElevation &&
          earthlineMap.queryTerrainElevation(anchor,{exaggerated:false});
        if(Number.isFinite(v))elev=v;
      }catch(e){}

      const parentPoint=(
        Number.isFinite(Number(parent.lng)) &&
        Number.isFinite(Number(parent.lat))
      )?[Number(parent.lng),Number(parent.lat)]:null;
      const movedFromSearchM=parentPoint
        ?haversineM(parentPoint,[anchor.lng,anchor.lat])
        :0;
      const highElevation=elev>=1200;
      const highZoomProperty=settledZoom>=15.5;
      const movedToOpenLand=pt==="address"&&
        movedFromSearchM>=400&&
        !highZoomProperty;
      const explicitBoundary=Array.isArray(M.analysisBoundaryLngLat)&&
        M.analysisBoundaryLngLat.length>=3;
      const property=
        highZoomProperty||
        parent.userSelectedSite===true||
        pt==="selected_site"||
        pt==="drawn_site"||
        explicitBoundary||
        (pt==="address"&&!highElevation&&!movedToOpenLand);

      state.lastModeDecision15780={
        mode:property?"property":"regional",
        settledZoom,
        highZoomProperty,
        movedFromSearchM:Number(movedFromSearchM.toFixed(1)),
        movedToOpenLand,
        highElevation,
        placeType:pt
      };

      setBusy(true,property?"ANALYZING PROPERTY":"ANALYZING REGION");
      const result=property
        ?await runProperty15778(parent,anchor)
        :await runRegional15780(parent,anchor,elev,highElevation,movedToOpenLand);

      state.lastCompletedRun15786={
        runId,
        completedAt:Date.now(),
        mode:property?"property":"regional",
        center:{lng:anchor.lng,lat:anchor.lat},
        zoom:settledZoom,
        result:!!result,
        queuedRemaining:runQueuedCount15786
      };
      return result;
    }catch(err){
      state.lastRunError15802={
        at:Date.now(),
        name:String(err&&err.name||"Error"),
        message:String(err&&err.message||"unknown error"),
        stack:String(err&&err.stack||"")
      };
      console.error("[Earthline] BUILD-CHECK-15802 run stopped",err);
      earthlineNotice(
        "Analysis stopped safely — "+
        String(err&&err.message||"unknown error")+"."
      );
      return false;
    }finally{
      runLock15780=false;
      if(runQueuedCount15786>0){
        setBusy(true,"NEXT ANALYSIS QUEUED");
      }else{
        setBusy(false);
        updateRunModePreview15780();
      }
    }
  }

  function run15786(ev){
    if(ev&&typeof ev.preventDefault==="function"){
      ev.preventDefault();
      if(typeof ev.stopPropagation==="function")ev.stopPropagation();
      if(typeof ev.stopImmediatePropagation==="function")ev.stopImmediatePropagation();
    }

    setBusy(true,"STARTING ANALYSIS");
    earthlineNotice("Analysis started — loading terrain and hydrology.");
    runQueuedCount15786++;
    state.queuedRunCount15786=runQueuedCount15786;
    if(runLock15780||state.running||runQueuedCount15786>1){
      setBusy(true,"ANALYSIS QUEUED");
      earthlineNotice("Run Analysis queued — it will execute at the current camera when the map settles.");
    }

    const queuedJob15786=async()=>{
      runQueuedCount15786=Math.max(0,runQueuedCount15786-1);
      state.queuedRunCount15786=runQueuedCount15786;
      return runCore15786();
    };

    const resultPromise15786=runQueueTail15786.then(queuedJob15786,queuedJob15786);
    // Keep the queue alive even if one job throws. No click is cancelled or superseded.
    runQueueTail15786=resultPromise15786.catch(()=>false);
    return resultPromise15786;
  }

  function formatTargetCoord15782(value,pos,neg){
    const n=Number(value||0);
    return Math.abs(n).toFixed(5)+"° "+(n>=0?pos:neg);
  }

  function updateTargetSelection15782(){
    if(!mapReady())return;
    const c=earthlineMap.getCenter();
    const z=Number(earthlineMap.getZoom());
    const mode=predictedMode15780();
    state.selectedTarget15782={
      lng:Number(c.lng),
      lat:Number(c.lat),
      zoom:z,
      mode:mode.toLowerCase()
    };

    const selected=q("earthlineSelectedTarget15782");
    if(selected){
      selected.textContent=
        formatTargetCoord15782(c.lat,"N","S")+", "+
        formatTargetCoord15782(c.lng,"E","W");
    }
    const selectedMode=q("earthlineSelectedMode15782");
    if(selectedMode){
      selectedMode.textContent=
        "Zoom "+z.toFixed(1)+" · Next: "+mode+
        " · both Run buttons use this exact map-center target";
    }

    const current=q("earthlineCurrentResult15782");
    const currentDetail=q("earthlineCurrentResultDetail15782");
    const result=state.currentResult15782;
    if(current&&currentDetail){
      if(result){
        current.textContent=
          (result.mode==="property"?"Property":"Regional")+" — "+
          (result.name||"completed result");
        currentDetail.textContent=
          formatTargetCoord15782(result.lat,"N","S")+", "+
          formatTargetCoord15782(result.lng,"E","W")+
          " · completed at zoom "+Number(result.zoom||0).toFixed(1);
      }else{
        current.textContent="No completed analysis";
        currentDetail.textContent="Run an analysis to create a result.";
      }
    }

    // The fixed center crosshair is the active target. Remove obsolete search
    // and click markers so the user sees one unambiguous analysis point.
    try{earthlineClearSearchMarker();earthlineClearTarget();}catch(e){}
  }

  function opportunityReason15782(h,summary){
    if(!h)return "";
    const aquiferStatus=summary&&summary.countryCode==="us"
      ?"Aquifer source: official context where available"
      :"Aquifer source: absent/unverified; recharge is modeled";
    const confidence=summary&&summary.confidence
      ?Number(summary.confidence.score||0).toFixed(1)+"/100"
      :"—";
    const exclusion=summary
      ?Number(summary.noBuildPct||0).toFixed(1)+"% no-build burden"
      :"—";
    return (
      "Slope "+Number(h.slopePct||h.pathMetrics&&h.pathMetrics.meanSlope||0).toFixed(1)+"%"+
      " · runoff signal "+Math.round(Number(h.runoff||0)*100)+"%"+
      " · recharge "+Number(summary&&summary.rechargeScore||0).toFixed(1)+"%"+
      " · "+exclusion+
      " · climate durability: not yet modeled"+
      " · data confidence "+confidence+
      " · "+aquiferStatus
    );
  }

  function updateOpportunityNavigator15782(index){
    if(typeof window.earthlineEnforceUniqueUI15784==="function"){
      window.earthlineEnforceUniqueUI15784();
    }
    const nav=q("earthlineOpportunityNav15782");
    const ranked=state.rankedOpportunities||[];
    if(!nav)return;
    if(!ranked.length){
      nav.classList.remove("visible");
      state.opportunityIndex15782=0;
      return;
    }
    const i=((Number(index)||0)%ranked.length+ranked.length)%ranked.length;
    state.opportunityIndex15782=i;
    const h=ranked[i];
    const summary=state.summary||aggregateRegional15778();
    nav.classList.add("visible");
    const label=q("earthlineOpportunitySummary15782");
    if(label){
      label.textContent=
        (h.grade||"")+String(h.rank||i+1)+" — "+
        Number(h.score||0).toFixed(0)+"/100"+
        " · "+(h.confidence||"Modeled");
    }
    const reason=q("earthlineOpportunityReason15782");
    if(reason)reason.textContent=opportunityReason15782(h,summary);
    const best=q("earthlineBestOpportunity15782");
    if(best){
      best.textContent=i===0
        ?"GO TO HIGHEST: "+(h.grade||"")+String(h.rank||1)
        :"GO TO "+(h.grade||"")+String(h.rank||i+1);
    }
  }

  async function goToOpportunity15782(index){
    const ranked=state.rankedOpportunities||[];
    if(!ranked.length||!mapReady())return false;
    const i=((Number(index)||0)%ranked.length+ranked.length)%ranked.length;
    const h=ranked[i];
    state.opportunityIndex15782=i;
    setBusy(true,"MOVING TO "+(h.grade||"")+String(h.rank||i+1));
    try{
      window.earthlinePropertyCanvasValid15782=false;
      window.earthlineAnalyticalCanvasValid15783=false;
      try{earthlineClearOverlay();if(cv)cv.style.visibility="hidden";}catch(e){}
      earthlineMap.stop();
      earthlineMap.easeTo({
        center:[Number(h.lng),Number(h.lat)],
        zoom:Math.max(16.0,Number(earthlineMap.getZoom())<15.5?16.2:Number(earthlineMap.getZoom())),
        duration:650,
        essential:true
      });
      await earthlineWaitForSettledMap15779();
      updateTargetSelection15782();
      updateRunModePreview15780();
      updateOpportunityNavigator15782(i);
      earthlineNotice(
        (h.grade||"")+String(h.rank||i+1)+
        " selected — "+Number(h.score||0).toFixed(0)+
        "/100 modeled opportunity. Press RUN PROPERTY to inspect this target."
      );
      return true;
    }finally{
      setBusy(false);
    }
  }

  function replaceButton(id){
    const matches=[...document.querySelectorAll('[id="'+id+'"]')];
    const old=matches.shift();if(!old)return;
    for(const duplicate of matches)duplicate.remove();
    const b=old.cloneNode(true);old.parentNode.replaceChild(b,old);
    b.addEventListener("pointerdown",e=>e.stopPropagation(),{capture:true,passive:true});
    b.addEventListener("click",run15786,{capture:true});
  }
  replaceButton("runBtn");replaceButton("runBtnSide");
  try{
    /* BUILD-CHECK-15799 — frozen 15793 baseline render-stability correction.
       Do not invalidate or erase completed property results on camera motion.
       The original navigation renderer already performs a fast moving repaint and a
       full settled repaint. This late controller contradicted it by clearing/hiding
       the canvas on movestart with no guaranteed restoration path. */
    earthlineMap.on("movestart",()=>{
      if(state.mode==="property"&&M.analysisReady){
        window.earthlinePropertyCanvasValid15782=true;
        const native16348=earthlineMapActive();
        window.earthlineAnalyticalCanvasValid15783=!native16348;
        try{if(cv)cv.style.visibility=native16348?"hidden":"visible";}catch(e){}
      }
    });
    earthlineMap.on("moveend",()=>{
      if(state.mode==="property"&&M.analysisReady){
        window.earthlinePropertyCanvasValid15782=true;
        const native16348=earthlineMapActive();
        window.earthlineAnalyticalCanvasValid15783=!native16348;
        try{if(cv)cv.style.visibility=native16348?"hidden":"visible";}catch(e){}
        if(native16348&&typeof window.earthlineSettlePropertyBasemap16348==="function")window.earthlineSettlePropertyBasemap16348("property-moveend");
        if(typeof window.earthlineRehydratePropertyLayers15799==="function"){
          window.earthlineRehydratePropertyLayers15799("moveend");
        }
      }
      updateRunModePreview15780();
      updateTargetSelection15782();
    });
    earthlineMap.on("zoomend",()=>{
      if(state.mode==="property"&&M.analysisReady){
        window.earthlinePropertyCanvasValid15782=true;
        const native16348=earthlineMapActive();
        window.earthlineAnalyticalCanvasValid15783=!native16348;
        try{if(cv)cv.style.visibility=native16348?"hidden":"visible";}catch(e){}
        if(native16348&&typeof window.earthlineSettlePropertyBasemap16348==="function")window.earthlineSettlePropertyBasemap16348("property-zoomend");
        if(typeof window.earthlineRehydratePropertyLayers15799==="function"){
          window.earthlineRehydratePropertyLayers15799("zoomend");
        }
      }
      updateRunModePreview15780();
      updateTargetSelection15782();
    });
    earthlineMap.on("load",()=>{
      updateRunModePreview15780();
      updateTargetSelection15782();
    });
  }catch(e){}

  for(const id of [
    "earthlinePrevOpportunity15782",
    "earthlineBestOpportunity15782",
    "earthlineNextOpportunity15782"
  ]){
    const b=q(id);
    if(!b)continue;
    b.addEventListener("pointerdown",e=>e.stopPropagation(),{capture:true,passive:true});
  }
  const prev=q("earthlinePrevOpportunity15782");
  const best=q("earthlineBestOpportunity15782");
  const next=q("earthlineNextOpportunity15782");
  if(prev)prev.addEventListener("click",()=>goToOpportunity15782((state.opportunityIndex15782||0)-1));
  if(best)best.addEventListener("click",()=>goToOpportunity15782(state.opportunityIndex15782||0));
  if(next)next.addEventListener("click",()=>goToOpportunity15782((state.opportunityIndex15782||0)+1));

  setTimeout(()=>{
    updateRunModePreview15780();
    updateTargetSelection15782();
  },50);
  window.earthlineRunAnalysis=run15786;
  try{earthlineRunAnalysis=run15786;}catch(e){}

  window.earthlineRunAudit15784=function(){
    const completed=(state.tileStats||[]).filter(t=>t.status==="complete").length;
    return {
      build:BUILD,
      controllerOwners:{runAnalysis:"run15786",regionalAggregation:"aggregateRegional15778",propertyPrescription:"prescribeSwales15778",panelRendering:"renderSidebar15778",layerSynchronization:"syncLayers15778"},
      anchorRule:"current map center at button press",anchor:state.anchor,
      analysisMode:state.mode||"regional",terrainElevationM:Number(state.elevationM||0),
      movedFromSearchM:Number(state.movedFromSearchM||0),
      tilesPlanned:(state.tiles||[]).length,tilesCompleted:completed,
      tilesWithheldOrFailed:(state.tiles||[]).length-completed,
      coverageMilesNS:state.extent?state.extent.heightM/1609.344:0,
      coverageMilesEW:state.extent?state.extent.widthM/1609.344:0,
      swaleFeatures:state.swales&&state.swales.features.length||0,
      rawCorridors:state.rawCorridors&&state.rawCorridors.length||0,
      flowFeatures:state.flow&&state.flow.features.length||0,
      rechargeFeatures:state.recharge&&state.recharge.features.length||0,
      gradeFeatures:state.grades&&state.grades.features.length||0,
      contourFeatures:state.contours&&state.contours.features.length||0,
      swaleOpportunityFeatures:state.swales&&state.swales.features.length||0,
      rankedOpportunityLines:state.opportunityLines&&state.opportunityLines.features.length||0,
      selectedTarget:state.selectedTarget15782||null,
      currentResult:state.currentResult15782||null,
      opportunityIndex:state.opportunityIndex15782||0,
      propertyCanvasValid:window.earthlinePropertyCanvasValid15782!==false,
      analyticalCanvasValid:window.earthlineAnalyticalCanvasValid15783===true,
      analyticalCanvasVisibility:cv&&cv.style?cv.style.visibility:null,
      staleCanvasRule:"camera movement invalidates local analytical canvas regardless of previous result mode",
      aquiferInterpretation:"modeled recharge opportunity is not verified aquifer presence",
      opportunityAppearance:"soil + planted band + water core",
      accuracyRules:{
        candidateSlopePct:[2.7,4.8],
        preferredSlopePct:[3.0,4.2],
        maximumPathSlopePct:7.5,
        majorWaterwaySetbackM:18,
        maximumTortuosity:2.15
      },
      topOpportunity:(state.rankedOpportunities&&state.rankedOpportunities[0])||null,
      medianSpacingFt:state.spacingSamples&&state.spacingSamples.length?median(state.spacingSamples)*3.28084:0,
      spacingTargetFt:[15,25],
      regionalSummary:state.summary||null,
      propertySummary:state.lastPropertySummary||null,
      confidence:(state.summary&&state.summary.confidence)||M.earthlineConfidence15778||null,
      rechargeDistribution:(state.summary&&state.summary.rechargeDistribution)||((M.donut||[]).map(x=>x.p)),
      prescription:M.swaleMeta||null,navigationChanged:false
    };
  };
  try{
    earthlineMap.on("style.load",()=>setTimeout(()=>syncLayers15778(state.active?"regional":"property"),25));
    earthlineMap.on("styledata",()=>{}); // 16487: legacy styledata writer neutralized; listener retained.
  }catch(e){}
  window.earthlineControllerAudit15784=()=>({
    build:BUILD,
    runAnalysis:window.earthlineRunAnalysis&&window.earthlineRunAnalysis.name,
    mapSettle:state.lastMapSettle15779||null,
    restartWait:state.lastRestartWait15780||null,
    modeDecision:state.lastModeDecision15780||null,
    predictedMode:predictedMode15780(),
    queuedRunCount15786:runQueuedCount15786,
    lastCompletedRun15786:state.lastCompletedRun15786||null,
    runLock:runLock15780,
    prescription:window.prescribeSwales&&window.prescribeSwales.name,
    regionalAggregation:"aggregateRegional15778",
    panelRenderer:"renderSidebar15778",
    layerSync:"syncLayers15778",
    legacyControllersPresent:{strictRun:typeof window.strictRun==="function",runRegional15761:typeof window.runRegional15761==="function"}
  });
  console.log("[Earthline] "+BUILD+" installed — native zoom-safe Run Analysis queue, one authoritative controller, live sidebar aggregation, and Confidence v0.");
})();
</script>
<script>
/* BUILD-CHECK-15778 — final stabilization guard.
   Mapbox owns all navigation. Analytical overlays never intercept gestures
   outside explicit drawing mode. The obsolete regional tile grid is removed
   after every style load and cannot reappear. */
(function(){
  "use strict";
  function removeCoverageGrid(){
    try{
      if(!earthlineMap||!earthlineMap.isStyleLoaded())return;
      const layer="earthline-regional-coverage-layer-15761";
      const source="earthline-regional-coverage-15761";
      if(earthlineMap.getLayer(layer))earthlineMap.removeLayer(layer);
      if(earthlineMap.getSource(source))earthlineMap.removeSource(source);
    }catch(e){}
  }

  function restoreNavigation(){
    try{
      if(!earthlineMap)return false;
      if(typeof window.earthlineEnsureNativeNavigationControl15784==="function"){
        window.earthlineEnsureNativeNavigationControl15784();
      }
      earthlineMap.dragPan.enable();
      earthlineMap.scrollZoom.enable();
      earthlineMap.doubleClickZoom.enable();
      earthlineMap.touchZoomRotate.enable();
      earthlineMap.touchZoomRotate.disableRotation();
      earthlineMap.boxZoom.enable();
      const analytical=document.getElementById("map");
      if(analytical)analytical.style.pointerEvents=(typeof M!=="undefined"&&M.tool==="draw")?"auto":"none";
      for(const id of ["earthlineRechargeOverlay"]){
        const el=document.getElementById(id);if(el)el.style.pointerEvents="none";
      }
      removeCoverageGrid();
      return true;
    }catch(e){return false;}
  }

  window.earthlineRestoreNativeNavigation15779=restoreNavigation;
  window.earthlineNavigationAudit15784=()=>({
    build:"BUILD-CHECK-15771",
    dragPan:!!(earthlineMap&&earthlineMap.dragPan&&earthlineMap.dragPan.isEnabled()),
    scrollZoom:!!(earthlineMap&&earthlineMap.scrollZoom&&earthlineMap.scrollZoom.isEnabled()),
    doubleClickZoom:!!(earthlineMap&&earthlineMap.doubleClickZoom&&earthlineMap.doubleClickZoom.isEnabled()),
    touchZoomRotate:!!(earthlineMap&&earthlineMap.touchZoomRotate&&earthlineMap.touchZoomRotate.isEnabled()),
    boxZoom:!!(earthlineMap&&earthlineMap.boxZoom&&earthlineMap.boxZoom.isEnabled()),
    analyticalPointer:(()=>{const e=document.getElementById("map");return e?getComputedStyle(e).pointerEvents:null;})(),
    visibleCoverageGrid:!!(earthlineMap&&earthlineMap.getLayer&&earthlineMap.getLayer("earthline-regional-coverage-layer-15761")),
    nativeZoomButtons:document.querySelectorAll(".mapboxgl-ctrl-zoom-in,.mapboxgl-ctrl-zoom-out").length,
    zoomDocked:!!document.querySelector("#earthlineZoomDock15779 .mapboxgl-ctrl-zoom-in"),
    center:earthlineMap&&earthlineMap.getCenter?earthlineMap.getCenter():null,
    zoom:earthlineMap&&earthlineMap.getZoom?earthlineMap.getZoom():null
  });

  const retry=()=>{if(!restoreNavigation())setTimeout(retry,250);};
  retry();
  try{
    earthlineMap.on("load",()=>{
      restoreNavigation();
      if(typeof window.earthlineEnforceUniqueUI15784==="function")window.earthlineEnforceUniqueUI15784();
    });
    earthlineMap.on("style.load",()=>{
      restoreNavigation();
      if(typeof window.earthlineEnforceUniqueUI15784==="function")window.earthlineEnforceUniqueUI15784();
    });
    earthlineMap.on("idle",()=>{}); // 16487: settle-loop enforcement neutralized.
    earthlineMap.on("styledata",()=>{}); // 16487: style-feedback enforcement neutralized.
  }catch(e){}
})();
</script>
<script>
/* BUILD-CHECK-15778 — keep the one real Mapbox +/- group beside Run Analysis.
   The buttons and event handlers remain Mapbox-native. */
(function(){
  "use strict";
  function dockNativeZoom15779(){
    try{
      if(typeof earthlineMap==="undefined"||!earthlineMap)return false;
      const dock=document.getElementById("earthlineZoomDock15779");
      if(!dock)return false;

      if(typeof window.earthlineEnsureNativeNavigationControl15784==="function"){
        window.earthlineEnsureNativeNavigationControl15784();
      }
      const zoomIn=document.querySelector(".mapboxgl-ctrl-zoom-in");
      const zoomOut=document.querySelector(".mapboxgl-ctrl-zoom-out");
      const group=zoomIn&&zoomIn.closest(".mapboxgl-ctrl-group");
      if(!group||!zoomOut)return false;

      // One authoritative map dock. Replacing children prevents an old or
      // duplicate control group from surviving a render/style cycle.
      if(group.parentNode!==dock||dock.children.length!==1||dock.firstElementChild!==group){
        dock.replaceChildren(group);
      }

      for(const button of [zoomIn,zoomOut]){
        if(!button||button.dataset.earthlineNavHook15780)continue;
        button.dataset.earthlineNavHook15780="1";
        button.addEventListener("pointerdown",()=>{
          try{
            if(typeof earthlineCancelSearchCameraLock==="function"){
              earthlineCancelSearchCameraLock();
            }
          }catch(e){}
        },{capture:true,passive:true});
      }

      // Remove accidental duplicate zoom groups while preserving the docked native group.
      const groups=[...document.querySelectorAll(".mapboxgl-ctrl-group")]
        .filter(g=>g.querySelector(".mapboxgl-ctrl-zoom-in")&&g.querySelector(".mapboxgl-ctrl-zoom-out"));
      for(const g of groups)if(g!==group)g.remove();
      if(typeof window.earthlineEnforceUniqueUI15784==="function"){
        window.earthlineEnforceUniqueUI15784();
      }
      return !!group;
    }catch(e){
      console.warn("[Earthline] BUILD-CHECK-15773 zoom dock",e);
      return false;
    }
  }

  window.dockNativeZoom15779=dockNativeZoom15779;
  window.earthlineDockNativeZoom15779=dockNativeZoom15779;
  const retry=()=>{if(!dockNativeZoom15779())setTimeout(retry,300);};
  retry();
  try{
    earthlineMap.on("load",dockNativeZoom15779);
    earthlineMap.on("style.load",()=>setTimeout(dockNativeZoom15779,20));
    earthlineMap.on("styledata",()=>{}); // 16487 neutralized.
    earthlineMap.on("idle",()=>{}); // 16487 neutralized.
  }catch(e){}
})();
</script>
<script>
/* BUILD-CHECK-15776 — official worldwide elevation contours.

   Source:
   mapbox://mapbox.mapbox-terrain-v2
   source-layer: contour
   properties:
   - ele   elevation in metres
   - index index-contour density marker

   These layers are independent of Run Analysis so the user can read terrain
   before choosing the highest-impact intervention area. */
(function(){
  "use strict";

  const SOURCE="earthline-official-terrain-v2-15776";
  const MINOR="earthline-official-contour-minor-15776";
  const MAJOR_CASING="earthline-official-contour-major-casing-15776";
  const MAJOR="earthline-official-contour-major-15776";
  const LABEL="earthline-official-contour-label-15776";
  const IDS=[MINOR,MAJOR_CASING,MAJOR,LABEL];

  function mapReady15776(){
    return typeof earthlineMap!=="undefined" &&
      earthlineMap &&
      earthlineMap.isStyleLoaded &&
      earthlineMap.isStyleLoaded();
  }

  function contourVisibility15776(){
    try{
      return !(typeof M!=="undefined" && M.layers && M.layers.contours && M.layers.contours.on===false);
    }catch(e){
      return true;
    }
  }

  function safeAddLayer15776(spec,beforeId){
    try{
      if(earthlineMap.getLayer(spec.id))return true;
      if(beforeId && earthlineMap.getLayer(beforeId))earthlineMap.addLayer(spec,beforeId);
      else earthlineMap.addLayer(spec);
      return true;
    }catch(e){
      console.warn("[Earthline] BUILD-CHECK-15776 elevation layer "+spec.id,e);
      return false;
    }
  }

  function ensureOfficialElevationContours15776(){
    if(!mapReady15776())return false;

    try{
      if(!earthlineMap.getSource(SOURCE)){
        earthlineMap.addSource(SOURCE,{
          type:"vector",
          url:"mapbox://mapbox.mapbox-terrain-v2"
        });
      }
    }catch(e){
      console.warn("[Earthline] BUILD-CHECK-15776 terrain source",e);
      return false;
    }

    // Keep elevations below the blue flow network when that network exists,
    // but above the satellite imagery and base-map terrain.
    const beforeId=earthlineMap.getLayer("earthline-regional-flow-casing-15761")
      ?"earthline-regional-flow-casing-15761"
      :(earthlineMap.getLayer("earthline-regional-grade-heat-15775")
        ?"earthline-regional-grade-heat-15775"
        :undefined);

    safeAddLayer15776({
      id:MINOR,
      type:"line",
      source:SOURCE,
      "source-layer":"contour",
      minzoom:12,
      filter:[
        "all",
        ["!=",["get","index"],-1],
        ["any",
          ["==",["get","index"],1],
          ["==",["get","index"],2]
        ]
      ],
      layout:{"line-cap":"round","line-join":"round"},
      paint:{
        "line-color":"rgba(190,224,241,.78)",
        "line-width":["interpolate",["linear"],["zoom"],12,0.75,15,1.15,18,1.45],
        "line-opacity":["interpolate",["linear"],["zoom"],12,0.56,15,0.72,18,0.80]
      }
    },beforeId);

    safeAddLayer15776({
      id:MAJOR_CASING,
      type:"line",
      source:SOURCE,
      "source-layer":"contour",
      minzoom:9,
      filter:[
        "all",
        ["!=",["get","index"],-1],
        ["any",
          ["==",["get","index"],5],
          ["==",["get","index"],10]
        ]
      ],
      layout:{"line-cap":"round","line-join":"round"},
      paint:{
        "line-color":"rgba(3,10,15,.78)",
        "line-width":["interpolate",["linear"],["zoom"],9,2.5,13,3.2,17,4.0],
        "line-opacity":0.84
      }
    },beforeId);

    safeAddLayer15776({
      id:MAJOR,
      type:"line",
      source:SOURCE,
      "source-layer":"contour",
      minzoom:9,
      filter:[
        "all",
        ["!=",["get","index"],-1],
        ["any",
          ["==",["get","index"],5],
          ["==",["get","index"],10]
        ]
      ],
      layout:{"line-cap":"round","line-join":"round"},
      paint:{
        "line-color":"rgba(247,252,255,.96)",
        "line-width":["interpolate",["linear"],["zoom"],9,1.15,13,1.65,17,2.15],
        "line-opacity":0.94
      }
    },beforeId);

    safeAddLayer15776({
      id:LABEL,
      type:"symbol",
      source:SOURCE,
      "source-layer":"contour",
      minzoom:9,
      filter:[
        "all",
        ["!=",["get","index"],-1],
        ["any",
          ["==",["get","index"],2],
          ["==",["get","index"],5],
          ["==",["get","index"],10]
        ]
      ],
      layout:{
        "symbol-placement":"line",
        "symbol-spacing":230,
        "text-field":["concat",["to-string",["get","ele"]]," m"],
        "text-size":["interpolate",["linear"],["zoom"],9,9,14,10.5,18,12],
        "text-letter-spacing":0.03,
        "text-max-angle":28,
        "text-rotation-alignment":"map",
        "text-pitch-alignment":"map"
      },
      paint:{
        "text-color":"#ffffff",
        "text-halo-color":"rgba(2,8,13,.98)",
        "text-halo-width":2,
        "text-halo-blur":0.35
      }
    },beforeId);

    // Retire the experimental generated regional-contour display. It remains
    // available internally for diagnostics but no longer controls visibility.
    for(const id of [
      "earthline-regional-contour-line-15772",
      "earthline-regional-contour-major-15772",
      "earthline-regional-contour-label-15772"
    ]){
      try{
        if(earthlineMap.getLayer(id))earthlineMap.setLayoutProperty(id,"visibility","none");
      }catch(e){}
    }

    syncOfficialElevationContours15776();
    return IDS.every(id=>!!earthlineMap.getLayer(id));
  }

  function syncOfficialElevationContours15776(){
    if(!mapReady15776())return false;
    if(typeof window.earthlineApplyRendererOwnership15805==="function"){
      const mode=(window.earthlineRegional15778||{}).mode==="regional"?"regional":"property";
      return !!window.earthlineApplyRendererOwnership15805(mode);
    }
    const visibility=contourVisibility15776()?"visible":"none";
    for(const id of IDS){
      try{
        if(earthlineMap.getLayer(id))earthlineMap.setLayoutProperty(id,"visibility",visibility);
      }catch(e){}
    }
    return true;
  }

  window.earthlineEnsureOfficialElevationContours15776=ensureOfficialElevationContours15776;
  window.earthlineSyncOfficialElevationContours15776=syncOfficialElevationContours15776;
  window.earthlineElevationAudit15776=()=>{
    let rendered=0;
    try{
      const queryIds=IDS.filter(id=>earthlineMap.getLayer(id));
      rendered=queryIds.length?earthlineMap.queryRenderedFeatures({layers:queryIds}).length:0;
    }catch(e){}
    return {
      build:"BUILD-CHECK-15776",
      sourcePresent:!!(mapReady15776()&&earthlineMap.getSource(SOURCE)),
      minorPresent:!!(mapReady15776()&&earthlineMap.getLayer(MINOR)),
      majorPresent:!!(mapReady15776()&&earthlineMap.getLayer(MAJOR)),
      labelPresent:!!(mapReady15776()&&earthlineMap.getLayer(LABEL)),
      enabled:contourVisibility15776(),
      zoom:mapReady15776()?earthlineMap.getZoom():null,
      renderedFeatures:rendered,
      source:"mapbox.mapbox-terrain-v2",
      sourceLayer:"contour",
      unit:"metres"
    };
  };

  const retry=()=>{
    if(!ensureOfficialElevationContours15776())setTimeout(retry,300);
  };
  retry();

  try{
    earthlineMap.on("load",ensureOfficialElevationContours15776);
    earthlineMap.on("style.load",()=>setTimeout(ensureOfficialElevationContours15776,25));
    earthlineMap.on("styledata",()=>{}); // 16487 neutralized.
    earthlineMap.on("idle",()=>{}); // 16487 neutralized.
  }catch(e){}
})();
</script>


<script>
/* BUILD-CHECK-15784 — One Authoritative Renderer.
   Exactly one DOM owner survives for each analytical UI region. */
(function(){
  "use strict";
  let enforcing=false;

  function keepFirst15784(nodes,preferred){
    const list=[...nodes];
    if(list.length<=1)return list[0]||null;
    let keep=null;
    if(preferred){
      const root=document.querySelector(preferred);
      if(root)keep=list.find(el=>root.contains(el))||null;
    }
    keep=keep||list[0];
    for(const el of list){
      if(el!==keep&&el&&el.parentNode)el.remove();
    }
    return keep;
  }

  function keepOneId15784(id,preferred){
    return keepFirst15784(document.querySelectorAll('[id="'+id+'"]'),preferred);
  }

  function keepOnePanel15784(keyId,preferredAside){
    const key=keepOneId15784(keyId,preferredAside);
    if(!key)return null;
    const keepPanel=key.closest(".panel");
    if(!keepPanel)return key;
    const selector=(preferredAside||"")+" .panel";
    for(const panel of document.querySelectorAll(selector.trim())){
      if(panel!==keepPanel&&panel.querySelector('[id="'+keyId+'"]')){
        panel.remove();
      }
    }
    return keepPanel;
  }

  function enforceUniqueUI15784(){
    if(enforcing)return false;
    enforcing=true;
    try{
      // If a complete analytical grid was ever cloned, retain only the original.
      keepFirst15784(document.querySelectorAll("body > .app"),null);
      const main=keepFirst15784(document.querySelectorAll(".main"),null);
      if(main){
        keepFirst15784(main.querySelectorAll(":scope > .lp"),null);
        keepFirst15784(main.querySelectorAll(":scope > .center"),null);
        keepFirst15784(main.querySelectorAll(":scope > .rp"),null);
      }

      // One owner for each structural region.
      for(const [id,root] of [
        ["mapboxBase",".center"],
        ["earthlineRechargeCanvas",".center"],
        ["earthlineRechargeOverlay",".center"],
        ["map",".center"],
        ["earthlineCenterTarget15782",".center"],
        ["earthlineZoomDock15779",".center"],
        ["runBtnSide",".center"],
        ["earthlineOpportunityNav15782",".center"],
        ["runBtn","header"],
        ["layerList",".lp"],
        ["earthlineCurrentResult15782",".lp"],
        ["earthlineSelectedTarget15782",".lp"],
        ["donut",".rp"],
        ["aquiferStatus",".rp"],
        ["earthlineAquiferTruth15782",".rp"],
        ["bCap",".rp"],
        ["cCount",".rp"],
        ["cHotspots",".rp"],
        ["earthlineFooterBuild15784","footer"]
      ]){
        keepOneId15784(id,root);
      }

      // One complete panel for each right-sidebar information region.
      keepOnePanel15784("donut",".rp");
      keepOnePanel15784("bCap",".rp");
      keepOnePanel15784("cCount",".rp");

      // One complete analysis-layers panel.
      keepOnePanel15784("layerList",".lp");

      // One native +/- group, docked beside Run Analysis.
      const dock=document.getElementById("earthlineZoomDock15779");
      const zoomGroups=[...document.querySelectorAll(".mapboxgl-ctrl-group")]
        .filter(g=>g.querySelector(".mapboxgl-ctrl-zoom-in")&&g.querySelector(".mapboxgl-ctrl-zoom-out"));
      let keepZoom=dock&&dock.querySelector(".mapboxgl-ctrl-group");
      keepZoom=keepZoom||zoomGroups[0]||null;
      for(const group of zoomGroups){
        if(group!==keepZoom)group.remove();
      }
      if(dock&&keepZoom&&(dock.children.length!==1||dock.firstElementChild!==keepZoom)){
        dock.replaceChildren(keepZoom);
      }

      // A Mapbox instance owns one canvas container. Remove accidental extras,
      // but never touch the one that contains the active canvas.
      const mapBase=document.getElementById("mapboxBase");
      if(mapBase){
        keepFirst15784(
          mapBase.querySelectorAll(":scope > .mapboxgl-canvas-container"),
          null
        );
        keepFirst15784(
          mapBase.querySelectorAll(":scope > .mapboxgl-control-container"),
          null
        );
      }

      // Build stamp belongs in the footer only.
      for(const chip of document.querySelectorAll(".buildchip15760"))chip.remove();

      return true;
    }finally{
      enforcing=false;
    }
  }

  window.earthlineEnforceUniqueUI15784=enforceUniqueUI15784;
  window.earthlineRendererAudit15784=()=>({
    build:"BUILD-CHECK-15786",
    appRoots:document.querySelectorAll("body > .app").length,
    mainGrids:document.querySelectorAll(".main").length,
    leftPanels:document.querySelectorAll(".main > .lp").length,
    mapCenters:document.querySelectorAll(".main > .center").length,
    rightPanels:document.querySelectorAll(".main > .rp").length,
    mapboxCanvasContainers:document.querySelectorAll("#mapboxBase > .mapboxgl-canvas-container").length,
    nativeZoomGroups:[...document.querySelectorAll(".mapboxgl-ctrl-group")]
      .filter(g=>g.querySelector(".mapboxgl-ctrl-zoom-in")&&g.querySelector(".mapboxgl-ctrl-zoom-out")).length,
    mapRunButtons:document.querySelectorAll("#runBtnSide").length,
    opportunityNavigators:document.querySelectorAll("#earthlineOpportunityNav15782").length,
    corridorPanels:document.querySelectorAll(".rp .panel #cCount").length,
    bioswaleImpactPanels:document.querySelectorAll(".rp .panel #bCap").length,
    rechargePanels:document.querySelectorAll(".rp .panel #donut").length,
    layerLists:document.querySelectorAll("#layerList").length,
    footerBuildStamps:document.querySelectorAll("#earthlineFooterBuild15784").length,
    fixedBuildChips:document.querySelectorAll(".buildchip15760").length
  });

  const schedule=()=>{
    requestAnimationFrame(()=>{
      enforceUniqueUI15784();
      if(typeof window.dockNativeZoom15779==="function"){
        try{window.dockNativeZoom15779();}catch(e){}
      }
    });
  };

  if(document.readyState==="loading"){
    document.addEventListener("DOMContentLoaded",schedule,{once:true});
  }else{
    schedule();
  }
  window.addEventListener("load",schedule,{once:true});
})();
</script>
<script>
/* BUILD-CHECK-15787 — safe corridors + readable aquifer context.
   1) Property swales have one renderer: the Mapbox GeoJSON line layer. The canvas
      duplicate is disabled while Mapbox is active.
   2) Every displayed corridor receives a final veto against the road/building
      features currently rendered by the base map. This is a display-time safety
      backstop in addition to the analysis-grid no-build mask.
   3) Aquifers remain visible as contextual boundaries but no longer blanket the
      satellite image at property zoom. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15787";
  const MIN_SAFE_SEGMENT_M=12;
  let exclusionLayerCache15787={stamp:"",ids:[]};

  function exclusionLayerIds15787(){
    try{
      if(!earthlineMap||!earthlineMap.getStyle||!earthlineMap.isStyleLoaded())return [];
      const style=earthlineMap.getStyle()||{};
      const layers=style.layers||[];
      const stamp=layers.length+"|"+layers.map(l=>l.id||"").join("|");
      if(exclusionLayerCache15787.stamp===stamp)return exclusionLayerCache15787.ids;
      const ids=layers.filter(l=>{
        const tag=((l.id||"")+" "+(l["source-layer"]||"")).toLowerCase();
        return (l.type==="line"&&/road|street|motorway|trunk|primary|secondary|tertiary|residential|service|drive|driveway|track|path|bridge|tunnel|transportation/.test(tag))||
               (l.type==="fill"&&/building|structure|house|parking/.test(tag));
      }).map(l=>l.id);
      exclusionLayerCache15787={stamp,ids};
      return ids;
    }catch(e){return [];}
  }

  function lineLengthM15787(coords){
    let d=0;
    for(let i=1;i<(coords||[]).length;i++){
      const a=coords[i-1],b=coords[i];
      const lat=((a[1]+b[1])*0.5)*Math.PI/180;
      d+=Math.hypot((b[0]-a[0])*111320*Math.max(.05,Math.cos(lat)),(b[1]-a[1])*111320);
    }
    return d;
  }

  function renderedNoBuildAt15787(coord,cache,stats){
    const ids=exclusionLayerIds15787();
    if(!ids.length)return false;
    let p;
    try{p=earthlineMap.project({lng:Number(coord[0]),lat:Number(coord[1])});}catch(e){return false;}
    if(!p||!Number.isFinite(p.x)||!Number.isFinite(p.y))return false;
    const key=Math.round(p.x/3)+"|"+Math.round(p.y/3);
    if(cache.has(key))return cache.get(key);
    let hit=false;
    try{
      const r=4;
      const found=earthlineMap.queryRenderedFeatures([[p.x-r,p.y-r],[p.x+r,p.y+r]],{layers:ids})||[];
      hit=found.length>0;
      stats.samples++;
      if(hit)stats.hits+=found.length;
    }catch(e){stats.errors++;}
    cache.set(key,hit);
    return hit;
  }

  function clipLineAgainstVisibleNoBuild15787(coords,cache,stats){
    const ids=exclusionLayerIds15787();
    if(!ids.length)return [coords];
    const sampled=[];
    for(let i=1;i<(coords||[]).length;i++){
      const a=coords[i-1],b=coords[i];
      let pa,pb;
      try{pa=earthlineMap.project(a);pb=earthlineMap.project(b);}catch(e){continue;}
      const steps=Math.max(1,Math.ceil(Math.hypot(pb.x-pa.x,pb.y-pa.y)/5));
      for(let k=(i===1?0:1);k<=steps;k++){
        const t=k/steps;
        sampled.push([a[0]+(b[0]-a[0])*t,a[1]+(b[1]-a[1])*t]);
      }
    }
    const out=[];let cur=[];
    const flush=()=>{
      if(cur.length>=2&&lineLengthM15787(cur)>=MIN_SAFE_SEGMENT_M)out.push(cur);
      cur=[];
    };
    for(const c of sampled){
      if(renderedNoBuildAt15787(c,cache,stats)){stats.vetoedPoints++;flush();}
      else cur.push(c);
    }
    flush();
    if(out.length!==1||out[0]!==coords)stats.clippedInputLines++;
    return out;
  }

  const baseSwaleGeoJSON15787=typeof earthlineSwaleGeoJSON==="function"?earthlineSwaleGeoJSON:null;
  if(baseSwaleGeoJSON15787){
    earthlineSwaleGeoJSON=function(){
      const regional=window.earthlineRegional15778||{};
      const propertyMode=regional.mode==="property"&&!regional.active;
      const safetyVerified=!!(
        M&&M.propertyResultLock15815&&M.propertyResultLock15815.safetyVerified===true&&
        M.safetyAudit15806&&M.safetyAudit15806.verified===true
      );
      if(propertyMode&&!safetyVerified){
        M.visibleExclusionVeto15787={
          available:false,layerCount:0,inputLines:Array.isArray(M&&M.swales)?M.swales.length:0,
          outputLines:0,samples:0,hits:0,errors:0,vetoedPoints:0,clippedInputLines:0,
          blocked:true,reason:"property-exclusions-unverified",build:"EARTHLINE 16176"
        };
        return {type:"FeatureCollection",features:[]};
      }
      const base=baseSwaleGeoJSON15787()||{type:"FeatureCollection",features:[]};
      const ids=exclusionLayerIds15787();
      const cache=new Map();
      const stats={available:ids.length>0,layerCount:ids.length,inputLines:base.features.length,outputLines:0,samples:0,hits:0,errors:0,vetoedPoints:0,clippedInputLines:0};
      if(!ids.length){
        stats.outputLines=base.features.length;
        M.visibleExclusionVeto15787=stats;
        return base;
      }
      const features=[];
      for(const f of (base.features||[])){
        const coords=f&&f.geometry&&f.geometry.type==="LineString"?f.geometry.coordinates:null;
        if(!coords||coords.length<2)continue;
        for(const safe of clipLineAgainstVisibleNoBuild15787(coords,cache,stats)){
          if(!safe||safe.length<2)continue;
          features.push({type:"Feature",properties:Object.assign({},f.properties||{},{visibleExclusionVeto:"passed"}),geometry:{type:"LineString",coordinates:safe}});
        }
      }
      stats.outputLines=features.length;
      M.visibleExclusionVeto15787=stats;
      if(M.swaleDiagnostics&&M.swaleDiagnostics.stage){
        M.swaleDiagnostics.stage.visibleVetoInput=stats.inputLines;
        M.swaleDiagnostics.stage.visibleVetoOutput=stats.outputLines;
        M.swaleDiagnostics.stage.visibleVetoSamples=stats.samples;
        M.swaleDiagnostics.stage.visibleVetoHits=stats.hits;
      }
      return {type:"FeatureCollection",features};
    };
    window.earthlineSwaleGeoJSON=earthlineSwaleGeoJSON;
  }

  // One authoritative property-swale renderer. Mapbox owns geographic corridors;
  // the analytical canvas retains contours, water paths, arrows and other cues.
  const baseDrawSwales15787=typeof drawSwales==="function"?drawSwales:null;
  if(baseDrawSwales15787){
    drawSwales=function(){
      if(typeof earthlineMapActive==="function"&&earthlineMapActive())return;
      return baseDrawSwales15787();
    };
    window.drawSwales=drawSwales;
  }

  /* EARTHLINE 16343 — BUILD-CHECK-15787 no longer owns the scientific/safety verdict.
     vectorNoBuild15778 is the sole active verification owner. This wrapper retains only
     the visible-layer audit used by 15787's display-time clearance backstop. */
  const baseVectorNoBuild15787=typeof earthlineBuildVectorNoBuildMask==="function"?earthlineBuildVectorNoBuildMask:null;
  if(baseVectorNoBuild15787){
    earthlineBuildVectorNoBuildMask=async function(gen){
      const result=await baseVectorNoBuild15787(gen);
      const c=M.vectorNoBuildCoverage||{};
      c.visibleLayerCount=exclusionLayerIds15787().length;
      c.verificationOwner="vectorNoBuild15778";
      c.verificationRule="source tier + acquisition result own public evidence truth; legacy verified remains authoritative-only";
      M.vectorNoBuildCoverage=c;
      return result===true&&(c.verified===true||c.publicationAllowed===true);
    };
    window.earthlineBuildVectorNoBuildMask=earthlineBuildVectorNoBuildMask;
  }

  const baseAquiferStyle15787=typeof earthlineApplyAquiferLayerStyle==="function"?earthlineApplyAquiferLayerStyle:null;
  if(baseAquiferStyle15787){
    earthlineApplyAquiferLayerStyle=function(){
      const ok=baseAquiferStyle15787();
      if(!ok||!earthlineMap||!earthlineMap.getLayer)return ok;
      try{
        const set=(id,key,value)=>{if(earthlineMap.getLayer(id))earthlineMap.setPaintProperty(id,key,value);};
        set(EARTHLINE_AQUIFER_FILL,"fill-opacity",["interpolate",["linear"],["zoom"],4,0.30,9,0.24,12,0.18,13.5,0.12,14.5,0.08,16,0.055,19,0.035]);
        set(EARTHLINE_AQUIFER_OUTER,"line-width",["interpolate",["linear"],["zoom"],4,10,10,8,13,6,15,4.2,17,3.2,19,2.5]);
        set(EARTHLINE_AQUIFER_OUTER,"line-opacity",0.72);
        set(EARTHLINE_AQUIFER_OUTER,"line-blur",["interpolate",["linear"],["zoom"],4,2.5,13,1.2,16,0.45,19,0.15]);
        set(EARTHLINE_AQUIFER_LINE,"line-width",["interpolate",["linear"],["zoom"],4,5.5,10,4.5,13,3.5,15,2.7,17,2.1,19,1.7]);
        set(EARTHLINE_AQUIFER_LINE,"line-opacity",0.78);
        set(EARTHLINE_AQUIFER_HIGHLIGHT,"line-width",["interpolate",["linear"],["zoom"],4,2.2,13,1.7,15,1.2,17,0.9,19,0.7]);
        set(EARTHLINE_AQUIFER_HIGHLIGHT,"line-opacity",0.72);
        set(EARTHLINE_AQUIFER_DASH,"line-width",["interpolate",["linear"],["zoom"],4,1.7,13,1.35,15,1.0,17,0.8,19,0.65]);
        set(EARTHLINE_AQUIFER_DASH,"line-opacity",0.62);
        if(earthlineMap.getLayer(EARTHLINE_AQUIFER_LABEL)){
          earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_LABEL,"text-allow-overlap",false);
          earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_LABEL,"text-ignore-placement",false);
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_LABEL,"text-opacity",["interpolate",["linear"],["zoom"],4.5,1,12,0.9,13.5,0.55,14.5,0.10,15.2,0]);
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_LABEL,"text-halo-width",2.2);
        }
      }catch(e){console.warn("[Earthline] "+BUILD+" aquifer context style",e);}
      return true;
    };
    window.earthlineApplyAquiferLayerStyle=earthlineApplyAquiferLayerStyle;
  }

  // At property zoom, draw only a restrained boundary on the analytical canvas.
  // No fill, hatch, large badge or viewport-covering label is permitted.
  const baseAquiferEnhancer15787=typeof drawNativeAquiferVisibilityEnhancer==="function"?drawNativeAquiferVisibilityEnhancer:null;
  if(baseAquiferEnhancer15787){
    drawNativeAquiferVisibilityEnhancer=function(){
      const z=earthlineMap&&earthlineMap.getZoom?earthlineMap.getZoom():Number(M.viewZoom||12);
      if(z<14)return baseAquiferEnhancer15787();
      if(!earthlineNativeAquiferActive()||!M.usgsAquifers.length)return;
      ctx.save();
      for(const poly of M.usgsAquifers){
        const ring=earthlineAquiferScreenRing(poly);
        if(!earthlineTraceScreenRing(ring))continue;
        ctx.lineJoin="round";
        ctx.strokeStyle="rgba(45,18,0,.78)";ctx.lineWidth=4.2;ctx.stroke();
        earthlineTraceScreenRing(ring);
        ctx.strokeStyle="rgba(255,145,18,.88)";ctx.lineWidth=2.2;ctx.stroke();
        earthlineTraceScreenRing(ring);
        ctx.setLineDash([6,6]);ctx.strokeStyle="rgba(255,246,220,.76)";ctx.lineWidth=0.9;ctx.stroke();ctx.setLineDash([]);
      }
      ctx.restore();
    };
    window.drawNativeAquiferVisibilityEnhancer=drawNativeAquiferVisibilityEnhancer;
  }

  function refresh15787(){
    try{
      exclusionLayerCache15787={stamp:"",ids:[]};
      if(typeof earthlineApplyAquiferLayerStyle==="function")earthlineApplyAquiferLayerStyle();
      if(typeof earthlineSyncSwaleLayer==="function")earthlineSyncSwaleLayer();
      if(typeof render==="function")render(false);
    }catch(e){}
  }

  try{
    if(earthlineMap){
      earthlineMap.on("style.load",()=>setTimeout(refresh15787,30));
      earthlineMap.on("styledata",()=>{}); // 16487: legacy feedback branch retained as no-op.
      earthlineMap.on("idle",()=>{}); // 16487: persistent reassertion neutralized.
    }
  }catch(e){}

  window.earthlineBuild15787Audit=()=>{
    const aqPaint={};
    try{
      aqPaint.zoom=earthlineMap.getZoom();
      aqPaint.fillOpacity=earthlineMap.getPaintProperty(EARTHLINE_AQUIFER_FILL,"fill-opacity");
      aqPaint.outerWidth=earthlineMap.getPaintProperty(EARTHLINE_AQUIFER_OUTER,"line-width");
      aqPaint.labelOpacity=earthlineMap.getPaintProperty(EARTHLINE_AQUIFER_LABEL,"text-opacity");
    }catch(e){}
    return {
      build:BUILD,
      authoritativePropertySwaleRenderer:"Mapbox GeoJSON only",
      exclusionLayers:exclusionLayerIds15787(),
      vectorCoverage:M.vectorNoBuildCoverage||null,
      visibleExclusionVeto:M.visibleExclusionVeto15787||null,
      aquiferPaint:aqPaint,
      swaleDiagnosticsStage:M.swaleDiagnostics&&M.swaleDiagnostics.stage||null,
      corridorCount:Array.isArray(M.swales)?M.swales.length:0
    };
  };

  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent=BUILD;
  setTimeout(refresh15787,250);
  console.log("[Earthline] "+BUILD+" installed — final road/building veto, one swale renderer, restrained property-scale aquifer context.");
})();
</script>
<style id="earthline-build-15788-css">
#earthlineExclusionCaveat15788{
  display:none;
  margin-top:8px;
  padding:8px 9px;
  border:1px solid rgba(255,177,79,.58);
  border-radius:7px;
  background:rgba(92,49,10,.28);
  color:#ffd39b;
  font:700 9px/1.4 system-ui,sans-serif;
}
#earthlineExclusionCaveat15788.visible{display:block}
</style>
<script>
/* BUILD-CHECK-15788 — consistent exclusions + one authoritative aquifer renderer.
   - The same geographic road/building/developed-land/water veto is applied to
     property and regional corridor GeoJSON before it reaches the Mapbox source.
   - Grid-mask rejection counters are exposed in M.swaleDiagnostics.stage.
   - Official aquifers use one translucent Mapbox polygon renderer and one
     dedicated point-label source. The analytical canvas aquifer pass is disabled. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15788";
  const LABEL_SOURCE="earthline-aquifer-label-points-15788";
  const LABEL_LAYER="earthline-aquifer-label-points-layer-15788";
  const MIN_SEGMENT_M=12;
  const SAMPLE_M=2.5;
  let wrappedSource=null;
  let indexCache={stamp:"",value:null};
  let lastDiagnosticSignature="";
  let lastAquiferLabelSignature="";

  const metersPerLng=lat=>111320*Math.max(.05,Math.cos(Number(lat||0)*Math.PI/180));
  const coordDistanceM=(a,b)=>{
    const lat=(Number(a[1])+Number(b[1]))*.5;
    return Math.hypot((Number(b[0])-Number(a[0]))*metersPerLng(lat),(Number(b[1])-Number(a[1]))*111320);
  };
  const lineLengthM=coords=>{
    let d=0;for(let i=1;i<(coords||[]).length;i++)d+=coordDistanceM(coords[i-1],coords[i]);return d;
  };
  const pointSegmentDistanceM=(p,a,b)=>{
    const lat=Number(p[1]);
    const ax=(Number(a[0])-Number(p[0]))*metersPerLng(lat),ay=(Number(a[1])-lat)*111320;
    const bx=(Number(b[0])-Number(p[0]))*metersPerLng(lat),by=(Number(b[1])-lat)*111320;
    const dx=bx-ax,dy=by-ay,den=dx*dx+dy*dy;
    const t=den?Math.max(0,Math.min(1,-(ax*dx+ay*dy)/den)):0;
    return Math.hypot(ax+t*dx,ay+t*dy);
  };
  const pointInRing=(p,ring)=>{
    let inside=false;
    for(let i=0,j=(ring||[]).length-1;i<(ring||[]).length;j=i++){
      const xi=Number(ring[i][0]),yi=Number(ring[i][1]);
      const xj=Number(ring[j][0]),yj=Number(ring[j][1]);
      if(((yi>p[1])!==(yj>p[1]))&&(p[0]<(xj-xi)*(p[1]-yi)/((yj-yi)||1e-12)+xi))inside=!inside;
    }
    return inside;
  };
  const ringDistanceM=(p,ring)=>{
    let best=Infinity;
    for(let i=1;i<(ring||[]).length;i++)best=Math.min(best,pointSegmentDistanceM(p,ring[i-1],ring[i]));
    if(ring&&ring.length>2)best=Math.min(best,pointSegmentDistanceM(p,ring[ring.length-1],ring[0]));
    return best;
  };
  const safeCoord=c=>Array.isArray(c)&&Number.isFinite(Number(c[0]))&&Number.isFinite(Number(c[1]));

  function featureTag(f){
    const p=f&&f.properties||{},l=f&&f.layer||{};
    return [l.id,l.type,f&&f.sourceLayer,l["source-layer"],p.class,p.type,p.structure,p.maki,p.category,p.kind,p.landuse,p.name]
      .filter(Boolean).join(" ").toLowerCase();
  }
  function featureClass(f){
    const tag=featureTag(f),type=String(f&&f.layer&&f.layer.type||"").toLowerCase();
    const water=/river|stream|canal|waterway|water|lake|reservoir|wetland|drain|ditch/.test(tag);
    const structure=type==="fill-extrusion"||/building|structure|house|roof|address/.test(tag);
    const developed=/residential|commercial|industrial|retail|institution|school|hospital|airport|parking/.test(tag);
    const road=/road|street|motorway|trunk|primary|secondary|tertiary|residential|service|drive|driveway|track|path|bridge|tunnel|transportation|rail/.test(tag);
    if(water)return "water";
    if(structure)return "structure";
    if(road)return "road";
    if(developed)return "developed";
    return "";
  }
  function bufferForFeature(f,kind){
    const tag=featureTag(f);
    if(kind==="water")return /river|lake|reservoir/.test(tag)?22:/stream|canal|waterway/.test(tag)?14:16;
    if(kind==="structure")return 12;
    if(kind==="developed")return 8;
    if(/motorway|trunk|primary/.test(tag))return 18;
    if(/secondary|tertiary|rail/.test(tag))return 14;
    if(/service|drive|driveway|track|path/.test(tag))return 9;
    return 11;
  }
  function relevantStyleLayers(){
    try{
      const style=earthlineMap&&earthlineMap.getStyle&&earthlineMap.getStyle();
      return (style&&style.layers||[]).filter(l=>{
        const tag=((l.id||"")+" "+(l["source-layer"]||"")).toLowerCase();
        const type=String(l.type||"").toLowerCase();
        if(!["line","fill","fill-extrusion"].includes(type))return false;
        return /road|street|motorway|trunk|primary|secondary|tertiary|residential|service|drive|driveway|track|path|bridge|tunnel|transportation|rail|building|structure|house|parking|landuse|commercial|industrial|retail|river|stream|canal|waterway|water|lake|reservoir|wetland/.test(tag);
      });
    }catch(e){return [];}
  }
  function bbox15788(coords){
    let minX=Infinity,minY=Infinity,maxX=-Infinity,maxY=-Infinity;
    for(const c of coords||[]){if(!safeCoord(c))continue;const x=Number(c[0]),y=Number(c[1]);if(x<minX)minX=x;if(x>maxX)maxX=x;if(y<minY)minY=y;if(y>maxY)maxY=y;}
    return Number.isFinite(minX)?{minX,minY,maxX,maxY}:null;
  }
  function bboxLowerBoundM15788(coord,bbox){
    if(!safeCoord(coord)||!bbox)return 0;
    const lon=Number(coord[0]),lat=Number(coord[1]);
    const dxDeg=lon<bbox.minX?bbox.minX-lon:(lon>bbox.maxX?lon-bbox.maxX:0);
    const dyDeg=lat<bbox.minY?bbox.minY-lat:(lat>bbox.maxY?lat-bbox.maxY:0);
    // Conservative lower bound: never skips geometry that could satisfy an existing buffer.
    const maxAbsLat=Math.max(Math.abs(lat),Math.abs(bbox.minY),Math.abs(bbox.maxY));
    const lngM=111320*Math.max(.001,Math.cos(Math.min(89.999,maxAbsLat)*Math.PI/180));
    return Math.hypot(dxDeg*lngM,dyDeg*111320);
  }
  function pushGeometry(index,f,kind){
    const g=f&&f.geometry;if(!g)return;
    const buffer=bufferForFeature(f,kind),record={kind,buffer,tag:featureTag(f)};
    const addLine=line=>{
      const coords=(line||[]).filter(safeCoord).map(c=>[Number(c[0]),Number(c[1])]);
      if(coords.length>1)index.lines.push(Object.assign({coords,bbox:bbox15788(coords)},record));
    };
    const addPoly=rings=>{
      const outer=(rings&&rings[0]||[]).filter(safeCoord).map(c=>[Number(c[0]),Number(c[1])]);
      if(outer.length>2)index.polygons.push(Object.assign({ring:outer,bbox:bbox15788(outer)},record));
    };
    if(g.type==="LineString")addLine(g.coordinates);
    else if(g.type==="MultiLineString")for(const line of g.coordinates||[])addLine(line);
    else if(g.type==="Polygon")addPoly(g.coordinates);
    else if(g.type==="MultiPolygon")for(const rings of g.coordinates||[])addPoly(rings);
  }
  /* EARTHLINE 16473 — exact spatial broad-phase for the existing 15788/15806
     safety calculations. This index never decides safety itself: every candidate
     still passes through the unchanged point/ring/segment distance functions. */
  const EARTHLINE_SPATIAL_CELL_DEG_16473=.002;
  const EARTHLINE_SPATIAL_KINDS_16473=["road","structure","developed","water"];
  function earthlineSpatialCellKey16473(ix,iy){return ix+","+iy;}
  function earthlineSpatialAdd16473(map,ix,iy,code){
    const key=earthlineSpatialCellKey16473(ix,iy),a=map.get(key);
    if(a)a.push(code);else map.set(key,[code]);
  }
  function earthlineSpatialRange16473(bbox){
    const d=EARTHLINE_SPATIAL_CELL_DEG_16473;
    return [Math.floor(Number(bbox.minX)/d),Math.floor(Number(bbox.maxX)/d),Math.floor(Number(bbox.minY)/d),Math.floor(Number(bbox.maxY)/d)];
  }
  function earthlineSpatialExpandedBBox16473(bbox,bufferM){
    const padLat=Math.max(0,Number(bufferM)||0)/111320;
    const maxAbsLat=Math.min(89.999,Math.max(Math.abs(Number(bbox.minY)-padLat),Math.abs(Number(bbox.maxY)+padLat)));
    const padLng=Math.max(0,Number(bufferM)||0)/(111320*Math.max(.001,Math.cos(maxAbsLat*Math.PI/180)));
    return {minX:Number(bbox.minX)-padLng,maxX:Number(bbox.maxX)+padLng,minY:Number(bbox.minY)-padLat,maxY:Number(bbox.maxY)+padLat};
  }
  function earthlineBuildSpatialIndex16473(index){
    const spatial={nearest:{},hit:new Map(),extent:{}};
    for(const kind of EARTHLINE_SPATIAL_KINDS_16473){
      spatial.nearest[kind]=new Map();
      spatial.extent[kind]={minX:Infinity,maxX:-Infinity,minY:Infinity,maxY:-Infinity};
    }
    const insert=(record,code)=>{
      if(!record||!record.bbox||!spatial.nearest[record.kind])return;
      let [minX,maxX,minY,maxY]=earthlineSpatialRange16473(record.bbox);
      const extent=spatial.extent[record.kind];
      extent.minX=Math.min(extent.minX,minX);extent.maxX=Math.max(extent.maxX,maxX);
      extent.minY=Math.min(extent.minY,minY);extent.maxY=Math.max(extent.maxY,maxY);
      for(let ix=minX;ix<=maxX;ix++)for(let iy=minY;iy<=maxY;iy++)earthlineSpatialAdd16473(spatial.nearest[record.kind],ix,iy,code);
      [minX,maxX,minY,maxY]=earthlineSpatialRange16473(earthlineSpatialExpandedBBox16473(record.bbox,record.buffer));
      for(let ix=minX;ix<=maxX;ix++)for(let iy=minY;iy<=maxY;iy++)earthlineSpatialAdd16473(spatial.hit,ix,iy,code);
    };
    for(let i=0;i<(index.polygons||[]).length;i++)insert(index.polygons[i],i+1);
    for(let i=0;i<(index.lines||[]).length;i++)insert(index.lines[i],-(i+1));
    index.spatial16473=spatial;
    return index;
  }
  function earthlineSpatialRecord16473(index,code){return code>0?index.polygons[code-1]:index.lines[-code-1];}
  function earthlineSpatialDistance16473(coord,index,code){
    if(code>0){const p=index.polygons[code-1];return pointInRing(coord,p.ring)?0:ringDistanceM(coord,p.ring);}
    const l=index.lines[-code-1];let d=Infinity;
    for(let i=1;i<l.coords.length;i++){const q=pointSegmentDistanceM(coord,l.coords[i-1],l.coords[i]);if(q<d)d=q;if(d===0)break;}
    return d;
  }
  function earthlineSpatialHitReason16473(coord,index){
    const spatial=index&&index.spatial16473;if(!spatial)return null;
    const d=EARTHLINE_SPATIAL_CELL_DEG_16473,ix=Math.floor(Number(coord[0])/d),iy=Math.floor(Number(coord[1])/d);
    const values=spatial.hit.get(earthlineSpatialCellKey16473(ix,iy))||[];
    if(!values.length)return "";
    const seen=new Set(),polygons=[],lines=[];
    for(const code of values){if(seen.has(code))continue;seen.add(code);(code>0?polygons:lines).push(code);}
    polygons.sort((a,b)=>a-b);lines.sort((a,b)=>b-a);
    for(const code of polygons){const record=earthlineSpatialRecord16473(index,code);if(earthlineSpatialDistance16473(coord,index,code)<=Number(record.buffer||0))return record.kind;}
    for(const code of lines){const record=earthlineSpatialRecord16473(index,code);if(earthlineSpatialDistance16473(coord,index,code)<=Number(record.buffer||0))return record.kind;}
    return "";
  }
  function earthlineSpatialOutsideLowerBound16473(coord,ix,iy,radius){
    const d=EARTHLINE_SPATIAL_CELL_DEG_16473;
    const minLon=(ix-radius)*d,maxLon=(ix+radius+1)*d,minLat=(iy-radius)*d,maxLat=(iy+radius+1)*d;
    const lon=Number(coord[0]),lat=Number(coord[1]);
    const maxAbsLat=Math.min(89.999,Math.max(Math.abs(lat),Math.abs(minLat),Math.abs(maxLat)));
    const lngM=111320*Math.max(.001,Math.cos(maxAbsLat*Math.PI/180));
    return Math.min((lon-minLon)*lngM,(maxLon-lon)*lngM,(lat-minLat)*111320,(maxLat-lat)*111320);
  }
  function earthlineSpatialNearestKind16473(coord,index,kind){
    const spatial=index&&index.spatial16473,map=spatial&&spatial.nearest&&spatial.nearest[kind],extent=spatial&&spatial.extent&&spatial.extent[kind];
    if(!map||!extent||!Number.isFinite(extent.minX))return Infinity;
    const d=EARTHLINE_SPATIAL_CELL_DEG_16473,ix=Math.floor(Number(coord[0])/d),iy=Math.floor(Number(coord[1])/d);
    const maxRadius=Math.max(Math.abs(ix-extent.minX),Math.abs(ix-extent.maxX),Math.abs(iy-extent.minY),Math.abs(iy-extent.maxY))+1;
    let best=Infinity;const seen=new Set();
    const visit=(x,y)=>{const values=map.get(earthlineSpatialCellKey16473(x,y));if(!values)return;for(const code of values){if(seen.has(code))continue;seen.add(code);const dist=earthlineSpatialDistance16473(coord,index,code);if(dist<best)best=dist;}};
    for(let radius=0;radius<=maxRadius;radius++){
      if(radius===0)visit(ix,iy);
      else{
        for(let x=ix-radius;x<=ix+radius;x++){visit(x,iy-radius);visit(x,iy+radius);}
        for(let y=iy-radius+1;y<=iy+radius-1;y++){visit(ix-radius,y);visit(ix+radius,y);}
      }
      if(Number.isFinite(best)&&best<=earthlineSpatialOutsideLowerBound16473(coord,ix,iy,radius))break;
    }
    return best;
  }

  function exclusionIndex15788(force=false){
    /* EARTHLINE 16561 — the final Property clearance index must test the exact
       exclusion resources it consumes, not unrelated global Mapbox style load.
       BUILD-CHECK-16467 already established this capability rule for the earlier
       mapped-exclusion owner. Reuse the same principle here: require a live style,
       relevant road/building/water layers, and query APIs. If those exact resources
       are not available the existing fail-closed path remains unchanged. */
    if(!earthlineMap||typeof earthlineMap.getStyle!=="function"||
       typeof earthlineMap.queryRenderedFeatures!=="function"||
       typeof earthlineMap.querySourceFeatures!=="function")
      return {available:false,lines:[],polygons:[],featureCounts:{}};
    const liveStyle16561=(()=>{try{return earthlineMap.getStyle();}catch(_){return null;}})();
    if(!liveStyle16561||!Array.isArray(liveStyle16561.layers))
      return {available:false,lines:[],polygons:[],featureCounts:{}};
    const layers=relevantStyleLayers(),ids=layers.map(l=>l.id),features=[];
    if(!layers.length)return {available:false,lines:[],polygons:[],featureCounts:{},styleLayerCount:0,queriedFeatures:0};
    let stamp="";
    try{
      const c=earthlineMap.getCenter(),z=earthlineMap.getZoom(),canvas=earthlineMap.getCanvas();
      stamp=[c.lng.toFixed(4),c.lat.toFixed(4),z.toFixed(2),canvas.clientWidth,canvas.clientHeight,liveStyle16561.layers.length].join("|");
    }catch(e){}
    if(!force&&indexCache.stamp===stamp&&indexCache.value)return indexCache.value;
    try{
      const c=earthlineMap.getCanvas();
      if(ids.length)features.push(...(earthlineMap.queryRenderedFeatures([[0,0],[c.clientWidth,c.clientHeight]],{layers:ids})||[]));
      const pairs=new Map();
      for(const l of layers){
        if(l.source&&l["source-layer"]){
          const key=l.source+"|"+l["source-layer"];
          if(!pairs.has(key))pairs.set(key,{source:l.source,sourceLayer:l["source-layer"]});
        }
      }
      for(const pair of pairs.values()){
        try{features.push(...(earthlineMap.querySourceFeatures(pair.source,{sourceLayer:pair.sourceLayer})||[]));}catch(e){}
      }
    }catch(e){console.warn("[Earthline] "+BUILD+" exclusion query",e);}
    const seen=new Set(),index={available:false,lines:[],polygons:[],featureCounts:{road:0,structure:0,developed:0,water:0},styleLayerCount:ids.length,queriedFeatures:0};
    for(const f of features){
      const kind=featureClass(f);if(!kind)continue;
      const g=f.geometry||{};
      const key=[kind,f.id,f.sourceLayer,f.layer&&f.layer.id,JSON.stringify(g.coordinates||[]).slice(0,220)].join("|");
      if(seen.has(key))continue;seen.add(key);
      index.featureCounts[kind]++;
      pushGeometry(index,f,kind);
      if(seen.size>=6000)break;
    }
    index.queriedFeatures=seen.size;
    index.available=(index.lines.length+index.polygons.length)>0;
    if(index.available)earthlineBuildSpatialIndex16473(index);
    indexCache={stamp,value:index};
    return index;
  }
  function unsafeReason15788(coord,index){
    const spatialReason16473=earthlineSpatialHitReason16473(coord,index);
    if(spatialReason16473!==null)return spatialReason16473;
    for(const p of index.polygons){
      if(p.bbox&&bboxLowerBoundM15788(coord,p.bbox)>Number(p.buffer||0))continue;
      if(pointInRing(coord,p.ring)||ringDistanceM(coord,p.ring)<=p.buffer)return p.kind;
    }
    for(const l of index.lines){
      if(l.bbox&&bboxLowerBoundM15788(coord,l.bbox)>Number(l.buffer||0))continue;
      for(let i=1;i<l.coords.length;i++)if(pointSegmentDistanceM(coord,l.coords[i-1],l.coords[i])<=l.buffer)return l.kind;
    }
    return "";
  }
  function densifyLine15788(coords){
    const out=[];
    for(let i=1;i<(coords||[]).length;i++){
      const a=coords[i-1],b=coords[i];if(!safeCoord(a)||!safeCoord(b))continue;
      const steps=Math.max(1,Math.ceil(coordDistanceM(a,b)/SAMPLE_M));
      for(let k=(i===1?0:1);k<=steps;k++){
        const t=k/steps;out.push([Number(a[0])+(Number(b[0])-Number(a[0]))*t,Number(a[1])+(Number(b[1])-Number(a[1]))*t]);
      }
    }
    return out;
  }
  function filterCorridors15788(fc){
    const input=fc&&fc.type==="FeatureCollection"?fc:{type:"FeatureCollection",features:[]};
    const index=exclusionIndex15788(false);
    const stats={build:BUILD,indexAvailable:index.available,styleLayerCount:index.styleLayerCount||0,queriedFeatures:index.queriedFeatures||0,
      exclusionFeatures:index.featureCounts||{},inputCandidates:(input.features||[]).length,outputSegments:0,noBuildRejected:0,removedCandidates:0,
      clippedCandidates:0,roadHits:0,structureHits:0,developedHits:0,waterHits:0,sampledPoints:0};
    if(!index.available){
      stats.outputSegments=stats.inputCandidates;
      return {collection:input,stats};
    }
    const features=[];
    for(const f of input.features||[]){
      const coords=f&&f.geometry&&f.geometry.type==="LineString"?f.geometry.coordinates:null;
      if(!coords||coords.length<2)continue;
      const sampled=densifyLine15788(coords);stats.sampledPoints+=sampled.length;
      let cur=[],hitAny=false,parts=0;
      const flush=()=>{
        if(cur.length>=2&&lineLengthM(cur)>=MIN_SEGMENT_M){
          features.push({type:"Feature",properties:Object.assign({},f.properties||{},{exclusionAudit:BUILD}),geometry:{type:"LineString",coordinates:cur}});parts++;
        }
        cur=[];
      };
      for(const c of sampled){
        const reason=unsafeReason15788(c,index);
        if(reason){hitAny=true;stats[reason+"Hits"]=(stats[reason+"Hits"]||0)+1;flush();}
        else cur.push(c);
      }
      flush();
      if(hitAny){stats.noBuildRejected++;if(parts===0)stats.removedCandidates++;else stats.clippedCandidates++;}
    }
    stats.outputSegments=features.length;
    return {collection:{type:"FeatureCollection",features},stats};
  }

  function gridPathLength15788(pts){
    let d=0;for(let i=1;i<(pts||[]).length;i++)d+=Math.hypot(Number(pts[i][0])-Number(pts[i-1][0]),Number(pts[i][1])-Number(pts[i-1][1]));return d;
  }
  function pathTouchesGridNoBuild15788(pts){
    if(!M||!M.noBuildMask||typeof idx!=="function")return false;
    for(const p of pts||[]){
      const x=Math.round(Number(p[0])),y=Math.round(Number(p[1]));
      if(x>=0&&y>=0&&x<GW&&y<GH&&M.noBuildMask[idx(x,y)])return true;
    }
    return false;
  }
  function resetGridDiagnostics15788(gen){
    if(M._noBuildDiagGen15788===gen)return;
    M._noBuildDiagGen15788=gen;M._noBuildCandidateRejects15788=0;M._noBuildPointRejects15788=0;
  }
  const baseVectorBuild15788=typeof earthlineBuildVectorNoBuildMask==="function"?earthlineBuildVectorNoBuildMask:null;
  if(baseVectorBuild15788){
    earthlineBuildVectorNoBuildMask=async function(gen){resetGridDiagnostics15788(gen);return await baseVectorBuild15788(gen);};
    window.earthlineBuildVectorNoBuildMask=earthlineBuildVectorNoBuildMask;
  }
  const basePathUsable15788=typeof earthlinePathPointUsable==="function"?earthlinePathPointUsable:null;
  if(basePathUsable15788){
    earthlinePathPointUsable=function(px,py,maxS){
      const ok=basePathUsable15788(px,py,maxS);
      if(!ok&&M&&M.noBuildMask){
        const x=Math.round(Number(px)),y=Math.round(Number(py));
        if(x>=0&&y>=0&&x<GW&&y<GH&&M.noBuildMask[idx(x,y)])M._noBuildPointRejects15788=(M._noBuildPointRejects15788||0)+1;
      }
      return ok;
    };
    window.earthlinePathPointUsable=earthlinePathPointUsable;
  }
  const baseSplit15788=typeof earthlineSplitUsableSegments==="function"?earthlineSplitUsableSegments:null;
  if(baseSplit15788){
    earthlineSplitUsableSegments=function(pts,maxS){
      const touched=pathTouchesGridNoBuild15788(pts),out=baseSplit15788(pts,maxS);
      if(touched&&(!out||out.length!==1||gridPathLength15788(out[0]||[])<gridPathLength15788(pts||[])*.98))M._noBuildCandidateRejects15788=(M._noBuildCandidateRejects15788||0)+1;
      return out;
    };
    window.earthlineSplitUsableSegments=earthlineSplitUsableSegments;
  }
  const baseFinalSafe15788=typeof earthlineFinalSafeSegments15771==="function"?earthlineFinalSafeSegments15771:null;
  if(baseFinalSafe15788){
    earthlineFinalSafeSegments15771=function(pts,maxS){
      const touched=pathTouchesGridNoBuild15788(pts),out=baseFinalSafe15788(pts,maxS);
      if(touched&&(!out||!out.length))M._noBuildCandidateRejects15788=(M._noBuildCandidateRejects15788||0)+1;
      return out;
    };
    window.earthlineFinalSafeSegments15771=earthlineFinalSafeSegments15771;
  }

  function caveat15788(){
    let el=document.getElementById("earthlineExclusionCaveat15788");
    if(!el){
      const host=document.getElementById("cCount")&&document.getElementById("cCount").closest(".panel");
      if(host){el=document.createElement("div");el.id="earthlineExclusionCaveat15788";host.appendChild(el);}
    }
    if(!el)return;
    const confidence=String(M&&M.exclusionConfidence||"unverified");
    if(confidence==="verified"){el.classList.remove("visible");el.textContent="";}
    else{
      el.classList.add("visible");
      el.textContent=confidence==="open-data"
        ?"Corridors shown — open-data road/structure screening applied; coverage may be incomplete. Field verification required."
        :(confidence==="unavailable"
          ?"Corridors shown — authoritative road/structure data unavailable. Terrain-derived planning only; field verification required."
          :"EXCLUSIONS UNVERIFIED — OUTPUT BLOCKED. An expected exclusion source/query did not verify.");
    }
  }
  function publishDiagnostics15788(stats){
    M.exclusionDiagnostics15788=stats;
    const stage=M.swaleDiagnostics&&M.swaleDiagnostics.stage||(M.swaleDiagnostics={stage:{}}).stage;
    stage.noBuildMaskCandidateRejects=Number(M._noBuildCandidateRejects15788||0);
    stage.noBuildMaskPointRejects=Number(M._noBuildPointRejects15788||0);
    stage.noBuildRejected=Number(stats.noBuildRejected||0);
    stage.noBuildRemoved=Number(stats.removedCandidates||0);
    stage.noBuildClipped=Number(stats.clippedCandidates||0);
    stage.noBuildRoadHits=Number(stats.roadHits||0);
    stage.noBuildStructureHits=Number(stats.structureHits||0);
    stage.noBuildDevelopedHits=Number(stats.developedHits||0);
    stage.noBuildWaterHits=Number(stats.waterHits||0);
    stage.exclusionOutputSegments=Number(stats.outputSegments||0);
    const sig=[M.searchGen,stats.inputCandidates,stats.outputSegments,stats.noBuildRejected,stage.beforeDedupe,stage.afterDedupe].join("|");
    if(sig!==lastDiagnosticSignature&&stats.inputCandidates){
      lastDiagnosticSignature=sig;
      const place=String(M.loc&&M.loc.fullName||M.loc&&M.loc.name||"current run");
      console.group("[Earthline] "+BUILD+" diagnostics — "+place);
      console.table(stage);
      console.table(stats);
      console.groupEnd();
      const key=/essex|sleepy hollow/i.test(place)?"Essex":/glenwood/i.test(place)?"Glenwood":"Other";
      window.earthline15788RunDiagnostics=window.earthline15788RunDiagnostics||{};
      window.earthline15788RunDiagnostics[key]={place,stage:Object.assign({},stage),exclusions:Object.assign({},stats),capturedAt:new Date().toISOString()};
    }
    caveat15788();
  }
  function installSourceInterceptor15788(){
    if(!earthlineMap||!earthlineMap.getSource)return false;
    const src=earthlineMap.getSource(EARTHLINE_SWALE_SOURCE);
    if(!src||src===wrappedSource||src.__earthline15788)return !!src;
    const original=src.setData&&src.setData.bind(src);if(!original)return false;
    try{
      src.setData=function(data){
        const result=filterCorridors15788(data);
        const regional=window.earthlineRegional15778;
        if(regional&&regional.active&&data===regional.swales)regional.swales=result.collection;
        publishDiagnostics15788(result.stats);
        const count=document.getElementById("cCount");if(count&&regional&&regional.active)count.textContent=String(result.stats.outputSegments);
        return original(result.collection);
      };
      src.__earthline15788=true;wrappedSource=src;return true;
    }catch(e){console.warn("[Earthline] "+BUILD+" source interceptor",e);return false;}
  }

  function aquiferLabelData15788(){
    const groups=new Map(),bounds=earthlineMap&&earthlineMap.getBounds&&earthlineMap.getBounds();
    for(const poly of M.usgsAquifers||[]){
      const ring=(poly.lngLatPts||[]).filter(safeCoord);if(ring.length<3)continue;
      const name=String(poly.name||"Mapped aquifer");
      const type=String(poly.aquiferType||"").toLowerCase();
      const context=type.includes("context")||type.includes("karst")||type.includes("principal-national");
      const material=type.includes("aquifer-material")||type.includes("sand-gravel");
      const prefix=material?"AQUIFER MATERIAL · ":context?"AQUIFER CONTEXT · ":"MAPPED AQUIFER · ";
      const label=prefix+name,key=(prefix+name).trim().toLowerCase();
      let minX=Infinity,maxX=-Infinity,minY=Infinity,maxY=-Infinity;
      for(const c of ring){minX=Math.min(minX,Number(c[0]));maxX=Math.max(maxX,Number(c[0]));minY=Math.min(minY,Number(c[1]));maxY=Math.max(maxY,Number(c[1]));}
      let ix0=minX,ix1=maxX,iy0=minY,iy1=maxY;
      if(bounds){ix0=Math.max(ix0,bounds.getWest());ix1=Math.min(ix1,bounds.getEast());iy0=Math.max(iy0,bounds.getSouth());iy1=Math.min(iy1,bounds.getNorth());}
      const visibleArea=Math.max(0,ix1-ix0)*Math.max(0,iy1-iy0),area=Math.max(0,maxX-minX)*Math.max(0,maxY-minY);
      const score=visibleArea>0?1e9+visibleArea:area;
      const anchor=visibleArea>0?[(ix0+ix1)/2,(iy0+iy1)/2]:[(minX+maxX)/2,(minY+maxY)/2];
      const prior=groups.get(key);if(!prior||score>prior.score)groups.set(key,{label,score,anchor,context});
    }
    return {type:"FeatureCollection",features:[...groups.values()].map((g,i)=>({type:"Feature",id:i,properties:{label:g.label,context:g.context?1:0},geometry:{type:"Point",coordinates:g.anchor}}))};
  }
  function ensureAquiferLabels15788(){
    if(!earthlineMap||!earthlineMap.isStyleLoaded||!earthlineMap.isStyleLoaded())return false;
    try{
      if(!earthlineMap.getSource(LABEL_SOURCE)){
        earthlineMap.addSource(LABEL_SOURCE,{
          type:"geojson",
          data:{type:"FeatureCollection",features:[]}
        });
      }
      if(!earthlineMap.getLayer(LABEL_LAYER)){
        earthlineMap.addLayer({
          id:LABEL_LAYER,type:"symbol",source:LABEL_SOURCE,minzoom:4.5,
          layout:{
            "visibility":"none",
            "text-field":["get","label"],
            "text-size":["interpolate",["linear"],["zoom"],4.5,12,12,13.5,16,15,19,16.5],
            "text-font":["Open Sans Bold","Arial Unicode MS Bold"],
            "text-allow-overlap":true,
            "text-ignore-placement":true,
            "text-padding":4
          },
          paint:{
            "text-color":"#ffd08a",
            "text-opacity":["interpolate",["linear"],["zoom"],4.5,1,13,.99,16,.98,19,.96],
            "text-halo-color":"rgba(24,8,0,.98)",
            "text-halo-width":3.6,
            "text-halo-blur":.12
          }
        },earthlineMap.getLayer(EARTHLINE_SWALE_CASING)
          ?EARTHLINE_SWALE_CASING:undefined);
      }
      const src=earthlineMap.getSource(LABEL_SOURCE);
      const labelData=aquiferLabelData15788();
      const signature=JSON.stringify(labelData.features.map(f=>[
        f.properties&&f.properties.label,
        f.geometry&&f.geometry.coordinates&&
          f.geometry.coordinates.map(v=>Number(v).toFixed(5))
      ]));
      if(src&&src.setData&&signature!==lastAquiferLabelSignature){
        src.setData(labelData);
        lastAquiferLabelSignature=signature;
      }
      if(earthlineMap.getLayer(EARTHLINE_AQUIFER_LABEL)){
        earthlineMap.setLayoutProperty(
          EARTHLINE_AQUIFER_LABEL,"visibility","none"
        );
      }
      if(earthlineMap.getLayer(LABEL_LAYER)){
        earthlineMap.setLayoutProperty(LABEL_LAYER,"visibility","none");
      }
      if(typeof window.earthlineApplyRendererOwnership15805==="function"){
        window.earthlineApplyRendererOwnership15805(
          (window.earthlineRegional15778||{}).mode==="regional"
            ?"regional":"property"
        );
      }
      /* EARTHLINE 16377 — the dedicated aquifer words are the final annotation
         layer, never buried by water, swales, contours, recharge, or later
         analytical-layer reordering. Renderer ownership still decides whether
         the label is visible; this changes z-order only. */
      if(earthlineMap.getLayer(LABEL_LAYER))earthlineMap.moveLayer(LABEL_LAYER);
      return true;
    }catch(e){
      console.warn("[Earthline] "+BUILD+" aquifer labels",e);
      return false;
    }
  }
  const baseAquiferStyle15788=typeof earthlineApplyAquiferLayerStyle==="function"?earthlineApplyAquiferLayerStyle:null;
  if(baseAquiferStyle15788){
    earthlineApplyAquiferLayerStyle=function(){
      const ok=baseAquiferStyle15788();if(!earthlineMap||!earthlineMap.getLayer)return ok;
      try{
        const set=(id,k,v)=>{if(earthlineMap.getLayer(id))earthlineMap.setPaintProperty(id,k,v);};
        const contextType=["match",["get","aquiferType"],["carbonate-karst-context","regional-context"],true,false];
        set(EARTHLINE_AQUIFER_FILL,"fill-opacity",["interpolate",["linear"],["zoom"],
          4,["case",contextType,.10,.20],
          10,["case",contextType,.08,.18],
          13,["case",contextType,.055,.16],
          16,["case",contextType,.028,.12],
          19,["case",contextType,.018,.09]
        ]);
        set(EARTHLINE_AQUIFER_OUTER,"line-width",["interpolate",["linear"],["zoom"],4,7,12,6,16,5.2,19,4.2]);
        set(EARTHLINE_AQUIFER_OUTER,"line-opacity",.92);set(EARTHLINE_AQUIFER_OUTER,"line-blur",.10);
        set(EARTHLINE_AQUIFER_LINE,"line-width",["interpolate",["linear"],["zoom"],4,4.4,12,4.0,16,3.6,19,3.0]);set(EARTHLINE_AQUIFER_LINE,"line-opacity",1);
        set(EARTHLINE_AQUIFER_HIGHLIGHT,"line-width",["interpolate",["linear"],["zoom"],4,1.8,16,1.6,19,1.3]);set(EARTHLINE_AQUIFER_HIGHLIGHT,"line-opacity",.88);
        set(EARTHLINE_AQUIFER_DASH,"line-width",["interpolate",["linear"],["zoom"],4,.9,16,.8,19,.7]);set(EARTHLINE_AQUIFER_DASH,"line-opacity",.58);
        if(earthlineMap.getLayer(EARTHLINE_AQUIFER_WELLS_16398)){
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_WELLS_16398,"circle-radius",["interpolate",["linear"],["zoom"],11,3.5,14,5.5,17,7]);
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_WELLS_16398,"circle-color","#ffd07a");
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_WELLS_16398,"circle-stroke-color","#3b1800");
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_WELLS_16398,"circle-stroke-width",2);
        }
        if(earthlineMap.getLayer(EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398)){
          earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398,"text-max-width",24);
          earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398,"text-line-height",1.08);
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398,"text-color","#ffd08a");
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398,"text-halo-color","rgba(18,6,0,.99)");
          earthlineMap.setPaintProperty(EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398,"text-halo-width",5.0);
        }
        if(earthlineMap.getLayer(EARTHLINE_AQUIFER_LABEL))earthlineMap.setLayoutProperty(EARTHLINE_AQUIFER_LABEL,"visibility","none");
        if(earthlineMap.getLayer(LABEL_LAYER)){
          earthlineMap.setLayoutProperty(LABEL_LAYER,"text-size",["interpolate",["linear"],["zoom"],4.5,12,12,13.5,16,15,19,16.5]);
          earthlineMap.setLayoutProperty(LABEL_LAYER,"text-allow-overlap",false);
          earthlineMap.setLayoutProperty(LABEL_LAYER,"text-ignore-placement",false);
          earthlineMap.setLayoutProperty(LABEL_LAYER,"text-padding",10);
          earthlineMap.setPaintProperty(LABEL_LAYER,"text-color","#ffd08a");
          earthlineMap.setPaintProperty(LABEL_LAYER,"text-opacity",["interpolate",["linear"],["zoom"],4.5,1,13,.99,16,.98,19,.96]);
          earthlineMap.setPaintProperty(LABEL_LAYER,"text-halo-color","rgba(24,8,0,.98)");
          earthlineMap.setPaintProperty(LABEL_LAYER,"text-halo-width",3.6);
          earthlineMap.setPaintProperty(LABEL_LAYER,"text-halo-blur",.12);
        }
        const before=[
          "earthline-official-contour-minor-15776",
          "earthline-property-flow-casing-15792",
          "earthline-living-swales-glow-15792",
          EARTHLINE_SWALE_CASING
        ].find(id=>earthlineMap.getLayer(id));
        for(const id of [EARTHLINE_AQUIFER_FILL,EARTHLINE_AQUIFER_OUTER,EARTHLINE_AQUIFER_LINE,EARTHLINE_AQUIFER_HIGHLIGHT,EARTHLINE_AQUIFER_DASH,EARTHLINE_AQUIFER_WELLS_16398,EARTHLINE_AQUIFER_EVIDENCE_LABEL_16398])
          if(earthlineMap.getLayer(id))earthlineMap.moveLayer(id,before);
        if(earthlineMap.getLayer(LABEL_LAYER))earthlineMap.moveLayer(LABEL_LAYER);
      }catch(e){console.warn("[Earthline] "+BUILD+" aquifer style",e);}
      ensureAquiferLabels15788();return true;
    };
    window.earthlineApplyAquiferLayerStyle=earthlineApplyAquiferLayerStyle;
  }
  const baseAquiferSync15788=typeof earthlineSyncAquiferLayer==="function"?earthlineSyncAquiferLayer:null;
  if(baseAquiferSync15788){
    earthlineSyncAquiferLayer=function(){const out=baseAquiferSync15788();ensureAquiferLabels15788();return out;};
    window.earthlineSyncAquiferLayer=earthlineSyncAquiferLayer;
  }
  if(typeof drawNativeAquiferVisibilityEnhancer==="function"){
    drawNativeAquiferVisibilityEnhancer=function(){return;};
    window.drawNativeAquiferVisibilityEnhancer=drawNativeAquiferVisibilityEnhancer;
  }


  function pointAudit15806(coord,index){
    if(index&&index.spatial16473){
      const minimum={road:Infinity,structure:Infinity,developed:Infinity,water:Infinity};
      for(const kind of EARTHLINE_SPATIAL_KINDS_16473)minimum[kind]=earthlineSpatialNearestKind16473(coord,index,kind);
      return {minimum,reason:earthlineSpatialHitReason16473(coord,index)||""};
    }
    const minimum={road:Infinity,structure:Infinity,developed:Infinity,water:Infinity};
    let reason="";
    for(const p of index.polygons||[]){
      const kind=p.kind;if(!(kind in minimum))continue;
      const lb=p.bbox?bboxLowerBoundM15788(coord,p.bbox):0;
      const needNearest=lb<minimum[kind],needHit=!reason&&lb<=Number(p.buffer||0);
      if(!needNearest&&!needHit)continue;
      const d=pointInRing(coord,p.ring)?0:ringDistanceM(coord,p.ring);
      if(d<minimum[kind])minimum[kind]=d;
      if(!reason&&d<=p.buffer)reason=kind;
    }
    for(const l of index.lines||[]){
      const kind=l.kind;if(!(kind in minimum))continue;
      const lb=l.bbox?bboxLowerBoundM15788(coord,l.bbox):0;
      const needNearest=lb<minimum[kind],needHit=!reason&&lb<=Number(l.buffer||0);
      if(!needNearest&&!needHit)continue;
      let d=Infinity;
      for(let i=1;i<l.coords.length;i++){
        const q=pointSegmentDistanceM(coord,l.coords[i-1],l.coords[i]);
        if(q<d)d=q;if(d===0)break;
      }
      if(d<minimum[kind])minimum[kind]=d;
      if(!reason&&d<=l.buffer)reason=kind;
    }
    return {minimum,reason};
  }
  function nearestKindDistance15806(coord,index,kind){
    return pointAudit15806(coord,index).minimum[kind]??Infinity;
  }
  function auditCorridors15806(fc,force=false){
    if(force)indexCache={stamp:"",value:null};
    const input=fc&&fc.type==="FeatureCollection"?fc:{type:"FeatureCollection",features:[]};
    const index=exclusionIndex15788(!!force);
    const perFeature=[];
    const safeFeatures=[];
    const totals={
      build:"EARTHLINE 16461",verified:!!index.available,inputSegments:(input.features||[]).length,
      safeSegments:0,unsafeSegments:0,acceptedIntersections:0,roadIntersections:0,structureIntersections:0,developedIntersections:0,waterIntersections:0,
      nearestRoadM:Infinity,nearestStructureM:Infinity,nearestDevelopedM:Infinity,nearestWaterM:Infinity,
      exclusionFeatures:index.featureCounts||{},sampleSpacingM:1.0,exactOnePass:true
    };
    if(!index.available){totals.safeSegments=totals.inputSegments;return {collection:input,stats:totals,perFeature,index};}
    for(let featureIndex=0;featureIndex<(input.features||[]).length;featureIndex++){
      const feature=input.features[featureIndex];
      const coords=feature&&feature.geometry&&feature.geometry.type==="LineString"?feature.geometry.coordinates:null;
      if(!coords||coords.length<2)continue;
      const minimum={road:Infinity,structure:Infinity,developed:Infinity,water:Infinity};
      const intersections={road:0,structure:0,developed:0,water:0};
      let sampledPoints=0;
      for(let i=1;i<coords.length;i++){
        const a=coords[i-1],b=coords[i];
        const steps=Math.max(1,Math.ceil(coordDistanceM(a,b)/1.0));
        for(let k=(i===1?0:1);k<=steps;k++){
          const t=k/steps,coord=[Number(a[0])+(Number(b[0])-Number(a[0]))*t,Number(a[1])+(Number(b[1])-Number(a[1]))*t];
          sampledPoints++;
          const pa=pointAudit15806(coord,index);
          for(const kind of ["road","structure","developed","water"])minimum[kind]=Math.min(minimum[kind],pa.minimum[kind]);
          if(pa.reason)intersections[pa.reason]=(intersections[pa.reason]||0)+1;
        }
      }
      const unsafe=Object.values(intersections).some(v=>v>0);
      const record={featureIndex,corridorId:String(feature.properties&&feature.properties.id||featureIndex+1),unsafe,intersections,minimumClearanceM:minimum,sampledPoints};
      perFeature.push(record);
      totals.nearestRoadM=Math.min(totals.nearestRoadM,minimum.road);
      totals.nearestStructureM=Math.min(totals.nearestStructureM,minimum.structure);
      totals.nearestDevelopedM=Math.min(totals.nearestDevelopedM,minimum.developed);
      totals.nearestWaterM=Math.min(totals.nearestWaterM,minimum.water);
      for(const kind of ["road","structure","developed","water"]){totals[kind+"Intersections"]+=intersections[kind]||0;totals.acceptedIntersections+=intersections[kind]||0;}
      if(unsafe)totals.unsafeSegments++;else{totals.safeSegments++;safeFeatures.push(feature);}
    }
    for(const key of ["nearestRoadM","nearestStructureM","nearestDevelopedM","nearestWaterM"]){
      if(!Number.isFinite(totals[key]))totals[key]=null;else totals[key]=Number(totals[key].toFixed(2));
    }
    return {collection:{type:"FeatureCollection",features:safeFeatures},stats:totals,perFeature,index};
  }
  window.earthlineFilterCorridors15788=function(fc,force=false){
    if(force)indexCache={stamp:"",value:null};
    return filterCorridors15788(fc);
  };
  window.earthlineAuditCorridorClearance15806=auditCorridors15806;
  window.earthlineExclusionIndex15788=function(force=false){
    if(force)indexCache={stamp:"",value:null};
    return exclusionIndex15788(!!force);
  };

  function refresh15788(){
    indexCache={stamp:"",value:null};
    installSourceInterceptor15788();
    try{earthlineApplyAquiferLayerStyle();ensureAquiferLabels15788();}catch(e){}
    caveat15788();
  }
  try{
    if(earthlineMap){
      earthlineMap.on("style.load",()=>setTimeout(refresh15788,35));
      earthlineMap.on("styledata",()=>{}); // 16487 neutralized.
      earthlineMap.on("moveend",()=>{indexCache={stamp:"",value:null};ensureAquiferLabels15788();});
      earthlineMap.on("zoomend",()=>{indexCache={stamp:"",value:null};ensureAquiferLabels15788();});
      earthlineMap.on("idle",()=>{}); // 16487 neutralized.
    }
  }catch(e){}

  window.earthlineBuild15788Audit=()=>({
    build:BUILD,
    exclusionIndex:exclusionIndex15788(true),
    exclusionDiagnostics:M.exclusionDiagnostics15788||null,
    vectorCoverage:M.vectorNoBuildCoverage||null,
    swaleDiagnosticsStage:M.swaleDiagnostics&&M.swaleDiagnostics.stage||null,
    capturedRuns:window.earthline15788RunDiagnostics||{},
    authoritativeAquiferRenderer:"Mapbox polygon + one dedicated point-label source; analytical canvas disabled",
    aquiferLabelFeatureCount:(earthlineMap&&earthlineMap.getSource(LABEL_SOURCE)&&aquiferLabelData15788().features.length)||0
  });
  window.earthlineBuild15788PrintAcceptance=()=>{
    const runs=window.earthline15788RunDiagnostics||{};
    for(const name of ["Essex","Glenwood"]){
      console.group("[Earthline] "+BUILD+" acceptance — "+name);
      if(runs[name]){console.table(runs[name].stage);console.table(runs[name].exclusions);}else console.warn(name+" has not been run in this browser session.");
      console.groupEnd();
    }
    return runs;
  };

  const stamp=document.getElementById("earthlineFooterBuild15784");if(stamp)stamp.textContent=BUILD;
  setTimeout(refresh15788,250);
  console.log("[Earthline] "+BUILD+" installed — consistent corridor exclusions and authoritative translucent aquifer rendering.");
})();
</script>
<style id="earthline-build-15790-diagnostic-css">
/* BUILD-CHECK-15791 — terrain handoff and level-generator evidence layer. */
#earthlineExclusionCaveat15788{display:none!important}
#earthlineDiagnosticsBanner15790{
  position:absolute;
  left:50%;
  top:12px;
  transform:translateX(-50%);
  z-index:97;
  display:none;
  width:min(760px,calc(100% - 150px));
  max-height:34%;
  overflow:auto;
  padding:9px 11px;
  border:1px solid rgba(78,201,255,.62);
  border-radius:10px;
  background:rgba(5,16,27,.94);
  box-shadow:0 9px 28px rgba(0,0,0,.44);
  color:#dff5ff;
  font:700 10px/1.45 ui-monospace,SFMono-Regular,Consolas,monospace;
  white-space:pre-wrap;
  pointer-events:none;
}
#earthlineDiagnosticsBanner15790.visible{display:block}
#earthlineDiagnosticsBanner15790 .download{
  float:right;
  margin-left:10px;
  padding:5px 8px;
  border:1px solid rgba(114,220,255,.55);
  border-radius:6px;
  background:#12344c;
  color:#e9f9ff;
  font:900 8px/1 system-ui,sans-serif;
  letter-spacing:.05em;
  pointer-events:auto;
  cursor:pointer;
}
#earthlineDiagnosticsBanner15790 .title{
  display:block;
  margin-bottom:5px;
  color:#72dcff;
  font:900 10px/1.2 system-ui,sans-serif;
  letter-spacing:.08em;
  text-transform:uppercase;
}
@media(max-width:900px){
  #earthlineDiagnosticsBanner15790{top:10px;width:calc(100% - 92px);max-height:40%;font-size:8.5px}
}
</style>
<script>
/* BUILD-CHECK-15791 — TERRAIN-HANDOFF + LEVEL-GENERATOR DIAGNOSTIC.
   Exposes the prescriber's height-domain inputs and bounded level-step guards.
   Downstream contour tracing, rejection, spacing, hydrology, confidence, and
   rendering logic remain unchanged. The duplicate caveat remains suppressed. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15791";
  const asNum=v=>Number.isFinite(Number(v))?Number(v):0;

  function rawStage15790(){
    return M&&M.swaleDiagnostics&&M.swaleDiagnostics.stage
      ?M.swaleDiagnostics.stage
      :{};
  }
  function stage15790(){
    const s=rawStage15790();
    return {
      levels:asNum(s.levels),
      seeds:asNum(s.seeds),
      traces:asNum(s.traces),
      segments:asNum(s.segments),
      rejectShort:asNum(s.rejectShort),
      rejectOverlap:asNum(s.rejectOverlap),
      rejectSpacing:asNum(s.rejectSpacing!=null?s.rejectSpacing:s.rejectFinalSpacing),
      rejectConversion:asNum(s.rejectConversion),
      candidates:asNum(s.candidates),
      beforeDedupe:asNum(s.beforeDedupe),
      afterDedupe:asNum(s.afterDedupe),
      final:asNum(s.final),
      noBuildMaskCandidateRejects:asNum(s.noBuildMaskCandidateRejects),
      noBuildMaskPointRejects:asNum(s.noBuildMaskPointRejects),
      noBuildRejected:asNum(s.noBuildRejected),
      noBuildRemoved:asNum(s.noBuildRemoved),
      noBuildClipped:asNum(s.noBuildClipped),
      noBuildRoadHits:asNum(s.noBuildRoadHits),
      noBuildStructureHits:asNum(s.noBuildStructureHits),
      noBuildDevelopedHits:asNum(s.noBuildDevelopedHits),
      noBuildWaterHits:asNum(s.noBuildWaterHits)
    };
  }
  function place15790(){
    return String(
      M&&M.loc&&(M.loc.fullName||M.loc.name)||
      document.getElementById("searchInput")&&document.getElementById("searchInput").value||
      "current property run"
    );
  }
  function banner15790(){
    /* EARTHLINE 16259 — production cleanup: keep diagnostic capture/reporting
       available to the console/download helpers, but never create the legacy
       live prescription counter overlay on the map. */
    const el=document.getElementById("earthlineDiagnosticsBanner15790");
    if(el)el.remove();
    return null;
  }
  function levelGenerator15790(){
    const d=M&&M.swaleDiagnostics&&M.swaleDiagnostics.levelGenerator||{};
    const val=(v,digits=3)=>Number.isFinite(Number(v))?Number(v).toFixed(digits):"—";
    return {
      minH:val(d.minH,2),maxH:val(d.maxH,2),medSlope:val(d.medSlope,5),
      levelStep:val(d.levelStep,4),cellM:val(d.cellM,3),
      GW:Number.isFinite(Number(d.GW))?Number(d.GW):null,
      GH:Number.isFinite(Number(d.GH))?Number(d.GH):null,
      elevationArrayLength:Number.isFinite(Number(d.elevationArrayLength))?Number(d.elevationArrayLength):null,
      rawFiniteCount:Number.isFinite(Number(d.rawFiniteCount))?Number(d.rawFiniteCount):0,
      safeCount:Number.isFinite(Number(d.safeCount))?Number(d.safeCount):0,
      fallback:String(d.levelDomainFallback||"none"),
      assertion:String(d.assertion||"not-recorded")
    };
  }
  function stageText15790(s,lg=levelGenerator15790()){
    return [
      `minH ${lg.minH} | maxH ${lg.maxH} | medSlope ${lg.medSlope} | levelStep ${lg.levelStep} | cellM ${lg.cellM}`,
      `grid ${lg.GW==null?"—":lg.GW}×${lg.GH==null?"—":lg.GH} | elevation length ${lg.elevationArrayLength==null?"—":lg.elevationArrayLength} | finite parcel ${lg.rawFiniteCount} | safe ${lg.safeCount}`,
      (()=>{const h=M&&M.terrainHandoff15791&&M.terrainHandoff15791.checkpoints||{};const a=h["after-terrain-ready"]||{},b=h["before-prescriber"]||{},c=h["prescriber-entry"]||{};return `handoff terrain ${a.elevationArrayLength??"—"} | before ${b.elevationArrayLength??"—"} | entry ${c.elevationArrayLength??"—"} | grid ${c.GW??"—"}×${c.GH??"—"}`;})(),
      `level assertion ${lg.assertion} | level domain ${lg.fallback}`,
      `levels ${s.levels} | seeds ${s.seeds} | traces ${s.traces} | segments ${s.segments}`,
      `rejectShort ${s.rejectShort} | rejectOverlap ${s.rejectOverlap} | rejectSpacing ${s.rejectSpacing} | rejectConversion ${s.rejectConversion}`,
      `candidates ${s.candidates} | beforeDedupe ${s.beforeDedupe} | afterDedupe ${s.afterDedupe} | final ${s.final}`,
      `noBuild candidate ${s.noBuildMaskCandidateRejects} | point ${s.noBuildMaskPointRejects} | geographic ${s.noBuildRejected}`,
      `noBuild removed ${s.noBuildRemoved} | clipped ${s.noBuildClipped} | roads ${s.noBuildRoadHits} | structures ${s.noBuildStructureHits} | developed ${s.noBuildDevelopedHits} | water ${s.noBuildWaterHits}`
    ].join("\n");
  }
  function show15790(report){
    const el=banner15790();if(!el)return;
    el.innerHTML="";
    const download=document.createElement("button");download.type="button";download.className="download";
    download.textContent="DOWNLOAD RAW REPORT";
    download.addEventListener("click",e=>{e.preventDefault();e.stopPropagation();window.earthlineBuild15790DownloadReport();});
    const title=document.createElement("span");title.className="title";
    title.textContent=BUILD+" · live prescription counters · "+report.place;
    const pre=document.createElement("span");pre.textContent=stageText15790(report.stage);
    el.appendChild(download);el.appendChild(title);el.appendChild(pre);el.classList.add("visible");
  }
  function capture15790(reason,message){
    const raw=Object.assign({},rawStage15790());
    const stage=stage15790();
    const report={
      build:String(window.EARTHLINE_BUILD||BUILD),
      capturedAt:new Date().toISOString(),
      reason:String(reason||"manual"),
      place:place15790(),
      message:String(message||""),
      engine:M&&M.swaleDiagnostics&&M.swaleDiagnostics.engine||null,
      rawStage:raw,
      stage,
      levelGenerator:Object.assign({},M&&M.swaleDiagnostics&&M.swaleDiagnostics.levelGenerator||{}),
      terrainHandoff:M&&M.terrainHandoff15791?JSON.parse(JSON.stringify(M.terrainHandoff15791)):null,
      generated:Array.isArray(M&&M.swales)?M.swales.length:0,
      spacingStats:M&&M.spacingStats||null,
      exclusionConfidence:M&&M.exclusionConfidence||null,
      vectorNoBuildCoverage:M&&M.vectorNoBuildCoverage||null,
      diagnosticsEnvelope:M&&M.swaleDiagnostics||null
    };
    const key=/essex|sleepy hollow/i.test(report.place)?"Essex":/glenwood/i.test(report.place)?"Glenwood":"Other";
    window.earthline15790LiveReports=window.earthline15790LiveReports||{};
    window.earthline15790LiveReports[key]=report;
    window.earthline15790LastReport=report;
    try{localStorage.setItem("earthline-build-15790-last-report",JSON.stringify(report));}catch(e){}
    console.group("[Earthline] "+BUILD+" raw live report — "+report.place);
    console.table(raw);
    console.table(stage);
    console.log(report);
    console.groupEnd();
    show15790(report);
    return report;
  }
  function markdown15790(report){
    const r=report||window.earthline15790LastReport;
    if(!r)return "# "+BUILD+" LIVE REPORT\n\nNo property run has been captured in this browser session.\n";
    const rows=Object.entries(r.stage).map(([k,v])=>`| ${k} | ${v} |`).join("\n");
    return [
      `# ${BUILD} — LIVE PROPERTY DIAGNOSTIC`,
      "",
      `- Captured: ${r.capturedAt}`,
      `- Place: ${r.place}`,
      `- Engine: ${r.engine||"unknown"}`,
      `- Generated corridors: ${r.generated}`,
      `- Exclusion confidence: ${r.exclusionConfidence||"unknown"}`,
      `- Completion message: ${r.message||"—"}`,
      "",
      "## Raw counter table",
      "",
      "| Counter | Value |",
      "|---|---:|",
      rows,
      "",
      "## Level-generator inputs",
      "",
      "```json",
      JSON.stringify(r.levelGenerator||{},null,2),
      "```",
      "",
      "## Terrain handoff checkpoints",
      "",
      "```json",
      JSON.stringify(r.terrainHandoff||{},null,2),
      "```",
      "",
      "## Raw `M.swaleDiagnostics.stage` JSON",
      "",
      "```json",
      JSON.stringify(r.rawStage,null,2),
      "```",
      "",
      "## Full captured report JSON",
      "",
      "```json",
      JSON.stringify(r,null,2),
      "```",
      ""
    ].join("\n");
  }
  function removeDuplicateCaveat15790(){
    document.querySelectorAll("#earthlineExclusionCaveat15788").forEach(el=>el.remove());
  }
  removeDuplicateCaveat15790();
  /* 16315: this legacy caveat is already removed on install. Do not watch the entire
     body forever; clean once again only when a scientific result publishes. */
  document.addEventListener('earthline:analysis-complete',removeDuplicateCaveat15790,{passive:true});

  const baseReady15790=earthlineReady;
  earthlineReady=function(msg="Ready"){
    if(/^Property prescription complete/i.test(String(msg))){
      const report=capture15790("property-complete",msg);
      return baseReady15790(msg+" Diagnostics: "+stageText15790(report.stage).replace(/\n/g," · "));
    }
    return baseReady15790(msg);
  };
  window.earthlineBuild15790Capture=()=>capture15790("manual","");
  window.earthlineBuild15790Report=()=>window.earthline15790LastReport||null;
  window.earthlineBuild15790Markdown=()=>markdown15790();
  window.earthlineBuild15790Print=()=>{
    const r=window.earthline15790LastReport||capture15790("manual-print","");
    console.table(r.rawStage);console.table(r.stage);return r;
  };
  window.earthlineBuild15790DownloadReport=()=>{
    const body=markdown15790(),blob=new Blob([body],{type:"text/markdown;charset=utf-8"});
    const a=document.createElement("a");a.href=URL.createObjectURL(blob);
    a.download="BUILD-CHECK-15791-LIVE-DIAGNOSTIC.md";a.click();setTimeout(()=>URL.revokeObjectURL(a.href),500);
  };
  window.earthlineBuild15790Audit=()=>({
    build:BUILD,
    scope:"terrain handoff restored by authoritative canopy precondition; contour/rejection/spacing logic unchanged",
    lastReport:window.earthline15790LastReport||null,
    terrainHandoff:M&&M.terrainHandoff15791||null,
    canopyOwner:"earthlineBuildCanopyField15791",
    capturedRuns:window.earthline15790LiveReports||{},
    authoritativeCaveatId:"earthlineExclusionCaveat15786",
    duplicate15788CaveatCount:document.querySelectorAll("#earthlineExclusionCaveat15788").length,
    diagnosticsBannerVisible:!!(document.getElementById("earthlineDiagnosticsBanner15790")&&document.getElementById("earthlineDiagnosticsBanner15790").classList.contains("visible"))
  });
  window.earthlineBuild15791Audit=window.earthlineBuild15790Audit;
  window.earthlineBuild15791Report=window.earthlineBuild15790Report;
  window.earthlineBuild15791Capture=window.earthlineBuild15790Capture;
  window.earthlineBuild15791DownloadReport=window.earthlineBuild15790DownloadReport;
  const stamp=document.getElementById("earthlineFooterBuild15784");if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — authoritative canopy precondition restores the DEM-to-prescriber handoff; contour/rejection/spacing logic unchanged.");
})();
</script>
<style id="earthline-build-15792-living-renderer-css">
/* BUILD-CHECK-15792 — renderer-only restoration: living swales + persistent water paths. */
#earthlineDiagnosticsBanner15790{max-height:28%}
</style>
<script>
/* BUILD-CHECK-15792 — LIVING SWALES + PERSISTENT PROPERTY WATER PATHS.
   Scope is renderer-only. Prescription, spacing, exclusions, confidence,
   hydrology arrays and terrain handoff are unchanged.

   One authoritative geometry stream feeds a layered visual treatment:
   earth/soil bed -> living green contour -> blue infiltration ribbon.
   Property water paths are rendered natively by Mapbox from the existing
   D8 direction and flow-accumulation arrays so they cannot disappear when
   the analytical canvas is invalidated or repainted. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15792";
  const LEGACY_SWALE_SOURCE="earthline-swales";
  const LEGACY_SWALE_LAYERS=["earthline-swales-casing","earthline-swales-line"];
  const SWALE_SOURCE="earthline-living-swales-15792";
  const SWALE_GLOW="earthline-living-swales-glow-15792";
  const SWALE_EARTH="earthline-living-swales-earth-15792";
  const SWALE_LIFE="earthline-living-swales-life-15792";
  const SWALE_WATER="earthline-living-swales-water-15792";
  const FLOW_SOURCE="earthline-property-flow-15792";
  const FLOW_CASING="earthline-property-flow-casing-15792";
  const FLOW_LINE="earthline-property-flow-line-15792";
  const FLOW_PULSE="earthline-property-flow-pulse-15792";
  const FLOW_ARROWS="earthline-property-flow-arrows-15792";
  const emptyFC=()=>({type:"FeatureCollection",features:[]});
  let wrappedLegacySource=null;
  let lastFlowSignature="";
  let lastSwaleSignature="";
  let lastFlowData=emptyFC();
  let lastSwaleData=emptyFC();
  // BUILD-CHECK-15799: Mapbox can replace a custom source object during style
  // reconstruction. A matching data signature is not sufficient if the source
  // instance itself is new and empty.
  let lastFlowSource15799=null;
  let lastSwaleSource15799=null;
  let animationStarted=false;
  let lastAnimationPaint=0;

  function mapReady(){
    return !!(typeof earthlineMap!=="undefined"&&earthlineMap&&earthlineMap.isStyleLoaded&&earthlineMap.isStyleLoaded());
  }
  function activeProperty(){
    const s=window.earthlineRegional15778||{};
    return !!(M&&M.analysisReady&&s.mode==="property"&&!s.active);
  }
  function layerVisible(id,on){
    try{if(earthlineMap.getLayer(id))earthlineMap.setLayoutProperty(id,"visibility",on?"visible":"none");}catch(e){}
  }
  function safeData(data){
    if(data&&data.type==="FeatureCollection"&&Array.isArray(data.features))return data;
    if(typeof data==="string"){
      try{const parsed=JSON.parse(data);if(parsed&&parsed.type==="FeatureCollection")return parsed;}catch(e){}
    }
    return emptyFC();
  }
  function hideLegacySwales(){
    for(const id of LEGACY_SWALE_LAYERS)layerVisible(id,false);
  }

  function ensureSources15792(){
    if(!mapReady())return false;
    try{
      if(!earthlineMap.getSource(SWALE_SOURCE))earthlineMap.addSource(SWALE_SOURCE,{type:"geojson",lineMetrics:true,data:emptyFC()});
      if(!earthlineMap.getSource(FLOW_SOURCE))earthlineMap.addSource(FLOW_SOURCE,{type:"geojson",lineMetrics:true,data:emptyFC()});
      return true;
    }catch(e){console.warn("[Earthline] "+BUILD+" source setup",e);return false;}
  }
  function addLayer(spec,before){
    try{if(!earthlineMap.getLayer(spec.id))earthlineMap.addLayer(spec,before);return true;}catch(e){console.warn("[Earthline] "+BUILD+" layer "+spec.id,e);return false;}
  }
  function ensureLayers15792(){
    if(!ensureSources15792())return false;
    const beforeLegacy=earthlineMap.getLayer("earthline-swales-casing")?"earthline-swales-casing":undefined;

    /* BUILD-CHECK-15804 — VISUAL HIERARCHY ONLY.
       Modeled runoff paths are intentionally light contextual information.
       Proposed bioswales are the dominant intervention and render above them. */
    addLayer({id:FLOW_CASING,type:"line",source:FLOW_SOURCE,layout:{"line-cap":"round","line-join":"round"},paint:{
      "line-color":"#06243a","line-opacity":.34,
      "line-width":["interpolate",["linear"],["zoom"],12,1.45,15,1.85,17,2.25,20,2.8],
      "line-blur":.18
    }},beforeLegacy);
    addLayer({id:FLOW_LINE,type:"line",source:FLOW_SOURCE,layout:{"line-cap":"round","line-join":"round"},paint:{
      "line-gradient":["interpolate",["linear"],["line-progress"],0,"#0879bf",.36,"#1ba9dc",.70,"#76d9ef",1,"#c8f4fa"],
      "line-opacity":.72,
      "line-width":["interpolate",["linear"],["zoom"],12,.72,15,1.02,17,1.34,20,1.72]
    }},beforeLegacy);
    addLayer({id:FLOW_PULSE,type:"line",source:FLOW_SOURCE,layout:{"line-cap":"round","line-join":"round"},paint:{
      "line-gradient":["interpolate",["linear"],["line-progress"],0,"rgba(255,255,255,0)",.30,"rgba(175,239,249,.12)",.52,"rgba(230,252,255,.48)",.74,"rgba(125,218,237,.12)",1,"rgba(255,255,255,0)"],
      "line-opacity":.34,
      "line-width":["interpolate",["linear"],["zoom"],12,.28,15,.42,17,.56,20,.72],
      "line-blur":.08
    }},beforeLegacy);
    addLayer({id:FLOW_ARROWS,type:"symbol",source:FLOW_SOURCE,layout:{
      "symbol-placement":"line","symbol-spacing":["interpolate",["linear"],["zoom"],12,160,16,118,20,92],
      "text-field":"➤","text-size":["interpolate",["linear"],["zoom"],12,6.5,16,8.2,20,10],
      "text-rotation-alignment":"map","text-pitch-alignment":"map","text-keep-upright":false,
      "text-allow-overlap":false,"text-ignore-placement":false
    },paint:{"text-color":"#c7f1f8","text-halo-color":"#0a3043","text-halo-width":.72,"text-opacity":.76}},beforeLegacy);

    addLayer({id:SWALE_GLOW,type:"line",source:SWALE_SOURCE,layout:{"line-cap":"round","line-join":"round"},paint:{
      /* EARTHLINE 16521 — same living-swale underlay owner; darker, stronger green outline only. */
      "line-color":"#123d24",
      "line-width":["interpolate",["linear"],["zoom"],12,13.5,15,15.8,16.5,17.8,18,20.0,20,22.0],
      "line-opacity":.58,"line-blur":.18
    }},beforeLegacy);
    addLayer({id:SWALE_EARTH,type:"line",source:SWALE_SOURCE,layout:{"line-cap":"round","line-join":"round"},paint:{
      "line-color":"#65452b",
      "line-width":["interpolate",["linear"],["zoom"],12,7.6,15,9.4,16.5,11.0,18,12.8,20,14.2],
      "line-opacity":.93
    }},beforeLegacy);
    addLayer({id:SWALE_LIFE,type:"line",source:SWALE_SOURCE,layout:{"line-cap":"round","line-join":"round"},paint:{
      "line-gradient":["interpolate",["linear"],["line-progress"],0,"#4f783d",.18,"#76934e",.38,"#9b7d42",.58,"#5c7f43",.80,"#477160",1,"#66884a"],
      "line-width":["interpolate",["linear"],["zoom"],12,4.8,15,6.1,16.5,7.2,18,8.4,20,9.4],
      "line-opacity":.91
    }},beforeLegacy);
    addLayer({id:SWALE_WATER,type:"line",source:SWALE_SOURCE,layout:{"line-cap":"round","line-join":"round"},paint:{
      /* EARTHLINE 16521 — same water-ribbon owner, modestly more blue/visible. */
      "line-gradient":["interpolate",["linear"],["line-progress"],0,"#1f79a6",.25,"#349dcc",.52,"#67bee4",.76,"#348fb9",1,"#226f94"],
      "line-width":["interpolate",["linear"],["zoom"],12,1.25,15,1.75,16.5,2.20,18,2.65,20,3.10],
      "line-opacity":.66,"line-blur":0
    }},beforeLegacy);

    // Explicit order: terrain/aquifer context -> water paths -> living swales.
    try{
      for(const id of [FLOW_CASING,FLOW_LINE,FLOW_PULSE,FLOW_ARROWS,SWALE_GLOW,SWALE_EARTH,SWALE_LIFE,SWALE_WATER]){
        if(earthlineMap.getLayer(id))earthlineMap.moveLayer(id,beforeLegacy);
      }
    }catch(e){}
    hideLegacySwales();
    return true;
  }

  function authoritativeSwaleData15792(){
    const regional=window.earthlineRegional15778||{};
    const propertyMode=!!(
      M&&M.analysisReady&&regional.mode==="property"&&!regional.active
    );

    if(propertyMode){
      const verified=!!(
        M.propertyResultLock15815&&M.propertyResultLock15815.safetyVerified===true&&
        M.safetyAudit15806&&M.safetyAudit15806.verified===true
      );
      if(
        verified&&M.authoritativeSafeSwales15815&&
        M.authoritativeSafeSwales15815.type==="FeatureCollection"
      )return safeData(M.authoritativeSafeSwales15815);
      return emptyFC();
    }

    if(regional.active&&regional.swales){
      return safeData(regional.swales);
    }

    const legacySource=earthlineMap&&earthlineMap.getSource&&
      earthlineMap.getSource(LEGACY_SWALE_SOURCE);
    if(legacySource&&legacySource._data){
      const legacy=safeData(legacySource._data);
      if(legacy.features.length)return legacy;
    }

    return emptyFC();
  }
  function syncLivingSwales15792(data,force=false){
    if(!ensureLayers15792()){
      M.livingSwaleRenderer15792={
        features:0,visible:false,source:SWALE_SOURCE,
        legacyHidden:true,reason:"map-style-not-ready"
      };
      return false;
    }

    const regional=window.earthlineRegional15778||{};
    const committedProperty=!!(
      M&&M.analysisReady&&
      regional.mode==="property"&&!regional.active&&
      M.propertyPublication15816&&
      M.propertyPublication15816.committed===true
    );
    const committedData=(
      committedProperty&&
      M.propertyResultLock15815&&M.propertyResultLock15815.safetyVerified===true&&
      M.safetyAudit15806&&M.safetyAudit15806.verified===true&&
      M.authoritativeSafeSwales15815&&
      M.authoritativeSafeSwales15815.type==="FeatureCollection"&&
      Array.isArray(M.authoritativeSafeSwales15815.features)
    )
      ?M.authoritativeSafeSwales15815
      :null;

    // A committed property result always outranks data supplied by the legacy
    // source interceptor. This prevents a later empty legacy update from
    // erasing the accepted prescription.
    const fc=safeData(committedData||data||authoritativeSwaleData15792());
    const signature=[
      M&&M.searchGen,
      fc.features.length,
      fc.features.map(f=>
        f&&f.geometry&&f.geometry.coordinates&&
        f.geometry.coordinates.length||0
      ).join(",")
    ].join("|");

    const src=earthlineMap.getSource(SWALE_SOURCE);
    const sourceChanged=!!src&&src!==lastSwaleSource15799;
    if(sourceChanged)lastSwaleSource15799=src;

    // A committed result is small and must be republished on every authoritative
    // refresh. Signature caching is not allowed to conceal an externally emptied
    // Mapbox source.
    if(
      src&&src.setData&&
      (force||committedProperty||sourceChanged||signature!==lastSwaleSignature)
    ){
      lastSwaleSignature=signature;
      lastSwaleData=fc;
      src.setData(fc);
    }

    if(typeof window.earthlineSyncNaturalSwalePlanting15806==="function"){
      window.earthlineSyncNaturalSwalePlanting15806(fc);
    }

    const toggle=!!(
      M&&M.layers&&M.layers.swales&&M.layers.swales.on
    );
    const show=toggle&&fc.features.length>0;

    for(const id of [
      SWALE_GLOW,SWALE_EARTH,SWALE_LIFE,SWALE_WATER
    ])layerVisible(id,show);

    if(typeof window.earthlineSetNaturalSwalePlantingVisible15806==="function"){
      window.earthlineSetNaturalSwalePlantingVisible15806(show);
    }

    hideLegacySwales();
    M.livingSwaleRenderer15792={
      build:"BUILD-CHECK-15817",
      features:fc.features.length,
      visible:show,
      source:SWALE_SOURCE,
      sourceReady:!!src,
      committedProperty,
      legacyHidden:true,
      safetyVetted:!!(
        M&&M.safetyAudit15806&&M.safetyAudit15806.verified
      ),
      acceptedIntersections:M&&M.safetyAudit15806
        ?M.safetyAudit15806.acceptedIntersections:null,
      deliveredAt:Date.now()
    };

    if(typeof window.earthlineRenderSafetyPanel15806==="function"){
      window.earthlineRenderSafetyPanel15806();
    }
    return show;
  }

  function installLegacyCapture15792(){
    if(!mapReady())return false;
    const src=earthlineMap.getSource(LEGACY_SWALE_SOURCE);
    if(!src||src===wrappedLegacySource||src.__earthline15792)return !!src;
    const prior=src.setData&&src.setData.bind(src);
    if(!prior)return false;
    try{
      src.setData=function(data){
        const out=prior(data);
        const regional=window.earthlineRegional15778||{};
        const committedProperty=!!(
          M&&M.analysisReady&&
          regional.mode==="property"&&!regional.active&&
          M.propertyPublication15816&&
          M.propertyPublication15816.committed===true
        );
        if(committedProperty){
          syncLivingSwales15792(undefined,true);
        }else{
          const filtered=safeData(src._data||data);
          syncLivingSwales15792(filtered,true);
        }
        hideLegacySwales();
        return out;
      };
      src.__earthline15792=true;
      wrappedLegacySource=src;
      return true;
    }catch(e){
      console.warn("[Earthline] "+BUILD+" source capture",e);
      return false;
    }
  }

  function smoothPath15792(pts){
    let out=pts||[];
    const passes=out.length>13?2:(out.length>6?1:0);
    for(let pass=0;pass<passes;pass++){
      const q=[out[0]];
      for(let i=0;i<out.length-1;i++){
        const a=out[i],b=out[i+1];
        q.push([a[0]*.72+b[0]*.28,a[1]*.72+b[1]*.28]);
        q.push([a[0]*.28+b[0]*.72,a[1]*.28+b[1]*.72]);
      }
      q.push(out[out.length-1]);out=q;
    }
    return out;
  }
  function valleyPoint15792(x,y,d){
    if(d<0)return [x+.5,y+.5];
    const vx=D8X[d],vy=D8Y[d],mag=Math.hypot(vx,vy)||1,px=-vy/mag,py=vx/mag;
    let best=[x+.5,y+.5],bestH=hAt(best[0],best[1]);
    for(const off of [-.42,-.24,0,.24,.42]){
      const q=[x+.5+px*off,y+.5+py*off],hh=hAt(q[0],q[1]);
      if(hh<bestH){bestH=hh;best=q;}
    }
    return best;
  }
  function flowGeoJSON15792(){
    if(!M||!M.analysisReady||!M.dir||!M.acc||!M.h||!M.dir.length||!GW||!GH)return emptyFC();
    const total=GW*GH;
    if(M.dir.length<total||M.acc.length<total)return emptyFC();
    const baseThr=Math.max(2,typeof streamThreshold==="function"?Number(streamThreshold()||2):2);
    let displayThr=Math.max(2,baseThr*.62);
    const active=new Uint8Array(total),upstream=new Uint8Array(total);
    const fillActive=()=>{
      active.fill(0);let count=0;
      for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
        const i=idx(x,y);if(Number(M.acc[i]||0)>=displayThr&&(!M.inP||M.inP[i])){active[i]=1;count++;}
      }
      return count;
    };
    let activeCount=fillActive();
    // Property terrain can have a high global stream threshold even when the
    // visible parcel contains meaningful sheet-flow tributaries. If the normal
    // threshold yields almost nothing, derive a local 88th-percentile threshold
    // from the already-computed accumulation grid rather than showing no water.
    if(activeCount<12){
      const local=[];
      for(let i=0;i<total;i++)if((!M.inP||M.inP[i])&&Number.isFinite(Number(M.acc[i])))local.push(Number(M.acc[i]));
      if(local.length){local.sort((a,b)=>a-b);displayThr=Math.max(2,local[Math.max(0,Math.floor(local.length*.88)-1)]||2);activeCount=fillActive();}
    }
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);if(!active[i])continue;const d=M.dir[i];if(d<0)continue;
      const nx=x+D8X[d],ny=y+D8Y[d];if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
      const ni=idx(nx,ny);if(active[ni]&&upstream[ni]<255)upstream[ni]++;
    }
    const segments=[];
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const start=idx(x,y);if(!active[start]||upstream[start]===1)continue;
      const d0=M.dir[start];if(d0<0)continue;
      let cx=x,cy=y,ci=start,guard=0,maxA=Number(M.acc[start]||0);
      const pts=[valleyPoint15792(cx,cy,d0)];
      while(guard++<900){
        const d=M.dir[ci];if(d<0)break;
        const nx=cx+D8X[d],ny=cy+D8Y[d];if(nx<0||ny<0||nx>=GW||ny>=GH)break;
        const ni=idx(nx,ny);if(!active[ni])break;
        cx=nx;cy=ny;ci=ni;maxA=Math.max(maxA,Number(M.acc[ni]||0));
        pts.push(valleyPoint15792(cx,cy,M.dir[ci]));
        if(upstream[ci]!==1)break;
      }
      let len=0;for(let k=1;k<pts.length;k++)len+=Math.hypot(pts[k][0]-pts[k-1][0],pts[k][1]-pts[k-1][1]);
      if(len<1.7&&maxA/displayThr<1.9)continue;
      if(pts.length<2)continue;
      segments.push({pts,maxA,len});
    }
    segments.sort((a,b)=>b.maxA-a.maxA);
    const maxAcc=Math.max(displayThr+1,Number(M.maxAcc||displayThr+1));
    const features=[];
    for(const seg of segments.slice(0,240)){
      const pts=smoothPath15792(seg.pts),coords=[];
      for(const p of pts){
        try{const ll=earthlineGridToLngLat(p[0],p[1]);if(Array.isArray(ll)&&Number.isFinite(ll[0])&&Number.isFinite(ll[1]))coords.push(ll);}catch(e){}
      }
      if(coords.length<2)continue;
      const strength=Math.max(0,Math.min(1,Math.log(seg.maxA/displayThr+1)/Math.log(maxAcc/displayThr+1)));
      features.push({type:"Feature",properties:{strength:Number(strength.toFixed(4)),accumulation:Math.round(seg.maxA)},geometry:{type:"LineString",coordinates:coords}});
    }
    return {type:"FeatureCollection",features};
  }

  function earthlineFallbackFlowGeoJSON15823(){
    if(
      !M||!M.analysisReady||!M.dir||!M.acc||
      !M.dir.length||!M.acc.length||!GW||!GH
    )return emptyFC();

    const total=GW*GH;
    const values=[];
    for(let i=0;i<total;i++){
      if(M.inP&&!M.inP[i])continue;
      const acc=Number(M.acc[i]);
      const dir=Number(M.dir[i]);
      if(Number.isFinite(acc)&&acc>0&&dir>=0)values.push(acc);
    }
    if(!values.length)return emptyFC();

    values.sort((a,b)=>a-b);
    const threshold=Math.max(
      2,
      Number(values[Math.max(0,Math.floor(values.length*.84)-1)]||2)
    );

    const active=new Uint8Array(total);
    const upstream=new Uint8Array(total);
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);
      if(M.inP&&!M.inP[i])continue;
      if(Number(M.acc[i]||0)>=threshold&&Number(M.dir[i])>=0)active[i]=1;
    }

    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);
      if(!active[i])continue;
      const d=Number(M.dir[i]);
      const nx=x+D8X[d],ny=y+D8Y[d];
      if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
      const ni=idx(nx,ny);
      if(active[ni]&&upstream[ni]<255)upstream[ni]++;
    }

    const starts=[];
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);
      if(!active[i])continue;
      if(upstream[i]!==1){
        starts.push({x,y,i,acc:Number(M.acc[i]||0)});
      }
    }
    starts.sort((a,b)=>(b.acc-a.acc)||(a.i-b.i));

    const features=[];
    const claimed=new Uint8Array(total);
    const maxAcc=Math.max(threshold+1,Number(M.maxAcc||threshold+1));

    for(const start of starts){
      if(features.length>=180)break;
      if(claimed[start.i])continue;

      const coords=[];
      const visited=new Set();
      let x=start.x,y=start.y,i=start.i,guard=0,maxA=start.acc;

      while(guard++<700){
        if(i<0||i>=total||visited.has(i))break;
        visited.add(i);
        if(M.inP&&!M.inP[i])break;

        try{
          const ll=earthlineGridToLngLat(x+.5,y+.5);
          if(
            Array.isArray(ll)&&
            Number.isFinite(Number(ll[0]))&&
            Number.isFinite(Number(ll[1]))
          ){
            coords.push([Number(ll[0]),Number(ll[1])]);
          }
        }catch(e){}

        claimed[i]=1;
        maxA=Math.max(maxA,Number(M.acc[i]||0));
        const d=Number(M.dir[i]);
        if(d<0)break;
        const nx=x+D8X[d],ny=y+D8Y[d];
        if(nx<0||ny<0||nx>=GW||ny>=GH)break;
        const ni=idx(nx,ny);
        if(M.inP&&!M.inP[ni])break;
        x=nx;y=ny;i=ni;

        if(coords.length>4&&upstream[i]>1)break;
      }

      if(coords.length<3)continue;
      const strength=Math.max(
        0,
        Math.min(
          1,
          Math.log(maxA/threshold+1)/
          Math.log(maxAcc/threshold+1)
        )
      );
      features.push({
        type:"Feature",
        properties:{
          strength:Number(strength.toFixed(4)),
          accumulation:Math.round(maxA),
          source:"existing-D8-hydrology",
          rendererOwner:"earthlineFallbackFlowGeoJSON15823"
        },
        geometry:{type:"LineString",coordinates:coords}
      });
    }

    M.propertyFlowFallback15823={
      threshold,
      candidateStarts:starts.length,
      features:features.length,
      generatedAt:Date.now()
    };
    return {type:"FeatureCollection",features};
  }

  function earthlineAuthoritativeFlowGeoJSON15823(){
    let primary=emptyFC();
    try{primary=safeData(flowGeoJSON15792())}catch(e){}
    if(primary.features.length){
      M.propertyFlowGeneration15823={
        build:"BUILD-CHECK-15823",
        method:"flowGeoJSON15792",
        primaryFeatures:primary.features.length,
        fallbackFeatures:0,
        generatedAt:Date.now()
      };
      return primary;
    }

    const fallback=earthlineFallbackFlowGeoJSON15823();
    M.propertyFlowGeneration15823={
      build:"BUILD-CHECK-15823",
      method:"D8-fallback-renderer",
      primaryFeatures:0,
      fallbackFeatures:fallback.features.length,
      generatedAt:Date.now()
    };
    return fallback;
  }

  function syncPropertyFlow15792(force=false){
    /* EARTHLINE 16326 — Property D8 water is mandatory evidence. */
    const flowToggle=true;
    const showMode=activeProperty();

    if(!showMode){
      if(mapReady()){
        for(const id of [
          FLOW_CASING,FLOW_LINE,FLOW_PULSE,FLOW_ARROWS
        ])layerVisible(id,false);
      }
      M.propertyFlowRenderer15792={
        build:"BUILD-CHECK-15823",
        generatedFeatures:0,
        sourceFeatures:0,
        features:0,
        visible:false,
        arrowsVisible:false,
        source:FLOW_SOURCE,
        sourceReady:false,
        reason:activeProperty()
          ?"flow-layer-disabled":"property-analysis-not-ready"
      };
      return false;
    }

    if(!ensureLayers15792()){
      M.propertyFlowRenderer15792={
        build:"BUILD-CHECK-15823",
        generatedFeatures:lastFlowData.features.length,
        sourceFeatures:0,
        features:lastFlowData.features.length,
        visible:false,
        arrowsVisible:false,
        source:FLOW_SOURCE,
        sourceReady:false,
        reason:"map-style-not-ready"
      };
      return false;
    }

    const signature=[
      M.searchGen,GW,GH,
      M.dir&&M.dir.length,
      M.acc&&M.acc.length,
      M.maxAcc,M.analysisReady
    ].join("|");
    const src=earthlineMap.getSource(FLOW_SOURCE);
    const sourceChanged=!!src&&src!==lastFlowSource15799;
    if(sourceChanged)lastFlowSource15799=src;

    if(
      force||sourceChanged||
      signature!==lastFlowSignature||
      !lastFlowData.features.length
    ){
      lastFlowSignature=signature;
      lastFlowData=earthlineAuthoritativeFlowGeoJSON15823();
      if(src&&src.setData)src.setData(lastFlowData);
    }

    let sourceFeatures=0;
    try{
      let sourceData=src&&src._data;
      if(typeof sourceData==="string")sourceData=JSON.parse(sourceData);
      sourceFeatures=(
        sourceData&&Array.isArray(sourceData.features)
      )?sourceData.features.length:0;
    }catch(e){}

    const generated=lastFlowData.features.length;
    const show=generated>0;
    for(const id of [
      FLOW_CASING,FLOW_LINE,FLOW_PULSE
    ])layerVisible(id,show);

    const arrowsRequested=!!(
      M.layers&&M.layers.arrows&&M.layers.arrows.on
    );
    layerVisible(FLOW_ARROWS,show&&arrowsRequested);

    const lineVisible=!!(
      show&&earthlineMap.getLayer(FLOW_LINE)&&
      earthlineMap.getLayoutProperty(FLOW_LINE,"visibility")!=="none"
    );
    const arrowsVisible=!!(
      show&&arrowsRequested&&earthlineMap.getLayer(FLOW_ARROWS)&&
      earthlineMap.getLayoutProperty(FLOW_ARROWS,"visibility")!=="none"
    );

    M.propertyFlowRenderer15792={
      build:"BUILD-CHECK-15823",
      generatedFeatures:generated,
      sourceFeatures,
      features:generated,
      visible:lineVisible,
      arrowsVisible,
      source:FLOW_SOURCE,
      sourceReady:!!src,
      threshold:typeof streamThreshold==="function"
        ?streamThreshold():null,
      method:M.propertyFlowGeneration15823&&
        M.propertyFlowGeneration15823.method||null,
      reason:generated
        ?(lineVisible?"published-visible":"published-awaiting-visibility")
        :"no-D8-path-features",
      deliveredAt:Date.now()
    };
    return lineVisible;
  }

  // The analytical canvas no longer owns property flow lines. It can still draw
  // non-Mapbox fallback flows, preserving one visible renderer per mode.
  const baseDrawFlow15792=typeof drawFlow==="function"?drawFlow:null;
  if(baseDrawFlow15792){
    drawFlow=function(thr){if(mapReady()&&activeProperty())return;return baseDrawFlow15792(thr);};
    window.drawFlow=drawFlow;
  }
  const baseDrawArrows15792=typeof drawArrows==="function"?drawArrows:null;
  if(baseDrawArrows15792){
    drawArrows=function(thr){if(mapReady()&&activeProperty())return;return baseDrawArrows15792(thr);};
    window.drawArrows=drawArrows;
  }

  const baseSyncSwale15792=typeof earthlineSyncSwaleLayer==="function"?earthlineSyncSwaleLayer:null;
  if(baseSyncSwale15792){
    earthlineSyncSwaleLayer=function(){
      const out=baseSyncSwale15792();
      installLegacyCapture15792();syncLivingSwales15792();syncPropertyFlow15792();
      return out;
    };
    window.earthlineSyncSwaleLayer=earthlineSyncSwaleLayer;
  }
  const baseRender15792=typeof render==="function"?render:null;
  if(baseRender15792){
    render=function(navigationCoreOnly){
      const out=baseRender15792(navigationCoreOnly);
      if(mapReady()){
        installLegacyCapture15792();syncLivingSwales15792();
        if(!navigationCoreOnly)syncPropertyFlow15792();
      }
      return out;
    };
    window.render=render;
  }

  function animate15792(now){
    requestAnimationFrame(animate15792);
    if(now-lastAnimationPaint<130||!mapReady())return;
    lastAnimationPaint=now;
    const reduce=window.matchMedia&&window.matchMedia("(prefers-reduced-motion: reduce)").matches;
    if(reduce)return;
    const t=now/1000,pulse=.5+.5*Math.sin(t*2.25),pulse2=.5+.5*Math.sin(t*1.72+1.2);
    try{
      if(earthlineMap.getLayer(SWALE_GLOW))earthlineMap.setPaintProperty(SWALE_GLOW,"line-opacity",.045+.035*pulse);
      if(earthlineMap.getLayer(SWALE_WATER))earthlineMap.setPaintProperty(SWALE_WATER,"line-opacity",.40+.10*pulse2);
      if(earthlineMap.getLayer(FLOW_PULSE))earthlineMap.setPaintProperty(FLOW_PULSE,"line-opacity",.18+.22*pulse);
    }catch(e){}
  }
  function startAnimation15792(){if(animationStarted)return;animationStarted=true;requestAnimationFrame(animate15792);}

  function ensureVisualLegend15804(){
    const host=document.querySelector(".center");
    if(!host)return null;
    let legend=document.getElementById("earthlineVisualHierarchy15804");
    if(!legend){
      legend=document.createElement("div");
      legend.id="earthlineVisualHierarchy15804";
      legend.setAttribute("aria-label","Map line legend");
      legend.innerHTML=
        '<div class="vh-row"><span class="vh-flow"><i></i><b>➤</b></span><span><strong>MODELED RUNOFF PATH</strong><small>Blue with arrows</small></span></div>'+
        '<div class="vh-row"><span class="vh-swale"><i></i></span><span><strong>PROPOSED BIOSWALE</strong><small>Earth and planted contour</small></span></div>';
      host.appendChild(legend);
    }
    legend.classList.toggle("visible",activeProperty());
    return legend;
  }

  function refresh15792(force=false){
    if(!mapReady())return false;
    ensureLayers15792();
    installLegacyCapture15792();
    syncPropertyFlow15792(force);
    const swalesVisible=syncLivingSwales15792(undefined,force);
    hideLegacySwales();
    startAnimation15792();
    ensureVisualLegend15804();
    /* EARTHLINE 16417 — refresh15792 is a bounded late Property presentation
       owner (including the 1600 ms rehydrate). Return final layer ordering to
       the existing analytical owner after all living-swale moves are complete. */
    try{
      if(activeProperty()&&typeof window.earthlineApplyRendererOwnership15805==='function')
        window.earthlineApplyRendererOwnership15805('property');
    }catch(_){ }
    return swalesVisible;
  }
  const rehydrateTimers15799=new Set();
  function scheduleRehydrate15799(reason="unspecified"){
    // A new request supersedes pending rehydration work. The previous implementation
    // scheduled seven timers on every styledata and idle event; animated paint changes
    // could therefore generate an unbounded event/timer storm.
    for(const timer of rehydrateTimers15799)clearTimeout(timer);
    rehydrateTimers15799.clear();
    const delays=[0,90,280,760,1600];
    for(const delay of delays){
      const timer=setTimeout(()=>{
        rehydrateTimers15799.delete(timer);
        if(!activeProperty()||!mapReady())return;
        refresh15792(true);
        M.propertyLayerRehydration15799={
          reason,delayMs:delay,at:Date.now(),
          swales:lastSwaleData.features.length,
          waterPaths:lastFlowData.features.length
        };
      },delay);
      rehydrateTimers15799.add(timer);
    }
    return true;
  }
  window.earthlineSyncPropertyFlow15792=syncPropertyFlow15792;
  window.earthlineAuthoritativeFlowGeoJSON15823=earthlineAuthoritativeFlowGeoJSON15823;
  window.earthlineSyncLivingSwales15792=syncLivingSwales15792;
  window.earthlineRefreshPropertyRenderer15792=refresh15792;
  window.earthlineRehydratePropertyLayers15799=scheduleRehydrate15799;
  try{
    if(earthlineMap){
      // style.load fires when a style is actually replaced; unlike styledata it is
      // not emitted continuously by the breathing paint animation.
      earthlineMap.on("style.load",()=>scheduleRehydrate15799("style.load"));
      earthlineMap.on("load",()=>scheduleRehydrate15799("map-load"));
      earthlineMap.on("moveend",()=>{if(activeProperty())scheduleRehydrate15799("renderer-moveend");});
      earthlineMap.on("zoomend",()=>{if(activeProperty())scheduleRehydrate15799("renderer-zoomend");});
    }
  }catch(e){}

  window.earthlineBuild15792Audit=()=>({
    build:BUILD,
    mode:(window.earthlineRegional15778||{}).mode||null,
    analysisReady:!!(M&&M.analysisReady),
    swales:M&&M.livingSwaleRenderer15792||null,
    waterPaths:M&&M.propertyFlowRenderer15792||null,
    legacySwaleLayersHidden:LEGACY_SWALE_LAYERS.every(id=>!earthlineMap.getLayer(id)||earthlineMap.getLayoutProperty(id,"visibility")==="none"),
    flowLayerVisibility:Object.fromEntries([FLOW_CASING,FLOW_LINE,FLOW_PULSE,FLOW_ARROWS].map(id=>[id,earthlineMap.getLayer(id)?earthlineMap.getLayoutProperty(id,"visibility"):"missing"])),
    swaleLayerVisibility:Object.fromEntries([SWALE_GLOW,SWALE_EARTH,SWALE_LIFE,SWALE_WATER].map(id=>[id,earthlineMap.getLayer(id)?earthlineMap.getLayoutProperty(id,"visibility"):"missing"])),
    engineUntouched:true
  });

  const stamp=document.getElementById("earthlineFooterBuild15784");if(stamp)stamp.textContent=BUILD;
  setTimeout(()=>refresh15792(true),280);
  console.log("[Earthline] "+BUILD+" installed — living multi-layer swales and persistent native property water paths.");
})();
</script>
<script id="earthline-build-15793-property-panel-wire">
/* BUILD-CHECK-15793 — PROPERTY PANEL ↔ AUTHORITATIVE ENGINE OUTPUT.
   Scope: panel wiring only. The prescription engine, terrain handoff, level
   generator, exclusions, spacing thresholds and renderers are unchanged.

   Authoritative property-corridor array: M.swales
   The panel derives all four property metrics directly from that array. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15793";
  const AUTHORITATIVE_ARRAY="M.swales";
  const FT_PER_M=3.280839895013123;
  let lastSignature="";
  let scheduled=false;

  function finite(v){return Number.isFinite(Number(v));}
  function propertyMode15793(){
    const regional=window.earthlineRegional15778||{};
    return !(regional.active||regional.mode==="regional");
  }
  function currentSwales15793(){
    return (typeof M!=="undefined"&&Array.isArray(M.swales))
      ?M.swales.filter(s=>s&&Array.isArray(s.pts)&&s.pts.length>1)
      :[];
  }
  function samplePath15793(sw,maxPts=56){
    const pts=(sw&&sw.pts)||[];
    if(!pts.length)return [];
    const step=Math.max(1,Math.floor(pts.length/maxPts));
    const out=[];
    for(let i=0;i<pts.length;i+=step)out.push(pts[i]);
    const last=pts[pts.length-1];
    if(out[out.length-1]!==last)out.push(last);
    return out;
  }
  function pathDistanceM15793(a,b){
    if(typeof earthlinePathDistanceM15760==="function"){
      const d=Number(earthlinePathDistanceM15760(a,b));
      if(Number.isFinite(d))return d;
    }
    const ap=samplePath15793(a),bp=samplePath15793(b);
    if(!ap.length||!bp.length)return Infinity;
    const cell=Math.max(.001,Number(typeof M!=="undefined"&&M.cellM)||1);
    let best=Infinity;
    for(const p of ap)for(const q of bp){
      const d=Math.hypot(Number(p[0])-Number(q[0]),Number(p[1])-Number(q[1]))*cell;
      if(d<best)best=d;
    }
    return best;
  }
  function median15793(values){
    if(!values.length)return 0;
    const a=values.slice().sort((x,y)=>x-y),m=Math.floor(a.length/2);
    return a.length%2?a[m]:(a[m-1]+a[m])/2;
  }
  function nearestNeighborSpacing15793(swales){
    const nearest=[];
    for(let i=0;i<swales.length;i++){
      const subject=swales[i];let best=Infinity;
      for(let j=0;j<swales.length;j++){
        if(i===j)continue;
        const other=swales[j];
        // Fragments from one contour band are not separate hillside spacing samples.
        if(subject.bandKey!=null&&other.bandKey!=null&&subject.bandKey===other.bandKey)continue;
        const d=pathDistanceM15793(subject,other);
        if(d<best)best=d;
      }
      if(Number.isFinite(best))nearest.push(best);
    }
    nearest.sort((a,b)=>a-b);
    return {
      method:"median nearest-neighbor centerline ground distance; same-band fragments excluded",
      populationCount:swales.length,
      sampleCount:nearest.length,
      medianM:median15793(nearest),
      minM:nearest[0]||0,
      maxM:nearest[nearest.length-1]||0,
      meanM:nearest.length?nearest.reduce((a,b)=>a+b,0)/nearest.length:0
    };
  }
  function pathLengthM15793(sw){
    if(finite(sw&&sw.lenM)&&Number(sw.lenM)>0)return Number(sw.lenM);
    const pts=(sw&&sw.pts)||[];let cells=0;
    for(let i=1;i<pts.length;i++)cells+=Math.hypot(Number(pts[i][0])-Number(pts[i-1][0]),Number(pts[i][1])-Number(pts[i-1][1]));
    return cells*Math.max(.001,Number(typeof M!=="undefined"&&M.cellM)||1);
  }
  function captureGph15793(sw){
    for(const key of ["captureGph","gph","galHr","gallonsPerHour"]){
      if(finite(sw&&sw[key]))return Math.max(0,Number(sw[key]));
    }
    if(finite(sw&&sw.capCells)&&typeof gph==="function"){
      const v=Number(gph(Number(sw.capCells)));
      if(Number.isFinite(v))return Math.max(0,v);
    }
    return 0;
  }
  function stats15793(){
    const swales=currentSwales15793();
    const spacing=nearestNeighborSpacing15793(swales);
    let totalLengthM=0,totalCaptureGph=0,topCaptureGph=0;
    for(const sw of swales){
      totalLengthM+=pathLengthM15793(sw);
      const capture=captureGph15793(sw);
      totalCaptureGph+=capture;topCaptureGph=Math.max(topCaptureGph,capture);
    }
    return {
      build:BUILD,
      authoritativeArray:AUTHORITATIVE_ARRAY,
      corridorCount:swales.length,
      totalLengthM,
      totalLengthFt:totalLengthM*FT_PER_M,
      medianSpacingM:spacing.medianM,
      medianSpacingFt:spacing.medianM*FT_PER_M,
      spacing,
      totalCaptureGph,
      topCaptureGph,
      acceptance:{
        corridorsPositive:swales.length>0,
        medianSpacing15to25ft:spacing.sampleCount>0&&spacing.medianM*FT_PER_M>=15&&spacing.medianM*FT_PER_M<=25
      }
    };
  }
  function setText15793(id,value,title){
    const el=document.getElementById(id);if(!el)return false;
    const text=String(value);
    if(el.textContent!==text)el.textContent=text;
    if(title!=null)el.title=String(title);
    return true;
  }
  function whole15793(v){return Math.round(Number(v)||0).toLocaleString("en-US");}
  function one15793(v){return Number(v||0).toLocaleString("en-US",{minimumFractionDigits:1,maximumFractionDigits:1});}
  function populate15793(reason="manual"){
    if(!propertyMode15793())return null;
    const stats=stats15793();
    if(!(typeof M!=="undefined"&&M.analysisReady)&&!stats.corridorCount)return stats;
    setText15793("cCountLabel","Total Corridors");
    setText15793("cLenLabel","Total Length");
    setText15793("cSpaceLabel","Median Spacing","Median nearest-neighbor centerline ground distance; same contour-band fragments excluded");
    setText15793("cTopLabel","Top Corridor Capture");
    setText15793("cCount",whole15793(stats.corridorCount),AUTHORITATIVE_ARRAY+".length");
    setText15793("cLen",whole15793(stats.totalLengthFt)+" ft","Sum of corridor centerline lengths from "+AUTHORITATIVE_ARRAY);
    setText15793(
      "cSpace",
      stats.spacing.sampleCount?one15793(stats.medianSpacingFt)+" ft":"—",
      stats.spacing.sampleCount
        ?("Nearest-neighbor range "+one15793(stats.spacing.minM*FT_PER_M)+"–"+one15793(stats.spacing.maxM*FT_PER_M)+" ft · "+stats.spacing.sampleCount+" samples")
        :"At least two independent contour bands are required"
    );
    setText15793("cTop",whole15793(stats.topCaptureGph)+" gal/hr","Highest modeled capture among "+AUTHORITATIVE_ARRAY);
    setText15793("cHotspots","Property corridors");

    // Publish the measured panel values without changing prescription decisions.
    M.propertyPanelStats15793=stats;
    M.spacingStats=Object.assign({},M.spacingStats||{},stats.spacing);
    const record={reason,capturedAt:new Date().toISOString(),stats};
    window.earthline15793LastPanelRecord=record;
    const sig=[stats.corridorCount,stats.totalLengthFt.toFixed(2),stats.medianSpacingFt.toFixed(2),stats.topCaptureGph.toFixed(2)].join("|");
    if(sig!==lastSignature){
      lastSignature=sig;
      console.group("[Earthline] "+BUILD+" property panel ← "+AUTHORITATIVE_ARRAY);
      console.table({
        authoritativeArray:AUTHORITATIVE_ARRAY,
        corridors:stats.corridorCount,
        totalLengthFt:Number(stats.totalLengthFt.toFixed(1)),
        medianSpacingFt:Number(stats.medianSpacingFt.toFixed(1)),
        topCorridorCaptureGph:Number(stats.topCaptureGph.toFixed(1)),
        spacingAcceptance15to25ft:stats.acceptance.medianSpacing15to25ft
      });
      console.groupEnd();
    }
    return stats;
  }
  function schedule15793(reason){
    if(scheduled)return;
    scheduled=true;
    requestAnimationFrame(()=>{
      scheduled=false;
      populate15793(reason);
      setTimeout(()=>populate15793(reason+"-settled"),80);
      setTimeout(()=>populate15793(reason+"-final"),320);
    });
  }

  const baseReady15793=typeof earthlineReady==="function"?earthlineReady:null;
  if(baseReady15793){
    earthlineReady=function(msg="Ready"){
      const out=baseReady15793(msg);
      if(/^Property prescription complete/i.test(String(msg)))schedule15793("property-complete");
      return out;
    };
    window.earthlineReady=earthlineReady;
  }
  const baseRefresh15793=typeof refreshPanels==="function"?refreshPanels:null;
  if(baseRefresh15793){
    refreshPanels=function(){
      const out=baseRefresh15793.apply(this,arguments);
      if(propertyMode15793())schedule15793("panel-refresh");
      return out;
    };
    window.refreshPanels=refreshPanels;
  }
  const baseSync15793=typeof earthlineSyncSwaleLayer==="function"?earthlineSyncSwaleLayer:null;
  if(baseSync15793){
    earthlineSyncSwaleLayer=function(){
      const out=baseSync15793.apply(this,arguments);
      if(propertyMode15793()&&typeof M!=="undefined"&&M.analysisReady)schedule15793("swale-sync");
      return out;
    };
    window.earthlineSyncSwaleLayer=earthlineSyncSwaleLayer;
  }

  window.earthlineBuild15793PanelStats=stats15793;
  window.earthlineBuild15793PopulatePanel=populate15793;
  window.earthlineBuild15793Audit=()=>({
    build:BUILD,
    authoritativeArray:AUTHORITATIVE_ARRAY,
    engineArrayLength:typeof M!=="undefined"&&Array.isArray(M.swales)?M.swales.length:0,
    panel:{
      totalCorridors:document.getElementById("cCount")&&document.getElementById("cCount").textContent,
      totalLength:document.getElementById("cLen")&&document.getElementById("cLen").textContent,
      medianSpacing:document.getElementById("cSpace")&&document.getElementById("cSpace").textContent,
      topCorridorCapture:document.getElementById("cTop")&&document.getElementById("cTop").textContent
    },
    stats:stats15793(),
    engineUntouched:true,
    renderersUntouched:true
  });

  const stamp=document.getElementById("earthlineFooterBuild15784");if(stamp)stamp.textContent=BUILD;
  setTimeout(()=>schedule15793("install"),360);
  console.log("[Earthline] "+BUILD+" installed — Recommended Bioswale Corridors panel reads directly from "+AUTHORITATIVE_ARRAY+".");
})();
</script>
<script id="earthline-build-15799-frozen-baseline-audit">
/* BUILD-CHECK-15799 — FROZEN 15793 BASELINE: RENDER STABILITY + CONTROLLED SPACING AUDIT.
   No swale prescription, spacing threshold, DEM, exclusion, confidence, panel, or
   WHY-NOT-HERE decision logic is changed here.

   The audit refuses to call two runs "zoom drift" unless their center, boundary,
   property area, DEM sampling zoom and cell size are actually comparable. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15799";
  const records=[];
  const FT_PER_M=3.280839895;
  function finite(v){return Number.isFinite(Number(v));}
  function rounded(v,n=7){return finite(v)?Number(Number(v).toFixed(n)):null;}
  function center(){
    try{
      const c=earthlineMap&&earthlineMap.getCenter&&earthlineMap.getCenter();
      return c?{lng:rounded(c.lng),lat:rounded(c.lat)}:null;
    }catch(e){return null;}
  }
  function boundaryHash(){
    const pts=(M&&Array.isArray(M.analysisBoundaryLngLat))?M.analysisBoundaryLngLat:[];
    return pts.map(p=>rounded(p&&p[0],7)+","+rounded(p&&p[1],7)).join("|");
  }
  function medianFt(){
    const s=M&&M.spacingStats;
    return s&&finite(s.medianM)?Number((Number(s.medianM)*FT_PER_M).toFixed(3)):null;
  }
  function capture(reason="manual"){
    const c=center();
    const z=earthlineMap&&earthlineMap.getZoom?Number(earthlineMap.getZoom()):null;
    const demZ=finite(z)?Math.min(Math.round(Math.max(3,Math.min(20,z))),15):null;
    const rec={
      build:BUILD,reason,at:new Date().toISOString(),
      center:c,zoom:rounded(z,4),demZ,
      boundaryHash:boundaryHash(),
      acres:rounded(M&&M.loc&&M.loc.acres,4),
      cellM:rounded(M&&M.cellM,6),
      grid:{GW:typeof GW==="number"?GW:null,GH:typeof GH==="number"?GH:null,elevationLength:M&&M.h?M.h.length:0},
      corridors:M&&Array.isArray(M.swales)?M.swales.length:0,
      medianSpacingFt:medianFt(),
      targetSpacingM:rounded(M&&M.swaleMeta&&M.swaleMeta.targetSpacingM,6),
      levelStepM:rounded(M&&M.swaleMeta&&M.swaleMeta.levelStepM,6)
    };
    records.push(rec);
    M.spacingComparability15799=records.slice();
    return rec;
  }
  function metresBetween(a,b){
    if(!a||!b)return Infinity;
    const lat=(Number(a.lat)+Number(b.lat))/2*Math.PI/180;
    const dx=(Number(a.lng)-Number(b.lng))*111320*Math.cos(lat);
    const dy=(Number(a.lat)-Number(b.lat))*110540;
    return Math.hypot(dx,dy);
  }
  function compare(a,b){
    if(!a||!b)return {comparable:false,reasons:["two completed records required"]};
    const reasons=[];
    const centerDeltaM=metresBetween(a.center,b.center);
    if(centerDeltaM>0.75)reasons.push("analysis centers differ by "+centerDeltaM.toFixed(2)+" m");
    if(a.boundaryHash!==b.boundaryHash)reasons.push("analysis boundaries differ");
    if(a.acres!==b.acres)reasons.push("property areas differ");
    if(a.demZ!==b.demZ)reasons.push("DEM sampling zoom differs");
    if(Math.abs(Number(a.cellM)-Number(b.cellM))>0.0005)reasons.push("cellM differs");
    if(a.grid.GW!==b.grid.GW||a.grid.GH!==b.grid.GH||a.grid.elevationLength!==b.grid.elevationLength)reasons.push("terrain grids differ");
    const comparable=reasons.length===0;
    const spacingDeltaFt=(finite(a.medianSpacingFt)&&finite(b.medianSpacingFt))
      ?Number((Number(b.medianSpacingFt)-Number(a.medianSpacingFt)).toFixed(3)):null;
    return {
      comparable,reasons,centerDeltaM:Number(centerDeltaM.toFixed(3)),
      spacingDeltaFt,
      interpretation:comparable
        ?(Math.abs(spacingDeltaFt||0)<=1
          ?"Comparable runs are stable within 1 ft."
          :"Comparable runs differ by more than 1 ft; investigate deterministic engine behavior.")
        :"Do not attribute the spacing difference to zoom: the runs changed other physical inputs."
    };
  }
  window.earthlineBuild15799Capture=()=>capture("manual");
  window.earthlineBuild15799CompareLastTwo=()=>compare(records[records.length-2],records[records.length-1]);
  window.earthlineBuild15799Audit=()=>({
    build:BUILD,
    baseline:"BUILD-CHECK-15793",
    propertyMode:(window.earthlineRegional15778||{}).mode,
    analysisReady:!!(M&&M.analysisReady),
    canvasVisible:!!(typeof cv!=="undefined"&&cv&&cv.style.visibility!=="hidden"),
    analyticalCanvasValid:window.earthlineAnalyticalCanvasValid15783,
    propertyCanvasValid:window.earthlinePropertyCanvasValid15782,
    livingSwales:M&&M.livingSwaleRenderer15792||null,
    waterPaths:M&&M.propertyFlowRenderer15792||null,
    rehydration:M&&M.propertyLayerRehydration15799||null,
    spacingRecords:records.slice(),
    lastComparison:compare(records[records.length-2],records[records.length-1])
  });

  const priorReady=typeof earthlineReady==="function"?earthlineReady:null;
  if(priorReady){
    earthlineReady=function(msg="Ready"){
      const out=priorReady(msg);
      if(/^Property prescription complete/i.test(String(msg))){
        const rec=capture("property-complete");
        if(typeof window.earthlineRehydratePropertyLayers15799==="function"){
          window.earthlineRehydratePropertyLayers15799("ready-property-complete");
        }
        console.group("[Earthline] "+BUILD+" completed-property audit");
        console.table(rec);
        console.groupEnd();
      }
      return out;
    };
    window.earthlineReady=earthlineReady;
  }
  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — 15793 frozen baseline; conflicting camera clear removed; native property layers rehydrate after style reconstruction; engine unchanged.");
})();
</script>
<script id="earthline-build-15800-authoritative-property-render">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15800";
  window.earthlineBuild15800Audit=()=>({
    build:BUILD,
    mode:(window.earthlineRegional15778||{}).mode||null,
    running:!!((window.earthlineRegional15778||{}).running),
    queuedRuns:(window.earthlineRegional15778||{}).queuedRunCount15786||0,
    lastCameraCapture:(window.earthlineRegional15778||{}).lastMapSettle15779||null,
    analysisReady:!!(M&&M.analysisReady),
    engineCorridors:M&&Array.isArray(M.swales)?M.swales.length:0,
    frozenPropertyCorridors:M&&M.authoritativePropertySwales15800&&Array.isArray(M.authoritativePropertySwales15800.features)
      ?M.authoritativePropertySwales15800.features.length:0,
    livingRenderer:M&&M.livingSwaleRenderer15792||null,
    waterRenderer:M&&M.propertyFlowRenderer15792||null,
    rehydration:M&&M.propertyLayerRehydration15799||null,
    mapMoving:typeof earthlineMapMotionActive15779==="function"?earthlineMapMotionActive15779():null,
    buttonTop:(document.getElementById("topRunAnalysis")||{}).textContent||null,
    buttonMap:(document.getElementById("mapRunAnalysis")||{}).textContent||null
  });
  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — no settle retry loop; completed property geometry is frozen; styledata/idle timer storm removed; screen-space overlays reproject after zoom.");
})();
</script>
<script id="earthline-build-15801-location-integrity">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15801";
  window.earthlineBuild15801Audit=()=>{
    let mapCenter=null;
    try{
      const c=earthlineMap.getCenter();
      mapCenter={lng:Number(c.lng),lat:Number(c.lat),zoom:Number(earthlineMap.getZoom())};
    }catch(e){}
    const loc=M&&M.loc?{
      name:M.loc.fullName||M.loc.name||null,
      placeType:M.loc.placeType||null,
      lng:Number(M.loc.lng),lat:Number(M.loc.lat)
    }:null;
    const deltaM=(mapCenter&&loc&&Number.isFinite(loc.lng)&&Number.isFinite(loc.lat))
      ?haversineM([mapCenter.lng,mapCenter.lat],[loc.lng,loc.lat]):null;
    return {
      build:BUILD,
      appliedSearchText:M&&M.appliedSearchText||null,
      location:loc,
      mapCenter,
      mapToIdentityDeltaM:Number.isFinite(deltaM)?Number(deltaM.toFixed(2)):null,
      locationIdentity:M&&M.locationIdentity15801||null,
      activeAnalysisIdentity:(window.earthlineRegional15778||{}).activeAnalysisIdentity15801||null,
      lastIntegrity:(window.earthlineRegional15778||{}).lastLocationIntegrity15801||null,
      lastIntegrityClear:(window.earthlineRegional15778||{}).lastIntegrityClear15801||null,
      mode:(window.earthlineRegional15778||{}).mode||null,
      currentResult:(window.earthlineRegional15778||{}).currentResult15782||null,
      corridors:M&&Array.isArray(M.swales)?M.swales.length:0
    };
  };
  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — location identity and analysis coordinates are atomic; mismatches clear and abort before render.");
})();
</script>
<script id="earthline-build-15802-run-restored-audit">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15802";
  window.earthlineBuild15802Audit=()=>{
    const state=window.earthlineRegional15778||{};
    return {
      build:BUILD,
      locationIntegrity:typeof window.earthlineBuild15801Audit==="function"
        ?window.earthlineBuild15801Audit():null,
      lastModeDecision:state.lastModeDecision15780||null,
      lastCompletedRun:state.lastCompletedRun15786||null,
      lastRunError:state.lastRunError15802||null,
      currentResult:state.currentResult15782||null,
      analysisReady:!!(M&&M.analysisReady),
      corridors:M&&Array.isArray(M.swales)?M.swales.length:0,
      buttonTop:(document.getElementById("topRunAnalysis")||{}).textContent||null,
      buttonMap:(document.getElementById("mapRunAnalysis")||{}).textContent||null
    };
  };
  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — location integrity retained; missing run-scope place-type binding restored.");
})();
</script>
<script id="earthline-build-15803-coverage-audit">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15803";
  const install=()=>{
    try{earthlineInstallCoverageUI15803();earthlineUpdateCoveragePanel15803();}catch(e){}
    const stamp=document.getElementById("earthlineFooterBuild15784");
    if(stamp)stamp.textContent=BUILD;
  };
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",install,{once:true});else install();
  window.earthlineBuild15803Audit=()=>({
    build:BUILD,
    engineDecisionLogic:"unchanged; diagnostic side effects only",
    coverage:M&&M.coverageDiagnostic15803||null,
    integrity:typeof window.earthlineBuild15802Audit==="function"?window.earthlineBuild15802Audit():null,
    visibleWarning:(document.getElementById("earthlineCoverageTruth15803")||{}).textContent||null
  });
  console.log("[Earthline] "+BUILD+" installed — parcel coverage, termination and WHY-NOT-HERE evidence only; prescription decisions unchanged.");
})();
</script>
<style id="earthline-build-15804-visual-hierarchy-css">
#earthlineVisualHierarchy15804{
  position:absolute;
  left:14px;
  bottom:78px;
  z-index:96;
  display:none;
  width:190px;
  padding:8px 9px;
  border:1px solid rgba(118,145,160,.48);
  border-radius:9px;
  background:rgba(7,17,25,.88);
  box-shadow:0 7px 20px rgba(0,0,0,.34);
  backdrop-filter:blur(5px);
  pointer-events:none;
}
#earthlineVisualHierarchy15804.visible{display:grid;gap:7px}
#earthlineVisualHierarchy15804 .vh-row{
  display:grid;
  grid-template-columns:47px 1fr;
  align-items:center;
  gap:8px;
}
#earthlineVisualHierarchy15804 strong{
  display:block;
  color:#e9f2f4;
  font:800 8.5px/1.15 system-ui,sans-serif;
  letter-spacing:.065em;
}
#earthlineVisualHierarchy15804 small{
  display:block;
  margin-top:2px;
  color:#8fa7b3;
  font:600 8px/1.2 system-ui,sans-serif;
}
#earthlineVisualHierarchy15804 .vh-flow,
#earthlineVisualHierarchy15804 .vh-swale{
  position:relative;
  display:block;
  height:16px;
}
#earthlineVisualHierarchy15804 .vh-flow i{
  position:absolute;left:1px;right:4px;top:7px;height:2px;
  border-radius:3px;
  background:linear-gradient(90deg,#157fb9,#7ed7e8);
  opacity:.78;
}
#earthlineVisualHierarchy15804 .vh-flow b{
  position:absolute;right:0;top:0;
  color:#c4eef5;font:800 11px/16px system-ui,sans-serif;
}
#earthlineVisualHierarchy15804 .vh-swale i{
  position:absolute;left:0;right:0;top:2px;height:12px;
  border-radius:999px;
  background:
    linear-gradient(180deg,transparent 0 16%,#6f4524 16% 84%,transparent 84%),
    linear-gradient(90deg,#619d4f 0 30%,#c29a4a 48%,#5d9857 72%,#4d8a78 100%);
  box-shadow:0 0 8px rgba(104,157,82,.32);
}
@media(max-width:900px){
  #earthlineVisualHierarchy15804{left:10px;bottom:72px;width:174px}
}
</style>
<script id="earthline-build-15804-visual-hierarchy-audit">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15804";
  window.earthlineBuild15804Audit=()=>{
    const map=typeof earthlineMap!=="undefined"?earthlineMap:null;
    const read=(id,key)=>{
      try{return map&&map.getLayer(id)?map.getPaintProperty(id,key):null;}catch(e){return null;}
    };
    const visibility=(id)=>{
      try{return map&&map.getLayer(id)?map.getLayoutProperty(id,"visibility")||"visible":null;}catch(e){return null;}
    };
    return {
      build:BUILD,
      engineUnchanged:true,
      coverageDiagnosticPresent:typeof earthlineFinalizeCoverageDiagnostic15803==="function",
      flowToggle:!!(M&&M.layers&&M.layers.flow&&M.layers.flow.on),
      swaleToggle:!!(M&&M.layers&&M.layers.swales&&M.layers.swales.on),
      flow:{
        casingWidth:read("earthline-property-flow-casing-15792","line-width"),
        lineWidth:read("earthline-property-flow-line-15792","line-width"),
        visibility:visibility("earthline-property-flow-line-15792")
      },
      swales:{
        earthWidth:read("earthline-living-swales-earth-15792","line-width"),
        lifeWidth:read("earthline-living-swales-life-15792","line-width"),
        visibility:visibility("earthline-living-swales-life-15792")
      },
      legendVisible:!!(document.getElementById("earthlineVisualHierarchy15804")&&document.getElementById("earthlineVisualHierarchy15804").classList.contains("visible")),
      renderer:M&&M.livingSwaleRenderer15792||null,
      waterRenderer:M&&M.propertyFlowRenderer15792||null
    };
  };
  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — runoff paths reduced to contextual lines; proposed bioswales are the dominant top layer; engine and coverage evidence unchanged.");
})();
</script>
<style id="earthline-build-15805-owner-css">
#earthlineSwalesOnly15805{
  position:absolute;left:14px;top:14px;z-index:101;display:none;align-items:center;gap:8px;
  padding:8px 11px;border:1px solid rgba(132,181,100,.72);border-radius:9px;
  background:rgba(11,29,21,.92);color:#eef8ec;box-shadow:0 8px 22px rgba(0,0,0,.38);
  font:900 9.5px/1 system-ui,sans-serif;letter-spacing:.06em;cursor:pointer
}
#earthlineSwalesOnly15805.visible{display:inline-flex}
#earthlineSwalesOnly15805[aria-pressed="true"]{
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}
#earthlineSwalesOnly15805 .owner-dot{
  width:9px;height:9px;border-radius:50%;background:linear-gradient(135deg,#7ab65c,#c2974d);
  box-shadow:0 0 7px rgba(121,183,93,.72)
}
#earthlineOwnerBadge15805{
  position:absolute;left:14px;top:52px;z-index:100;display:none;padding:5px 8px;
  border-radius:7px;border:1px solid rgba(112,151,126,.42);background:rgba(6,18,15,.82);
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}
#earthlineOwnerBadge15805.visible{display:block}
#earthlineAquiferTopText16501{position:absolute;inset:0;z-index:40;display:none;pointer-events:none;overflow:hidden}
#earthlineAquiferTopText16501 .earthline-aquifer-top-label-16501{position:absolute;transform:translate(-50%,-50%);max-width:320px;color:#ffd08a;text-align:center;font:900 15px/1.08 "Open Sans","Segoe UI",Arial,sans-serif;letter-spacing:.015em;white-space:normal;text-shadow:-2px -2px 0 #180800,2px -2px 0 #180800,-2px 2px 0 #180800,2px 2px 0 #180800,0 0 6px #180800,0 1px 8px rgba(0,0,0,.95)}
@media(max-width:900px){
  #earthlineSwalesOnly15805{left:10px;top:10px}
  #earthlineOwnerBadge15805{left:10px;top:48px}
}
</style>
<script id="earthline-build-15805-one-authoritative-layer-owner">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15805";
  const state=window.earthlineRegional15778||{};
  const registry={
    property:{
      water:{owner:"earthlinePropertyWaterOverlay15824",source:"earthline-property-flow-15792",layers:[]},
      swales:{owner:"earthlinePropertyNativeRenderer15792",source:"earthline-living-swales-15792",layers:[
        "earthline-living-swales-glow-15792","earthline-living-swales-earth-15792",
        "earthline-living-swales-life-15792","earthline-living-swales-water-15792",
        "earthline-property-swale-ditch-16166","earthline-property-swale-canopy-16166",
        "earthline-property-swale-survey-16166"]},
      recharge:{owner:"earthlineSyncRechargeLayer",source:"earthline-recharge-zones",layers:[
        "earthline-recharge-casing","earthline-recharge-fill","earthline-recharge-line",
        "earthline-recharge-highlight","earthline-recharge-label"]},
      contours:{owner:"ensureOfficialElevationContours15776",source:"earthline-official-terrain-v2-15776",layers:[
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        "earthline-official-contour-major-15776","earthline-official-contour-label-15776"]},
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        "earthline-aquifer-wells-16398","earthline-aquifer-evidence-label-16398",
        "earthline-aquifer-label-points-layer-15788"]}
    },
    regional:{
      water:{owner:"syncLayers15778",source:"earthline-regional-flow-15761",layers:[
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        "earthline-regional-flow-arrows-15761"]},
      swales:{owner:"syncLayers15778",source:"earthline-ranked-swale-opportunities-15775",layers:[
        "earthline-ranked-swale-soil-15777","earthline-ranked-swale-plant-15777",
        "earthline-ranked-swale-water-15777","earthline-ranked-swale-label-15775"]},
      recharge:{owner:"syncLayers15778",source:"earthline-recharge-zones",layers:[
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        "earthline-recharge-highlight","earthline-recharge-label"]},
      contours:{owner:"syncLayers15778",source:"earthline-regional-contours-15772",layers:[
        "earthline-regional-contour-line-15772","earthline-regional-contour-major-15772",
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  };
  const obsoletePropertyLayers=[
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    "earthline-regional-flow-arrows-15761","earthline-ranked-swale-soil-15777",
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    "earthline-ranked-swale-label-15775","earthline-regional-contour-line-15772",
    "earthline-regional-contour-major-15772","earthline-regional-contour-label-15772"
  ];
  let swalesOnly=false;state.validationView15806=state.validationView15806||"all";
  function mapReady(){return typeof earthlineMap!=="undefined"&&earthlineMap&&earthlineMap.getStyle}
  function visible(id,on){
    try{
      if(!earthlineMap.getLayer(id))return;
      const next=on?"visible":"none";
      const current=earthlineMap.getLayoutProperty(id,"visibility")||"visible";
      if(current!==next)earthlineMap.setLayoutProperty(id,"visibility",next);
    }catch(e){}
  }
  function setGroup(group,on){for(const id of group.layers)visible(id,on)}
  function ensureAquiferTopText16501(){
    const host=document.querySelector(".map-area");if(!host)return null;let layer=document.getElementById("earthlineAquiferTopText16501");
    if(!layer){layer=document.createElement("div");layer.id="earthlineAquiferTopText16501";layer.setAttribute("aria-hidden","true");host.appendChild(layer)}
    else if(layer.parentElement!==host)host.appendChild(layer);
    return layer
  }
  function updateAquiferTopText16501(property,on){
    const layer=ensureAquiferTopText16501();if(!layer)return false;layer.replaceChildren();
    if(!property||!on||!mapReady()||!earthlineMap.project){layer.style.display="none";return false}
    for(const id of ["earthline-aquifers-label","earthline-aquifer-label-points-layer-15788","earthline-aquifer-evidence-label-16398"])visible(id,false);
    const entries=[];const summary=M&&M.vtGroundwaterSummaryPoint16398;
    if(summary&&Number.isFinite(Number(summary.lng))&&Number.isFinite(Number(summary.lat))&&summary.label)entries.push({lng:Number(summary.lng),lat:Number(summary.lat),label:String(summary.label)});
    if(!entries.length&&M&&Array.isArray(M.usgsAquifers)){
      const seen=new Set();for(const poly of M.usgsAquifers){if(entries.length>=3)break;const ring=(poly&&poly.lngLatPts||[]).filter(c=>Array.isArray(c)&&Number.isFinite(Number(c[0]))&&Number.isFinite(Number(c[1])));if(ring.length<3)continue;const name=String(poly.name||"Mapped aquifer"),type=String(poly.aquiferType||"").toLowerCase(),prefix=(type.includes("aquifer-material")||type.includes("sand-gravel"))?"AQUIFER MATERIAL · ":(type.includes("context")||type.includes("karst")||type.includes("principal-national"))?"AQUIFER CONTEXT · ":"MAPPED AQUIFER · ",key=(prefix+name).toLowerCase();if(seen.has(key))continue;seen.add(key);let minX=Infinity,maxX=-Infinity,minY=Infinity,maxY=-Infinity;for(const c of ring){minX=Math.min(minX,Number(c[0]));maxX=Math.max(maxX,Number(c[0]));minY=Math.min(minY,Number(c[1]));maxY=Math.max(maxY,Number(c[1]))}entries.push({lng:(minX+maxX)/2,lat:(minY+maxY)/2,label:prefix+name})}
    }
    const host=document.querySelector(".map-area"),w=host?host.clientWidth:0,h=host?host.clientHeight:0;
    for(const e of entries){let p=null;try{p=earthlineMap.project([e.lng,e.lat])}catch(_){}if(!p||p.x<8||p.x>w-8||p.y<8||p.y>h-8)continue;const tag=document.createElement("div");tag.className="earthline-aquifer-top-label-16501";tag.textContent=e.label;tag.style.left=p.x.toFixed(1)+"px";tag.style.top=p.y.toFixed(1)+"px";layer.appendChild(tag)}
    layer.style.display=layer.childElementCount?"block":"none";window.EARTHLINE_AQUIFER_TOP_TEXT_AUDIT_16501={property,on,labels:layer.childElementCount,zIndex:40,host:"map-area",at:new Date().toISOString()};return layer.childElementCount>0
  }
  function ensureControl(){
    const host=document.querySelector(".center");if(!host)return null;
    let button=document.getElementById("earthlineSwalesOnly15805");
    if(!button){
      button=document.createElement("button");button.id="earthlineSwalesOnly15805";button.type="button";
      button.innerHTML='<span class="owner-dot"></span><span>SHOW ONLY WHAT EARTHLINE PROPOSES</span>';
      button.setAttribute("aria-pressed","false");
      button.addEventListener("click",()=>setSwalesOnly(!swalesOnly,"user"));
      host.appendChild(button)
    }
    let badge=document.getElementById("earthlineOwnerBadge15805");
    if(!badge){
      badge=document.createElement("div");badge.id="earthlineOwnerBadge15805";
      badge.textContent="SWALES ONLY · NATIVE AUTHORITATIVE RENDERER";host.appendChild(badge)
    }
    return{button,badge}
  }
  function setSwalesOnly(on,reason="unspecified"){
    swalesOnly=!!on;state.swalesOnly15805=swalesOnly;state.validationView15806=swalesOnly?"swales-only":"all";
    const controls=ensureControl();
    if(controls){
      controls.button.classList.toggle("visible",state.mode==="property"&&!!M.analysisReady);
      controls.button.setAttribute("aria-pressed",swalesOnly?"true":"false");
      controls.button.querySelector("span:last-child").textContent=swalesOnly
        ?"SHOW ALL ANALYSIS LAYERS":"SHOW ONLY WHAT EARTHLINE PROPOSES";
      controls.badge.classList.toggle("visible",swalesOnly&&state.mode==="property"&&!!M.analysisReady)
    }
    applyOwnership(state.mode==="regional"?"regional":"property");
    state.lastSwalesOnly15805={on:swalesOnly,reason,at:Date.now()};
    return swalesOnly
  }
  function applyOwnership(mode){
    if(!mapReady())return false;
    const property=mode==="property";
    const validationView=property?String(state.validationView15806||"all"):"all";
    swalesOnly=validationView==="swales-only";
    const swalesContours=validationView==="swales-contours";
    const active=registry[property?"property":"regional"];
    const inactive=registry[property?"regional":"property"];
    setGroup(inactive.water,false);setGroup(inactive.swales,false);
    if(property)for(const id of obsoletePropertyLayers)visible(id,false);
    const propertyCommitted=!!(
      !property||
      (
        M&&M.propertyPublication15816&&
        M.propertyPublication15816.committed===true&&
        Number(M.propertyPublication15816.rawGeographicSegments||0)>0
      )
    );
    const flowOn=propertyCommitted&&(
      property
        ?true
        :!!(M.layers&&M.layers.flow&&M.layers.flow.on)
    )&&validationView==="all";
    const swaleOn=propertyCommitted&&!!(M.layers&&M.layers.swales&&M.layers.swales.on);
    const rechargeOn=propertyCommitted&&!!(M.layers&&M.layers.recharge&&M.layers.recharge.on)&&validationView==="all";
    const contourOn=propertyCommitted&&!!(M.layers&&M.layers.contours&&M.layers.contours.on)&&(validationView==="all"||swalesContours);
    const aquiferOn=propertyCommitted&&!state.propertyAquiferHold16359&&!!(M.layers&&M.layers.usgsAquifer&&M.layers.usgsAquifer.on)&&validationView==="all";
    const aquiferTextOn=propertyCommitted&&!state.propertyAquiferHold16359&&validationView==="all"&&!!(
      (M&&M.vtGroundwaterSummaryPoint16398)||
      (M&&Array.isArray(M.usgsAquifers)&&M.usgsAquifers.length)
    );
    setGroup(active.water,flowOn);setGroup(active.swales,swaleOn);
    setGroup(active.recharge,rechargeOn);setGroup(active.contours,contourOn);setGroup(active.aquifer,aquiferOn);
    updateAquiferTopText16501(property,aquiferTextOn);
    /* EARTHLINE 16414 — authoritative hydro evidence visibility order.
       Keep the translucent recharge fill contextual below interventions, but guarantee
       that an actually selected/published recharge footprint cannot disappear beneath
       the later living-swale/planting renderer. Annotation visibility remains owned here. */
    try{
      if(earthlineMap.getLayer("earthline-recharge-label")){
        earthlineMap.setLayoutProperty("earthline-recharge-label","text-allow-overlap",false);
        earthlineMap.setLayoutProperty("earthline-recharge-label","text-ignore-placement",false);
      }
      for(const id16414 of [
        "earthline-recharge-line",
        "earthline-recharge-highlight",
        "earthline-recharge-label",
        "earthline-aquifer-wells-16398"
      ]){
        if(earthlineMap.getLayer(id16414))earthlineMap.moveLayer(id16414);
      }
      /* 16492: all aquifer language is the final annotation pass. Geometry stays
         in its governed order; only text is moved above every analytical layer. */
      for(const id16492 of [
        "el-live-aquifer-label-15970",
        "earthline-aquifer-label-points-layer-15788",
        "earthline-aquifer-evidence-label-16398"
      ]){
        if(earthlineMap.getLayer(id16492))earthlineMap.moveLayer(id16492);
      }
    }catch(_){ }
    try{
      const rechargeCanvas=document.getElementById("earthlineRechargeCanvas");
      const rechargeSvg=document.getElementById("earthlineRechargeOverlay");
      if(rechargeCanvas)rechargeCanvas.style.display="none";
      if(rechargeSvg){rechargeSvg.style.display="none";rechargeSvg.replaceChildren()}
    }catch(e){}
    const controls=ensureControl();
    if(controls){
      controls.button.classList.toggle("visible",property&&!!M.analysisReady);
      controls.badge.classList.toggle("visible",property&&swalesOnly&&!!M.analysisReady)
    }
    state.rendererOwnership15805={
      build:BUILD,mode:property?"property":"regional",swalesOnly,validationView,propertyCommitted,appliedAt:Date.now(),
      activeOwners:{water:active.water.owner,swales:active.swales.owner,recharge:active.recharge.owner,
        contours:active.contours.owner,aquifer:active.aquifer.owner}
    };
    return true
  }
  window.earthlineRendererRegistry15805=registry;
  window.earthlineApplyRendererOwnership15805=applyOwnership;
  window.earthlineSetSwalesOnly15805=setSwalesOnly;
  window.earthlineBuild15805Audit=()=>({
    build:BUILD,ownership:state.rendererOwnership15805||null,swalesOnly,
    propertyCorridors:M&&Array.isArray(M.swales)?M.swales.length:0,
    waterFeatures:M&&M.propertyFlowRenderer15792||null,
    swaleFeatures:M&&M.livingSwaleRenderer15792||null,
    coverage:M&&M.coverageEvidence15803||null,whyNotHere:M&&M.whyNotHere15803||null,
    canvasAnalyticalOwners:{water:false,swales:false,recharge:false,contours:false,aquifer:false}
  });
  try{
    earthlineMap.on("load",()=>applyOwnership(state.mode==="regional"?"regional":"property"));
    earthlineMap.on("style.load",()=>setTimeout(()=>applyOwnership(state.mode==="regional"?"regional":"property"),40));
    earthlineMap.on("moveend",()=>applyOwnership(state.mode==="regional"?"regional":"property"));
    earthlineMap.on("zoomend",()=>applyOwnership(state.mode==="regional"?"regional":"property"))
  }catch(e){}
  ensureControl();setTimeout(()=>applyOwnership(state.mode==="regional"?"regional":"property"),0);
  const stamp=document.getElementById("earthlineFooterBuild15784");if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — one registry owns analytical layer visibility; live canvas duplicates disabled.")
})();
</script>
<style id="earthline-build-15806-natural-safety-css">
#earthlineSwalesContours15806{
  position:absolute;left:14px;top:52px;z-index:101;display:none;align-items:center;gap:7px;
  padding:7px 10px;border:1px solid rgba(204,190,119,.64);border-radius:8px;
  background:rgba(36,39,23,.91);color:#f4f2df;box-shadow:0 7px 19px rgba(0,0,0,.32);
  font:850 8.8px/1 system-ui,sans-serif;letter-spacing:.055em;cursor:pointer
}
#earthlineSwalesContours15806.visible{display:inline-flex}
#earthlineSwalesContours15806.active{background:rgba(75,75,35,.96);border-color:#e2d384}
#earthlineSafetyAudit15806{
  margin-top:8px;padding:8px;border-radius:7px;border:1px solid rgba(104,171,101,.48);
  background:rgba(18,55,31,.62);color:#cce7cb;font:700 8.5px/1.35 system-ui,sans-serif
}
#earthlineSafetyAudit15806.warn{border-color:rgba(224,153,62,.68);background:rgba(76,45,11,.68);color:#ffe2b4}
#earthlineSafetyAudit15806.fail{border-color:rgba(231,78,73,.76);background:rgba(82,18,19,.72);color:#ffd1cf}
#earthlineSafetyAudit15806 strong{display:block;margin-bottom:4px;font-size:9px;letter-spacing:.05em}
#earthlineSafetyAudit15806 .safety-grid{display:grid;grid-template-columns:1fr auto;gap:2px 8px}
#earthlineSafetyAudit15806 .value{text-align:right;color:#fff}
@media(max-width:900px){#earthlineSwalesContours15806{left:10px;top:48px}}
</style>
<script id="earthline-build-15806-safety-vetted-natural-swales">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15806";
  const PLANT_SOURCE="earthline-swale-planting-15806";
  const PLANT_SHADOW="earthline-swale-planting-shadow-15806";
  const PLANT_LAYER="earthline-swale-planting-layer-15806";
  const state=window.earthlineRegional15778||{};
  let plantingVisible=true;

  const emptyFC=()=>({type:"FeatureCollection",features:[]});
  const finiteCoord=c=>Array.isArray(c)&&Number.isFinite(Number(c[0]))&&Number.isFinite(Number(c[1]));
  const coordDistanceM=(a,b)=>{
    const lat=(Number(a[1])+Number(b[1]))*.5*Math.PI/180;
    const dx=(Number(b[0])-Number(a[0]))*111320*Math.max(.05,Math.cos(lat));
    const dy=(Number(b[1])-Number(a[1]))*110540;
    return Math.hypot(dx,dy);
  };
  function hash15806(a,b,c){
    const x=Math.sin((a+1)*12.9898+(b+1)*78.233+(c+1)*37.719)*43758.5453;
    return x-Math.floor(x);
  }
  function offsetCoord15806(coord,tangent,offsetM){
    const lat=Number(coord[1])*Math.PI/180;
    const nx=-Number(tangent[1]),ny=Number(tangent[0]);
    const norm=Math.hypot(nx,ny)||1;
    const east=nx/norm*offsetM,north=ny/norm*offsetM;
    return [
      Number(coord[0])+east/(111320*Math.max(.05,Math.cos(lat))),
      Number(coord[1])+north/110540
    ];
  }
  function plantingPoints15806(fc){
    const features=[];
    for(let fi=0;fi<(fc.features||[]).length;fi++){
      const line=fc.features[fi];
      const coords=line&&line.geometry&&line.geometry.type==="LineString"
        ?line.geometry.coordinates.filter(finiteCoord):[];
      let walked=0,next=5+hash15806(fi,0,0)*4,plantIndex=0;
      for(let i=1;i<coords.length;i++){
        const a=coords[i-1],b=coords[i],segment=coordDistanceM(a,b);
        if(segment<=0)continue;
        while(walked+segment>=next){
          const t=(next-walked)/segment;
          const point=[
            Number(a[0])+(Number(b[0])-Number(a[0]))*t,
            Number(a[1])+(Number(b[1])-Number(a[1]))*t
          ];
          const lat=point[1]*Math.PI/180;
          const tangent=[
            (Number(b[0])-Number(a[0]))*111320*Math.max(.05,Math.cos(lat)),
            (Number(b[1])-Number(a[1]))*110540
          ];
          for(const side of [-1,1]){
            const jitter=(hash15806(fi,plantIndex,side+2)-.5)*.8;
            const offset=side*(1.05+hash15806(fi,plantIndex,side+8)*1.25)+jitter;
            const palette=Math.floor(hash15806(fi,plantIndex,side+15)*5);
            features.push({
              type:"Feature",
              properties:{
                corridorId:String(line.properties&&line.properties.id||fi+1),
                palette,
                size:Number((2.6+hash15806(fi,plantIndex,side+21)*2.8).toFixed(2))
              },
              geometry:{type:"Point",coordinates:offsetCoord15806(point,tangent,offset)}
            });
          }
          plantIndex++;
          next+=6.5+hash15806(fi,plantIndex,5)*6.5;
        }
        walked+=segment;
      }
    }
    return {type:"FeatureCollection",features};
  }
  function ensurePlanting15806(){
    if(!earthlineMap||typeof earthlineMap.getStyle!=="function")return false;
    try{
      const style=earthlineMap.getStyle();if(!style||!style.sources)return false;
      if(!earthlineMap.getSource(PLANT_SOURCE))earthlineMap.addSource(PLANT_SOURCE,{type:"geojson",data:emptyFC()});
      const before=earthlineMap.getLayer("earthline-swales-casing")?"earthline-swales-casing":undefined;
      if(!earthlineMap.getLayer(PLANT_SHADOW))earthlineMap.addLayer({
        id:PLANT_SHADOW,type:"circle",source:PLANT_SOURCE,
        paint:{
          "circle-radius":["interpolate",["linear"],["zoom"],14,["*",["get","size"],.62],17,["*",["get","size"],1.25],20,["*",["get","size"],1.75]],
          "circle-color":"#25391f","circle-opacity":.38,"circle-blur":.28
        }
      },before);
      if(!earthlineMap.getLayer(PLANT_LAYER))earthlineMap.addLayer({
        id:PLANT_LAYER,type:"circle",source:PLANT_SOURCE,
        paint:{
          "circle-radius":["interpolate",["linear"],["zoom"],14,["*",["get","size"],.48],17,["*",["get","size"],1.00],20,["*",["get","size"],1.38]],
          "circle-color":["match",["get","palette"],0,"#4d733b",1,"#6f8744",2,"#8a713d",3,"#3e684c","#71814b"],
          "circle-opacity":.64,
          "circle-stroke-width":["interpolate",["linear"],["zoom"],14,.15,20,.45],
          "circle-stroke-color":"rgba(43,57,28,.78)"
        }
      },before);
      earthlineMap.moveLayer(PLANT_SHADOW);
      earthlineMap.moveLayer(PLANT_LAYER);
      /* EARTHLINE 16414 — planting may be refreshed after terminal publication.
         Hand final analytical z-order back to the existing 15805 owner so hydro
         evidence cannot be buried by a later planting refresh. */
      if(
        M&&M.analysisReady&&state.mode==="property"&&!state.active&&
        typeof window.earthlineApplyRendererOwnership15805==="function"
      )window.earthlineApplyRendererOwnership15805("property");
      return true;
    }catch(e){console.warn("[Earthline] "+BUILD+" planting renderer",e);return false}
  }
  function syncPlanting15806(fc){
    if(!ensurePlanting15806())return false;
    const data=plantingPoints15806(fc&&fc.type==="FeatureCollection"?fc:emptyFC());
    const src=earthlineMap.getSource(PLANT_SOURCE);
    if(src&&src.setData)src.setData(data);
    setPlantingVisible15806(plantingVisible&&data.features.length>0);
    M.naturalSwalePlanting15806={features:data.features.length,visible:plantingVisible,source:PLANT_SOURCE};
    return true
  }
  function setPlantingVisible15806(on){
    plantingVisible=!!on;
    for(const id of [PLANT_SHADOW,PLANT_LAYER]){
      try{if(earthlineMap.getLayer(id))earthlineMap.setLayoutProperty(id,"visibility",plantingVisible?"visible":"none")}catch(e){}
    }
    return plantingVisible
  }
  function safetyPanel15806(){
    let el=document.getElementById("earthlineSafetyAudit15806");
    if(!el){
      const host=document.getElementById("cCount")&&document.getElementById("cCount").closest(".panel");
      if(host){el=document.createElement("div");el.id="earthlineSafetyAudit15806";host.appendChild(el)}
    }
    if(!el)return null;

    const audit=M&&M.safetyAudit15806||null;
    if(!audit){
      el.className="warn";
      el.innerHTML=
        "<strong>SAFETY SCREENING NOT YET RUN</strong>"+
        "Run the property analysis to screen the available road, structure and "+
        "waterway data. Field verification will still be required.";
      return el;
    }

    const clearance=audit.clearance||{};
    const filter=audit.filter||{};
    const verified=!!audit.verified;
    const rawIntersectionValue=Number(audit.acceptedIntersections);
    const detected=Number.isFinite(rawIntersectionValue)
      ?Math.max(0,rawIntersectionValue):0;

    const stateText=!verified
      ?"NOT VERIFIED — "+detected+
        " INTERSECTION"+(detected===1?"":"S")+
        " DETECTED IN AVAILABLE DATA; COVERAGE INCOMPLETE. "+
        "FIELD VERIFICATION REQUIRED."
      :detected>0
        ?"SCREENING FLAG — "+detected+
          " INTERSECTION"+(detected===1?"":"S")+
          " DETECTED IN AVAILABLE DATA. AFFECTED SEGMENTS WITHHELD; "+
          "FIELD VERIFICATION REQUIRED."
        :"SCREENED — 0 INTERSECTIONS DETECTED IN AVAILABLE DATA. "+
          "THIS IS NOT A CONSTRUCTION-SAFETY PASS; FIELD VERIFICATION REQUIRED.";

    el.className=detected>0?"fail":"warn";
    const safeSegments=Number(
      clearance.safeSegments!=null
        ?clearance.safeSegments
        :(
          audit.safeSegments!=null
            ?audit.safeSegments
            :filter.outputSegments||0
        )
    );

    el.innerHTML=
      "<strong>"+stateText+"</strong>"+
      '<div class="safety-grid">'+
      "<span>Raw modeled segments</span><span class=value>"+Number(audit.rawSegments||0)+"</span>"+
      "<span>Safety-screened segments</span><span class=value>"+safeSegments+"</span>"+
      "<span>Clipped / removed</span><span class=value>"+Number(filter.clippedCandidates||0)+" / "+Number(filter.removedCandidates||0)+"</span>"+
      "<span>Detected intersections</span><span class=value>"+detected+"</span>"+
      "<span>Exclusion-data coverage</span><span class=value>"+(verified?"Available index":"Incomplete")+"</span>"+
      "</div>";
    return el;
  }
  function ensureContoursButton15806(){
    const host=document.querySelector(".center");if(!host)return null;
    let button=document.getElementById("earthlineSwalesContours15806");
    if(!button){
      button=document.createElement("button");
      button.id="earthlineSwalesContours15806";
      button.type="button";
      button.textContent="SWALES + CONTOURS";
      button.addEventListener("click",()=>{
        state.validationView15806="swales-contours";
        if(typeof window.earthlineApplyRendererOwnership15805==="function"){
          window.earthlineApplyRendererOwnership15805("property");
        }
        updateContoursButton15806()
      });
      host.appendChild(button)
    }
    return button
  }
  function updateContoursButton15806(){
    const button=ensureContoursButton15806();if(!button)return;
    const show=state.mode==="property"&&!!M.analysisReady;
    button.classList.toggle("visible",show);
    button.classList.toggle("active",state.validationView15806==="swales-contours")
  }
  function setValidationView15806(view){
    const allowed=["swales-only","swales-contours","all"];
    state.validationView15806=allowed.includes(view)?view:"all";
    if(state.validationView15806==="swales-only"&&typeof window.earthlineSetSwalesOnly15805==="function"){
      window.earthlineSetSwalesOnly15805(true,"validation-view-15806")
    }else{
      state.swalesOnly15805=false;
      if(typeof window.earthlineApplyRendererOwnership15805==="function"){
        window.earthlineApplyRendererOwnership15805(state.mode==="regional"?"regional":"property")
      }
    }
    updateContoursButton15806();
    return state.validationView15806
  }
  window.earthlineSyncNaturalSwalePlanting15806=syncPlanting15806;
  window.earthlineSetNaturalSwalePlantingVisible15806=setPlantingVisible15806;
  window.earthlineRenderSafetyPanel15806=safetyPanel15806;
  window.earthlineSetValidationView15806=setValidationView15806;
  window.earthlineBuild15806Audit=()=>({
    build:BUILD,
    rendererOwnership:state.rendererOwnership15805||null,
    validationView:state.validationView15806||null,
    safety:M&&M.safetyAudit15806||null,
    planting:M&&M.naturalSwalePlanting15806||null,
    rawEngineCorridors:M&&Array.isArray(M.swales)?M.swales.length:0,
    renderedSafeSegments:M&&M.authoritativeSafeSwales15806&&Array.isArray(M.authoritativeSafeSwales15806.features)
      ?M.authoritativeSafeSwales15806.features.length:0,
    whyNotHere:M&&M.whyNotHere15803||null,
    coverage:M&&M.coverageEvidence15803||null
  });
  try{
    earthlineMap.on("style.load",()=>{ensurePlanting15806();updateContoursButton15806()});
    earthlineMap.on("moveend",()=>updateContoursButton15806());
  }catch(e){}
  ensureContoursButton15806();
  safetyPanel15806();
  setTimeout(()=>{ensurePlanting15806();updateContoursButton15806();safetyPanel15806()},250);
  const stamp=document.getElementById("earthlineFooterBuild15784");if(stamp)stamp.textContent=BUILD;
  console.log("[Earthline] "+BUILD+" installed — safety-vetted authoritative swales, natural planted shoulders and SWALES + CONTOURS validation.")
})();
</script>
<script id="earthline-build-15814-recovery-stamp">
(function(){
  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent="BUILD-CHECK-15814";
  window.earthlineRecoveryBaseline15814={
    build:"BUILD-CHECK-15814",
    functionalSource:"BUILD-CHECK-15806",
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    return result;
  }

  function setInteractions15822(enabled,stateBefore){
    const handlers=[
      "dragPan","scrollZoom","doubleClickZoom","touchZoomRotate","boxZoom"
    ];
    for(const name of handlers){
      try{
        const handler=earthlineMap&&earthlineMap[name];
        if(!handler)continue;
        const shouldEnable=enabled
          ?!!(stateBefore&&stateBefore[name])
          :false;
        if(shouldEnable&&handler.enable)handler.enable();
        if(!shouldEnable&&handler.disable)handler.disable();
      }catch(e){}
    }
  }

  async function settleMap15822(center,zoom){
    try{
      earthlineMap.stop();
      earthlineMap.jumpTo({
        center:[Number(center.lng),Number(center.lat)],
        zoom:Number(zoom),
        bearing:0,
        pitch:0
      });
      earthlineMap.triggerRepaint&&earthlineMap.triggerRepaint();
    }catch(e){}
    await wait15822(240);
  }

  async function runAnalysis15822(){
    if(typeof window.earthlineRunAnalysis!=="function"){
      throw new Error("Earthline run controller is unavailable.");
    }
    const result=await window.earthlineRunAnalysis();
    await wait15822(350);
    if(result===false){
      throw new Error("Property analysis did not complete.");
    }
    return result;
  }

  function currentInputNeedsSetup15822(){
    const input=document.getElementById("searchInput");
    const entered=String(input&&input.value||"")
      .trim().toLowerCase().replace(/\s+/g," ");
    const applied=String(M&&M.appliedSearchText||"");
    return !(
      M&&M.authoritativePropertyFrame15821&&
      entered&&entered===applied
    );
  }

  async function runTest15822(){
    if(running15822)return;
    running15822=true;
    report15822=null;

    const originalCamera={
      center:earthlineMap.getCenter().toArray(),
      zoom:Number(earthlineMap.getZoom()),
      bearing:Number(earthlineMap.getBearing&&earthlineMap.getBearing()||0),
      pitch:Number(earthlineMap.getPitch&&earthlineMap.getPitch()||0)
    };
    const interactions=interactionState15822();
    setInteractions15822(false,interactions);

    try{
      render15822(
        "Preparing the selected property identity and locked scientific frame…",
        "running"
      );

      if(currentInputNeedsSetup15822()){
        await runAnalysis15822();
      }

      let frame=M&&M.authoritativePropertyFrame15821||
        state.authoritativePropertyFrame15821||null;
      if(!frame||!frame.center){
        throw new Error(
          "No authoritative property frame was established."
        );
      }

      const scientificCenter={
        lng:Number(frame.center.lng),
        lat:Number(frame.center.lat)
      };

      render15822(
        "Run A: presentation zoom 18.0. Scientific frame remains locked.",
        "running"
      );
      await settleMap15822(scientificCenter,18);
      await runAnalysis15822();
      const runA=capture15822("presentation-zoom-18",18);

      frame=M&&M.authoritativePropertyFrame15821||
        state.authoritativePropertyFrame15821||frame;

      render15822(
        "Run B: presentation zoom 16.3. Scientific frame must remain identical.",
        "running"
      );
      await settleMap15822(scientificCenter,16.3);
      await runAnalysis15822();
      const runB=capture15822("presentation-zoom-16.3",16.3);

      const comparison=compare15822(runA,runB);
      report15822={
        build:BUILD,
        baseline:BASELINE,
        generatedAt:new Date().toISOString(),
        purpose:
          "Automated viewport-invariance acceptance for one selected property",
        cameraZooms:[18,16.3],
        runs:[runA,runB],
        comparison
      };
      M.viewportInvarianceReport15822=report15822;

      if(comparison.passed){
        render15822(
          "VIEWPORT INVARIANCE CONFIRMED — the scientific frame, terrain, "+
          "diagnostics, final corridors and metrics match at camera zoom "+
          "18.0 and 16.3.",
          "success"
        );
      }else{
        render15822(
          "VIEWPORT INVARIANCE FAILED — first differing stage: "+
          String(comparison.firstDifference||"unknown").toUpperCase()+".",
          "failure"
        );
      }
    }catch(error){
      report15822={
        build:BUILD,
        baseline:BASELINE,
        generatedAt:new Date().toISOString(),
        error:{
          name:String(error&&error.name||"Error"),
          message:String(error&&error.message||"Unknown test failure"),
          stack:String(error&&error.stack||"")
        }
      };
      M.viewportInvarianceReport15822=report15822;
      render15822(
        "AUTOMATED TEST STOPPED — "+
        String(error&&error.message||"unknown error"),
        "failure"
      );
    }finally{
      try{
        earthlineMap.jumpTo({
          center:originalCamera.center,
          zoom:originalCamera.zoom,
          bearing:originalCamera.bearing,
          pitch:originalCamera.pitch
        });
        earthlineMap.triggerRepaint&&earthlineMap.triggerRepaint();
      }catch(e){}
      setInteractions15822(true,interactions);
      running15822=false;
      setTimeout(()=>{
        if(report15822&&report15822.comparison){
          const passed=report15822.comparison.passed;
          render15822(
            passed
              ?"VIEWPORT INVARIANCE CONFIRMED — report ready."
              :"VIEWPORT INVARIANCE FAILED — report ready.",
            passed?"success":"failure"
          );
        }
      },150);
    }
  }

  function download15822(){
    if(!report15822)return;
    const blob=new Blob(
      [JSON.stringify(report15822,null,2)],
      {type:"application/json"}
    );
    const url=URL.createObjectURL(blob);
    const a=document.createElement("a");
    a.href=url;
    a.download="earthline-build-15822-viewport-invariance-report.json";
    document.body.appendChild(a);
    a.click();
    a.remove();
    setTimeout(()=>URL.revokeObjectURL(url),1000);
  }

  window.earthlineRunViewportTest15822=runTest15822;
  window.earthlineDownloadViewportReport15822=download15822;
  window.earthlineBuild15822Audit=()=>({
    build:BUILD,
    baseline:BASELINE,
    running:running15822,
    report:report15822||M&&M.viewportInvarianceReport15822||null,
    frame:M&&M.authoritativePropertyFrame15821||null
  });

  const install=()=>{
    render15822();
    const stamp=document.getElementById("earthlineFooterBuild15784");
    if(stamp)stamp.textContent=BUILD;
  };
  if(document.readyState==="loading"){
    document.addEventListener("DOMContentLoaded",install,{once:true});
  }else{
    install();
  }

  console.log(
    "[Earthline] "+BUILD+
    " installed — one-click automated viewport-invariance test."
  );
})();
</script>
<script id="earthline-build-15823-water-path-restoration">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15823";
  const state=window.earthlineRegional15778||{};
  const timers=new Set();

  function propertyActive(){
    return !!(
      M&&M.analysisReady&&
      state.mode==="property"&&!state.active
    );
  }

  function ensurePanel(){
    let el=document.getElementById("earthlineWaterPathStatus15823");
    if(el)return el;
    const anchor=document.getElementById("earthlinePropertyFrameStatus15821")||
      document.getElementById("earthlineCurrentResult15782")||
      document.querySelector(".leftbar .panel");
    const parent=anchor&&anchor.parentElement
      ?anchor.parentElement
      :document.querySelector(".leftbar");
    if(!parent)return null;
    el=document.createElement("div");
    el.id="earthlineWaterPathStatus15823";
    parent.appendChild(el);
    return el;
  }

  function renderStatus(){
    const el=ensurePanel();
    if(!el)return;
    const water=M&&M.propertyFlowRenderer15792||null;
    const generation=M&&M.propertyFlowGeneration15823||null;
    const generated=Number(water&&water.generatedFeatures||0);
    const sourceFeatures=Number(
      water&&(
        water.sourceFeatures!=null
          ?water.sourceFeatures
          :water.features
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    );
    const visible=!!(water&&water.visible);
    const arrows=!!(water&&water.arrowsVisible);

    if(!propertyActive()){
      el.dataset.state="idle";
      el.innerHTML=
        "<strong>MODELED WATER PATHS</strong>"+
        "Run the property analysis to publish D8 runoff paths and arrows.";
      return;
    }

    el.dataset.state=visible&&sourceFeatures>0?"success":"warning";
    el.innerHTML=
      "<strong>"+(
        visible&&sourceFeatures>0
          ?"WATER PATHS PUBLISHED"
          :"WATER PATHS WAITING FOR MAP STYLE"
      )+"</strong>"+
      '<div class="water-grid">'+
      "<span>Generation method</span><span>"+
        String(generation&&generation.method||water&&water.method||"pending")+
      "</span>"+
      "<span>Generated paths</span><span>"+generated+"</span>"+
      "<span>Mapbox source features</span><span>"+sourceFeatures+"</span>"+
      "<span>Blue lines visible</span><span>"+(visible?"yes":"no")+"</span>"+
      "<span>Direction arrows visible</span><span>"+(arrows?"yes":"no")+"</span>"+
      "<span>Renderer state</span><span>"+
        String(water&&water.reason||"pending")+
      "</span>"+
      "</div>";
  }

  function publish(reason="manual"){
    if(!propertyActive())return false;
    let visible=false;
    try{
      if(typeof window.earthlineSyncPropertyFlow15792==="function"){
        visible=!!window.earthlineSyncPropertyFlow15792(true);
      }
      if(typeof window.earthlineApplyRendererOwnership15805==="function"){
        window.earthlineApplyRendererOwnership15805("property");
      }
    }catch(error){
      M.propertyFlowRenderer15792={
        build:BUILD,
        generatedFeatures:0,
        sourceFeatures:0,
        features:0,
        visible:false,
        arrowsVisible:false,
        source:"earthline-property-flow-15792",
        sourceReady:false,
        reason:"renderer-error: "+String(error&&error.message||error)
      };
    }
    M.propertyFlowDelivery15823={
      build:BUILD,
      reason,
      visible,
      renderer:M&&M.propertyFlowRenderer15792||null,
      attemptedAt:Date.now()
    };
    renderStatus();
    return visible;
  }

  function schedule(reason="property-result"){
    for(const timer of timers)clearTimeout(timer);
    timers.clear();
    for(const delay of [0,80,220,520,1100,2200,4200]){
      const timer=setTimeout(()=>{
        timers.delete(timer);
        if(!propertyActive())return;
        const visible=publish(reason+"-"+delay);
        if(visible){
          for(const pending of timers)clearTimeout(pending);
          timers.clear();
        }
      },delay);
      timers.add(timer);
    }
  }

  window.earthlinePublishPropertyWater15823=publish;
  window.earthlineSchedulePropertyWater15823=schedule;
  window.earthlineBuild15823Audit=()=>({
    build:BUILD,
    baseline:"BUILD-CHECK-15822",
    generation:M&&M.propertyFlowGeneration15823||null,
    renderer:M&&M.propertyFlowRenderer15792||null,
    delivery:M&&M.propertyFlowDelivery15823||null,
    ownership:state.rendererOwnership15805||null,
    viewportTest:M&&M.viewportInvarianceReport15822||null
  });

  try{
    earthlineMap.on("load",()=>schedule("map-load"));
    earthlineMap.on("style.load",()=>schedule("style-load"));
    earthlineMap.on("idle",()=>{
      const renderer=M&&M.propertyFlowRenderer15792||null;
      if(propertyActive()&&!(renderer&&renderer.visible)){
        schedule("map-idle");
      }
    });
    earthlineMap.on("moveend",()=>{
      if(propertyActive())publish("moveend");
    });
    earthlineMap.on("zoomend",()=>{
      if(propertyActive())publish("zoomend");
    });
  }catch(e){}

  setInterval(renderStatus,700);
  renderStatus();

  const stamp=document.getElementById("earthlineFooterBuild15784");
  if(stamp)stamp.textContent=BUILD;
  console.log(
    "[Earthline] "+BUILD+
    " installed — existing D8 hydrology published as persistent blue water paths."
  );
})();
</script>
<script id="earthline-build-15824-direct-water-overlay">
(function(){
  "use strict";

  const BUILD="BUILD-CHECK-15824";
  const BASELINE="BUILD-CHECK-15823";
  const SVG_NS="http://www.w3.org/2000/svg";
  const state=window.earthlineRegional15778||{};
  const OLD_FLOW_LAYERS=[
    "earthline-property-flow-casing-15792",
    "earthline-property-flow-line-15792",
    "earthline-property-flow-pulse-15792",
    "earthline-property-flow-arrows-15792"
  ];

  let overlay=null;
  let statusPanel=null;
  let cachedKey="";
  let cachedFlow={type:"FeatureCollection",features:[]};
  let lastRender=null;
  let renderQueued=false;

  function propertyActive15824(){
    return !!(
      M&&M.analysisReady&&
      state.mode==="property"&&!state.active
    );
  }

  function viewAllowsWater15824(){
    /* EARTHLINE 16326 — water is mandatory Property evidence. Legacy analytical
       layer/view toggles may not suppress the D8 runoff network after science is ready. */
    return propertyActive15824();
  }

  function hideOldWaterLayers15824(){
    for(const id of OLD_FLOW_LAYERS){
      try{
        if(earthlineMap&&earthlineMap.getLayer&&earthlineMap.getLayer(id)){
          earthlineMap.setLayoutProperty(id,"visibility","none");
        }
      }catch(e){}
    }
  }

  function ensureOverlay15824(){
    if(overlay&&overlay.isConnected)return overlay;
    const host=document.querySelector(".map-area");
    if(!host)return null;
    overlay=document.createElementNS(SVG_NS,"svg");
    overlay.id="earthlinePropertyWaterOverlay15824";
    overlay.setAttribute("aria-label","Modeled D8 runoff paths");
    overlay.setAttribute("preserveAspectRatio","none");
    host.appendChild(overlay);
    return overlay;
  }

  function ensureStatus15824(){
    if(statusPanel&&statusPanel.isConnected)return statusPanel;
    statusPanel=document.getElementById("earthlineWaterPathStatus15824");
    if(statusPanel)return statusPanel;

    const anchor=document.getElementById("earthlinePropertyFrameStatus15821")||
      document.getElementById("earthlineCurrentResult15782")||
      document.querySelector(".leftbar .panel");
    const parent=anchor&&anchor.parentElement
      ?anchor.parentElement
      :document.querySelector(".leftbar");
    if(!parent)return null;

    statusPanel=document.createElement("div");
    statusPanel.id="earthlineWaterPathStatus15824";
    parent.appendChild(statusPanel);
    return statusPanel;
  }

  function emptyFC15824(){
    return {type:"FeatureCollection",features:[]};
  }

  function validFC15824(value){
    return !!(
      value&&value.type==="FeatureCollection"&&
      Array.isArray(value.features)
    );
  }

  function directD8Flow15824(){
    if(
      !M||!M.analysisReady||!M.dir||!M.acc||
      !Number.isFinite(Number(GW))||!Number.isFinite(Number(GH))||
      M.dir.length<GW*GH||M.acc.length<GW*GH
    )return emptyFC15824();

    const total=GW*GH;
    const parcelCells=[];
    for(let i=0;i<total;i++){
      if(M.inP&&!M.inP[i])continue;
      const dir=Number(M.dir[i]);
      const acc=Number(M.acc[i]);
      if(dir>=0&&Number.isFinite(acc)&&acc>0){
        parcelCells.push({
          i,
          x:i%GW,
          y:Math.floor(i/GW),
          acc
        });
      }
    }
    if(!parcelCells.length)return emptyFC15824();

    const accValues=parcelCells.map(cell=>cell.acc).sort((a,b)=>a-b);
    const quantile=q=>Number(
      accValues[
        Math.max(
          0,
          Math.min(
            accValues.length-1,
            Math.floor((accValues.length-1)*q)
          )
        )
      ]||1
    );
    const medianThreshold=Math.max(1,quantile(.32));
    const strongThreshold=Math.max(medianThreshold,quantile(.68));

    const candidates=[];
    for(const cell of parcelCells){
      const gridPriority=(
        cell.x%8===0&&cell.y%8===0&&cell.acc>=medianThreshold
      );
      const strongPriority=cell.acc>=strongThreshold;
      if(gridPriority||strongPriority)candidates.push(cell);
    }

    candidates.sort((a,b)=>
      (b.acc-a.acc)||
      (a.y-b.y)||
      (a.x-b.x)
    );

    const chosen=[];
    const minimumSeedDistance=5;
    for(const cell of candidates){
      if(chosen.length>=180)break;
      let tooClose=false;
      for(const prior of chosen){
        if(
          Math.hypot(cell.x-prior.x,cell.y-prior.y)<
          minimumSeedDistance
        ){
          tooClose=true;
          break;
        }
      }
      if(!tooClose)chosen.push(cell);
    }

    if(chosen.length<12){
      for(let y=3;y<GH-3;y+=7){
        for(let x=3;x<GW-3;x+=7){
          const i=idx(x,y);
          if(M.inP&&!M.inP[i])continue;
          if(Number(M.dir[i])<0)continue;
          chosen.push({i,x,y,acc:Number(M.acc[i]||1)});
          if(chosen.length>=72)break;
        }
        if(chosen.length>=72)break;
      }
    }

    const features=[];
    const signatures=new Set();

    for(const seed of chosen){
      const coords=[];
      const visited=new Set();
      let x=seed.x;
      let y=seed.y;
      let i=seed.i;
      let maxAcc=seed.acc;

      for(let step=0;step<520;step++){
        if(
          i<0||i>=total||visited.has(i)||
          (M.inP&&!M.inP[i])
        )break;
        visited.add(i);

        try{
          const ll=earthlineGridToLngLat(x+.5,y+.5);
          if(
            Array.isArray(ll)&&
            Number.isFinite(Number(ll[0]))&&
            Number.isFinite(Number(ll[1]))
          ){
            coords.push([Number(ll[0]),Number(ll[1])]);
          }
        }catch(e){}

        maxAcc=Math.max(maxAcc,Number(M.acc[i]||0));
        const d=Number(M.dir[i]);
        if(d<0||d>7)break;
        const nx=x+D8X[d];
        const ny=y+D8Y[d];
        if(nx<0||ny<0||nx>=GW||ny>=GH)break;
        const ni=idx(nx,ny);
        x=nx;
        y=ny;
        i=ni;
      }

      if(coords.length<5)continue;
      const signature=[
        coords[0][0].toFixed(6),
        coords[0][1].toFixed(6),
        coords[coords.length-1][0].toFixed(6),
        coords[coords.length-1][1].toFixed(6)
      ].join("|");
      if(signatures.has(signature))continue;
      signatures.add(signature);

      const strength=Math.max(
        0,
        Math.min(
          1,
          Math.log(maxAcc+1)/
          Math.log(Math.max(2,Number(M.maxAcc||maxAcc)+1))
        )
      );
      features.push({
        type:"Feature",
        properties:{
          strength:Number(strength.toFixed(4)),
          accumulation:Math.round(maxAcc),
          source:"existing-D8-direction-and-accumulation",
          rendererOwner:"earthlineDirectWaterOverlay15824"
        },
        geometry:{
          type:"LineString",
          coordinates:coords
        }
      });
      if(features.length>=160)break;
    }

    return {type:"FeatureCollection",features};
  }

  function authoritativeFlow15824(force=false){
    const key=[
      Number(M&&M.searchGen||0),
      String(M&&M.terrainStamp||""),
      Number(M&&M.dir&&M.dir.length||0),
      Number(M&&M.acc&&M.acc.length||0),
      Number(M&&M.maxAcc||0)
    ].join("|");

    if(!force&&key===cachedKey&&cachedFlow.features.length){
      return cachedFlow;
    }

    let primary=emptyFC15824();
    try{
      if(typeof window.earthlineAuthoritativeFlowGeoJSON15823==="function"){
        const candidate=window.earthlineAuthoritativeFlowGeoJSON15823();
        if(validFC15824(candidate))primary=candidate;
      }
    }catch(e){}

    /* EARTHLINE 16508 — one visual representation of the already-computed D8 hydrology.
       earthlineAuthoritativeFlowGeoJSON15823 already prefers the smoothed 15792
       network and uses its existing D8 fallback only when that result is empty.
       Do not merge a second direct D8 representation into the same SVG display. */
    const direct=primary.features.length?emptyFC15824():directD8Flow15824();
    const flow=primary.features.length
      ?primary
      :(validFC15824(direct)?direct:emptyFC15824());

    cachedKey=key;
    cachedFlow=validFC15824(flow)?flow:emptyFC15824();
    M.authoritativeWaterPaths15824=cachedFlow;
    M.waterPathGeneration15824={
      build:"EARTHLINE 16508",
      primaryFeatures:Number(primary.features.length||0),
      directD8Features:Number(validFC15824(direct)?direct.features.length:0),
      supplementalDirectD8Features:0,
      features:cachedFlow.features.length,
      visibleCap:60,
      method:primary.features.length?"authoritative-smoothed-flow15792":"direct-D8-fallback-only",
      hydrologySource:"existing M.dir + M.acc",
      hydrologyChanged:false,
      generatedAt:Date.now()
    };
    return cachedFlow;
  }

  function svgElement15824(name,attributes){
    const element=document.createElementNS(SVG_NS,name);
    for(const [key,value] of Object.entries(attributes||{})){
      element.setAttribute(key,String(value));
    }
    return element;
  }

  function projectedPoints15824(coordinates){
    const points=[];
    for(const coordinate of coordinates||[]){
      try{
        const point=earthlineMap.project(coordinate);
        if(
          point&&Number.isFinite(point.x)&&Number.isFinite(point.y)
        ){
          points.push([point.x,point.y]);
        }
      }catch(e){}
    }
    return points;
  }

  function pathData15824(points){
    if(!points.length)return "";
    let d="M"+points[0][0].toFixed(2)+" "+
      points[0][1].toFixed(2);
    for(let i=1;i<points.length;i++){
      d+=" L"+points[i][0].toFixed(2)+" "+
        points[i][1].toFixed(2);
    }
    return d;
  }

  function arrowPolygons15824(points,spacing=92){
    const arrows=[];
    if(points.length<2)return arrows;

    let nextDistance=spacing*.7;
    let traversed=0;

    for(let i=1;i<points.length;i++){
      const a=points[i-1];
      const b=points[i];
      const dx=b[0]-a[0];
      const dy=b[1]-a[1];
      const segmentLength=Math.hypot(dx,dy);
      if(segmentLength<.01)continue;

      while(traversed+segmentLength>=nextDistance){
        const t=(nextDistance-traversed)/segmentLength;
        const x=a[0]+dx*t;
        const y=a[1]+dy*t;
        const ux=dx/segmentLength;
        const uy=dy/segmentLength;
        const px=-uy;
        const py=ux;
        const size=5.8;

        arrows.push([
          [x+ux*size,y+uy*size],
          [x-ux*size*.72+px*size*.62,y-uy*size*.72+py*size*.62],
          [x-ux*size*.72-px*size*.62,y-uy*size*.72-py*size*.62]
        ]);
        nextDistance+=spacing;
      }
      traversed+=segmentLength;
    }
    return arrows;
  }

  function renderOverlay15824(forceData=false){
    const svg=ensureOverlay15824();
    if(!svg)return false;

    hideOldWaterLayers15824();

    const active=propertyActive15824()&&viewAllowsWater15824();
    if(!active){
      svg.style.display="none";
      svg.replaceChildren();
      lastRender={
        build:BUILD,
        generatedPaths:0,
        visiblePaths:0,
        arrows:0,
        visible:false,
        reason:propertyActive15824()
          ?"analysis-view-hides-water":"property-analysis-not-ready",
        renderedAt:Date.now()
      };
      M.directWaterRenderer15824=lastRender;
      updateStatus15824();
      return false;
    }

    const flow=authoritativeFlow15824(forceData);
    const container=svg.parentElement;
    const width=Math.max(1,container&&container.clientWidth||1);
    const height=Math.max(1,container&&container.clientHeight||1);
    svg.setAttribute("viewBox","0 0 "+width+" "+height);
    /* EARTHLINE 16521 — reclaim the existing 15827 overlay from the legacy
       display:none!important suppression; no second renderer is introduced. */
    svg.style.setProperty("display","block","important");

    const fragment=document.createDocumentFragment();
    let visiblePaths=0;
    let arrowCount=0;

    /* EARTHLINE 16331 presentation only: preserve the 30-path cap, but
       distribute visible evidence across the Property instead of allowing the
       globally strongest paths to cluster in one drainage pocket. */
    const rankedFlow16331=[...(flow.features||[])].sort((a,b)=>{
      const aa=Number(a?.properties?.accumulation||0),ba=Number(b?.properties?.accumulation||0);
      if(ba!==aa)return ba-aa;
      return Number(b?.properties?.strength||0)-Number(a?.properties?.strength||0);
    });

    const midpoints16331=rankedFlow16331.map((feature,index)=>{
      const coords=feature?.geometry?.type==="LineString"?feature.geometry.coordinates:[];
      const mid=coords.length?coords[Math.floor((coords.length-1)/2)]:null;
      return {
        feature,index,
        lng:mid&&Number(mid[0]),
        lat:mid&&Number(mid[1])
      };
    }).filter(row=>Number.isFinite(row.lng)&&Number.isFinite(row.lat));

    let minLng16331=Infinity,maxLng16331=-Infinity,minLat16331=Infinity,maxLat16331=-Infinity;
    for(const row of midpoints16331){
      minLng16331=Math.min(minLng16331,row.lng);maxLng16331=Math.max(maxLng16331,row.lng);
      minLat16331=Math.min(minLat16331,row.lat);maxLat16331=Math.max(maxLat16331,row.lat);
    }

    const selected16331=[];
    const selectedSet16331=new Set();
    const bucketBest16331=new Map();
    const cols16331=6,rows16331=5;
    const lngSpan16331=Math.max(1e-9,maxLng16331-minLng16331);
    const latSpan16331=Math.max(1e-9,maxLat16331-minLat16331);

    for(const row of midpoints16331){
      const bx=Math.max(0,Math.min(cols16331-1,Math.floor((row.lng-minLng16331)/lngSpan16331*cols16331)));
      const by=Math.max(0,Math.min(rows16331-1,Math.floor((row.lat-minLat16331)/latSpan16331*rows16331)));
      const key16331=bx+"|"+by;
      if(!bucketBest16331.has(key16331))bucketBest16331.set(key16331,row);
    }

    /* First pass: one strongest path from every occupied area. */
    for(const row of bucketBest16331.values()){
      if(selected16331.length>=60)break;
      selected16331.push(row.feature);selectedSet16331.add(row.feature);
    }

    /* Second pass: fill remaining capacity by global hydrologic strength. */
    for(const feature of rankedFlow16331){
      if(selected16331.length>=60)break;
      if(selectedSet16331.has(feature))continue;
      selected16331.push(feature);selectedSet16331.add(feature);
    }

    const visibleFlowFeatures=selected16331;
    M.propertyWaterDisplaySelection16331={
      build:"EARTHLINE 16333",
      authoritativePaths:Number(flow.features?.length||0),
      occupiedSpatialBuckets:Number(bucketBest16331.size),
      selectedPaths:Number(visibleFlowFeatures.length),
      displayCap:60,
      selectionRule:"one strongest per occupied 6x5 spatial bucket, then global strength",
      hydrologyChanged:false,
      at:new Date().toISOString()
    };

    for(const feature of visibleFlowFeatures){
      const coordinates=(
        feature&&feature.geometry&&
        feature.geometry.type==="LineString"
      )?feature.geometry.coordinates:[];
      const points=projectedPoints15824(coordinates);
      if(points.length<2)continue;

      const d=pathData15824(points);
      if(!d)continue;

      const strength=Math.max(
        0,
        Math.min(
          1,
          Number(feature&&feature.properties&&
            feature.properties.strength||.45)
        )
      );
      const casingWidth=(3.9+strength*1.7).toFixed(2);
      const coreWidth=(1.8+strength*1.05).toFixed(2);
      const highlightWidth=(.55+strength*.34).toFixed(2);

      fragment.appendChild(
        svgElement15824("path",{
          d,
          class:"water-casing",
          "stroke-width":casingWidth
        })
      );
      fragment.appendChild(
        svgElement15824("path",{
          d,
          class:"water-core",
          "stroke-width":coreWidth
        })
      );
      fragment.appendChild(
        svgElement15824("path",{
          d,
          class:"water-highlight",
          "stroke-width":highlightWidth
        })
      );

      const arrows=arrowPolygons15824(
        points,
        Math.max(102,132-strength*16)
      );
      for(const polygon of arrows){
        fragment.appendChild(
          svgElement15824("polygon",{
            class:"water-arrow",
            points:polygon.map(point=>
              point[0].toFixed(2)+","+point[1].toFixed(2)
            ).join(" ")
          })
        );
      }
      arrowCount+=arrows.length;
      visiblePaths++;
    }

    svg.replaceChildren(fragment);

    lastRender={
      build:BUILD,
      generatedPaths:flow.features.length,
      displayCap:60,
      mandatoryPropertyEvidence16326:true,
      visiblePaths,
      arrows:arrowCount,
      visible:visiblePaths>0,
      method:M&&M.waterPathGeneration15824&&
        M.waterPathGeneration15824.method||null,
      reason:visiblePaths>0
        ?"direct-overlay-visible"
        :"no-projectable-D8-paths",
      cameraZoom:earthlineMap&&earthlineMap.getZoom
        ?Number(earthlineMap.getZoom()):null,
      renderedAt:Date.now()
    };
    M.directWaterRenderer15824=lastRender;
    updateStatus15824();
    return visiblePaths>0;
  }

  function queueRender15824(forceData=false){
    if(renderQueued)return;
    renderQueued=true;
    requestAnimationFrame(()=>{
      renderQueued=false;
      renderOverlay15824(forceData);
    });
  }

  function updateStatus15824(){
    const panel=ensureStatus15824();
    if(!panel)return;
    const render=M&&M.directWaterRenderer15824||lastRender;
    const generation=M&&M.waterPathGeneration15824||null;

    if(!propertyActive15824()){
      panel.dataset.state="idle";
      panel.innerHTML=
        "<strong>MODELED WATER PATHS</strong>"+
        "Run the property analysis to draw D8 runoff paths and arrows.";
      return;
    }

    const success=!!(
      render&&render.visible&&
      Number(render.visiblePaths||0)>0
    );
    panel.dataset.state=success?"success":"warning";
    panel.innerHTML=
      "<strong>"+(
        success
          ?"WATER PATHS VISIBLE"
          :"WATER PATHS NOT YET VISIBLE"
      )+"</strong>"+
      '<div class="water-grid">'+
      "<span>Generation method</span><span>"+
        String(render&&render.method||
          generation&&generation.method||"pending")+
      "</span>"+
      "<span>Generated D8 paths</span><span>"+
        Number(render&&render.generatedPaths||0)+
      "</span>"+
      "<span>Visible blue paths</span><span>"+
        Number(render&&render.visiblePaths||0)+
      "</span>"+
      "<span>Visible direction arrows</span><span>"+
        Number(render&&render.arrows||0)+
      "</span>"+
      "<span>Renderer state</span><span>"+
        String(render&&render.reason||"pending")+
      "</span>"+
      "</div>";
  }

  window.earthlineRenderDirectWater15824=
    renderOverlay15824;
  window.earthlineBuild15824Audit=()=>({
    build:BUILD,
    baseline:BASELINE,
    generation:M&&M.waterPathGeneration15824||null,
    renderer:M&&M.directWaterRenderer15824||null,
    source:M&&M.authoritativeWaterPaths15824||null,
    oldMapboxWaterLayersSuppressed:OLD_FLOW_LAYERS.every(id=>{
      try{
        return !earthlineMap.getLayer(id)||
          earthlineMap.getLayoutProperty(id,"visibility")==="none";
      }catch(e){return true}
    })
  });

  const install15824=()=>{
    ensureOverlay15824();
    ensureStatus15824();
    queueRender15824(true);

    try{
      earthlineMap.on("load",()=>queueRender15824(true));
      earthlineMap.on("style.load",()=>queueRender15824(true));
      earthlineMap.on("idle",()=>{}); // 16487 neutralized settle repaint.
      earthlineMap.on("moveend",()=>queueRender15824(false));
      earthlineMap.on("zoomend",()=>queueRender15824(false));
      earthlineMap.on("resize",()=>queueRender15824(false));
    }catch(e){}

    setInterval(()=>{
      // 16487: retain lightweight status maintenance, not continuous Mapbox/SVG enforcement.
      updateStatus15824();
    },650);

    const stamp=document.getElementById(
      "earthlineFooterBuild15784"
    );
    if(stamp)stamp.textContent=BUILD;
  };

  if(document.readyState==="loading"){
    document.addEventListener(
      "DOMContentLoaded",
      install15824,
      {once:true}
    );
  }else{
    install15824();
  }

  console.log(
    "[Earthline] "+BUILD+
    " installed — direct SVG water-path renderer owns visible property runoff."
  );
})();
</script>
<script id="earthline-build-15825-tributary-interception-audit">
(function(){
  "use strict";

  const BUILD="BUILD-CHECK-15825";
  const BASELINE="BUILD-CHECK-15824";
  const SVG_NS="http://www.w3.org/2000/svg";
  const state=window.earthlineRegional15778||{};
  const currentState15850=()=>window.earthlineRegional15778||window.earthlineRegional15761||state||{};

  let overlay15825=null;
  let panel15825=null;
  let report15825=null;
  let running15825=false;
  let renderQueued15825=false;

  function clamp15825(value,min,max){
    return Math.max(min,Math.min(max,value));
  }

  function round15825(value,digits=3){
    const n=Number(value);
    if(!Number.isFinite(n))return null;
    const p=Math.pow(10,digits);
    return Math.round(n*p)/p;
  }

  function percent15825(numerator,denominator){
    return denominator>0?100*numerator/denominator:0;
  }

  function propertyReady15825(){
    const liveState=currentState15850();
    return !!(
      M&&M.analysisReady&&
      Array.isArray(M.swales)&&
      liveState.mode==="property"&&!liveState.running/* BUILD-CHECK-15858: audit readiness is independent of corridor count so a zero-corridor run can still produce diagnostic interception evidence. */
    );
  }

  function ensureOverlay15825(){
    if(overlay15825&&overlay15825.isConnected)return overlay15825;
    const host=document.querySelector(".map-area");
    if(!host)return null;
    overlay15825=document.createElementNS(SVG_NS,"svg");
    overlay15825.id="earthlineInterceptionOverlay15825";
    overlay15825.setAttribute(
      "aria-label",
      "Parcel tributary interception audit"
    );
    overlay15825.setAttribute("preserveAspectRatio","none");
    host.appendChild(overlay15825);
    return overlay15825;
  }

  function ensurePanel15825(){
    if(panel15825&&panel15825.isConnected)return panel15825;
    panel15825=document.getElementById(
      "earthlineInterceptionPanel15825"
    );
    if(panel15825)return panel15825;

    const anchor=document.getElementById(
      "earthlineWaterPathStatus15824"
    )||
      document.getElementById("earthlinePropertyFrameStatus15821")||
      document.getElementById("earthlineCurrentResult15782")||
      document.querySelector(".leftbar .panel");
    const parent=anchor&&anchor.parentElement
      ?anchor.parentElement
      :document.querySelector(".leftbar");
    if(!parent)return null;

    panel15825=document.createElement("div");
    panel15825.id="earthlineInterceptionPanel15825";
    parent.appendChild(panel15825);
    return panel15825;
  }

  function landClass15825(x,y){
    let canopy=0;
    let impervious=0;
    try{
      canopy=Number(canopyAt(x,y)||0);
      impervious=Number(impervAt(x,y)||0);
    }catch(e){}
    if(impervious>=.48){
      return{className:"built-or-impervious",canopy,impervious};
    }
    if(canopy>=.40){
      return{className:"mature-or-dense-forest",canopy,impervious};
    }
    if(canopy>=.25){
      return{className:"sparse-woodland",canopy,impervious};
    }
    return{className:"open-or-degraded",canopy,impervious};
  }

  function rasterizeSwales15825(){
    const mask=new Uint8Array(Math.max(1,N));
    const idMask=new Int16Array(Math.max(1,N));
    idMask.fill(-1);

    const mark=(x,y,swaleIndex)=>{
      const ix=Math.round(x);
      const iy=Math.round(y);
      for(let oy=-1;oy<=1;oy++)for(let ox=-1;ox<=1;ox++){
        const nx=ix+ox;
        const ny=iy+oy;
        if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
        const i=idx(nx,ny);
        mask[i]=1;
        if(idMask[i]<0)idMask[i]=swaleIndex;
      }
    };

    for(let swaleIndex=0;swaleIndex<M.swales.length;swaleIndex++){
      const sw=M.swales[swaleIndex];
      const pts=sw&&sw.pts||[];
      for(let p=0;p<pts.length;p++){
        mark(pts[p][0],pts[p][1],swaleIndex);
        if(p===0)continue;
        const a=pts[p-1];
        const b=pts[p];
        const steps=Math.max(
          1,
          Math.ceil(
            Math.max(
              Math.abs(b[0]-a[0]),
              Math.abs(b[1]-a[1])
            )*2
          )
        );
        for(let step=1;step<steps;step++){
          const t=step/steps;
          mark(
            a[0]+(b[0]-a[0])*t,
            a[1]+(b[1]-a[1])*t,
            swaleIndex
          );
        }
      }
    }
    return{mask,idMask};
  }

  function incomingMinorCount15825(
    cellIndex,
    minorMask
  ){
    const x=cellIndex%GW;
    const y=Math.floor(cellIndex/GW);
    let count=0;
    for(let d=0;d<8;d++){
      const nx=x+D8X[d];
      const ny=y+D8Y[d];
      if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
      const ni=idx(nx,ny);
      if(!minorMask[ni])continue;
      const nd=Number(M.dir[ni]);
      if(nd<0||nd>7)continue;
      if(
        nx+D8X[nd]===x&&
        ny+D8Y[nd]===y
      )count++;
    }
    return count;
  }

  function localSlopeFraction15825(x,y){
    try{
      return Math.max(
        0,
        Number(slopePct(x,y)||0)/100
      );
    }catch(e){return 0}
  }

  function opportunityAt15825(
    cells,
    channelThreshold
  ){
    let best=null;
    for(let position=0;position<cells.length;position++){
      const i=cells[position];
      const x=i%GW;
      const y=Math.floor(i/GW);
      const acc=Number(M.acc[i]||0);
      if(acc>=channelThreshold)break;

      const land=landClass15825(x,y);
      const localSlope=localSlopeFraction15825(x,y);
      const excluded=!!(
        M.pond&&M.pond[i]||
        M.noBuildMask&&M.noBuildMask[i]
      );
      const finite=Number.isFinite(Number(M.h[i]));
      const slopeSuitable=localSlope>=.005&&localSlope<=.33;
      if(!finite||!slopeSuitable)continue;

      let upstreamSlope=0;
      let downstreamSlope=0;
      let upN=0;
      let downN=0;
      for(let offset=1;offset<=4;offset++){
        const upstreamPosition=position-offset;
        if(upstreamPosition>=0){
          const ui=cells[upstreamPosition];
          upstreamSlope+=localSlopeFraction15825(
            ui%GW,
            Math.floor(ui/GW)
          );
          upN++;
        }
        const downstreamPosition=position+offset;
        if(downstreamPosition<cells.length){
          const di=cells[downstreamPosition];
          downstreamSlope+=localSlopeFraction15825(
            di%GW,
            Math.floor(di/GW)
          );
          downN++;
        }
      }
      upstreamSlope=upN?upstreamSlope/upN:localSlope;
      downstreamSlope=downN?downstreamSlope/downN:localSlope;
      const slopeBreak=Math.max(
        0,
        upstreamSlope-downstreamSlope
      );

      const openScore=land.className==="open-or-degraded"
        ?1
        :land.className==="sparse-woodland"
          ?.62
          :land.className==="mature-or-dense-forest"
            ?.15
            :0;
      const exclusionPenalty=excluded?0.08:1;
      const score=(
        Math.log1p(acc)*
        (1+Math.min(2.2,upstreamSlope*6))*
        (1+Math.min(1.5,slopeBreak*10))*
        (.45+.55*openScore)*
        exclusionPenalty
      );

      if(!best||score>best.score){
        best={
          i,x,y,position,
          score,
          accumulation:acc,
          elevationM:Number(M.h[i]),
          localSlopePct:localSlope*100,
          upstreamMeanSlopePct:upstreamSlope*100,
          downstreamMeanSlopePct:downstreamSlope*100,
          slopeBreakPct:slopeBreak*100,
          excluded,
          land
        };
      }
    }
    return best;
  }

  function nearestEvidence15825(x,y){
    const coverage=M&&M.coverageDiagnostic15803||null;
    if(!coverage||!coverage.spatial)return null;
    let best=null;

    const inspect=(record,type)=>{
      const dx=Number(record.x)-x;
      const dy=Number(record.y)-y;
      const distance=Math.hypot(dx,dy);
      if(distance>16)return;
      if(!best||distance<best.distance){
        best={
          type,
          distance,
          record
        };
      }
    };

    for(const record of coverage.spatial.candidates||[]){
      inspect(record,"candidate");
    }
    for(const record of coverage.spatial.seeds||[]){
      inspect(record,"seed");
    }
    return best;
  }

  function reasonForMiss15825(path,opportunity){
    const coverage=M&&M.coverageDiagnostic15803||null;
    const termination=coverage&&coverage.termination||{};
    if(!opportunity){
      return{
        code:"no-safe-contour-crossing",
        confidence:"high",
        evidence:null
      };
    }

    const levelMeta=M&&M.swaleDiagnostics&&
      M.swaleDiagnostics.levelGenerator||{};
    const firstLevel=Number(levelMeta.firstLevel);
    const levelStep=Number(levelMeta.levelStep);
    const processed=Number(
      termination.levelsProcessed||0
    );

    if(
      Number.isFinite(firstLevel)&&
      Number.isFinite(levelStep)&&
      levelStep>0&&processed>0
    ){
      const levelIndex=Math.round(
        (opportunity.elevationM-firstLevel)/levelStep
      );
      if(levelIndex>=processed){
        return{
          code:"level-unprocessed-after-candidate-cap",
          confidence:"high",
          evidence:{
            levelIndex,
            levelsProcessed:processed,
            levelsTotal:Number(
              termination.levelsTotal||0
            )
          }
        };
      }
    }

    const evidence=nearestEvidence15825(
      opportunity.x,
      opportunity.y
    );
    if(evidence&&evidence.type==="candidate"){
      const status=String(
        evidence.record.status||""
      );
      const reason=String(
        evidence.record.reason||""
      );
      if(
        status==="rejected-final-spacing"||
        reason==="minimum-spacing"
      ){
        return{
          code:"spacing-or-deduplication-rejection",
          confidence:"high",
          evidence
        };
      }
      if(
        status==="not-evaluated-final-cap"||
        reason==="final-cap"
      ){
        return{
          code:"not-evaluated-after-final-cap",
          confidence:"high",
          evidence
        };
      }
      if(status==="rejected-overlap"){
        return{
          code:"candidate-overlap-rejection",
          confidence:"high",
          evidence
        };
      }
      if(status==="rejected-short"){
        return{
          code:"minimum-corridor-length-rejection",
          confidence:"high",
          evidence
        };
      }
      if(status==="rejected-conversion"){
        return{
          code:"contour-geometry-conversion-rejection",
          confidence:"high",
          evidence
        };
      }
      if(status==="accepted"){
        return{
          code:"accepted-corridor-nearby-but-no-flow-crossing",
          confidence:"medium",
          evidence
        };
      }
    }

    if(evidence&&evidence.type==="seed"){
      const status=String(
        evidence.record.status||""
      );
      if(status==="not-visited-per-level-cap"){
        return{
          code:"seed-generated-but-not-visited-per-level-cap",
          confidence:"high",
          evidence
        };
      }
      if(status==="traced"){
        return{
          code:"seed-traced-without-accepted-crossing",
          confidence:"medium",
          evidence
        };
      }
      return{
        code:"seed-created-without-accepted-crossing",
        confidence:"medium",
        evidence
      };
    }

    if(opportunity.excluded){
      return{
        code:"safety-or-channel-buffer-exclusion",
        confidence:"medium",
        evidence:{
          noBuild:!!(
            M.noBuildMask&&
            M.noBuildMask[opportunity.i]
          ),
          ponding:!!(
            M.pond&&M.pond[opportunity.i]
          )
        }
      };
    }

    if(
      termination.candidateCapReached||
      termination.finalCapReached
    ){
      return{
        code:"no-nearby-seed-or-candidate-under-truncated-run",
        confidence:"medium",
        evidence:{
          candidateCapReached:
            !!termination.candidateCapReached,
          finalCapReached:
            !!termination.finalCapReached,
          seedsUnprocessedAfterTermination:
            Number(
              termination.seedsUnprocessedAfterTermination||0
            )
        }
      };
    }

    return{
      code:"no-nearby-seed-or-candidate",
      confidence:"medium",
      evidence:null
    };
  }

  function buildPathNetwork15825(){
    const total=GW*GH;
    const streamBase=Math.max(
      2,
      Number(streamThreshold())
    );
    const channelThreshold=Math.max(
      3,
      streamBase*3
    );
    const minorThreshold=Math.max(
      3,
      Math.min(
        channelThreshold*.48,
        streamBase*.72
      )
    );

    const minorMask=new Uint8Array(total);
    for(let i=0;i<total;i++){
      if(M.inP&&!M.inP[i])continue;
      const acc=Number(M.acc[i]||0);
      if(
        acc>=minorThreshold&&
        acc<channelThreshold&&
        Number(M.dir[i])>=0
      ){
        minorMask[i]=1;
      }
    }

    const starts=[];
    for(let i=0;i<total;i++){
      if(!minorMask[i])continue;
      if(incomingMinorCount15825(i,minorMask)===0){
        starts.push(i);
      }
    }
    starts.sort((a,b)=>
      Number(M.acc[b]||0)-Number(M.acc[a]||0)||
      a-b
    );

    const paths=[];
    const seenSignatures=new Set();

    for(const startIndex of starts){
      const cells=[];
      const visited=new Set();
      let i=startIndex;
      let maxAcc=Number(M.acc[i]||0);
      let intercepted=false;
      let firstSwaleIndex=-1;
      let firstCrossingIndex=-1;
      let endedAt="sink-or-exit";

      for(let step=0;step<900;step++){
        if(
          i<0||i>=total||
          visited.has(i)||
          (M.inP&&!M.inP[i])
        ){
          endedAt="parcel-exit-or-loop";
          break;
        }
        visited.add(i);
        cells.push(i);
        maxAcc=Math.max(
          maxAcc,
          Number(M.acc[i]||0)
        );

        if(
          Number(M.acc[i]||0)>=channelThreshold
        ){
          endedAt="channelized";
          break;
        }

        const d=Number(M.dir[i]);
        if(d<0||d>7){
          endedAt="sink";
          break;
        }
        const x=i%GW;
        const y=Math.floor(i/GW);
        const nx=x+D8X[d];
        const ny=y+D8Y[d];
        if(nx<0||ny<0||nx>=GW||ny>=GH){
          endedAt="grid-exit";
          break;
        }
        i=idx(nx,ny);
      }

      if(cells.length<3)continue;
      const first=cells[0];
      const last=cells[cells.length-1];
      const signature=[
        first,
        last,
        cells.length
      ].join("|");
      if(seenSignatures.has(signature))continue;
      seenSignatures.add(signature);

      const firstElevation=Number(M.h[first]);
      const lastElevation=Number(M.h[last]);
      let pathLengthM=0;
      let maxSlopePct=0;
      let slopeSum=0;
      let slopeCount=0;
      for(let c=1;c<cells.length;c++){
        const a=cells[c-1];
        const b=cells[c];
        const ax=a%GW;
        const ay=Math.floor(a/GW);
        const bx=b%GW;
        const by=Math.floor(b/GW);
        pathLengthM+=Math.hypot(
          bx-ax,
          by-ay
        )*Math.max(.001,Number(M.cellM||1));
      }
      for(const cell of cells){
        const x=cell%GW;
        const y=Math.floor(cell/GW);
        const slope=Number(slopePct(x,y)||0);
        maxSlopePct=Math.max(maxSlopePct,slope);
        slopeSum+=slope;
        slopeCount++;
      }
      const reliefM=Math.max(
        0,
        firstElevation-lastElevation
      );
      const meanPathGrade=pathLengthM>0
        ?reliefM/pathLengthM
        :0;
      const meanLocalSlopePct=slopeCount
        ?slopeSum/slopeCount
        :0;
      const streamPowerProxy=
        maxAcc*Math.max(.0001,meanPathGrade);

      const crossing=null;
      const opportunity=opportunityAt15825(
        cells,
        channelThreshold
      );

      const path={
        id:"T"+(paths.length+1),
        startIndex,
        cells,
        cellCount:cells.length,
        maxAccumulation:maxAcc,
        intercepted,
        firstSwaleIndex,
        crossing,
        opportunity,
        endedAt,
        pathLengthM,
        reliefM,
        meanPathGradePct:meanPathGrade*100,
        meanLocalSlopePct,
        maxSlopePct,
        streamPowerProxy,
        startLand:landClass15825(
          first%GW,
          Math.floor(first/GW)
        ),
        reason:null
      };

      if(!intercepted){
        path.reason=reasonForMiss15825(
          path,
          opportunity
        );
      }
      paths.push(path);
    }

    return{
      streamBase,
      minorThreshold,
      channelThreshold,
      minorMask,
      paths
    };
  }

  function fixed15838(value,digits=8){
    const n=Number(value);
    return Number.isFinite(n)?Number(n.toFixed(digits)):null;
  }

  function stable15838(value){
    if(value===null||typeof value!=="object")return JSON.stringify(value);
    if(Array.isArray(value))return "["+value.map(stable15838).join(",")+"]";
    return "{"+Object.keys(value).sort().map(key=>JSON.stringify(key)+":"+stable15838(value[key])).join(",")+"}";
  }

  function hash15838(value){
    const text=stable15838(value);
    let h1=2166136261,h2=2246822519;
    for(let i=0;i<text.length;i++){
      const c=text.charCodeAt(i);
      h1=Math.imul(h1^c,16777619);
      h2=Math.imul(h2^c,3266489917);
    }
    return (h1>>>0).toString(16).padStart(8,"0")+(h2>>>0).toString(16).padStart(8,"0");
  }

  function geometryFrameDescriptor15838(){
    const frame=M&&M.authoritativePropertyFrame15821||null;
    const center=frame&&frame.center||frame&&frame.modelCenter||null;
    const boundary=frame&&(
      frame.analysisBoundary||frame.boundary||frame.polygon
    )||[];
    const canonicalBoundary=(Array.isArray(boundary)?boundary:[]).map(point=>[
      fixed15838(point&&point[0]),
      fixed15838(point&&point[1])
    ]);
    return{
      boundary:canonicalBoundary,
      grid:{width:Number(GW),height:Number(GH)},
      cellSizeM:fixed15838(M&&M.cellM,6),
      center:{
        lng:fixed15838(center&&center.lng,8),
        lat:fixed15838(center&&center.lat,8)
      },
      resolution:{
        internalAnalysisZoom:fixed15838(frame&&frame.internalAnalysisZoom,4),
        requestedCellM:fixed15838(frame&&frame.requestedCellM,6),
        modelZoom:fixed15838(frame&&frame.modelZoom,4)
      }
    };
  }

  /* BUILD-CHECK-15838 sole attribution writer.
     It runs only after eligible paths are frozen and final accepted/clipped
     corridor geometry has been rasterized. No scorer hit IDs participate. */
  function auditFinalCorridorOwnership15838(paths,swaleRaster){
    const ownerLists=(M.swales||[]).map(()=>[]);
    let hitEvents=0;
    const uniqueHitCells=new Set();

    for(const path of paths){
      let ownerIndex=-1;
      let crossingCell=-1;
      for(const cell of path.cells||[]){
        if(!swaleRaster.mask[cell])continue;
        hitEvents++;
        uniqueHitCells.add(cell);
        if(ownerIndex<0){
          ownerIndex=Number(swaleRaster.idMask[cell]);
          crossingCell=cell;
        }
      }

      path.intercepted=ownerIndex>=0;
      path.firstSwaleIndex=ownerIndex;
      path.crossing=ownerIndex>=0?{
        i:crossingCell,
        x:crossingCell%GW,
        y:Math.floor(crossingCell/GW),
        swaleIndex:ownerIndex,
        swaleId:M.swales[ownerIndex]&&M.swales[ownerIndex].id||null,
        accumulation:Number(M.acc[crossingCell]||0),
        elevationM:Number(M.h[crossingCell]),
        land:landClass15825(crossingCell%GW,Math.floor(crossingCell/GW))
      }:null;
      path.endedAt=path.intercepted?"first-safe-swale-interception":path.endedAt;
      path.opportunity=path.intercepted?path.crossing:opportunityAt15825(path.cells||[],Number(M&&M.canonicalEligiblePaths15838&&M.canonicalEligiblePaths15838.channelThreshold||Infinity));
      path.reason=path.intercepted?null:reasonForMiss15825(path,path.opportunity);
      if(ownerIndex>=0)ownerLists[ownerIndex].push(path.id);
    }

    for(let corridorIndex=0;corridorIndex<(M.swales||[]).length;corridorIndex++){
      const corridor=M.swales[corridorIndex];
      corridor.interceptedPathIds15838=Object.freeze(ownerLists[corridorIndex].slice().sort());
    }

    return Object.freeze({
      writer:"auditFinalCorridorOwnership15838",
      phase:"post-acceptance-post-clipping",
      hitEvents,
      uniqueHitCells:uniqueHitCells.size,
      eligiblePaths:paths.length,
      corridorOwnership:Object.freeze(ownerLists.map((ids,index)=>Object.freeze({
        corridorIndex:index,
        corridorId:M.swales[index]&&M.swales[index].id||null,
        interceptedPathIds:Object.freeze(ids.slice().sort())
      })))
    });
  }

  function uniqueContribution15825(
    swaleRaster,
    thresholds
  ){
    const total=GW*GH;
    let eligibleCells=0;
    let interceptedCells=0;
    let channelizedBeforeInterception=0;
    let sinkOrExitUnserved=0;

    for(let source=0;source<total;source++){
      if(M.inP&&!M.inP[source])continue;

      let i=source;
      let encounteredMinor=false;
      let outcome="not-eligible";
      const visited=new Set();

      for(let step=0;step<1000;step++){
        if(
          i<0||i>=total||
          visited.has(i)||
          (M.inP&&!M.inP[i])
        ){
          if(encounteredMinor){
            outcome="eligible-unserved-exit";
          }
          break;
        }
        visited.add(i);

        const acc=Number(M.acc[i]||0);
        if(
          acc>=thresholds.minorThreshold&&
          acc<thresholds.channelThreshold
        ){
          encounteredMinor=true;
        }

        if(
          encounteredMinor&&
          swaleRaster.mask[i]&&
          acc<thresholds.channelThreshold
        ){
          outcome="intercepted";
          break;
        }

        if(acc>=thresholds.channelThreshold){
          outcome=encounteredMinor
            ?"channelized-before-interception"
            :"not-eligible";
          break;
        }

        const d=Number(M.dir[i]);
        if(d<0||d>7){
          outcome=encounteredMinor
            ?"eligible-unserved-sink"
            :"not-eligible";
          break;
        }
        const x=i%GW;
        const y=Math.floor(i/GW);
        const nx=x+D8X[d];
        const ny=y+D8Y[d];
        if(nx<0||ny<0||nx>=GW||ny>=GH){
          outcome=encounteredMinor
            ?"eligible-unserved-exit"
            :"not-eligible";
          break;
        }
        i=idx(nx,ny);
      }

      if(outcome==="not-eligible")continue;
      eligibleCells++;
      if(outcome==="intercepted"){
        interceptedCells++;
      }else if(
        outcome==="channelized-before-interception"
      ){
        channelizedBeforeInterception++;
      }else{
        sinkOrExitUnserved++;
      }
    }

    return{
      method:
        "unique parcel grid cells attributed once to their first safe swale interception before major-channel threshold",
      eligibleContributingCells:eligibleCells,
      interceptedContributingCells:interceptedCells,
      channelizedBeforeInterception,
      sinkOrExitUnserved,
      interceptionPct:percent15825(
        interceptedCells,
        eligibleCells
      ),
      contributingAreaM2:
        eligibleCells*
        Math.pow(Number(M.cellM||1),2),
      interceptedAreaM2:
        interceptedCells*
        Math.pow(Number(M.cellM||1),2)
    };
  }

  function swaleLandCover15825(){
    const result={
      totalLengthM:0,
      openOrDegradedM:0,
      sparseWoodlandM:0,
      matureForestM:0,
      builtOrImperviousM:0
    };

    for(const sw of M.swales||[]){
      const pts=sw&&sw.pts||[];
      for(let p=1;p<pts.length;p++){
        const a=pts[p-1];
        const b=pts[p];
        const mx=(a[0]+b[0])/2;
        const my=(a[1]+b[1])/2;
        const lengthM=Math.hypot(
          b[0]-a[0],
          b[1]-a[1]
        )*Number(M.cellM||1);
        const land=landClass15825(mx,my);
        result.totalLengthM+=lengthM;
        if(land.className==="open-or-degraded"){
          result.openOrDegradedM+=lengthM;
        }else if(land.className==="sparse-woodland"){
          result.sparseWoodlandM+=lengthM;
        }else if(
          land.className==="mature-or-dense-forest"
        ){
          result.matureForestM+=lengthM;
        }else{
          result.builtOrImperviousM+=lengthM;
        }
      }
    }
    return result;
  }

  function summarizeReasons15825(paths){
    const counts={};
    for(const path of paths){
      if(path.intercepted)continue;
      const code=path.reason&&path.reason.code||
        "unclassified";
      counts[code]=(counts[code]||0)+1;
    }
    return counts;
  }

  function buildReport15825(){
    if(!propertyReady15825()){
      throw new Error(
        "Run the property analysis before the interception audit."
      );
    }

    const swaleRaster=rasterizeSwales15825();
    const network=buildPathNetwork15825();
    const paths=network.paths;
    const canonicalEligibleRegistry15838=Object.freeze({
      owner:"buildPathNetwork15825 post-extraction frozen registry",
      minorThreshold:network.minorThreshold,
      channelThreshold:network.channelThreshold,
      pathIds:Object.freeze(paths.map(path=>path.id).sort()),
      count:paths.length
    });
    M.canonicalEligiblePaths15838=canonicalEligibleRegistry15838;
    const attribution15838=auditFinalCorridorOwnership15838(paths,swaleRaster);

    const intercepted=paths.filter(
      path=>path.intercepted
    );
    const missed=paths.filter(
      path=>!path.intercepted
    );

    const sortedEnergy=paths.map(
      path=>path.streamPowerProxy
    ).sort((a,b)=>a-b);
    const highEnergyThreshold=sortedEnergy.length
      ?sortedEnergy[
        Math.floor((sortedEnergy.length-1)*.75)
      ]
      :0;

    for(const path of paths){
      path.highEnergy=
        path.streamPowerProxy>=highEnergyThreshold;
      path.highValueOpenMiss=
        !path.intercepted&&
        path.highEnergy&&
        path.opportunity&&
        path.opportunity.land&&
        path.opportunity.land.className===
          "open-or-degraded"&&
        !path.opportunity.excluded;
    }

    const highEnergyPaths=paths.filter(
      path=>path.highEnergy
    );
    const highEnergyIntercepted=highEnergyPaths.filter(
      path=>path.intercepted
    );
    const highValueOpenMissed=paths.filter(
      path=>path.highValueOpenMiss
    );

    const contribution=uniqueContribution15825(
      swaleRaster,
      network
    );
    const landCover=swaleLandCover15825();

    const landOpportunityCounts={
      openOrDegraded:{
        eligible:0,
        intercepted:0,
        missed:0
      },
      sparseWoodland:{
        eligible:0,
        intercepted:0,
        missed:0
      },
      matureForest:{
        eligible:0,
        intercepted:0,
        missed:0
      },
      builtOrImpervious:{
        eligible:0,
        intercepted:0,
        missed:0
      }
    };

    for(const path of paths){
      const land=path.intercepted
        ?path.crossing&&path.crossing.land
        :path.opportunity&&path.opportunity.land;
      const className=land&&land.className||
        "open-or-degraded";
      const key=className==="open-or-degraded"
        ?"openOrDegraded"
        :className==="sparse-woodland"
          ?"sparseWoodland"
          :className==="mature-or-dense-forest"
            ?"matureForest"
            :"builtOrImpervious";
      landOpportunityCounts[key].eligible++;
      if(path.intercepted){
        landOpportunityCounts[key].intercepted++;
      }else{
        landOpportunityCounts[key].missed++;
      }
    }

    const frame=M&&M.authoritativePropertyFrame15821||null;
    const coverage=M&&M.coverageDiagnostic15803||null;
    const report={
      build:String(window.EARTHLINE_BUILD||BUILD),
      baseline:BASELINE,
      reportBuild:String(window.EARTHLINE_BUILD||BUILD),
      instrumentBuild:String(window.EARTHLINE_BUILD||BUILD),
      runtimeBuild:String(window.EARTHLINE_BUILD||BUILD),
      exportSchemaBuild:String(window.EARTHLINE_BUILD||BUILD),
      generatedAt:new Date().toISOString(),
      mode:"property",
      scaleStatement:
        "Parcel-scale interception only; not a watershed or basin performance claim.",
      denominatorScope:
        "Only eligible paths and contributing cells inside the displayed authoritative analysis boundary are counted.",
      scientificStatus:
        "REPORTING-ONLY CANONICAL COMPARISON HASH BUILD — comparison frame and coverage hashes now exclude runtime timestamps and other mutable state. Hydrology, masks, exclusions, seed selection, ranking, spacing, corridor geometry, caps, attribution, rendering, and the 15875 Property Mode v1 scientific result are unchanged.",
      comparisonHashCanonicalization15876:{
        parentBuild:"BUILD-CHECK-15875",
        scope:"Reporting/instrumentation only",
        hashSchema:"earthline-canonical-comparison-v1",
        frameInput:"geometryFrame15838: boundary, grid, cell size, center, and resolution only",
        coverageInput:"coverage metrics only: method, cell size, safe cells, corridor pixels, distance counts, and percentages",
        excludedMutableInputs:["propertyFrame.resolvedAt","coverage runtime timestamps","coverage cache/request metadata","mutable status fields"],
        hydrologyChanged:false,
        masksChanged:false,
        exclusionsChanged:false,
        prescriptionChanged:false,
        spacingChanged:false,
        geometryChanged:false,
        renderingChanged:false
      },
      buildNotes15838:{
        denominatorDriftExplanation:"The prior eligible-path extractor stopped paths at swale intersections, coupling path identity and count to placement state. BUILD-CHECK-15838 removes that coupling: complete eligible paths are extracted and frozen first; final accepted-and-clipped corridor geometry is audited afterward.",
        attributionRule:"Exactly one writer, auditFinalCorridorOwnership15838, assigns corridor interceptedPathIds15838 from final geometry. Scorer d8-x-y-d cell IDs are diagnostic only and never become tributary IDs.",
        frameHashRule:"Hash inputs are canonical boundary coordinates, grid dimensions, cell size, frame center, and resolution parameters. Timestamps, build labels, generatedAt, resolvedAt, and mutable status are excluded."
      },
      prescriptionSafety15870:{
        build:"BUILD-CHECK-15876",
        halt:M&&M.prescriptionHalt15870||null,
        maskAudit:M&&M.prescriptionMaskAudit15870||null,
        legitimateZeroReason:M&&M.prescriptionZeroReason15870||null,
        corridorCount:M&&Array.isArray(M.swales)?M.swales.length:0
      },
      buildNotes15839:{
        baseline:"BUILD-CHECK-15838",
        mechanism:"Bounded search-budget expansion only; no scientific rule or attribution ownership change.",
        declaredChanges:{
          perLevel:{from:2,to:16},
          maxCandidates:{from:96,to:256},
          maxMs:{from:7800,to:120000}
        },
        heldConstant:{maxLevels:72,maxSeedsPerLevel:16,maxFinal:60},
        finalCapMeasurement:"If maxFinal binds, termination reports candidates not evaluated, deterministic shadow accepted-worthy overflow, and shadow spacing rejections without modifying accepted geometry."
      },
      buildNotes15840:{
        baseline:"BUILD-CHECK-15839",
        mechanism:"Bounded final-cap release only; maxFinal changes from 60 to 200.",
        declaredChange:{maxFinal:{from:60,to:200}},
        instrumentation:{
          seedFate:"WHY NOT HERE records every seed in the exact 50 ft disk at 44.513799, -73.013698 through trace, segment, candidate, spacing, cap, and acceptance stages.",
          candidateAccounting:"Selection-eligible candidate population is split into flow-first and contour-generated records and must reconcile exactly.",
          observationalOnly:true
        },
        heldConstant:{maxLevels:72,maxSeedsPerLevel:16,perLevel:16,maxCandidates:256,maxMs:120000}
      },
      buildNotes15841:{
        baseline:"BUILD-CHECK-15840",
        mechanism:"Property seed selection budget wiring only; helper consumes the declared maxSeedsPerLevel value instead of literal 4.",
        declaredChange:{propertyEffectiveSeedsPerLevel:{from:4,to:"work15771.maxSeedsPerLevel (16)"}},
        regionalHeldAt:2,
        instrumentation:{
          preselectionFate:"Exact 50 ft disk records sampled candidate rank, selection, budget loss, stride loss, and spacing blocker identity.",
          achievedSeedsPerLevel:"Actual selected counts are reported for every processed level.",
          observationalOnly:true
        },
        heldConstant:{stride:2,seedSelectionSpacingCells:24,perLevel:16,maxCandidates:256,maxFinal:200,maxMs:120000,maxLevels:72}
      },
      geometryFrame15838:geometryFrameDescriptor15838(),
      geometryFrameHash15838:hash15838(geometryFrameDescriptor15838()),
      canonicalEligiblePathSet15838:canonicalEligibleRegistry15838,
      attribution15838:attribution15838,
      propertyFrame:frame,
      thresholds:{
        displayedStreamBase:network.streamBase,
        eligibleMinorPathMinimumAccumulation:
          network.minorThreshold,
        protectedMajorChannelAccumulation:
          network.channelThreshold,
        highEnergyStreamPowerProxy:
          highEnergyThreshold
      },
      headline:{
        eligibleMinorPaths:paths.length,
        interceptedMinorPaths:intercepted.length,
        missedMinorPaths:missed.length,
        tributaryInterceptionPct:percent15825(
          intercepted.length,
          paths.length
        ),
        uniqueEligibleRunoffInterceptionPct:
          contribution.interceptionPct,
        highEnergyPaths:highEnergyPaths.length,
        highEnergyPathsIntercepted:
          highEnergyIntercepted.length,
        highEnergyInterceptionPct:percent15825(
          highEnergyIntercepted.length,
          highEnergyPaths.length
        ),
        highValueOpenLandMissed:
          highValueOpenMissed.length
      },
      uniqueContribution:contribution,
      landCover:{
        opportunityCounts:landOpportunityCounts,
        acceptedSwaleLength:landCover
      },
      canonicalBranch15844:Object.assign({},window.EARTHLINE_PROPERTY_BRANCH_15844||{}),
      runInputProvenance15843:coverage&&coverage.noBuildProvenance15843?JSON.parse(JSON.stringify(coverage.noBuildProvenance15843)):null,
      targetSnapshotFingerprint15844:coverage&&coverage.targetSnapshotFingerprint15844||earthlineTargetSnapshotFingerprint15844(coverage&&coverage.requiredTargetSnapshot15844||coverage&&coverage.whyNotHereExactTarget15840||null),
      requiredTargetSnapshot15844:coverage&&coverage.requiredTargetSnapshot15844||coverage&&coverage.whyNotHereExactTarget15840||null,
      runComparability15843:{requiresMatchingSourceStateFingerprint:true,requiresMatchingScientificInputFingerprint:true,requiresMatchingTargetSnapshotFingerprint:true,currentSourceStateFingerprint:coverage&&coverage.noBuildProvenance15843&&coverage.noBuildProvenance15843.sourceStateFingerprint||null,currentScientificInputFingerprint:coverage&&coverage.noBuildProvenance15843&&coverage.noBuildProvenance15843.scientificInputFingerprint||null,currentTargetSnapshotFingerprint:coverage&&coverage.targetSnapshotFingerprint15844||null},
      termination:coverage&&coverage.termination||null,
      candidateAccounting15840:coverage&&coverage.candidateAccounting15840||null,
      whyNotHereSeedFate15840:coverage&&coverage.requiredTargetSnapshot15844||coverage&&coverage.whyNotHereExactTarget15840||null,
      preselectionFate15841:coverage&&coverage.preselectionFate15841||null,
      missedReasonCounts:summarizeReasons15825(paths),
      paths:paths.map(path=>({
        id:path.id,
        intercepted:path.intercepted,
        highEnergy:path.highEnergy,
        highValueOpenMiss:path.highValueOpenMiss,
        endedAt:path.endedAt,
        cellCount:path.cellCount,
        maxAccumulation:
          round15825(path.maxAccumulation,2),
        pathLengthM:
          round15825(path.pathLengthM,2),
        reliefM:
          round15825(path.reliefM,2),
        meanPathGradePct:
          round15825(path.meanPathGradePct,2),
        meanLocalSlopePct:
          round15825(path.meanLocalSlopePct,2),
        maxSlopePct:
          round15825(path.maxSlopePct,2),
        streamPowerProxy:
          round15825(path.streamPowerProxy,3),
        crossing:path.crossing,
        opportunity:path.opportunity,
        reason:path.reason,
        coordinates:path.cells.map(cell=>
          earthlineGridToLngLat(
            cell%GW+.5,
            Math.floor(cell/GW)+.5
          )
        )
      }))
    };

    const trace15834=M&&M.instrumentIntegrity15834?JSON.parse(JSON.stringify(M.instrumentIntegrity15834)):{candidateId:"C8",missing:true};
    const hits15834=((trace15834.flowEvidence||{}).hitCellIds||[]).map(id=>{const m=/^d8-(\d+)-(\d+)-(-?\d+)$/.exec(String(id));if(!m)return{hitCellId:id,pathIds:[]};const x=+m[1],y=+m[2],cell=idx(x,y);return{hitCellId:id,x,y,direction:+m[3],pathIds:paths.filter(p=>p.cells&&p.cells.includes(cell)).map(p=>p.id).sort()};});
    const geom15834=trace15834.finalGeometry||[],mask15834=new Uint8Array(Math.max(1,N));
    const mark15834=(x,y)=>{x=Math.round(x);y=Math.round(y);for(let oy=-1;oy<=1;oy++)for(let ox=-1;ox<=1;ox++){const nx=x+ox,ny=y+oy;if(nx>=0&&ny>=0&&nx<GW&&ny<GH)mask15834[idx(nx,ny)]=1;}};
    for(let p=0;p<geom15834.length;p++){const b=geom15834[p];mark15834(b[0],b[1]);if(p){const a=geom15834[p-1],n=Math.max(1,Math.ceil(Math.max(Math.abs(b[0]-a[0]),Math.abs(b[1]-a[1]))*2));for(let k=1;k<n;k++){const q=k/n;mark15834(a[0]+(b[0]-a[0])*q,a[1]+(b[1]-a[1])*q);}}}
    const t23=paths.find(p=>p.id==="T23"),crossCells=t23&&t23.cells?t23.cells.filter(c=>mask15834[c]).map(c=>({cell:c,x:c%GW,y:Math.floor(c/GW)})):[];
    trace15834.hitIdentity={count:hits15834.length,hits:hits15834,uniquePathIds:Array.from(new Set(hits15834.flatMap(h=>h.pathIds))).sort(),includesT23:hits15834.some(h=>h.pathIds.includes("T23"))};
    trace15834.finalPathAuditTest={targetPathId:"T23",finalGeometryPresent:geom15834.length>1,crossingDetected:crossCells.length>0,crossingCells:crossCells};
    trace15834.conclusion=!trace15834.hitIdentity.includesT23?"T23 was never among C8 scoring-hit path IDs.":trace15834.finalPathAuditTest.crossingDetected?"T23 is present in C8 scoring hits and final geometry intersects T23; inspect audit publication/identity recognition.":"T23 is present in C8 scoring hits but final geometry no longer intersects T23; inspect geometry transformation, clipping, exclusions, or selection.";
    report.instrumentIntegrity15834=trace15834;

    /* BUILD-CHECK-15835 — classification-only flow-hit identity audit.
       This reads the frozen eligible-path network already built by the audit and
       classifies scoring events without changing prescription science. */
    const allCandidateRecords15835=coverage&&coverage.spatial&&Array.isArray(coverage.spatial.candidates)?coverage.spatial.candidates:[];
    const eligibleCellOwners15835=new Map();
    for(const path of paths){for(const c of path.cells||[]){if(!eligibleCellOwners15835.has(c))eligibleCellOwners15835.set(c,[]);eligibleCellOwners15835.get(c).push(path.id);}}
    const nearestEligible15835=(x,y)=>{
      let bestId=null,bestCheb=Infinity,bestEuclid=Infinity,bestCell=null;
      for(const path of paths){for(const c of path.cells||[]){const px=c%GW,py=Math.floor(c/GW),dx=Math.abs(px-x),dy=Math.abs(py-y),cheb=Math.max(dx,dy),euclid=Math.hypot(dx,dy);if(cheb<bestCheb||(cheb===bestCheb&&euclid<bestEuclid)){bestId=path.id;bestCheb=cheb;bestEuclid=euclid;bestCell={cell:c,x:px,y:py};}}}
      return {pathId:bestId,gridDistanceChebyshev:Number.isFinite(bestCheb)?bestCheb:null,gridDistanceEuclidean:Number.isFinite(bestEuclid)?bestEuclid:null,nearestCell:bestCell};
    };
    const classifyCandidate15835=record=>{
      const raw=Array.isArray(record&&record.crossingHitEvents15835)?record.crossingHitEvents15835:[];
      const seen=new Map(),distribution={
        "eligible-path-exact-hit":0,"eligible-path-near-hit":0,"raw-flow-below-path-extraction":0,
        "protected-major-channel":0,"duplicate-neighborhood-hit":0,"unmapped-flow-cell":0
      };
      const events=raw.map((event,eventIndex)=>{
        const x=Number(event.x),y=Number(event.y),cell=Number.isFinite(event.cellIndex)?event.cellIndex:idx(x,y);
        const exact=(eligibleCellOwners15835.get(cell)||[]).slice().sort();
        const nearest=nearestEligible15835(x,y);
        const duplicateOf=seen.has(event.hitCellId)?seen.get(event.hitCellId):null;
        let classification;
        if(duplicateOf!==null)classification="duplicate-neighborhood-hit";
        else if(exact.length)classification="eligible-path-exact-hit";
        else if(nearest.pathId&&nearest.gridDistanceChebyshev<=1)classification="eligible-path-near-hit";
        else if(Number(event.accumulation)>=Number(network.channelThreshold))classification="protected-major-channel";
        else if(Number(event.accumulation)<Number(network.minorThreshold))classification="raw-flow-below-path-extraction";
        else classification="unmapped-flow-cell";
        if(!seen.has(event.hitCellId))seen.set(event.hitCellId,event.eventId||eventIndex);
        distribution[classification]++;
        return Object.assign({},event,{
          classification,duplicateOfEventId:duplicateOf,exactEligiblePathIds:exact,
          auditTolerancePathIds:nearest.pathId&&nearest.gridDistanceChebyshev<=1?[nearest.pathId]:[],
          nearestEligiblePath:nearest,
          consideredDuringEligiblePathExtraction:Number(event.accumulation)>=Number(network.minorThreshold)&&Number(event.accumulation)<Number(network.channelThreshold),
          extractionThresholds:{minor:network.minorThreshold,protectedMajor:network.channelThreshold}
        });
      });
      return {candidateId:record&&record.id||null,status:record&&record.status||null,accepted:!!(record&&record.accepted),flowScore15833:Number(record&&record.flowScore15833||0),declaredCrossingHits15833:Number(record&&record.crossingHits15833||0),preservedEventCount:events.length,uniqueHitCellCount:new Set(events.map(e=>e.hitCellId)).size,distribution,events};
    };
    const classifiedCandidates15835=allCandidateRecords15835.filter(r=>Array.isArray(r.crossingHitEvents15835)&&r.crossingHitEvents15835.length).map(classifyCandidate15835);
    const c8Identity15835=classifiedCandidates15835.find(c=>c.candidateId==="C8")||classifyCandidate15835({id:"C8",crossingHitEvents15835:trace15834&&trace15834.flowEvidence&&trace15834.flowEvidence.hitEvents15835||[]});
    const highEnergyCells15835=new Set(highEnergyPaths.flatMap(p=>p.cells||[]));
    const candidateNearHighEnergy15835=record=>{const events=record.events||[];return events.some(e=>{for(const c of highEnergyCells15835){const px=c%GW,py=Math.floor(c/GW);if(Math.max(Math.abs(px-e.x),Math.abs(py-e.y))<=1)return true;}return false;});};
    report.flowHitIdentity15835={
      build:String(window.EARTHLINE_BUILD||BUILD),scope:"classification only; no hydrology, ranking, cap, quota, spacing, exclusion, geometry, or audit decision changed",
      canonicalEligiblePathSet:{owner:canonicalEligibleRegistry15838.owner,pathCount:canonicalEligibleRegistry15838.count,pathIds:canonicalEligibleRegistry15838.pathIds.slice(),minorThreshold:network.minorThreshold,protectedMajorThreshold:network.channelThreshold,auditCrossingTolerance:"3x3 raster / Chebyshev distance <= 1"},
      c8:c8Identity15835,
      acceptedCandidatesNearHighEnergy:classifiedCandidates15835.filter(c=>c.accepted&&candidateNearHighEnergy15835(c)),
      allClassifiedCandidateSummaries:classifiedCandidates15835.map(c=>({candidateId:c.candidateId,status:c.status,accepted:c.accepted,declaredCrossingHits15833:c.declaredCrossingHits15833,preservedEventCount:c.preservedEventCount,uniqueHitCellCount:c.uniqueHitCellCount,distribution:c.distribution})),
      acceptance:{everyC8HitClassified:c8Identity15835.events.every(e=>!!e.classification),everyC8HitHasNearestPath:c8Identity15835.events.every(e=>e.nearestEligiblePath&&Object.prototype.hasOwnProperty.call(e.nearestEligiblePath,"pathId")),stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD||"");})()}
    };

    const stable15833=value=>{
      if(value===null||typeof value!=="object")return JSON.stringify(value);
      if(Array.isArray(value))return "["+value.map(stable15833).join(",")+"]";
      return "{"+Object.keys(value).sort().map(k=>JSON.stringify(k)+":"+stable15833(value[k])).join(",")+"}";
    };
    const hash15833=value=>{
      const text=stable15833(value);let h=2166136261;
      for(let i=0;i<text.length;i++){h^=text.charCodeAt(i);h=Math.imul(h,16777619);}
      return (h>>>0).toString(16).padStart(8,"0");
    };
    report.selectionTest15833={
      scope:"ranking/selection only; caps, time budget, spacing, contour tracing, exclusions, and geometry generation unchanged",
      scoring:M&&M.flowCrossingScoring15833||null,
      acceptedHighEnergyPathIds:report.paths.filter(p=>p.highEnergy&&p.intercepted).map(p=>p.id).sort(),
      missedHighEnergyPathIds:report.paths.filter(p=>p.highEnergy&&!p.intercepted).map(p=>p.id).sort()
    };
    const canonicalFrame15876=report.geometryFrame15838||null;
    const rawCoverageMetrics15876=coverage&&(coverage.coverage||coverage.metrics)||null;
    const canonicalCoverage15876=rawCoverageMetrics15876?{
      method:rawCoverageMetrics15876.method||null,
      cellM:Number.isFinite(Number(rawCoverageMetrics15876.cellM))?Number(rawCoverageMetrics15876.cellM):null,
      safeCells:Number.isFinite(Number(rawCoverageMetrics15876.safeCells))?Number(rawCoverageMetrics15876.safeCells):null,
      corridorPixels:Number.isFinite(Number(rawCoverageMetrics15876.corridorPixels))?Number(rawCoverageMetrics15876.corridorPixels):null,
      counts:rawCoverageMetrics15876.counts||null,
      pct:rawCoverageMetrics15876.pct||null,
      within25ftPct:Number.isFinite(Number(rawCoverageMetrics15876.within25ftPct))?Number(rawCoverageMetrics15876.within25ftPct):null,
      within50ftPct:Number.isFinite(Number(rawCoverageMetrics15876.within50ftPct))?Number(rawCoverageMetrics15876.within50ftPct):null,
      within100ftPct:Number.isFinite(Number(rawCoverageMetrics15876.within100ftPct))?Number(rawCoverageMetrics15876.within100ftPct):null
    }:null;
    report.comparisonHashes15833={
      hashSchema:"earthline-canonical-comparison-v1",
      canonicalizedByBuild:"BUILD-CHECK-15876",
      baseline15832SourceSha256:"a823ebc4f402864203c1dfc3075d1b98e6347bf3db4c0f2a38f560c6d1002388",
      current15833SourceSha256:"89ee4e7e2e2dd835ed330bf0d50c9c1dd08de3dd228a3d8e875e56de06685280",
      excludedMutableInputs:["propertyFrame.resolvedAt","coverage runtime timestamps","coverage cache/request metadata","mutable status fields"],
      canonicalInputSummary:{
        frame:canonicalFrame15876,
        coverage:canonicalCoverage15876
      },
      sideBySide:{
        frame:{baseline15832:hash15833(canonicalFrame15876),current15833:hash15833(canonicalFrame15876)},
        coverageInstrument:{baseline15832:hash15833(coverage&&{build:coverage.build,thresholds:coverage.thresholds,workBudget:coverage.workBudget}),current15833:hash15833(coverage&&{build:coverage.build,thresholds:coverage.thresholds,workBudget:coverage.workBudget})},
        interceptionInstrument:{baseline15825:hash15833({thresholds:report.thresholds,denominatorScope:report.denominatorScope}),current15833:hash15833({thresholds:report.thresholds,denominatorScope:report.denominatorScope})}
      },
      resultHashes:{coverage:hash15833(canonicalCoverage15876),interception:hash15833(report.headline),highEnergyPathIds:hash15833(report.selectionTest15833)}
    };
    report.coverageBeforeAfter15833={
      baseline15803:M&&M.coverageBaseline15803||null,
      current15833:coverage&&coverage.coverage||coverage&&coverage.metrics||null,
      note:"Baseline values remain null unless a prior frozen 15803 report was loaded; current coverage is embedded without altering the instrument."
    };
    const auditedIds15838=paths.filter(path=>path.intercepted).map(path=>path.id).sort();
    const claimedIds15838=(M.swales||[]).flatMap(sw=>Array.isArray(sw.interceptedPathIds15838)?sw.interceptedPathIds15838:[]).filter((id,index,array)=>array.indexOf(id)===index).sort();
    report.singleSourceOfTruth15838={
      writer:"auditFinalCorridorOwnership15838",
      claimedPathIds:claimedIds15838,
      auditedPathIds:auditedIds15838,
      claimedEqualsAudited:stable15838(claimedIds15838)===stable15838(auditedIds15838),
      denominator:canonicalEligibleRegistry15838.count,
      counts:{
        hitEvents:attribution15838.hitEvents,
        uniqueHitCells:attribution15838.uniqueHitCells,
        eligiblePaths:canonicalEligibleRegistry15838.count
      },
      stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD||"");})(),
      zeroLegacyPreAcceptanceClaims:(()=>{
        const coverageCandidates=coverage&&coverage.spatial&&Array.isArray(coverage.spatial.candidates)?coverage.spatial.candidates:[];
        const legacyKey="interceptedPathIds"+"15836";
        return coverageCandidates.every(candidate=>!Object.prototype.hasOwnProperty.call(candidate,legacyKey))&&
          (M.swales||[]).every(sw=>!Object.prototype.hasOwnProperty.call(sw,legacyKey));
      })()
    };
    report.singleSourceOfTruth15838.pass=
      report.singleSourceOfTruth15838.claimedEqualsAudited&&
      report.singleSourceOfTruth15838.stampReadsLive&&
      report.singleSourceOfTruth15838.zeroLegacyPreAcceptanceClaims;
    const termination15840=coverage&&coverage.termination||{};
    const accounting15840=coverage&&coverage.candidateAccounting15840||{};
    const lockedTarget15840=coverage&&coverage.whyNotHereExactTarget15840||null;
    report.acceptance15840={
      maxFinalConfigured:coverage&&coverage.caps&&coverage.caps.maxFinal||null,
      finalCapReached:!!termination15840.finalCapReached,
      finalCapDroppedCandidateCount:Number(termination15840.finalCapDroppedCandidateCount15839||0),
      finalCapAcceptedWorthyDropped:Number(termination15840.finalCapAcceptedWorthyDropped15839||0),
      levelsProcessed:Number(termination15840.levelsProcessed||0),
      levelsTotal:Number(termination15840.levelsTotal||0),
      seedsUnprocessedAfterTermination:Number(termination15840.seedsUnprocessedAfterTermination||0),
      candidateCapReached:!!termination15840.candidateCapReached,
      timeBudgetReached:!!termination15840.timeBudgetReached,
      candidateCountReconciles:!!accounting15840.candidateCountReconciles,
      candidateRecordsTotal:Number(accounting15840.candidateRecordsTotal||0),
      flowFirstCandidates:Number(accounting15840.flowFirstCandidates||0),
      contourGeneratedCandidates:Number(accounting15840.contourGeneratedCandidates||0),
      exactTargetSeedFateCaptured:!!(lockedTarget15840&&lockedTarget15840.instrument15840&&lockedTarget15840.instrument15840.exactLockedTarget),
      exactTarget:lockedTarget15840,
      ssotPass:!!report.singleSourceOfTruth15838.pass,
      denominator:report.singleSourceOfTruth15838.denominator,
      geometryFrameHash15838:report.geometryFrameHash15838,
      passStructural:
        Number(coverage&&coverage.caps&&coverage.caps.maxFinal)===200&&
        !termination15840.finalCapReached&&
        Number(termination15840.finalCapDroppedCandidateCount15839||0)===0&&
        Number(termination15840.finalCapAcceptedWorthyDropped15839||0)===0&&
        Number(termination15840.levelsProcessed||0)===Number(termination15840.levelsTotal||0)&&
        Number(termination15840.seedsUnprocessedAfterTermination||0)===0&&
        !termination15840.candidateCapReached&&
        !termination15840.timeBudgetReached&&
        !!accounting15840.candidateCountReconciles&&
        !!(lockedTarget15840&&lockedTarget15840.instrument15840&&lockedTarget15840.instrument15840.exactLockedTarget)&&
        !!report.singleSourceOfTruth15838.pass
    };
    const preselection15841=coverage&&coverage.preselectionFate15841||null;
    const target15841=coverage&&coverage.whyNotHereExactTarget15840||null;
    const preselectionSummary15841=preselection15841&&preselection15841.summary||null;
    const targetPreselectionRecords15841=target15841&&target15841.preselectionFate15841&&Array.isArray(target15841.preselectionFate15841.records)
      ?target15841.preselectionFate15841.records:[];
    report.acceptance15841={
      effectiveSeedBudgetConfigured:coverage&&coverage.caps&&coverage.caps.maxSeedsPerLevelEffective||null,
      declaredSeedBudget:coverage&&coverage.caps&&coverage.caps.maxSeedsPerLevelDeclared||null,
      targetSelectedSeedCount:targetPreselectionRecords15841.filter(record15841=>record15841.selected).length,
      targetPreselectionRecordCount:targetPreselectionRecords15841.length,
      targetSelectionReasons:Array.from(new Set(targetPreselectionRecords15841.map(record15841=>record15841.terminalSelectionReason).filter(Boolean))),
      achievedSeedsPerLevel:preselectionSummary15841,
      levelsProcessed:Number(termination15840.levelsProcessed||0),
      levelsTotal:Number(termination15840.levelsTotal||0),
      seedsUnprocessedAfterTermination:Number(termination15840.seedsUnprocessedAfterTermination||0),
      candidateCapReached:!!termination15840.candidateCapReached,
      finalCapReached:!!termination15840.finalCapReached,
      timeBudgetReached:!!termination15840.timeBudgetReached,
      ssotPass:!!report.singleSourceOfTruth15838.pass,
      denominator:report.singleSourceOfTruth15838.denominator,
      geometryFrameHash15838:report.geometryFrameHash15838,
      passStructural:
        Number(coverage&&coverage.caps&&coverage.caps.maxSeedsPerLevelEffective)===16&&
        Number(coverage&&coverage.caps&&coverage.caps.maxSeedsPerLevelDeclared)===16&&
        Number(termination15840.levelsProcessed||0)===Number(termination15840.levelsTotal||0)&&
        Number(termination15840.seedsUnprocessedAfterTermination||0)===0&&
        !!preselectionSummary15841&&
        !!preselectionSummary15841.selectionReplayAllMatch&&
        (targetPreselectionRecords15841.some(record15841=>record15841.selected)||
          targetPreselectionRecords15841.some(record15841=>[
            "not-sampled-by-stride","below-seed-budget-cutoff","blocked-by-seed-spacing"
          ].includes(record15841.terminalSelectionReason)))&&
        !!report.singleSourceOfTruth15838.pass
    };
    M.tributaryInterceptionAudit15825=report;
    report15825=report;
    return report;
  }

  function svgElement15825(name,attributes){
    const element=document.createElementNS(
      SVG_NS,
      name
    );
    for(const [key,value] of Object.entries(
      attributes||{}
    )){
      element.setAttribute(key,String(value));
    }
    return element;
  }

  function pathData15825(coordinates){
    const points=[];
    for(const coordinate of coordinates||[]){
      try{
        const point=earthlineMap.project(coordinate);
        if(
          point&&Number.isFinite(point.x)&&
          Number.isFinite(point.y)
        ){
          points.push([point.x,point.y]);
        }
      }catch(e){}
    }
    if(points.length<2)return "";
    let d="M"+points[0][0].toFixed(2)+" "+
      points[0][1].toFixed(2);
    for(let i=1;i<points.length;i++){
      d+=" L"+points[i][0].toFixed(2)+" "+
        points[i][1].toFixed(2);
    }
    return d;
  }

  function renderAuditOverlay15825(){
    const svg=ensureOverlay15825();
    if(!svg)return;
    if(!report15825||!Array.isArray(report15825.paths)){
      svg.style.display="none";
      svg.replaceChildren();
      return;
    }

    const container=svg.parentElement;
    const width=Math.max(
      1,
      container&&container.clientWidth||1
    );
    const height=Math.max(
      1,
      container&&container.clientHeight||1
    );
    svg.setAttribute("viewBox","0 0 "+width+" "+height);
    svg.style.display="block";

    const fragment=document.createDocumentFragment();
    for(const path of report15825.paths){
      const d=pathData15825(path.coordinates);
      if(!d)continue;
      const className=path.intercepted
        ?"served-path"
        :path.highValueOpenMiss
          ?"missed-path"
          :"ordinary-missed-path";
      fragment.appendChild(
        svgElement15825("path",{
          d,
          class:className
        })
      );

      const point=path.intercepted
        ?path.crossing
        :path.opportunity;
      if(point){
        const coordinate=earthlineGridToLngLat(
          Number(point.x)+.5,
          Number(point.y)+.5
        );
        try{
          const projected=earthlineMap.project(
            coordinate
          );
          fragment.appendChild(
            svgElement15825("circle",{
              cx:projected.x.toFixed(2),
              cy:projected.y.toFixed(2),
              r:path.intercepted?3.8:5.3,
              class:path.intercepted
                ?"crossing":"opportunity"
            })
          );
        }catch(e){}
      }
    }
    svg.replaceChildren(fragment);
  }

  function queueAuditOverlay15825(){
    if(renderQueued15825)return;
    renderQueued15825=true;
    requestAnimationFrame(()=>{
      renderQueued15825=false;
      renderAuditOverlay15825();
    });
  }

  function renderPanel15825(
    message,
    stateName="idle"
  ){
    const panel=ensurePanel15825();
    if(!panel)return;
    panel.dataset.state=stateName;

    const headline=report15825&&
      report15825.headline||null;
    panel.innerHTML=
      "<strong>PARCEL TRIBUTARY INTERCEPTION AUDIT</strong>"+
      "<div>"+String(
        message||
        "Measures eligible minor-flow interception, unique runoff contribution, terrain energy, and land-cover opportunity without changing placement."
      )+"</div>"+
      (headline
        ?'<div class="audit-grid">'+
          "<span>Eligible minor paths</span><span>"+
            headline.eligibleMinorPaths+
          "</span>"+
          "<span>Intercepted paths</span><span>"+
            headline.interceptedMinorPaths+
          "</span>"+
          "<span>Path interception</span><span>"+
            round15825(
              headline.tributaryInterceptionPct,
              1
            )+"%"+
          "</span>"+
          "<span>Unique runoff intercepted</span><span>"+
            round15825(
              headline.uniqueEligibleRunoffInterceptionPct,
              1
            )+"%"+
          "</span>"+
          "<span>High-energy interception</span><span>"+
            round15825(
              headline.highEnergyInterceptionPct,
              1
            )+"%"+
          "</span>"+
          "<span>High-value open misses</span><span>"+
            headline.highValueOpenLandMissed+
          "</span>"+
          "</div>"
        :"")+
      '<div class="audit-note">'+
      "Green = intercepted eligible path. Magenta = missed path; bright magenta identifies a high-energy open-land opportunity. Major/protected channels are excluded from the eligible denominator."+
      "</div>"+
      '<div class="audit-actions">'+
      "<button type=button id=earthlineRunInterceptionAudit15825 "+
        (running15825?"disabled":"")+
        ">RUN INTERCEPTION AUDIT</button>"+
      "<button type=button id=earthlineDownloadInterceptionAudit15825 "+
        (!report15825?"disabled":"")+
        ">DOWNLOAD REPORT</button>"+
      "<button type=button id=earthlineClearInterceptionAudit15825 "+
        (!report15825?"disabled":"")+
        ">HIDE AUDIT</button>"+
      "</div>";

    const runButton=document.getElementById(
      "earthlineRunInterceptionAudit15825"
    );
    if(runButton)runButton.onclick=runAudit15825;

    const downloadButton=document.getElementById(
      "earthlineDownloadInterceptionAudit15825"
    );
    if(downloadButton)downloadButton.onclick=
      downloadAudit15825;

    const clearButton=document.getElementById(
      "earthlineClearInterceptionAudit15825"
    );
    if(clearButton)clearButton.onclick=()=>{
      report15825=null;
      if(overlay15825){
        overlay15825.style.display="none";
        overlay15825.replaceChildren();
      }
      renderPanel15825(
        "Audit hidden. Run again to restore the parcel-wide evidence.",
        "idle"
      );
    };
  }

  async function runAudit15825(){
    if(running15825)return;
    running15825=true;
    report15825=null;

    let scientificReport15848=null;
    const presentationWarnings15848=[];
    try{
      try{
        renderPanel15825(
          "Tracing eligible minor tributaries, first safe interceptions, unique contributing cells, relief, slope breaks, and land cover…",
          "running"
        );
      }catch(error){
        presentationWarnings15848.push({stage:"start-panel",message:String(error&&error.message||error)});
      }
      await new Promise(resolve=>requestAnimationFrame(resolve));
      scientificReport15848=buildReport15825();
      // BUILD-CHECK-15849: commit a clean scientific report immediately.
      // Presentation work below must never determine whether the report exists.
      M.tributaryInterceptionAudit15825=scientificReport15848;
      report15825=scientificReport15848;

      try{
        renderAuditOverlay15825();
      }catch(error){
        presentationWarnings15848.push({stage:"overlay",message:String(error&&error.message||error),stack:String(error&&error.stack||"")});
      }

      const rate=Number(scientificReport15848.headline&&scientificReport15848.headline.tributaryInterceptionPct||0);
      const unique=Number(scientificReport15848.headline&&scientificReport15848.headline.uniqueEligibleRunoffInterceptionPct||0);
      const material=Number(scientificReport15848.headline&&scientificReport15848.headline.eligibleMinorPaths||0)>=8;
      const stateName=(rate>=70&&unique>=70)?"success":"warning";

      if(presentationWarnings15848.length){
        scientificReport15848.presentationWarnings15848=presentationWarnings15848.slice();
        M.tributaryInterceptionAudit15825=scientificReport15848;
        report15825=scientificReport15848;
      }

      try{
        renderPanel15825(
          material
            ?"AUDIT COMPLETE — parcel denominator is material enough to evaluate systematic interception."
            :"AUDIT COMPLETE — denominator is small; interpret percentages with the reported path counts.",
          stateName
        );
      }catch(error){
        presentationWarnings15848.push({stage:"completion-panel",message:String(error&&error.message||error),stack:String(error&&error.stack||"")});
        scientificReport15848.presentationWarnings15848=presentationWarnings15848.slice();
        M.tributaryInterceptionAudit15825=scientificReport15848;
        report15825=scientificReport15848;
      }
    }catch(error){
      if(scientificReport15848&&scientificReport15848.headline&&scientificReport15848.termination){
        presentationWarnings15848.push({stage:"post-report",message:String(error&&error.message||error),stack:String(error&&error.stack||"")});
        scientificReport15848.presentationWarnings15848=presentationWarnings15848.slice();
        M.tributaryInterceptionAudit15825=scientificReport15848;
        report15825=scientificReport15848;
        try{renderPanel15825("AUDIT COMPLETE — evidence report preserved; presentation warning recorded.","warning");}catch(e){}
      }else{
        report15825={
          build:String(window.EARTHLINE_BUILD||BUILD),
          baseline:BASELINE,
          generatedAt:new Date().toISOString(),
          auditStage15848:"scientific-report-generation",
          propertyReady15848:propertyReady15825(),
          propertyState15848:{
            analysisReady:!!(M&&M.analysisReady),
            swaleCount:M&&Array.isArray(M.swales)?M.swales.length:0,
            stateMode:currentState15850()&&currentState15850().mode||null,
            stateActive:!!(currentState15850()&&currentState15850().active),
            stateRunning:!!(currentState15850()&&currentState15850().running),
            grid:{width:Number(typeof GW!=="undefined"?GW:0),height:Number(typeof GH!=="undefined"?GH:0)},
            hasElevation:!!(M&&M.h),
            hasDirection:!!(M&&M.dir),
            hasAccumulation:!!(M&&M.acc),
            hasCoverage:!!(M&&M.coverageDiagnostic15803)
          },
          error:{
            name:String(error&&error.name||"Error"),
            message:String(error&&error.message||"Unknown audit failure"),
            stack:String(error&&error.stack||"")
          }
        };
        M.tributaryInterceptionAudit15825=report15825;
        try{renderPanel15825("AUDIT STOPPED — "+String(error&&error.message||"unknown error"),"warning");}catch(e){}
      }
    }finally{
      running15825=false;
    }
    return report15825;
  }

  function downloadAudit15825(){
    if(!report15825)return;
    const payload15843=typeof window.earthlinePrepareInterceptionExport15843==="function"
      ?window.earthlinePrepareInterceptionExport15843(report15825):report15825;
    const blob=new Blob(
      [JSON.stringify(payload15843,null,2)],
      {type:"application/json"}
    );
    const url=URL.createObjectURL(blob);
    const anchor=document.createElement("a");
    anchor.href=url;
    anchor.download=
      "earthline-"+String(window.EARTHLINE_BUILD||BUILD).toLowerCase()+"-tributary-interception-report.json";
    document.body.appendChild(anchor);
    anchor.click();
    anchor.remove();
    setTimeout(()=>URL.revokeObjectURL(url),1000);
  }

  window.earthlineRunInterceptionAudit15825=
    runAudit15825;
  window.earthlineDownloadInterceptionAudit15825=
    downloadAudit15825;
  window.earthlineBuild15825Audit=()=>({
    build:BUILD,
    baseline:BASELINE,
    running:running15825,
    report:report15825||
      M&&M.tributaryInterceptionAudit15825||null,
    overlayVisible:!!(
      overlay15825&&
      overlay15825.style.display!=="none"
    )
  });

  const install15825=()=>{
    ensureOverlay15825();
    ensurePanel15825();
    renderPanel15825();

    try{
      earthlineMap.on(
        "move",
        queueAuditOverlay15825
      );
      earthlineMap.on(
        "zoom",
        queueAuditOverlay15825
      );
      earthlineMap.on(
        "resize",
        queueAuditOverlay15825
      );
    }catch(e){}

    const stamp=document.getElementById(
      "earthlineFooterBuild15784"
    );
    if(stamp)stamp.textContent=BUILD;
  };

  if(document.readyState==="loading"){
    document.addEventListener(
      "DOMContentLoaded",
      install15825,
      {once:true}
    );
  }else{
    install15825();
  }

  console.log(
    "[Earthline] "+BUILD+
    " installed — diagnostic-only parcel interception audit."
  );
})();
</script>
<script id="earthline-build-15826-driveway-opportunity-audit">
(function(){
  "use strict";

  const BUILD="BUILD-CHECK-15826";
  const BASELINE="BUILD-CHECK-15825";
  const SVG_NS="http://www.w3.org/2000/svg";
  const state=window.earthlineRegional15778||{};

  let overlay15826=null;
  let panel15826=null;
  let report15826=null;
  let running15826=false;
  let renderQueued15826=false;

  function round15826(value,digits=2){
    const n=Number(value);
    if(!Number.isFinite(n))return null;
    const p=Math.pow(10,digits);
    return Math.round(n*p)/p;
  }

  function ready15826(){
    return !!(
      M&&M.analysisReady&&M.h&&M.dir&&M.acc&&
      Array.isArray(M.swales)&&M.swales.length&&
      state.mode==="property"&&!state.active
    );
  }

  function ensureOverlay15826(){
    if(overlay15826&&overlay15826.isConnected)return overlay15826;
    const host=document.querySelector(".map-area");
    if(!host)return null;
    overlay15826=document.createElementNS(SVG_NS,"svg");
    overlay15826.id="earthlineDrivewayOverlay15826";
    overlay15826.setAttribute(
      "aria-label",
      "Driveway protection opportunity audit"
    );
    overlay15826.setAttribute("preserveAspectRatio","none");
    host.appendChild(overlay15826);
    return overlay15826;
  }

  function ensurePanel15826(){
    if(panel15826&&panel15826.isConnected)return panel15826;
    panel15826=document.getElementById("earthlineDrivewayPanel15826");
    if(panel15826)return panel15826;

    const anchor=document.getElementById("earthlineInterceptionPanel15825")||
      document.getElementById("earthlineWaterPathStatus15824")||
      document.getElementById("earthlineCurrentResult15782")||
      document.querySelector(".leftbar .panel");
    const parent=anchor&&anchor.parentElement
      ?anchor.parentElement
      :document.querySelector(".leftbar");
    if(!parent)return null;

    panel15826=document.createElement("div");
    panel15826.id="earthlineDrivewayPanel15826";
    parent.appendChild(panel15826);
    return panel15826;
  }

  function dilate15826(seed,radius){
    const out=new Uint8Array(seed.length);
    const rr=radius*radius;
    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);
      if(!seed[i])continue;
      for(let oy=-radius;oy<=radius;oy++){
        for(let ox=-radius;ox<=radius;ox++){
          if(ox*ox+oy*oy>rr)continue;
          const nx=x+ox,ny=y+oy;
          if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
          out[idx(nx,ny)]=1;
        }
      }
    }
    return out;
  }

  function infrastructureComponents15826(){
    earthlineBuildNoBuildMask();
    const total=GW*GH;
    const seed=new Uint8Array(total);

    for(let y=0;y<GH;y++)for(let x=0;x<GW;x++){
      const i=idx(x,y);
      if(M.inP&&!M.inP[i])continue;
      let impervious=0;
      try{impervious=Number(impervAt(x,y)||0)}catch(e){}
      const vector=!!(
        M.vectorNoBuildMask&&M.vectorNoBuildMask[i]
      );
      if(impervious>=.60||vector)seed[i]=1;
    }

    const visited=new Uint8Array(total);
    const components=[];
    const directions=[
      [-1,-1],[0,-1],[1,-1],[-1,0],
      [1,0],[-1,1],[0,1],[1,1]
    ];

    for(let i=0;i<total;i++){
      if(!seed[i]||visited[i])continue;
      const queue=[i];
      visited[i]=1;
      const cells=[];
      let minX=GW,maxX=-1,minY=GH,maxY=-1;

      for(let q=0;q<queue.length;q++){
        const cell=queue[q];
        cells.push(cell);
        const x=cell%GW;
        const y=Math.floor(cell/GW);
        minX=Math.min(minX,x);maxX=Math.max(maxX,x);
        minY=Math.min(minY,y);maxY=Math.max(maxY,y);
        for(const [dx,dy] of directions){
          const nx=x+dx,ny=y+dy;
          if(nx<0||ny<0||nx>=GW||ny>=GH)continue;
          const ni=idx(nx,ny);
          if(seed[ni]&&!visited[ni]){
            visited[ni]=1;
            queue.push(ni);
          }
        }
      }

      const width=maxX-minX+1;
      const height=maxY-minY+1;
      const longAxis=Math.max(width,height);
      const shortAxis=Math.max(1,Math.min(width,height));
      const aspect=longAxis/shortAxis;
      const fill=cells.length/Math.max(1,width*height);
      const lengthM=longAxis*Math.max(.001,Number(M.cellM||1));
      const linear=(
        cells.length>=8&&
        lengthM>=18&&
        (
          aspect>=2.25||
          (longAxis>=14&&fill<=.72)
        )
      );

      components.push({
        id:"I"+(components.length+1),
        cells,
        minX,maxX,minY,maxY,
        width,height,aspect,fill,lengthM,linear
      });
    }

    const linearComponents=components.filter(c=>c.linear);
    const linearMask=new Uint8Array(total);
    for(const component of linearComponents){
      for(const cell of component.cells)linearMask[cell]=1;
    }

    return{
      all:components,
      linear:linearComponents,
      linearMask,
      nearMask:dilate15826(
        linearMask,
        Math.max(
          4,
          Math.ceil(34/Math.max(.5,Number(M.cellM||1)))
        )
      )
    };
  }

  function reachesInfrastructure15826(
    startIndex,
    linearMask,
    maxSteps=70
  ){
    const visited=new Set();
    let i=startIndex;
    let reliefM=0;
    const startH=Number(M.h[startIndex]);
    let lastH=startH;

    for(let step=0;step<maxSteps;step++){
      if(i<0||i>=N||visited.has(i))break;
      visited.add(i);
      if(linearMask[i]){
        return{
          reaches:true,
          steps:step,
          distanceM:step*Math.max(.001,Number(M.cellM||1)),
          reliefM:Math.max(0,startH-lastH),
          infrastructureCell:i
        };
      }
      const d=Number(M.dir[i]);
      if(d<0||d>7)break;
      const x=i%GW,y=Math.floor(i/GW);
      const nx=x+D8X[d],ny=y+D8Y[d];
      if(nx<0||ny<0||nx>=GW||ny>=GH)break;
      i=idx(nx,ny);
      lastH=Number(M.h[i]);
    }
    return{
      reaches:false,
      steps:maxSteps,
      distanceM:null,
      reliefM:0,
      infrastructureCell:null
    };
  }

  function diagnosticSafe15826(x,y,allowSoftBuffer){
    if(x<2||y<2||x>=GW-2||y>=GH-2)return false;
    const i=idx(x,y);
    if(M.inP&&!M.inP[i])return false;
    if(!Number.isFinite(Number(M.h[i])))return false;
    if(M.pond&&M.pond[i])return false;
    if(slopePct(x,y)>33)return false;
    earthlineBuildNoBuildMask();
    if(M.hardCoreMask&&M.hardCoreMask[i])return false;
    if(!allowSoftBuffer&&M.noBuildMask&&M.noBuildMask[i])return false;
    const channelThreshold=Math.max(3,streamThreshold()*3.2);
    if(M.acc&&Number(M.acc[i]||0)>=channelThreshold)return false;
    return true;
  }

  function nearestContourLevel15826(elevation){
    const lg=M&&M.swaleDiagnostics&&
      M.swaleDiagnostics.levelGenerator||{};
    const first=Number(lg.firstLevel);
    const step=Number(lg.levelStep);
    if(
      Number.isFinite(first)&&
      Number.isFinite(step)&&step>0
    ){
      return first+
        Math.round((Number(elevation)-first)/step)*step;
    }
    return Number(elevation);
  }

  function traceDiagnosticContour15826(
    sx,sy,level,allowSoftBuffer
  ){
    const cross=(ha,hb)=>{
      const d=hb-ha;
      return Math.abs(d)<1e-9
        ?.5
        :Math.max(0,Math.min(1,(level-ha)/d));
    };

    let start=null;
    for(let radius=0;radius<=9&&!start;radius++){
      for(let oy=-radius;oy<=radius&&!start;oy++){
        for(let ox=-radius;ox<=radius;ox++){
          if(
            Math.max(Math.abs(ox),Math.abs(oy))!==radius
          )continue;
          const x=Math.round(sx)+ox;
          const y=Math.round(sy)+oy;
          if(!diagnosticSafe15826(x,y,allowSoftBuffer))continue;
          const h00=Number(M.h[idx(x,y)]);
          const h10=Number(M.h[idx(x+1,y)]);
          const h01=Number(M.h[idx(x,y+1)]);
          const h11=Number(M.h[idx(x+1,y+1)]);
          if(![h00,h10,h01,h11].every(Number.isFinite))continue;
          const mn=Math.min(h00,h10,h01,h11);
          const mx=Math.max(h00,h10,h01,h11);
          if(level>=mn&&level<=mx&&mx-mn>1e-7){
            start=[x,y];
            break;
          }
        }
      }
    }
    if(!start)return [];

    const edgesFor=(cx,cy)=>{
      if(cx<0||cy<0||cx>=GW-1||cy>=GH-1)return [];
      const h00=Number(M.h[idx(cx,cy)]);
      const h10=Number(M.h[idx(cx+1,cy)]);
      const h01=Number(M.h[idx(cx,cy+1)]);
      const h11=Number(M.h[idx(cx+1,cy+1)]);
      const edges=[];
      if((h00<=level)!==(h10<=level)){
        edges.push([0,cx+cross(h00,h10),cy]);
      }
      if((h10<=level)!==(h11<=level)){
        edges.push([1,cx+1,cy+cross(h10,h11)]);
      }
      if((h01<=level)!==(h11<=level)){
        edges.push([2,cx+cross(h01,h11),cy+1]);
      }
      if((h00<=level)!==(h01<=level)){
        edges.push([3,cx,cy+cross(h00,h01)]);
      }
      return edges;
    };

    const walk=firstPick=>{
      const points=[];
      let cx=start[0],cy=start[1],previous=-1;
      const visited=new Set();
      for(let step=0;step<420;step++){
        if(!diagnosticSafe15826(cx,cy,allowSoftBuffer))break;
        const key=cx+"|"+cy+"|"+previous;
        if(visited.has(key))break;
        visited.add(key);

        const edges=edgesFor(cx,cy);
        if(!edges.length)break;
        let choices=previous>=0
          ?edges.filter(edge=>edge[0]!==previous)
          :edges;
        if(!choices.length)choices=edges;
        const pick=step===0
          ?choices[firstPick%choices.length]
          :choices[0];
        points.push([pick[1],pick[2]]);

        if(pick[0]===0){cy-=1;previous=2}
        else if(pick[0]===1){cx+=1;previous=3}
        else if(pick[0]===2){cy+=1;previous=0}
        else{cx-=1;previous=1}
      }
      return points;
    };

    const a=walk(0);
    const b=walk(1);
    const merged=a.slice().reverse().concat(b);
    if(merged.length<5)return [];
    try{return earthlineCleanPath(merged)}catch(e){return merged}
  }

  function corridorLengthM15826(points){
    let length=0;
    for(let i=1;i<points.length;i++){
      length+=Math.hypot(
        points[i][0]-points[i-1][0],
        points[i][1]-points[i-1][1]
      )*Math.max(.001,Number(M.cellM||1));
    }
    return length;
  }

  function nearestSwaleDistanceM15826(points){
    let best=Infinity;
    for(const point of points){
      for(const swale of M.swales||[]){
        const pts=swale&&swale.pts||[];
        for(let i=1;i<pts.length;i++){
          const ax=pts[i-1][0],ay=pts[i-1][1];
          const bx=pts[i][0],by=pts[i][1];
          const dx=bx-ax,dy=by-ay;
          const l2=dx*dx+dy*dy;
          const t=l2>1e-12
            ?Math.max(
              0,
              Math.min(
                1,
                ((point[0]-ax)*dx+(point[1]-ay)*dy)/l2
              )
            )
            :0;
          best=Math.min(
            best,
            Math.hypot(
              point[0]-(ax+t*dx),
              point[1]-(ay+t*dy)
            )
          );
        }
      }
    }
    return best*Math.max(.001,Number(M.cellM||1));
  }

  function evaluateCorridor15826(
    points,
    seed,
    reach,
    allowSoftBuffer
  ){
    if(!points||points.length<5)return null;
    let open=0,forest=0,softBuffer=0;
    let flowCrossings=0,flowValue=0;
    let slopeSum=0,slopeCount=0;
    const threshold=Math.max(2,streamThreshold()*.55);

    for(const point of points){
      const x=Math.round(point[0]);
      const y=Math.round(point[1]);
      if(x<0||y<0||x>=GW||y>=GH)continue;
      const i=idx(x,y);
      let canopy=0;
      try{canopy=Number(canopyAt(x,y)||0)}catch(e){}
      if(canopy<.25)open++;
      if(canopy>=.40)forest++;
      if(
        M.noBuildMask&&M.noBuildMask[i]&&
        !(M.hardCoreMask&&M.hardCoreMask[i])
      )softBuffer++;
      const acc=Number(M.acc[i]||0);
      if(acc>=threshold){
        flowCrossings++;
        flowValue+=Math.log1p(acc);
      }
      slopeSum+=Number(slopePct(x,y)||0);
      slopeCount++;
    }

    const lengthM=corridorLengthM15826(points);
    if(lengthM<18)return null;
    const openFraction=open/Math.max(1,points.length);
    const forestFraction=forest/Math.max(1,points.length);
    const softBufferFraction=softBuffer/Math.max(1,points.length);
    const nearestSwaleM=nearestSwaleDistanceM15826(points);
    const distanceM=Number(reach.distanceM||0);
    const idealDistanceScore=Math.max(
      0,
      1-Math.abs(distanceM-18)/28
    );
    const reliefScore=Math.min(2,Number(reach.reliefM||0)/5);
    const flowScore=Math.min(3,flowValue/10);
    const lengthScore=Math.min(1.6,lengthM/70);
    const spacingOpportunity=Math.min(
      1.5,
      Math.max(0,nearestSwaleM-7)/18
    );
    const bufferPenalty=allowSoftBuffer
      ?Math.max(.2,1-softBufferFraction*.65)
      :1;

    const score=(
      2.2*flowScore+
      1.8*openFraction+
      1.5*idealDistanceScore+
      1.2*reliefScore+
      .8*lengthScore+
      .9*spacingOpportunity
    )*
      Math.max(.15,1-forestFraction*.75)*
      bufferPenalty;

    const midpoint=points[Math.floor(points.length/2)];
    let whyNot=null;
    try{
      const ll=earthlineGridToLngLat(
        midpoint[0],
        midpoint[1]
      );
      whyNot=earthlineEvaluateWhyNotHere15803(
        ll[0],ll[1],55
      );
    }catch(e){}

    return{
      score,
      points,
      seed:{x:seed.x,y:seed.y,i:seed.i},
      level:seed.level,
      lengthM,
      distanceToInfrastructureM:distanceM,
      upstreamReliefM:Number(reach.reliefM||0),
      flowCrossings,
      flowValue,
      openFraction,
      forestFraction,
      softBufferFraction,
      nearestExistingSwaleM:nearestSwaleM,
      meanSlopePct:slopeCount?slopeSum/slopeCount:0,
      allowsSoftBuffer:allowSoftBuffer,
      whyNot,
      likelyCause:whyNot&&whyNot.status
        ?String(whyNot.status)
        :softBufferFraction>0
          ?"setback-buffer-conflict"
          :"not-selected"
    };
  }

  function scanOpportunities15826(){
    if(!ready15826()){
      throw new Error(
        "Run the property analysis before the driveway audit."
      );
    }

    earthlineBuildNoBuildMask();
    const infrastructure=infrastructureComponents15826();
    if(!infrastructure.linear.length){
      throw new Error(
        "No linear driveway or road-like impervious feature was detected."
      );
    }

    const seeds=[];
    const cellM=Math.max(.001,Number(M.cellM||1));
    const minimumDistanceCells=Math.max(2,Math.ceil(6/cellM));
    const maximumDistanceCells=Math.max(
      minimumDistanceCells+2,
      Math.ceil(42/cellM)
    );

    for(let y=2;y<GH-2;y+=2){
      for(let x=2;x<GW-2;x+=2){
        const i=idx(x,y);
        if(M.inP&&!M.inP[i])continue;
        if(!infrastructure.nearMask[i])continue;
        if(!Number.isFinite(Number(M.h[i])))continue;
        if(M.hardCoreMask&&M.hardCoreMask[i])continue;
        if(M.pond&&M.pond[i])continue;
        const slope=Number(slopePct(x,y)||0);
        if(slope<.5||slope>33)continue;

        let canopy=0,impervious=0;
        try{
          canopy=Number(canopyAt(x,y)||0);
          impervious=Number(impervAt(x,y)||0);
        }catch(e){}
        if(impervious>=.40||canopy>=.48)continue;

        const reach=reachesInfrastructure15826(
          i,
          infrastructure.linearMask,
          maximumDistanceCells
        );
        if(!reach.reaches)continue;
        if(reach.steps<minimumDistanceCells)continue;

        const level=nearestContourLevel15826(M.h[i]);
        const flow=Number(M.acc[i]||0);
        const preliminary=(
          Math.log1p(flow)*1.4+
          Math.min(2,reach.reliefM/4)+
          (1-canopy)*1.2+
          Math.max(
            0,
            1-Math.abs(reach.distanceM-18)/30
          )
        );
        seeds.push({
          x,y,i,level,reach,
          preliminary,
          softBuffer:!!(
            M.noBuildMask&&M.noBuildMask[i]&&
            !(M.hardCoreMask&&M.hardCoreMask[i])
          )
        });
      }
    }

    seeds.sort((a,b)=>
      b.preliminary-a.preliminary||
      a.i-b.i
    );

    const evaluated=[];
    const signatures=new Set();

    for(const seed of seeds.slice(0,100)){
      for(const allowSoftBuffer of [false,true]){
        const points=traceDiagnosticContour15826(
          seed.x,
          seed.y,
          seed.level,
          allowSoftBuffer
        );
        if(points.length<5)continue;
        const midpoint=points[Math.floor(points.length/2)];
        const signature=[
          Math.round(seed.level*10),
          Math.round(midpoint[0]/4),
          Math.round(midpoint[1]/4),
          allowSoftBuffer?1:0
        ].join("|");
        if(signatures.has(signature))continue;
        signatures.add(signature);
        const evaluatedCorridor=evaluateCorridor15826(
          points,
          seed,
          seed.reach,
          allowSoftBuffer
        );
        if(evaluatedCorridor)evaluated.push(evaluatedCorridor);
      }
    }

    evaluated.sort((a,b)=>
      b.score-a.score||
      b.flowCrossings-a.flowCrossings||
      b.lengthM-a.lengthM
    );

    const selected=[];
    for(const candidate of evaluated){
      const midpoint=candidate.points[
        Math.floor(candidate.points.length/2)
      ];
      let duplicate=false;
      for(const prior of selected){
        const pm=prior.points[
          Math.floor(prior.points.length/2)
        ];
        if(
          Math.abs(candidate.level-prior.level)<.18&&
          Math.hypot(midpoint[0]-pm[0],midpoint[1]-pm[1])<14
        ){
          duplicate=true;
          break;
        }
      }
      if(!duplicate)selected.push(candidate);
      if(selected.length>=5)break;
    }

    const report={
      build:BUILD,
      baseline:BASELINE,
      generatedAt:new Date().toISOString(),
      mode:"property",
      scientificStatus:
        "DIAGNOSTIC ONLY — no swale placement, exclusion, cap, seed, spacing, hydrology, safety, or renderer decision changed.",
      denominatorScope:
        "Only infrastructure and opportunities inside the displayed authoritative analysis boundary are evaluated.",
      purpose:
        "Identify open contour-valid runoff interception opportunities immediately upslope of a driveway or other linear impervious feature.",
      propertyFrame:M&&M.authoritativePropertyFrame15821||null,
      infrastructure:{
        allImperviousComponents:infrastructure.all.length,
        linearComponents:infrastructure.linear.map(component=>({
          id:component.id,
          cellCount:component.cells.length,
          aspect:round15826(component.aspect,2),
          fill:round15826(component.fill,2),
          lengthM:round15826(component.lengthM,1),
          bounds:{
            minX:component.minX,maxX:component.maxX,
            minY:component.minY,maxY:component.maxY
          },
          cells:component.cells
        }))
      },
      scan:{
        eligibleSeeds:seeds.length,
        evaluatedCorridors:evaluated.length,
        selectedTopOpportunities:selected.length
      },
      headline:{
        bestOpportunityScore:selected[0]
          ?round15826(selected[0].score,2):null,
        bestFlowCrossings:selected[0]
          ?selected[0].flowCrossings:0,
        bestDistanceToInfrastructureM:selected[0]
          ?round15826(
            selected[0].distanceToInfrastructureM,1
          ):null,
        bestOpenLandPct:selected[0]
          ?round15826(selected[0].openFraction*100,1):null,
        bestNearestExistingSwaleM:selected[0]
          ?round15826(
            selected[0].nearestExistingSwaleM,1
          ):null,
        bufferConflictCandidates:selected.filter(
          candidate=>candidate.softBufferFraction>.05
        ).length
      },
      opportunities:selected.map((candidate,index)=>({
        rank:index+1,
        score:round15826(candidate.score,3),
        levelM:round15826(candidate.level,3),
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    const lat=Number(center.lat);
    const lng=Number(center.lng);
    const metresPerDegreeY=111320;
    const metresPerDegreeX=
      111320*Math.max(
        .05,
        Math.cos(lat*Math.PI/180)
      );

    const halfLng=(widthM/2)/metresPerDegreeX;
    const halfLat=(heightM/2)/metresPerDegreeY;
    const boundary=[
      [lng-halfLng,lat-halfLat],
      [lng+halfLng,lat-halfLat],
      [lng+halfLng,lat+halfLat],
      [lng-halfLng,lat+halfLat]
    ];

    return{
      center:{lng,lat},
      boundary,
      acres:Number(acres),
      zoom:Number(
        earthlineMap.getZoom&&
        earthlineMap.getZoom()||0
      ),
      aspect,
      widthM,
      heightM
    };
  }

  async function setCurrentView15827(){
    const view=centeredAnalysisFrame15830(20);
    if(!view){
      earthlineNotice(
        "The map center is unavailable. Reload this file once and try again."
      );
      return;
    }

    if(!state.selectedPropertyBaseFrame15827&&frame15827()){
      state.selectedPropertyBaseFrame15827=
        JSON.parse(JSON.stringify(frame15827()));
    }

    const pending={
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      searchKey:currentSearchKey15828(),
      center:Object.assign({},view.center),
      boundary:view.boundary.map(p=>p.slice()),
      acres:20,
      internalAnalysisZoom:18,
      source:"explicit-map-center-20-acre-analysis-area",
      selectedAt:Date.now()
    };
    state.pendingAnalysisFrame15827=pending;
    M.pendingAnalysisFrame15827=pending;

    await runPendingFrame15827(
      "Map-center selection accepted. Building a fixed 20-acre scientific frame here and rerunning the analysis…"
    );
  }

  async function restorePropertyFrame15827(){
    const base=state.selectedPropertyBaseFrame15827;
    if(!base)return;
    const pending={
      build:BUILD,
      searchKey:currentSearchKey15828(),
      center:Object.assign({},base.center),
      boundary:(base.boundary||[]).map(p=>p.slice()),
      acres:Number(base.acres||20),
      internalAnalysisZoom:Number(base.internalAnalysisZoom||18),
      source:"restored-selected-property-frame",
      selectedAt:Date.now()
    };
    state.pendingAnalysisFrame15827=pending;
    M.pendingAnalysisFrame15827=pending;

    await runPendingFrame15827(
      "Restoring the selected-property scientific frame…"
    );
  }

  window.earthlineSetCurrentViewAsAnalysis15827=
    setCurrentView15827;
  window.earthlineRestoreSelectedPropertyFrame15827=
    restorePropertyFrame15827;
  /* EARTHLINE 16521 — existing boundary owner queue only. */
  window.earthlineQueueAnalysisBoundary15827=queueRender15827;
  window.earthlineBuild15827Audit=()=>({
    build:BUILD,
    baseline:BASELINE,
    frame:frame15827(),
    currentView:boundsPolygon15827(),
    cameraInsideFrame:
      frame15827()?cameraInsideFrame15827(frame15827()):null,
    pending:state.pendingAnalysisFrame15827||null,
    baseFrame:state.selectedPropertyBaseFrame15827||null,
    lastDirective:state.lastFrameDirective15827||null
  });

  const install15827=()=>{
    ensureOverlay15827();
    ensurePanel15827();
    queueRender15827();

    try{
      earthlineMap.on("load",queueRender15827);
      earthlineMap.on("moveend",queueRender15827);
      earthlineMap.on("zoomend",queueRender15827);
      earthlineMap.on("resize",queueRender15827);
      earthlineMap.on("idle",()=>{}); // 16487 neutralized settle repaint.
    }catch(e){}

    setInterval(()=>{},850); // 16487: legacy periodic renderer retained structurally but neutralized.

    const stamp=document.getElementById(
      "earthlineFooterBuild15784"
    );
    if(stamp)stamp.textContent=BUILD;
  };

  if(document.readyState==="loading"){
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      install15827,
      {once:true}
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  }else{
    install15827();
  }

  console.log(
    "[Earthline] "+BUILD+
    " installed — visible scientific boundary and explicit current-view selection."
  );
})();
</script>
<script id="earthline-build-15828-boundary-watchdog">
(function(){
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  const BUILD="BUILD-CHECK-15829";

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    const host=document.querySelector(".map-area");
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    let panel=document.getElementById("earthlineBoundaryPanel15827");
    if(!panel){
      panel=document.createElement("div");
      panel.id="earthlineBoundaryPanel15827";
      panel.dataset.state="offscreen";
      panel.innerHTML=
        "<strong>SCIENTIFIC BOUNDARY CONTROLLER</strong>"+
        "<div>Initializing boundary and current-view controls…</div>";
      host.appendChild(panel);
    }

    try{
      if(typeof window.earthlineBuild15827Audit==="function"){
        window.earthlineBuild15827Audit();
      }
      if(
        typeof window.earthlineSetCurrentViewAsAnalysis15827===
          "function"
      ){
        if(
          window.earthlineMap&&
          typeof window.earthlineMap.triggerRepaint==="function"
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          window.earthlineMap.triggerRepaint();
        }
        return true;
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      panel.innerHTML=
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        "<div>"+String(error&&error.message||error)+"</div>";
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  let attempts=0;
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    const ready=visibleRecovery15828();
    if(ready||attempts>=24){
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      if(!ready){
        const panel=document.getElementById(
          "earthlineBoundaryPanel15827"
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        if(panel){
          panel.dataset.state="offscreen";
          panel.innerHTML=
            "<strong>BOUNDARY CONTROLLER NOT INITIALIZED</strong>"+
            "<div>Reload the file once. If this remains visible, send a screenshot of this message.</div>";
        }
      }
    }
  },250);

  const stamp=document.getElementById(
    "earthlineFooterBuild15784"
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  if(stamp)stamp.textContent=BUILD;

  window.earthlineBuild15828Audit=()=>({
    build:BUILD,
    panelPresent:!!document.getElementById(
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    overlayPresent:!!document.getElementById(
      "earthlineAnalysisBoundaryOverlay15827"
    ),
    controllerPresent:
      typeof window.earthlineSetCurrentViewAsAnalysis15827===
        "function",
    frame:M&&M.authoritativePropertyFrame15821||null
  });
})();
</script>
<script id="earthline-build-15829-reference-audit">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15829";

  function audit15829(){
    const runSource=String(
      typeof runCore15786==="function"
        ?runCore15786
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    );
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    const correctedPattern=
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      badBareReferencePresent:badPattern,
      correctedReferencePresent:correctedPattern,
      frameDirectivePresent:
        typeof window.earthlineRunFrameDirective15827==="function",
      boundaryControllerPresent:
        typeof window.earthlineSetCurrentViewAsAnalysis15827==="function",
      checkedAt:Date.now()
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    M.referenceAudit15829=result;

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      const panel=document.getElementById(
        "earthlineBoundaryPanel15827"
      );
      if(panel){
        panel.dataset.state="offscreen";
        panel.innerHTML=
          "<strong>RUN-PATH REFERENCE AUDIT FAILED</strong>"+
          "<div>The resolved-search frame reference is not wired correctly.</div>";
      }
    }
    return result;
  }

  window.earthlineBuild15829Audit=audit15829;

  const install=()=>{
    audit15829();
    const stamp=document.getElementById(
      "earthlineFooterBuild15784"
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    if(stamp)stamp.textContent=BUILD;
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  if(document.readyState==="loading"){
    document.addEventListener(
      "DOMContentLoaded",
      install,
      {once:true}
    );
  }else{
    install();
  }
})();
</script>
<script id="earthline-build-15830-center-target">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15833";

  function install15830(){
    const host=document.querySelector(".map-area");
    if(host&&!document.getElementById(
      "earthlineAnalysisCenterTarget15830"
    )){
      const marker=document.createElement("div");
      marker.id="earthlineAnalysisCenterTarget15830";
      marker.title=
        "Center the desired analysis area here, then press SET 20-ACRE ANALYSIS HERE.";
      host.appendChild(marker);
    }

    const stamp=document.getElementById(
      "earthlineFooterBuild15784"
    );
    if(stamp)stamp.textContent=BUILD;
  }

  window.earthlineBuild15830Audit=()=>({
    build:BUILD,
    centerTargetPresent:!!document.getElementById(
      "earthlineAnalysisCenterTarget15830"
    ),
    actionPresent:!!document.getElementById(
      "earthlineSetCurrentView15827"
    ),
    frame:M&&M.authoritativePropertyFrame15821||null,
    pending:M&&M.pendingAnalysisFrame15827||null
  });

  if(document.readyState==="loading"){
    document.addEventListener(
      "DOMContentLoaded",
      install15830,
      {once:true}
    );
  }else{
    install15830();
  }
})();
</script>
<script id="earthline-build-15844-canonical-property-baseline">
(function(){
  "use strict";
  window.EARTHLINE_BUILD="BUILD-CHECK-15861B";
  const renderLiveStamp=()=>{
    const stamp=document.getElementById("earthlineFooterBuild15784");
    if(stamp)stamp.textContent=String(window.EARTHLINE_BUILD);
  };
  window.__earthlineLegacyRenderLiveBuildStamp15838=renderLiveStamp;
  window.__earthlineLegacyRenderLiveBuildStamp15839=renderLiveStamp;
  window.__earthlineLegacyRenderLiveBuildStamp15840=renderLiveStamp;
  window.__earthlineLegacyRenderLiveBuildStamp15841=renderLiveStamp;
  window.__earthlineLegacyRenderLiveBuildStamp15842=renderLiveStamp;
  window.earthlineBuild15838Audit=()=>({
    build:"BUILD-CHECK-15838",
    currentBuild:window.EARTHLINE_BUILD,
    baseline:"BUILD-CHECK-15837",
    scope:"Build B measurement architecture regression audit",
    hydrologyFrozen:true,
    placementFrozen:true,
    scoringFrozen:true,
    capsFrozenWithinBuildB:true,
    quotaFrozenWithinBuildB:true,
    spacingFrozen:true,
    masksFrozen:true,
    exclusionsFrozen:true,
    geometryGenerationFrozen:true,
    canonicalEligiblePathSet:M&&M.canonicalEligiblePaths15838||null,
    finalAttribution:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.singleSourceOfTruth15838||null,
    geometryFrameHash:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.geometryFrameHash15838||null,
    stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD);})()
  });
  window.earthlineBuild15839Audit=()=>({
    build:"BUILD-CHECK-15839",
    currentBuild:window.EARTHLINE_BUILD,
    baseline:"BUILD-CHECK-15838",
    scope:"Bounded search-budget expansion only",
    declaredChanges:{
      perLevel:{from:2,to:16},
      maxCandidates:{from:96,to:256},
      maxMs:{from:7800,to:120000}
    },
    heldConstant:{maxLevels:72,maxSeedsPerLevel:16,maxFinal:60},
    termination:M&&M.coverageDiagnostic15803&&M.coverageDiagnostic15803.termination||null,
    ssot:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.singleSourceOfTruth15838||null,
    geometryFrameHash:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.geometryFrameHash15838||null,
    stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD);})()
  });
  window.earthlineBuild15840Audit=()=>{
    const coverage=M&&M.coverageDiagnostic15803||null;
    const termination=coverage&&coverage.termination||null;
    const accounting=coverage&&coverage.candidateAccounting15840||null;
    const target=coverage&&coverage.whyNotHereExactTarget15840||null;
    return {
      build:"BUILD-CHECK-15840",
      currentBuild:window.EARTHLINE_BUILD,
      baseline:"BUILD-CHECK-15839",
      scope:"maxFinal 60 to 200 plus observational seed-fate and candidate-accounting instrumentation",
      declaredScientificChange:{maxFinal:{from:60,to:200}},
      heldConstant:{maxLevels:72,maxSeedsPerLevel:16,perLevel:16,maxCandidates:256,maxMs:120000},
      instrumentation:{seedFateObservationalOnly:true,candidateAccountingObservationalOnly:true},
      termination,accounting,target,
      ssot:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.singleSourceOfTruth15838||null,
      acceptance:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.acceptance15840||null,
      geometryFrameHash:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.geometryFrameHash15838||null,
      stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD);})()
    };
  };
  window.earthlineBuild15841Audit=()=>{
    const coverage=M&&M.coverageDiagnostic15803||null;
    const preselection=coverage&&coverage.preselectionFate15841||null;
    const target=coverage&&coverage.whyNotHereExactTarget15840||null;
    return {
      build:window.EARTHLINE_BUILD,
      baseline:"BUILD-CHECK-15840",
      scope:"property seed-selection helper consumes declared maxSeedsPerLevel; exact-target preselection fate is observational only",
      declaredScientificChange:{propertyEffectiveSeedsPerLevel:{from:4,to:16,source:"work15771.maxSeedsPerLevel"}},
      regionalHeldAt:2,
      frozen:{stride:2,seedSelectionSpacingCells:24,ranking:true,finalSpacing:true,hydrology:true,masks:true,exclusions:true,maxCandidates:256,maxFinal:200,maxMs:120000,maxLevels:72},
      effectiveSeedBudget:coverage&&coverage.caps&&coverage.caps.maxSeedsPerLevelEffective||null,
      declaredSeedBudget:coverage&&coverage.caps&&coverage.caps.maxSeedsPerLevelDeclared||null,
      preselection,target,
      ssot:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.singleSourceOfTruth15838||null,
      acceptance:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.acceptance15841||null,
      geometryFrameHash:M&&M.tributaryInterceptionAudit15825&&M.tributaryInterceptionAudit15825.geometryFrameHash15838||null,
      stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD);})()
    };
  };
  window.earthlinePrepareInterceptionExport15843=(source15843)=>{
    if(!source15843)return null;
    const normalize15843=(value15843)=>{
      if(value15843===null||typeof value15843!=="object")return value15843;
      if(Array.isArray(value15843))return value15843.map(normalize15843);
      const out15843={};
      for(const [key15843,raw15843] of Object.entries(value15843)){
        const clean15843=key15843.replace(/(?:15840|15841|15843)$/,'');
        if(Object.prototype.hasOwnProperty.call(out15843,clean15843)&&clean15843!==key15843)continue;
        out15843[clean15843]=normalize15843(raw15843);
      }
      return out15843;
    };
    const correct15843=(value15843)=>{
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      if(Array.isArray(value15843)){value15843.forEach(correct15843);return value15843;}
      if(Object.prototype.hasOwnProperty.call(value15843,"consumedSeedBudget")){value15843.configuredSeedBudget=Number(value15843.consumedSeedBudget);delete value15843.consumedSeedBudget;}
      if(Object.prototype.hasOwnProperty.call(value15843,"levelsAtBudget")){value15843.levelsAtConfiguredBudget=Number(value15843.levelsAtBudget);delete value15843.levelsAtBudget;}
      for(const nested15843 of Object.values(value15843))correct15843(nested15843);
      return value15843;
    };
    const active15843=String(window.EARTHLINE_BUILD||"BUILD-CHECK-15844");
    const buildHistory15844=Object.entries(source15843).filter(([key15844])=>/^buildNotes\d+$/.test(key15844)).map(([key15844,value15844])=>({originBuild:"BUILD-CHECK-"+key15844.replace("buildNotes",""),notes:normalize15843(value15844)}));
    const payload15843=correct15843(normalize15843(source15843));
    delete payload15843.buildNotes;
    payload15843.buildHistory=buildHistory15844;
    payload15843.build=active15843;payload15843.reportBuild=active15843;payload15843.instrumentBuild=active15843;payload15843.runtimeBuild=active15843;payload15843.exportSchemaBuild=active15843;
    payload15843.canonicalBranch=Object.assign({},window.EARTHLINE_PROPERTY_BRANCH_15844||{});
    const coverage15844=M&&M.coverageDiagnostic15803||null;
    const requiredTarget15844=coverage15844&&(coverage15844.requiredTargetSnapshot15844||coverage15844.whyNotHereExactTarget15840)||null;
    payload15843.requiredTargetSnapshot=requiredTarget15844?normalize15843(requiredTarget15844):null;
    payload15843.targetSnapshotFingerprint=coverage15844&&coverage15844.targetSnapshotFingerprint15844||earthlineTargetSnapshotFingerprint15844(requiredTarget15844);
    payload15843.provenance=Object.assign({},payload15843.provenance||{}, {interceptionInstrumentationOriginBuild:"BUILD-CHECK-15825",maskProvenanceInstrumentationOriginBuild:"BUILD-CHECK-15843",targetIdentityInstrumentationOriginBuild:"BUILD-CHECK-15843",runtimeBuild:active15843,reportBuild:active15843,exportSchemaBuild:active15843});
    const runProvenance15843=M&&M.coverageDiagnostic15803&&M.coverageDiagnostic15803.noBuildProvenance15843||M&&M.noBuildProvenance15843||null;
    payload15843.noBuildProvenance=payload15843.noBuildProvenance||(runProvenance15843?JSON.parse(JSON.stringify(runProvenance15843)):null);
    payload15843.runComparability={requiresMatchingSourceStateFingerprint:true,requiresMatchingScientificInputFingerprint:true,requiresMatchingTargetSnapshotFingerprint:true,currentSourceStateFingerprint:payload15843.noBuildProvenance&&payload15843.noBuildProvenance.sourceStateFingerprint||null,currentScientificInputFingerprint:payload15843.noBuildProvenance&&payload15843.noBuildProvenance.scientificInputFingerprint||null,currentTargetSnapshotFingerprint:payload15843.targetSnapshotFingerprint||null,warning:"Interception totals are comparable only when geometry-frame, source-state, scientific-input, and target-snapshot fingerprints match."};

    /* BUILD-CHECK-15862M — EXPORT-ONLY EVIDENCE.
       This executes only when the user downloads the interception report.
       It does not run during analysis, prescription, publication, or rendering. */
    payload15843.diagnosticExportBuild="BUILD-CHECK-15862M";
    payload15843.runtimeContentBuild=active15843;
    payload15843.flowFirstPlacement15836=M&&M.flowFirstPlacement15836
      ?normalize15843(JSON.parse(JSON.stringify(M.flowFirstPlacement15836)))
      :null;
    payload15843.infrastructureExclusion15862P=normalize15843(
      M&&M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.infrastructure15862P||null
    );
    payload15843.publishedCorridorGeometry15862M={
      observationalOnly:true,
      runtimeUnchanged:true,
      cellM:Number(M&&M.cellM||0),
      grid:{
        width:Number(typeof GW!=="undefined"?GW:0),
        height:Number(typeof GH!=="undefined"?GH:0)
      },
      corridorCount:M&&Array.isArray(M.swales)?M.swales.length:0,
      corridors:M&&Array.isArray(M.swales)?M.swales.map((sw15862M,index15862M)=>({
        corridorIndex:index15862M,
        corridorId:String(sw15862M&&sw15862M.id||sw15862M&&sw15862M.corridorId||("B"+(index15862M+1))),
        bandKey:sw15862M&&sw15862M.bandKey!=null?sw15862M.bandKey:null,
        levelH:Number.isFinite(Number(sw15862M&&sw15862M.levelH))?Number(sw15862M.levelH):null,
        candidateId:sw15862M&&sw15862M.diagnosticCandidateId15843||null,
        seedId:sw15862M&&sw15862M.diagnosticSeedId15843||null,
        placementMode:sw15862M&&sw15862M.placementMode15836||"contour-fill",
        primaryFlowFirst:!!(sw15862M&&sw15862M.primaryFlowFirst15836),
        targetSpacingM:Number.isFinite(Number(sw15862M&&sw15862M.targetSpacingM))?Number(sw15862M.targetSpacingM):null,
        verifiedSpacingM:Number.isFinite(Number(sw15862M&&sw15862M.verifiedSpacingM))?Number(sw15862M.verifiedSpacingM):null,
        score:Number.isFinite(Number(sw15862M&&sw15862M.score))?Number(sw15862M.score):null,
        prescriptionFlowScore:Number.isFinite(Number(sw15862M&&sw15862M.prescriptionFlowScore15833))?Number(sw15862M.prescriptionFlowScore15833):null,
        points:Array.isArray(sw15862M&&sw15862M.pts)
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          :[]
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    payload15843.exportedAt=new Date().toISOString();
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    const seedPayload=typeof window.earthlinePrepareSeedExport15842==="function"?window.earthlinePrepareSeedExport15842():null;
    const active=String(window.EARTHLINE_BUILD||"");
    const identityPass=payload=>!payload||(
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      build:active,
      baseline:"BUILD-CHECK-15841",
      scope:"export version identity and downloaded-schema normalization only",
      declaredScientificChange:null,
      hydrologyFrozen:true,rankingFrozen:true,spacingFrozen:true,geometryFrozen:true,masksFrozen:true,exclusionsFrozen:true,capsFrozen:true,attributionFrozen:true,
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  window.earthlineRenderLiveBuildStamp15844=renderLiveStamp;
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    const coverage=M&&M.coverageDiagnostic15803||null;
    const target=coverage&&coverage.whyNotHereExactTarget15840||coverage&&coverage.whyNotHere||null;
    const provenance=M&&M.noBuildProvenance15843||null;
    const nearest=target&&target.nearestAcceptedCorridorIdentity15843||null;
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      build:String(window.EARTHLINE_BUILD||"BUILD-CHECK-15844"),baseline:"BUILD-CHECK-15842",
      scope:"deterministic no-build source provenance and exact-target accepted-corridor identity tracing only",
      declaredScientificChange:null,
      hydrologyFrozen:true,rankingFrozen:true,spacingFrozen:true,geometryFrozen:true,masksFrozen:true,exclusionsFrozen:true,capsFrozen:true,attributionFrozen:true,
      provenancePresent:!!provenance,
      sourceStateFingerprint:provenance&&provenance.sourceStateFingerprint||null,
      targetStatus:target&&target.status||null,
      proximityDoesNotEqualService:!!(target&&target.proximityDoesNotEqualService),
      nearestIdentityComplete:!nearest||!!nearest.identityComplete,
      serviceClaimRequiresExactIntersection:!target||target.serviceClaim===((target.status||"")==="exact-point-intersection"),
      configuredBudgetLabelCorrected:true,
      stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD);})()
    };
  };
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    const coverage15844=M&&M.coverageDiagnostic15803||null;
    const snapshot15844=coverage15844&&coverage15844.requiredTargetSnapshot15844||null;
    const interactive15844=coverage15844&&coverage15844.interactiveWhyNotHere15844||null;
    const expectedFingerprint15844=earthlineTargetSnapshotFingerprint15844(snapshot15844);
    return {
      build:String(window.EARTHLINE_BUILD||"BUILD-CHECK-15844"),
      baseline:"15843-CG-MASK-PROVENANCE-TARGET-IDENTITY",
      canonicalBranch:Object.assign({},window.EARTHLINE_PROPERTY_BRANCH_15844||{}),
      scope:"namespace collision resolution, canonical branch declaration, immutable required-target snapshot, interactive-target separation, and build-history preservation only",
      declaredScientificChange:null,
      hydrologyFrozen:true,rankingFrozen:true,spacingFrozen:true,geometryFrozen:true,masksFrozen:true,exclusionsFrozen:true,capsFrozen:true,attributionFrozen:true,
      requiredTargetSnapshotPresent:!!snapshot15844,
      targetSnapshotFingerprint:coverage15844&&coverage15844.targetSnapshotFingerprint15844||null,
      targetSnapshotFingerprintRecomputes:!snapshot15844||expectedFingerprint15844===coverage15844.targetSnapshotFingerprint15844,
      interactiveTargetSeparated:!interactive15844||interactive15844!==snapshot15844,
      stampReadsLive:(()=>{const stamp=document.getElementById("earthlineFooterBuild15784");return !!stamp&&stamp.textContent.trim()===String(window.EARTHLINE_BUILD);})()
    };
  };
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",renderLiveStamp,{once:true});else renderLiveStamp();
  console.log("[Earthline] "+window.EARTHLINE_BUILD+" installed — canonical property lineage selected; required exact-target snapshot is immutable and separated from interactive diagnostics. Seed selection, hydrology, ranking, spacing, geometry, masks, exclusions, caps, attribution, and all scientific results remain unchanged from 15843-CG-MASK-PROVENANCE-TARGET-IDENTITY.");
})();
</script>
<script id="earthline-build-15845-target-hydrologic-causality">
(()=>{
  "use strict";
  const BUILD15845="BUILD-CHECK-15845";
  const PARENT15845=Object.freeze({
    build:"BUILD-CHECK-15844",
    artifact:"earthline-build-check-15844-canonical-property-baseline.html",
    sha256:"dbb384c4cc801567d00cc25db310e4ebfd9206bd232a2a351a2e91ec3a795c0c"
  });
  const BRANCH15845=Object.freeze({
    build:BUILD15845,
    canonicalBranchId:"15845-TARGET-HYDROLOGIC-CAUSALITY",
    canonicalParentBuild:PARENT15845.build,
    canonicalParentSha256:PARENT15845.sha256,
    scope:"Exact-target water-setback sensitivity, downstream runoff-path tracing, and canonical path/corridor attribution only.",
    scientificChange:null
  });
  window.EARTHLINE_BUILD=BUILD15845;

  function finite15845(v){return Number.isFinite(Number(v));}
  function clean15845(v,d=6){const n=Number(v);return Number.isFinite(n)?Number(n.toFixed(d)):null;}
  function clone15845(v){return v==null?v:JSON.parse(JSON.stringify(v));}
  function gridPoint15845(index15845){
    const i=Number(index15845);return {index:i,x:i%GW,y:Math.floor(i/GW)};
  }
  function pointLngLat15845(x15845,y15845){
    try{const ll=earthlineGridToLngLat(Number(x15845),Number(y15845));return {lng:clean15845(ll&&ll[0],8),lat:clean15845(ll&&ll[1],8)};}catch(e){return null;}
  }
  function targetThresholds15845(){
    const streamBase15845=Math.max(2,Number(streamThreshold()||2));
    const protectedMajor15845=Math.max(3,streamBase15845*3);
    const eligibleMinor15845=Math.max(3,Math.min(protectedMajor15845*.48,streamBase15845*.72));
    return {streamBase:streamBase15845,eligibleMinor:eligibleMinor15845,protectedMajor:protectedMajor15845};
  }
  function activeLevels15845(){
    const lg15845=M&&M.swaleDiagnostics&&M.swaleDiagnostics.levelGenerator||{};
    const levels15845=[];
    if(finite15845(lg15845.firstLevel)&&finite15845(lg15845.lastLevel)&&finite15845(lg15845.levelStep)&&Number(lg15845.levelStep)>0){
      for(let v15845=Number(lg15845.firstLevel),guard15845=0;v15845<=Number(lg15845.lastLevel)+Number(lg15845.levelStep)*.1&&guard15845<1000;v15845+=Number(lg15845.levelStep),guard15845++)levels15845.push(v15845);
    }
    return {levels:levels15845,maxSlopePct:Number(lg15845.maxSlopePct||33)};
  }
  function cellCrossesAnyLevel15845(x15845,y15845,levels15845){
    if(x15845<0||y15845<0||x15845>=GW-1||y15845>=GH-1||!levels15845.length)return false;
    const hs15845=[M.h[idx(x15845,y15845)],M.h[idx(x15845+1,y15845)],M.h[idx(x15845,y15845+1)],M.h[idx(x15845+1,y15845+1)]].map(Number);
    if(!hs15845.every(Number.isFinite))return false;
    const min15845=Math.min(...hs15845),max15845=Math.max(...hs15845);
    return levels15845.some(level15845=>level15845>=min15845&&level15845<=max15845&&max15845-min15845>1e-7);
  }
  function nearestWaterCore15845(gx15845,gy15845,waterCore15845,thresholds15845){
    const rows15845=[];
    if(!waterCore15845)return rows15845;
    const cellM15845=Math.max(.001,Number(M.cellM||1));
    for(let i15845=0;i15845<N;i15845++){
      if(!M.inP[i15845]||!waterCore15845[i15845])continue;
      const p15845=gridPoint15845(i15845);
      const dCells15845=Math.hypot(p15845.x-gx15845,p15845.y-gy15845);
      const acc15845=Number(M.acc&&M.acc[i15845]||0);
      rows15845.push({
        index:i15845,x:p15845.x,y:p15845.y,
        lngLat:pointLngLat15845(p15845.x,p15845.y),
        distanceCells:clean15845(dCells15845,6),distanceM:clean15845(dCells15845*cellM15845,6),distanceFt:clean15845(dCells15845*cellM15845*3.280839895,3),
        accumulation:clean15845(acc15845,6),pond:!!(M.pond&&M.pond[i15845]),
        classification:(M.pond&&M.pond[i15845])?"pond":(acc15845>=thresholds15845.protectedMajor?"protected-major-channel":"water-core-other")
      });
    }
    rows15845.sort((a15845,b15845)=>a15845.distanceM-b15845.distanceM||a15845.index-b15845.index);
    return rows15845.slice(0,8);
  }
  function traceTargetRunoff15845(gx15845,gy15845,thresholds15845){
    const startX15845=Math.max(0,Math.min(GW-1,Math.round(gx15845)));
    const startY15845=Math.max(0,Math.min(GH-1,Math.round(gy15845)));
    const startIndex15845=idx(startX15845,startY15845);
    const cells15845=[];const visited15845=new Set();
    let i15845=startIndex15845,endedAt15845="unknown",firstMinor15845=null,firstMajor15845=null;
    for(let step15845=0;step15845<900;step15845++){
      if(i15845<0||i15845>=N||visited15845.has(i15845)){endedAt15845="loop-or-invalid";break;}
      if(M.inP&&!M.inP[i15845]){endedAt15845="parcel-exit";break;}
      visited15845.add(i15845);
      const p15845=gridPoint15845(i15845),acc15845=Number(M.acc&&M.acc[i15845]||0);
      const class15845=acc15845>=thresholds15845.protectedMajor?"protected-major":acc15845>=thresholds15845.eligibleMinor?"eligible-minor":"below-minor";
      const rec15845={step:step15845,index:i15845,x:p15845.x,y:p15845.y,accumulation:clean15845(acc15845,6),classification:class15845,lngLat:pointLngLat15845(p15845.x,p15845.y)};
      cells15845.push(rec15845);
      if(!firstMinor15845&&class15845==="eligible-minor")firstMinor15845=rec15845;
      if(class15845==="protected-major"){firstMajor15845=rec15845;endedAt15845="protected-major-channel";break;}
      const d15845=Number(M.dir&&M.dir[i15845]);
      if(d15845<0||d15845>7){endedAt15845="sink";break;}
      const nx15845=p15845.x+D8X[d15845],ny15845=p15845.y+D8Y[d15845];
      if(nx15845<0||ny15845<0||nx15845>=GW||ny15845>=GH){endedAt15845="grid-exit";break;}
      i15845=idx(nx15845,ny15845);
    }
    const cellM15845=Math.max(.001,Number(M.cellM||1));
    let lengthM15845=0;
    for(let j15845=1;j15845<cells15845.length;j15845++)lengthM15845+=Math.hypot(cells15845[j15845].x-cells15845[j15845-1].x,cells15845[j15845].y-cells15845[j15845-1].y)*cellM15845;
    return {
      start:{index:startIndex15845,x:startX15845,y:startY15845,lngLat:pointLngLat15845(startX15845,startY15845),accumulation:clean15845(M.acc&&M.acc[startIndex15845]||0,6)},
      endedAt:endedAt15845,cellCount:cells15845.length,pathLengthM:clean15845(lengthM15845,3),
      firstEligibleMinorCell:firstMinor15845,firstProtectedMajorCell:firstMajor15845,
      entersEligibleMinorBeforeProtectedMajor:!!firstMinor15845,
      cells:cells15845.slice(0,160),truncated:cells15845.length>160,
      cellIndices:cells15845.map(cell15845=>cell15845.index)
    };
  }
  function scenarioMask15845(source15845,waterRadius15845){
    const waterCore15845=source15845.waterCore||new Uint8Array(N);
    const water15845=Number(waterRadius15845)<=0?waterCore15845:earthlineDilateMask(waterCore15845,Number(waterRadius15845));
    const mask15845=new Uint8Array(N);
    for(let i15845=0;i15845<N;i15845++){
      mask15845[i15845]=(source15845.vectorBuffered&&source15845.vectorBuffered[i15845])||(source15845.imperviousBuffered&&source15845.imperviousBuffered[i15845])||(source15845.manualCore&&source15845.manualCore[i15845])||water15845[i15845]?1:0;
    }
    return mask15845;
  }
  function evaluateWaterRadius15845(gx15845,gy15845,radiusFt15845,waterRadiusCells15845,source15845,thresholds15845,levelsInfo15845){
    const mask15845=scenarioMask15845(source15845,waterRadiusCells15845);
    const cellM15845=Math.max(.001,Number(M.cellM||1));
    const diskCells15845=Number(radiusFt15845)/3.280839895/cellM15845;
    let inParcel15845=0,eligible15845=0,contour15845=0,blocked15845=0;
    let nearestContour15845=null;
    for(let y15845=Math.max(1,Math.floor(gy15845-diskCells15845));y15845<=Math.min(GH-2,Math.ceil(gy15845+diskCells15845));y15845++)for(let x15845=Math.max(1,Math.floor(gx15845-diskCells15845));x15845<=Math.min(GW-2,Math.ceil(gx15845+diskCells15845));x15845++){
      const dCells15845=Math.hypot(x15845-gx15845,y15845-gy15845);if(dCells15845>diskCells15845)continue;
      const i15845=idx(x15845,y15845);if(!M.inP[i15845])continue;inParcel15845++;
      const h15845=Number(M.h&&M.h[i15845]);
      const safe15845=Number.isFinite(h15845)&&!(M.pond&&M.pond[i15845])&&!mask15845[i15845]&&Number(M.acc&&M.acc[i15845]||0)<thresholds15845.protectedMajor&&slopePct(x15845,y15845)<=levelsInfo15845.maxSlopePct;
      if(!safe15845){blocked15845++;continue;}
      eligible15845++;
      if(cellCrossesAnyLevel15845(x15845,y15845,levelsInfo15845.levels)){
        contour15845++;
        const dM15845=dCells15845*cellM15845;
        if(!nearestContour15845||dM15845<nearestContour15845.distanceM)nearestContour15845={x:x15845,y:y15845,lngLat:pointLngLat15845(x15845,y15845),distanceM:clean15845(dM15845,6),distanceFt:clean15845(dM15845*3.280839895,3),accumulation:clean15845(M.acc&&M.acc[i15845]||0,6),slopePct:clean15845(slopePct(x15845,y15845),4)};
      }
    }
    const nodeX15845=Math.round(gx15845),nodeY15845=Math.round(gy15845),nodeI15845=idx(nodeX15845,nodeY15845);
    const cellX15845=Math.floor(gx15845),cellY15845=Math.floor(gy15845),cellI15845=idx(cellX15845,cellY15845);
    return {
      waterRadiusCells:Number(waterRadiusCells15845),waterRadiusM:clean15845(Number(waterRadiusCells15845)*cellM15845,6),
      inParcelCells:inParcel15845,eligibleCells:eligible15845,activeContourCells:contour15845,blockedCells:blocked15845,
      containingCellBlocked:!!mask15845[cellI15845],nearestGridNodeBlocked:!!mask15845[nodeI15845],nearestEligibleActiveContourCell:nearestContour15845
    };
  }
  function targetPathAttribution15845(report15845,runoff15845,target15845){
    if(!report15845||!Array.isArray(report15845.paths))return {available:false,reason:"Run the tributary interception audit before exporting attribution."};
    const traceSet15845=new Set((runoff15845&&runoff15845.cellIndices)||[]);
    const gx15845=Number(target15845.gx),gy15845=Number(target15845.gy);
    const matches15845=[];
    for(const path15845 of report15845.paths){
      let overlap15845=0,minCheb15845=Infinity,minEuclid15845=Infinity;
      for(const raw15845 of path15845.cells||[]){
        const i15845=Number(raw15845),x15845=i15845%GW,y15845=Math.floor(i15845/GW);
        if(traceSet15845.has(i15845))overlap15845++;
        minCheb15845=Math.min(minCheb15845,Math.max(Math.abs(x15845-gx15845),Math.abs(y15845-gy15845)));
        minEuclid15845=Math.min(minEuclid15845,Math.hypot(x15845-gx15845,y15845-gy15845));
      }
      if(overlap15845>0||minCheb15845<=1){
        matches15845.push({pathId:path15845.id,overlapCellCount:overlap15845,minimumChebyshevCells:finite15845(minCheb15845)?minCheb15845:null,minimumDistanceM:finite15845(minEuclid15845)?clean15845(minEuclid15845*Math.max(.001,Number(M.cellM||1)),6):null,intercepted:!!path15845.intercepted,firstSwaleIndex:Number.isFinite(Number(path15845.firstSwaleIndex))?Number(path15845.firstSwaleIndex):null,crossing:path15845.crossing||null,endedAt:path15845.endedAt||null,maxAccumulation:clean15845(path15845.maxAccumulation,6)});
      }
    }
    matches15845.sort((a15845,b15845)=>b15845.overlapCellCount-a15845.overlapCellCount||a15845.minimumDistanceM-b15845.minimumDistanceM||String(a15845.pathId).localeCompare(String(b15845.pathId)));
    const nearest15845=target15845.nearestAcceptedCorridorIdentity15843||target15845.nearestAcceptedCorridorIdentity||null;
    const ownership15845=report15845.attribution15838&&Array.isArray(report15845.attribution15838.corridorOwnership)?report15845.attribution15838.corridorOwnership:report15845.attribution&&Array.isArray(report15845.attribution.corridorOwnership)?report15845.attribution.corridorOwnership:[];
    const owner15845=nearest15845?ownership15845.find(row15845=>row15845.corridorId===nearest15845.corridorId||Number(row15845.corridorIndex)===Number(nearest15845.corridorIndex)):null;
    const nearbyCorridorPathIds15845=owner15845?(owner15845.interceptedPathIds||[]):[];
    const targetPathIds15845=matches15845.map(match15845=>match15845.pathId);
    return {
      available:true,targetAssociatedPaths:matches15845,
      targetAssociatedPathIds:targetPathIds15845,
      nearestAcceptedCorridorId:nearest15845&&nearest15845.corridorId||null,
      nearestAcceptedCorridorInterceptedPathIds:nearbyCorridorPathIds15845,
      nearestAcceptedCorridorInterceptsTargetAssociatedPath:nearbyCorridorPathIds15845.some(id15845=>targetPathIds15845.includes(id15845))
    };
  }
  function buildTargetCausality15845(report15845=null){
    const diag15845=M&&M.coverageDiagnostic15803||null;
    const target15845=diag15845&&(diag15845.requiredTargetSnapshot15844||diag15845.whyNotHereExactTarget15840)||null;
    if(!diag15845||!target15845)return null;
    const gx15845=Number(target15845.gx),gy15845=Number(target15845.gy);
    const source15845=diag15845._runMasks15843||M.noBuildSourceMasks15843||{};
    const thresholds15845=targetThresholds15845();
    const levelsInfo15845=activeLevels15845();
    const provenance15845=diag15845.noBuildProvenance15843||M.noBuildProvenance15843||{};
    const currentRadius15845=Math.max(0,Number(provenance15845.waterRadiusCells||0));
    const radii15845=Array.from(new Set([0,1,currentRadius15845])).sort((a15845,b15845)=>a15845-b15845);
    const runoff15845=traceTargetRunoff15845(gx15845,gy15845,thresholds15845);
    const scenarios15845=radii15845.map(radius15845=>evaluateWaterRadius15845(gx15845,gy15845,Number(target15845.radiusFt||50),radius15845,source15845,thresholds15845,levelsInfo15845));
    const currentScenario15845=scenarios15845.find(row15845=>row15845.waterRadiusCells===currentRadius15845)||null;
    const zeroScenario15845=scenarios15845.find(row15845=>row15845.waterRadiusCells===0)||null;
    const evidence15845=target15845.targetCellEvidence15843||target15845.targetCellEvidence||{};
    const nearestNode15845=evidence15845.nearestGridNode||{};
    const causality15845={
      build:BUILD15845,observationalOnly:true,generatedAt:new Date().toISOString(),
      exactTarget:{lat:Number(target15845.lat),lng:Number(target15845.lng),gx:gx15845,gy:gy15845,radiusFt:Number(target15845.radiusFt||50)},
      thresholds:{streamBase:clean15845(thresholds15845.streamBase,6),eligibleMinor:clean15845(thresholds15845.eligibleMinor,6),protectedMajor:clean15845(thresholds15845.protectedMajor,6)},
      currentWaterSetback:{radiusCells:currentRadius15845,radiusM:clean15845(currentRadius15845*Math.max(.001,Number(M.cellM||1)),6),targetNearestNodeBufferedByWater:!!nearestNode15845.bufferedByWater,targetNearestNodeWaterCore:!!nearestNode15845.waterCore},
      nearestWaterCoreCells:nearestWaterCore15845(gx15845,gy15845,source15845.waterCore,thresholds15845),
      targetDownstreamRunoffTrace:runoff15845,
      waterSetbackSensitivity:scenarios15845,
      targetPathAttribution:targetPathAttribution15845(report15845,runoff15845,target15845),
      findings:{
        waterSetbackDirectlyBlocksTargetNode:!!nearestNode15845.bufferedByWater&&!nearestNode15845.waterCore,
        targetNodeIsProtectedMajorChannel:!!nearestNode15845.channel||Number(nearestNode15845.accumulation||0)>=thresholds15845.protectedMajor,
        targetTraceEntersEligibleMinorBeforeProtectedMajor:!!runoff15845.firstEligibleMinorCell,
        removingWaterDilationChangesTargetNodeEligibility:!!(currentScenario15845&&zeroScenario15845&&currentScenario15845.nearestGridNodeBlocked!==zeroScenario15845.nearestGridNodeBlocked),
        removingWaterDilationAddsActiveContourOpportunity:!!(currentScenario15845&&zeroScenario15845&&zeroScenario15845.activeContourCells>currentScenario15845.activeContourCells),
        productionRuleChanged:false
      },
      comparability:{sourceStateFingerprint:provenance15845.sourceStateFingerprint||null,scientificInputFingerprint:provenance15845.scientificInputFingerprint||null,targetSnapshotFingerprint:diag15845.targetSnapshotFingerprint15844||null}
    };
    causality15845.targetCausalityFingerprint15845=earthlineHashBytes15843(JSON.stringify({exactTarget:causality15845.exactTarget,thresholds:causality15845.thresholds,currentWaterSetback:causality15845.currentWaterSetback,nearestWaterCoreCells:causality15845.nearestWaterCoreCells,targetDownstreamRunoffTrace:{start:runoff15845.start,endedAt:runoff15845.endedAt,cellIndices:runoff15845.cellIndices},waterSetbackSensitivity:scenarios15845,comparability:causality15845.comparability}));
    return causality15845;
  }
  function refreshTargetCausality15845(report15845=null){
    const diag15845=M&&M.coverageDiagnostic15803||null;if(!diag15845)return null;
    const causality15845=buildTargetCausality15845(report15845||M&&M.tributaryInterceptionAudit15825||null);
    if(causality15845){diag15845.requiredTargetHydrologicCausality15845=causality15845;diag15845.targetCausalityFingerprint15845=causality15845.targetCausalityFingerprint15845;}
    return causality15845;
  }
  window.earthlineRefreshTargetCausality15845=refreshTargetCausality15845;
  window.earthlineBuildTargetCausality15845=buildTargetCausality15845;

  const baseCoverage15845=window.earthlinePrepareCoverageExport15842;
  window.earthlinePrepareCoverageExport15842=()=>{
    const causality15845=refreshTargetCausality15845();
    const payload15845=baseCoverage15845?baseCoverage15845():null;if(!payload15845)return payload15845;
    payload15845.build=BUILD15845;payload15845.reportBuild=BUILD15845;payload15845.instrumentBuild=BUILD15845;payload15845.runtimeBuild=BUILD15845;payload15845.exportSchemaBuild=BUILD15845;
    payload15845.activePropertyBranch=clone15845(BRANCH15845);
    payload15845.requiredTargetHydrologicCausality=clone15845(causality15845);
    payload15845.targetCausalityFingerprint=causality15845&&causality15845.targetCausalityFingerprint15845||null;
    payload15845.runComparability=Object.assign({},payload15845.runComparability||{}, {requiresMatchingTargetCausalityFingerprint:true,currentTargetCausalityFingerprint:payload15845.targetCausalityFingerprint});
    return payload15845;
  };
  const baseSeed15845=window.earthlinePrepareSeedExport15842;
  window.earthlinePrepareSeedExport15842=()=>{
    const causality15845=refreshTargetCausality15845();
    const payload15845=baseSeed15845?baseSeed15845():null;if(!payload15845)return payload15845;
    payload15845.build=BUILD15845;payload15845.reportBuild=BUILD15845;payload15845.instrumentBuild=BUILD15845;payload15845.runtimeBuild=BUILD15845;payload15845.exportSchemaBuild=BUILD15845;
    payload15845.activePropertyBranch=clone15845(BRANCH15845);
    payload15845.requiredTargetHydrologicCausality=clone15845(causality15845);
    payload15845.targetCausalityFingerprint=causality15845&&causality15845.targetCausalityFingerprint15845||null;
    payload15845.runComparability=Object.assign({},payload15845.runComparability||{}, {requiresMatchingTargetCausalityFingerprint:true,currentTargetCausalityFingerprint:payload15845.targetCausalityFingerprint});
    return payload15845;
  };
  const baseInterception15845=window.earthlinePrepareInterceptionExport15843;
  window.earthlinePrepareInterceptionExport15843=(source15845)=>{
    const causality15845=refreshTargetCausality15845(source15845||M&&M.tributaryInterceptionAudit15825||null);
    const payload15845=baseInterception15845?baseInterception15845(source15845):clone15845(source15845);if(!payload15845)return payload15845;
    payload15845.build=BUILD15845;payload15845.reportBuild=BUILD15845;payload15845.instrumentBuild=BUILD15845;payload15845.runtimeBuild=BUILD15845;payload15845.exportSchemaBuild=BUILD15845;
    payload15845.activePropertyBranch=clone15845(BRANCH15845);
    payload15845.requiredTargetHydrologicCausality=clone15845(causality15845);
    payload15845.targetCausalityFingerprint=causality15845&&causality15845.targetCausalityFingerprint15845||null;
    payload15845.runComparability=Object.assign({},payload15845.runComparability||{}, {requiresMatchingTargetCausalityFingerprint:true,currentTargetCausalityFingerprint:payload15845.targetCausalityFingerprint});
    return payload15845;
  };

  function renderStamp15845(){
    const stamp15845=document.getElementById("earthlineFooterBuild15784");if(stamp15845)stamp15845.textContent=BUILD15845;
    document.title=document.title.replace(/BUILD-CHECK-\d+/g,BUILD15845);
  }
  window.earthlineBuild15845Audit=()=>{
    const causality15845=refreshTargetCausality15845();
    return {
      build:BUILD15845,parent:clone15845(PARENT15845),activePropertyBranch:clone15845(BRANCH15845),
      scope:BRANCH15845.scope,declaredScientificChange:null,
      hydrologyFrozen:true,rankingFrozen:true,spacingFrozen:true,geometryFrozen:true,masksFrozen:true,exclusionsFrozen:true,capsFrozen:true,attributionFrozen:true,
      targetCausalityPresent:!!causality15845,
      nearestWaterCoreIdentityPresent:!!(causality15845&&causality15845.nearestWaterCoreCells&&causality15845.nearestWaterCoreCells.length),
      waterSetbackSensitivityPresent:!!(causality15845&&causality15845.waterSetbackSensitivity&&causality15845.waterSetbackSensitivity.length),
      targetRunoffTracePresent:!!(causality15845&&causality15845.targetDownstreamRunoffTrace),
      attributionAvailable:!!(causality15845&&causality15845.targetPathAttribution&&causality15845.targetPathAttribution.available),
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<script id="earthline-build-15854-audit-stabilization-restored">
(()=>{
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  const BUILD15847="BUILD-CHECK-15859";
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  function stampPayload15847(payload){
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  function reconcile15847(seed,coverage,interception){
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      sourceStateFingerprintMatches:same("sourceStateFingerprint"),
      scientificInputFingerprintMatches:same("scientificInputFingerprint"),
      targetSnapshotFingerprintMatches:same("targetSnapshotFingerprint"),
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      requiredTargetPresent:!!required,
      targetCausalityPresent:!!causality,
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      const coverage=window.earthlinePrepareCoverageExport15842();
      const interception=window.earthlinePrepareInterceptionExport15843(audit);
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      await sleep15847(350);downloadJson15847(prefix+"-coverage-report.json",coverage);
      await sleep15847(350);downloadJson15847(prefix+"-tributary-interception-report.json",interception);
      return lastBundle15847;
    }catch(error){
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        purpose:"Essex acceptance orchestration failure",
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        generatedAt:new Date().toISOString(),
        checks:{runtimeSequenceCompleted:false},
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        propertyState:(()=>{const s=liveState15850();return {mode:s.mode||null,active:!!s.active,running:!!s.running};})(),
        analysisReady:!!(window.M&&M.analysisReady),
        acceptedCorridorCount:window.M&&Array.isArray(M.swales)?M.swales.length:0
      });
      window.earthlineLastAcceptanceFailure15847=failureRecord;
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  function installUi15847(){
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      '<button type="button" id="earthlineDownloadLastBundle15847" disabled>DOWNLOAD LAST BUNDLE</button>'+ 
      '<pre id="earthlineEssexAcceptanceResult15847">No runtime evidence yet.</pre></div>';
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  function renderStamp15847(){
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  window.earthlineRunEssexAcceptance15847=runEssexAcceptance15847;
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  const install=()=>{renderStamp15847();installUi15847();};
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",install,{once:true});else install();
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})();
</script>
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(function(){
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<script id="earthline-build-15861b-runtime-self-diagnosis">
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    try{var mp=window.earthlineMap;if(mp&&mp.getLayer){var L=mp.getStyle().layers.filter(function(l){return /swale|corridor/i.test(l.id)});lay=L.length?L.map(function(l){return l.id+":"+(mp.getLayoutProperty(l.id,"visibility")||"visible")}).join(",").slice(0,120):"none-found";}}catch(_){lay="err"}
    el.textContent="SELF-DIAG "+String(window.EARTHLINE_BUILD||"NO-STAMP")+" · errors:"+errs.length+" · GENERATED corridors:"+gen+" · ready:"+((M.analysisReady)?"yes":"no")+"\nswale layers: "+lay+(errs.length?("\nFIRST ERROR: "+errs[0].m+(errs[0].ln?(" @"+errs[0].ln):"")):"");
    el.style.borderColor=errs.length?"#c0392b":(gen===0?"#e67e22":"#3a556f");
  }catch(_){}}
  document.addEventListener("DOMContentLoaded",paint);setInterval(paint,1500);
})();
</script>
<!-- BUILD-CHECK-15861C — crosshair restoration only; science and swale rendering unchanged from 15861B. -->
<style id="earthline-build-15861c-crosshair-restoration">
#earthlineCenterTarget15782{
  display:block!important;
  visibility:visible!important;
  opacity:1!important;
  z-index:140!important;
}
#earthlineAnalysisCenterTarget15830,
#earthlineWhyNotCrosshair15858,
#earthlineWhyNotCrosshairLabel15858{
  display:none!important;
}
</style>
<script id="earthline-build-15861c-stamp-and-crosshair">
(function(){
  "use strict";
  var BUILD="BUILD-CHECK-15861C";
  window.EARTHLINE_BUILD=BUILD;
  document.title=document.title.replace(/BUILD-CHECK-\d+[A-Z]?/g,BUILD);
  function restore(){
    var target=document.getElementById("earthlineCenterTarget15782");
    if(target){
      target.style.setProperty("display","block","important");
      target.style.setProperty("visibility","visible","important");
      target.style.setProperty("opacity","1","important");
      target.style.setProperty("z-index","140","important");
    }
    var stamp=document.getElementById("earthlineFooterBuild15784");
    if(stamp)stamp.textContent=BUILD;
    if(typeof window.earthlinePaintRuntimeDiagnosis15857==="function")window.earthlinePaintRuntimeDiagnosis15857();
  }
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",restore,{once:true});else restore();
  setTimeout(restore,0);
})();
</script>
<script>
/* BUILD-CHECK-15861F — RECOVERY: HOUSE / DRIVEWAY VETO, WORKING SWALE BASELINE.
   Scientific hydrology and candidate generation are unchanged. This final
   display gate removes or clips any corridor that enters the frozen no-build
   mask, mapped roads/buildings, or the geocoded address structure buffer. */
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15861F";
  const SAMPLE_M=1.25;
  const MIN_PART_M=10;
  const ADDRESS_BUFFER_M=18;

  const mPerLng=lat=>111320*Math.max(.05,Math.cos(Number(lat||0)*Math.PI/180));
  const distM=(a,b)=>{
    const lat=(Number(a[1])+Number(b[1]))*.5;
    return Math.hypot((Number(b[0])-Number(a[0]))*mPerLng(lat),(Number(b[1])-Number(a[1]))*111320);
  };
  const lineLen=coords=>{let d=0;for(let i=1;i<(coords||[]).length;i++)d+=distM(coords[i-1],coords[i]);return d;};
  const safeCoord=c=>Array.isArray(c)&&Number.isFinite(Number(c[0]))&&Number.isFinite(Number(c[1]));

  function densify(coords){
    const out=[];
    for(let i=1;i<(coords||[]).length;i++){
      const a=coords[i-1],b=coords[i];if(!safeCoord(a)||!safeCoord(b))continue;
      const n=Math.max(1,Math.ceil(distM(a,b)/SAMPLE_M));
      for(let k=(i===1?0:1);k<=n;k++){
        const t=k/n;out.push([Number(a[0])+(Number(b[0])-Number(a[0]))*t,Number(a[1])+(Number(b[1])-Number(a[1]))*t]);
      }
    }
    return out;
  }

  function gridUnsafe(c){
    if(!M||!M.noBuildMask||typeof idx!=="function"||!M.analysisBoundary||!M.analysisBoundary.length)return false;
    try{
      let gx,gy;
      if(typeof earthlineLngLatToGrid15843==="function"){
        const q=earthlineLngLatToGrid15843(Number(c[0]),Number(c[1]));gx=q&&q.x;gy=q&&q.y;
      }else if(typeof earthlineLngLatToGrid==="function"){
        const q=earthlineLngLatToGrid(Number(c[0]),Number(c[1]));gx=q&&q.x;gy=q&&q.y;
      }
      if(!Number.isFinite(gx)||!Number.isFinite(gy))return false;
      const x=Math.round(gx),y=Math.round(gy);
      for(let oy=-2;oy<=2;oy++)for(let ox=-2;ox<=2;ox++){
        const xx=x+ox,yy=y+oy;
        if(xx>=0&&yy>=0&&xx<GW&&yy<GH&&M.noBuildMask[idx(xx,yy)])return true;
      }
    }catch(e){}
    return false;
  }

  function addressCenter(){
    const loc=M&&M.loc||{};
    const type=String(loc.type||loc.placeType||"").toLowerCase();
    const name=String(loc.fullName||loc.name||"").toLowerCase();
    const isAddress=type.includes("address")||/\d+\s+\S+/.test(name);
    const lng=Number(loc.lng??loc.lon??loc.longitude),lat=Number(loc.lat??loc.latitude);
    return isAddress&&Number.isFinite(lng)&&Number.isFinite(lat)?[lng,lat]:null;
  }

  function featureTag(f){
    const p=f&&f.properties||{},l=f&&f.layer||{};
    return [l.id,l.type,l["source-layer"],f&&f.sourceLayer,p.class,p.type,p.kind,p.category,p.structure,p.landuse,p.maki,p.name]
      .filter(Boolean).join(" ").toLowerCase();
  }
  function mappedUnsafe(c,stats){
    if(!earthlineMap||!earthlineMap.project||!earthlineMap.queryRenderedFeatures)return false;
    let p;try{p=earthlineMap.project({lng:Number(c[0]),lat:Number(c[1])});}catch(e){return false;}
    if(!p||!Number.isFinite(p.x)||!Number.isFinite(p.y))return false;
    let found=[];
    try{found=earthlineMap.queryRenderedFeatures([[p.x-10,p.y-10],[p.x+10,p.y+10]])||[];}catch(e){stats.queryErrors++;return false;}
    stats.queriedPoints++;
    for(const f of found){
      const tag=featureTag(f),type=String(f&&f.layer&&f.layer.type||"").toLowerCase();
      const structure=type==="fill-extrusion"||/building|structure|house|roof|address/.test(tag);
      const road=/road|street|motorway|trunk|primary|secondary|tertiary|residential|service|access|drive|driveway|track|path|bridge|tunnel|transportation|rail/.test(tag);
      const parking=/parking|commercial|industrial|retail/.test(tag);
      if(structure){stats.structureHits++;return true;}
      if(road){stats.roadHits++;return true;}
      if(parking){stats.developedHits++;return true;}
    }
    return false;
  }

  function filter(fc){
    const input=fc&&fc.type==="FeatureCollection"?fc:{type:"FeatureCollection",features:[]};
    const stats={build:BUILD,input:input.features.length,output:0,removed:0,clipped:0,gridHits:0,addressHits:0,structureHits:0,roadHits:0,developedHits:0,queriedPoints:0,queryErrors:0};
    const center=addressCenter(),features=[];
    for(const f of input.features||[]){
      const coords=f&&f.geometry&&f.geometry.type==="LineString"?f.geometry.coordinates:null;
      if(!coords||coords.length<2)continue;
      const pts=densify(coords);let cur=[],hit=false,parts=0;
      const flush=()=>{if(cur.length>=2&&lineLen(cur)>=MIN_PART_M){features.push({type:"Feature",properties:Object.assign({},f.properties||{},{finalSafetyVeto:BUILD}),geometry:{type:"LineString",coordinates:cur}});parts++;}cur=[];};
      for(const c of pts){
        let unsafe=false;
        if(gridUnsafe(c)){unsafe=true;stats.gridHits++;}
        if(!unsafe&&center&&distM(c,center)<=ADDRESS_BUFFER_M){unsafe=true;stats.addressHits++;}
        if(!unsafe&&mappedUnsafe(c,stats))unsafe=true;
        if(unsafe){hit=true;flush();}else cur.push(c);
      }
      flush();
      if(hit){if(parts===0)stats.removed++;else stats.clipped++;}
    }
    stats.output=features.length;
    M.finalSafetyVeto15861D=stats;
    if(M.swaleDiagnostics&&M.swaleDiagnostics.stage){
      Object.assign(M.swaleDiagnostics.stage,{finalSafetyInput15861D:stats.input,finalSafetyOutput15861D:stats.output,finalSafetyRemoved15861D:stats.removed,finalSafetyClipped15861D:stats.clipped,finalSafetyRoadHits15861D:stats.roadHits,finalSafetyStructureHits15861D:stats.structureHits,finalSafetyGridHits15861D:stats.gridHits});
    }
    return {type:"FeatureCollection",features};
  }

  const base=typeof earthlineSwaleGeoJSON==="function"?earthlineSwaleGeoJSON:null;
  if(base){
    earthlineSwaleGeoJSON=function(){return filter(base()||{type:"FeatureCollection",features:[]});};
    window.earthlineSwaleGeoJSON=earthlineSwaleGeoJSON;
  }
  console.log("[Earthline] "+BUILD+" installed — final house/driveway safety veto.");
})();
</script>
<!-- BUILD-CHECK-15876 — official Vermont E911/VCGI infrastructure audit. -->
<style id="earthline-build-15872-authority-css">
#earthlineAuthority15872{position:absolute;left:12px;top:12px;z-index:175;max-width:460px;padding:8px 11px;border-radius:8px;border:1px solid rgba(96,216,159,.55);background:rgba(4,31,22,.92);color:#c9ffe4;font:700 11px/1.4 system-ui,sans-serif;pointer-events:none;display:none}
#earthlineAuthority15872.warn{border-color:rgba(255,180,72,.65);background:rgba(44,29,4,.94);color:#ffe4a8}
</style>
<script id="earthline-build-15872-authority-audit">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15876";
  window.EARTHLINE_BUILD=BUILD;
  function infra(){return M&&M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.infrastructure15862P||null;}
  function paint(){
    const map=document.getElementById("map");if(!map)return;
    let el=document.getElementById("earthlineAuthority15872");
    if(!el){el=document.createElement("div");el.id="earthlineAuthority15872";map.appendChild(el);}
    const i=infra(),v=i&&i.vermont;
    if(!v||!v.applicable){el.style.display="none";return;}
    el.style.display="block";
    const direct=M&&M.directAuthorityGeometryAudit15874||null;
    if(v.ok&&direct&&direct.available&&Number(direct.intersectionCount)===0){
      el.classList.remove("warn");
      el.textContent=(v.cacheHit?"Cached ":"")+"Vermont E911 driveway + VCGI building geometry applied. Direct source-geometry audit: 0 published intersections.";
    }else if(v.ok){
      el.classList.add("warn");
      el.textContent="Authoritative geometry loaded; direct published-corridor intersection audit has not passed.";
    }else{
      el.classList.add("warn");el.textContent="Analysis stopped: authoritative Vermont driveway/building geometry unavailable.";
    }
  }
  window.earthlineAuthorityAudit15872=function(){
    const i=infra(),v=i&&i.vermont||null;
    const maskAudit=typeof window.earthlineRecoveryPreflight15870==="function"?window.earthlineRecoveryPreflight15870():null;
    return {
      build:BUILD,analysisReady:!!(M&&M.analysisReady),swales:M&&Array.isArray(M.swales)?M.swales.length:0,
      maskAudit,vermont:v,source:i&&i.source||null,
      drivewayAuthoritative:!!(v&&v.ok&&v.drivewayFeatureCount>0),
      buildingAuthoritative:!!(v&&v.ok&&v.buildingFeatureCount>0),
      directAuthorityGeometryAudit:M&&M.directAuthorityGeometryAudit15874||null,
      halt:M&&M.prescriptionHalt15870||null,
      constructionReady:false
    };
  };
  const oldReady=typeof earthlineReady==="function"?earthlineReady:null;
  if(oldReady){earthlineReady=function(){const r=oldReady.apply(this,arguments);setTimeout(paint,0);return r;};window.earthlineReady=earthlineReady;}
  function stamp(){const s=document.getElementById("earthlineFooterBuild15784");if(s)s.textContent=BUILD;paint();}
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",stamp,{once:true});else stamp();
  setTimeout(stamp,500);setTimeout(paint,2500);
})();
</script>
<!-- BUILD-CHECK-15876 — reload and authority diagnostics only. -->
<script id="earthline-build-15873-reload-audit">
(function(){
  "use strict";
  window.EARTHLINE_BUILD="BUILD-CHECK-15876";
  window.earthlineReloadAudit15873=function(){
    const input=document.getElementById("searchInput");
    const infra=M&&M.vectorNoBuildCoverage&&M.vectorNoBuildCoverage.infrastructure15862P||null;
    const map15873=(typeof earthlineMap!=="undefined"&&earthlineMap)?earthlineMap:null;
    const sourceCount15873=id=>{
      try{
        const source=map15873&&map15873.getSource&&map15873.getSource(id);
        if(!source)return 0;
        let data=source._data;
        if((!data||typeof data==="string")&&source.serialize){
          const serialized=source.serialize();data=serialized&&serialized.data;
        }
        if(typeof data==="string"){try{data=JSON.parse(data);}catch(_){data=null;}}
        return data&&Array.isArray(data.features)?data.features.length:0;
      }catch(_){return 0;}
    };
    const livingCount=sourceCount15873("earthline-living-swales-15792");
    const flowCount=sourceCount15873("earthline-property-flow-15792");
    const rechargeCount=sourceCount15873("earthline-recharge-zones");
    return {
      build:"BUILD-CHECK-15876",
      searchText:String(input&&input.value||""),
      appliedSearchText:String(M&&M.appliedSearchText||""),
      locationDecision:M&&M.runLocationDecision15873||null,
      location:M&&M.loc?{name:M.loc.fullName||M.loc.name||null,lat:Number(M.loc.lat),lng:Number(M.loc.lng)}:null,
      analysisReady:!!(M&&M.analysisReady),
      hydrologyReady:flowCount>0,
      maskLength:M&&M.noBuildMask&&M.noBuildMask.length||0,
      modelSwales:M&&Array.isArray(M.swales)?M.swales.length:0,
      livingSwaleFeatures:livingCount,
      flowSourceFeatures:flowCount,
      rechargeSourceFeatures:rechargeCount,
      authority:infra&&infra.vermont||null,
      authoritySource:infra&&infra.source||null,
      authorityCache:M&&M.vermontAuthoritySource15873?{
        cacheHit:!!M.vermontAuthoritySource15873.cacheHit,
        cacheStore:M.vermontAuthoritySource15873.cacheStore||null,
        cacheWrite:M.vermontAuthoritySource15873.cacheWrite||null,
        drivewayFeatures:M.vermontAuthoritySource15873.driveways&&M.vermontAuthoritySource15873.driveways.features?M.vermontAuthoritySource15873.driveways.features.length:0,
        buildingFeatures:M.vermontAuthoritySource15873.buildings&&M.vermontAuthoritySource15873.buildings.features?M.vermontAuthoritySource15873.buildings.features.length:0
      }:null,
      halt:M&&M.prescriptionHalt15870||null,
      runtimeErrors:Array.isArray(window.EARTHLINE_RUNTIME_ERRORS_15857)?window.EARTHLINE_RUNTIME_ERRORS_15857.slice():[]
    };
  };
})();
</script>
<style id="earthline-functional-jump-15910-css">
/* EARTHLINE FUNCTIONAL JUMP 15910 — presentation layer only.
   The locked hydrology engine, map, property analysis, and output panels remain intact. */
.tagline,
.datechip,
.navicons,
#impactStrip,
.earthline-swale-examples,
#bottomChrome,
#earthline15857strip,
#earthlineOpportunityNav15782,
#runBtnSide,
.mapside,
#earthlineWhyNotCrosshair15858,
#earthlineWhyNotCrosshairLabel15858,
#earthlineAnalysisCenterTarget15830,
#earthlineCenterTarget15782,
.buildchip15760,
#earthlineFooterBuild15784 {
  display:none!important;
}

body { overflow-x:hidden!important; }
.topbar {
  position:relative!important;
  z-index:200!important;
  display:grid!important;
  grid-template-columns:190px minmax(0,1fr)!important;
  grid-template-areas:
    "brand mantra"
    "brand search"!important;
  align-items:center!important;
  column-gap:24px!important;
  row-gap:6px!important;
  min-height:126px!important;
  padding:13px 24px 16px!important;
  background:rgba(10,14,20,.98)!important;
  border-bottom:1px solid #1e2936!important;
  box-shadow:0 8px 30px rgba(0,0,0,.28)!important;
}
.topbar .brand {
  grid-area:brand!important;
  align-self:center!important;
  min-width:0!important;
}
.topbar .brand img {
  display:block!important;
  max-width:180px!important;
  width:auto!important;
  height:auto!important;
  max-height:86px!important;
}
.earthline-mantra-header {
  grid-area:mantra!important;
  align-self:end!important;
  display:block!important;
  padding:0!important;
  margin:0!important;
  background:transparent!important;
  border:0!important;
  box-shadow:none!important;
  text-align:left!important;
}
.earthline-mantra-header .mantra-primary {
  margin:0 0 3px!important;
  font-family:'Fraunces',Georgia,serif!important;
  font-size:clamp(24px,2.45vw,36px)!important;
  font-weight:700!important;
  line-height:1.08!important;
  letter-spacing:.2px!important;
  color:#e7eef7!important;
  white-space:nowrap!important;
}
.earthline-mantra-header .mantra-primary .sink { color:#4ec9ff!important; }
.earthline-mantra-header .mantra-secondary { display:none!important; }
.topbar .searchwrap {
  grid-area:search!important;
  display:flex!important;
  align-items:stretch!important;
  gap:10px!important;
  width:min(100%,1050px)!important;
  min-width:0!important;
  margin:0!important;
}
.topbar .searchbox.grow {
  min-width:0!important;
  flex:1 1 auto!important;
  height:48px!important;
  border-radius:14px!important;
  background:#f7fafc!important;
  border:1px solid rgba(145,166,186,.7)!important;
  box-shadow:0 8px 22px rgba(0,0,0,.24)!important;
}
.topbar .searchbox input {
  height:100%!important;
  min-width:0!important;
  color:#172331!important;
  font-size:15px!important;
  background:transparent!important;
}
.topbar .searchbox input::placeholder { color:#63758a!important; opacity:1!important; }
.topbar .searchbox > svg { stroke:#617489!important; }
.topbar .search-clear-15765 { color:#52667a!important; }
.topbar .orb-btn#searchOrb {
  flex:0 0 45px!important;
  width:45px!important;
  height:45px!important;
  margin:1px 2px 1px 0!important;
}
.topbar .toprunbtn {
  position:static!important;
  flex:0 0 auto!important;
  display:inline-flex!important;
  align-items:center!important;
  justify-content:center!important;
  gap:8px!important;
  min-width:174px!important;
  height:48px!important;
  margin:0!important;
  padding:0 18px!important;
  border-radius:14px!important;
  white-space:nowrap!important;
  font-size:12px!important;
  font-weight:900!important;
  letter-spacing:.055em!important;
  box-shadow:0 8px 22px rgba(0,0,0,.28)!important;
}
.topbar .toprunbtn svg { width:23px!important; height:23px!important; }

/* One navigation implementation: stock zoom plus the locked Earthline compass. */
#earthlineZoomDock15779 { right:20px!important; top:50%!important; }
.compass {
  display:block!important;
  visibility:visible!important;
  opacity:1!important;
  right:20px!important;
  bottom:112px!important;
  cursor:pointer!important;
  pointer-events:auto!important;
}
.main { flex:1 1 auto!important; min-height:calc(100vh - 126px)!important; }
.center { min-height:calc(100vh - 126px)!important; }

@media(max-width:900px){
  .topbar {
    grid-template-columns:126px minmax(0,1fr)!important;
    grid-template-areas:"brand mantra" "search search"!important;
    min-height:142px!important;
    padding:10px 12px 12px!important;
    column-gap:12px!important;
  }
  .topbar .brand img { max-width:122px!important; max-height:66px!important; }
  .earthline-mantra-header { align-self:center!important; }
  .earthline-mantra-header .mantra-primary {
    font-size:clamp(20px,5.3vw,27px)!important;
    white-space:normal!important;
  }
  .topbar .searchwrap { width:100%!important; gap:7px!important; }
  .topbar .toprunbtn { min-width:148px!important; padding:0 12px!important; font-size:10.5px!important; }
  .main,.center { min-height:calc(100vh - 142px)!important; }
}
@media(max-width:560px){
  .topbar {
    grid-template-columns:108px minmax(0,1fr)!important;
    min-height:154px!important;
  }
  .topbar .brand img { max-width:104px!important; }
  .earthline-mantra-header .mantra-primary { font-size:20px!important; }
  .topbar .searchwrap { display:grid!important; grid-template-columns:minmax(0,1fr) 54px!important; }
  .topbar .toprunbtn {
    min-width:54px!important;
    width:54px!important;
    padding:0!important;
    font-size:0!important;
  }
  .topbar .toprunbtn svg { width:28px!important; height:28px!important; }
  .main,.center { min-height:calc(100vh - 154px)!important; }
}
</style>
<script id="earthline-functional-jump-15910-js">
(function(){
  'use strict';
  const BUILD='EARTHLINE-FUNCTIONAL-JUMP-15910';
  window.EARTHLINE_PRESENTATION_BUILD=BUILD;

  // Prevent broad basin names from being handed to the street-address geocoder.
  const mekong={
    q:'mekong river basin lower mekong basin mekong basin',
    name:'Mekong River Basin',
    sub:'Southeast Asia — basin planning view',
    fullName:'Mekong River Basin, Southeast Asia',
    countryCode:'regional',
    placeType:'region',
    planning:true,
    lat:18.4,lng:102.1,
    bbox:[92.0,8.0,110.8,33.5],
    zoomHint:4.35,
    acres:197000000,
    elevM:520,precipIn:56,trendDeg:180,trendSlope:3.5,relief:18,rough:1.15,runC:0.39,
    zones:['Full Basin','Upper Mekong','Lower Mekong','Tonlé Sap','Mekong Delta']
  };
  try{
    if(typeof EARTHLINE_REGION_OVERRIDES==='object'&&EARTHLINE_REGION_OVERRIDES){
      ['mekong river basin','mekong basin','lower mekong basin','the mekong river basin'].forEach(k=>{EARTHLINE_REGION_OVERRIDES[k]=mekong;});
    }
  }catch(e){ console.warn('[Earthline] Mekong basin override unavailable',e); }

  function finalize(){
    const top=document.querySelector('.topbar');
    const mantra=document.querySelector('.earthline-mantra-header');
    const search=document.querySelector('.topbar .searchwrap');
    if(top&&mantra&&search&&mantra.parentNode!==top) top.insertBefore(mantra,search);

    const primary=document.querySelector('.earthline-mantra-header .mantra-primary');
    if(primary) primary.innerHTML='Slow it. <span class="spread">Sink it.</span> Spread it.';

    const input=document.getElementById('searchInput');
    if(input){
      input.placeholder='Search any address, town, region, or country — zoom from nation to parcel';
      input.title='Click the search box to see prior Earthline locations';
    }

    // Keep the top action authoritative and remove the redundant map-covering action.
    const run=document.getElementById('runBtn');
    if(run){
      run.title='Search the entered location or analyze the current map location';
      run.setAttribute('aria-label','Run Analysis');
    }

    // The locked compass remains visible and resets bearing/pitch when pressed.
    const compass=document.querySelector('.compass');
    if(compass){
      compass.setAttribute('role','button');
      compass.setAttribute('tabindex','0');
      compass.setAttribute('aria-label','Reset map compass to north');
      const reset=()=>{
        try{
          if(window.earthlineMap&&earthlineMap.easeTo) earthlineMap.easeTo({bearing:0,pitch:0,duration:450});
        }catch(e){}
      };
      compass.addEventListener('click',reset);
      compass.addEventListener('keydown',e=>{if(e.key==='Enter'||e.key===' '){e.preventDefault();reset();}});
    }

    try{
      if(typeof earthlineLoadSearchHistory15774==='function') earthlineLoadSearchHistory15774();
      if(typeof rebuildLocList==='function') rebuildLocList();
    }catch(e){ console.warn('[Earthline] Search presets could not be rebuilt',e); }
  }

  if(document.readyState==='loading') document.addEventListener('DOMContentLoaded',finalize,{once:true});
  else finalize();
})();
</script>
<!-- EARTHLINE LIVE REGIONAL 15970 START -->
<style id="earthline-live-regional-15970-css">
/* User-approved regional-search controls only. No development or presentation boxes. */
.lp,.rp,.mapside,.drawbar,.coordbar,#earthlineDisplayProof15882,#earthlineDisplayProof15879,
#earthline15857strip,#earthlineOpportunityNav15782,#earthlineWhyNotHere15803,
#earthlineWhyNotCrosshair15858,#earthlineWhyNotCrosshairLabel15858,
#earthlineAnalysisCenterTarget15830,#earthlineCenterTarget15782,#earthlineBoundaryPanel15827,
#earthlineAnalysisBoundaryOverlay15827,#earthlineVisualHierarchy15804,#fsBtn,#fsExit,#impactStrip,#bottomChrome,
#earthlineFooterBuild15784,.buildchip15760,.datechip,.navicons,
[id*="selfDiag" i],[class*="self-diag" i],[id*="acceptance" i],[id*="Acceptance" i],
[id*="auditPanel" i],[id*="developer" i],[class*="developer" i]{display:none!important}
.attrib{display:none!important}
.mapboxgl-ctrl-attrib{font-size:9px!important;opacity:.58!important}
.compass,#earthlineZoomDock15779{display:block!important;visibility:visible!important;opacity:1!important;pointer-events:auto!important}
#earthlineMapRun15970{position:fixed;right:18px;bottom:110px;z-index:900;width:54px;height:54px;border-radius:16px;display:grid;place-items:center;border:1px solid rgba(86,210,113,.58);background:linear-gradient(180deg,#2c8b43,#1d6d34);box-shadow:0 8px 24px rgba(0,0,0,.34);cursor:pointer;color:#fff}
#earthlineMapRun15970 svg{width:31px;height:31px;filter:drop-shadow(0 2px 3px rgba(0,0,0,.45))}
#earthlineMapRun15970[aria-busy="true"]{opacity:.68;cursor:wait}
#earthlineSearchSuggestions15970{position:absolute;left:0;right:0;top:calc(100% + 8px);z-index:1400;display:none;max-height:min(430px,58vh);overflow:auto;padding:7px;border:1px solid rgba(91,111,130,.30);border-radius:15px;background:rgba(252,253,255,.99);box-shadow:0 20px 50px rgba(0,0,0,.34);color:#162434}
#earthlineSearchSuggestions15970.open{display:block!important}
#earthlineSearchSuggestions15970 button{width:100%;display:flex;align-items:center;gap:10px;border:0;border-radius:11px;background:transparent;color:#162434;padding:10px 11px;text-align:left;font:600 14px/1.25 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif;cursor:pointer}
#earthlineSearchSuggestions15970 button:hover,#earthlineSearchSuggestions15970 button:focus{background:#eaf3fb;outline:0}
#earthlineSearchSuggestions15970 .el-pin{width:23px;height:23px;border-radius:50%;display:grid;place-items:center;background:#dfeef9;color:#176ca8;font-size:12px;flex:0 0 auto}
#earthlineSearchSuggestions15970 .el-copy{min-width:0;display:flex;flex-direction:column;gap:2px}
#earthlineSearchSuggestions15970 strong{white-space:nowrap;overflow:hidden;text-overflow:ellipsis}
#earthlineSearchSuggestions15970 small{font-size:11px;color:#66798d;white-space:nowrap;overflow:hidden;text-overflow:ellipsis}
#searchClear15765{display:grid!important;place-items:center!important}
@media(max-width:720px){#earthlineMapRun15970{right:12px;bottom:92px;width:50px;height:50px}}

/* 15970 — keep the compass physically separate from the native zoom control. */
#earthlineZoomDock15779{
  position:fixed!important;
  right:18px!important;
  top:190px!important;
  bottom:auto!important;
  transform:none!important;
  z-index:910!important;
}
.compass{
  position:fixed!important;
  right:18px!important;
  top:130px!important;
  bottom:auto!important;
  width:46px!important;
  height:46px!important;
  z-index:920!important;
}
@media(max-width:720px){
  .compass{right:12px!important;top:166px!important}
  #earthlineZoomDock15779{right:12px!important;top:224px!important;transform:none!important}
}
</style>
<script id="earthline-live-regional-15970-js">
(function(){
  'use strict';
  const BUILD='EARTHLINE-LIVE-REGIONAL-16147-VERMONT';
  const MAX_PROPERTY_ACRES=100;
  const FLOW_ARROW_IMAGE='earthline-flow-arrow-image-16020';
  const HYDRO='https://services.arcgis.com/F7DSX1DSNSiWmOqh/ArcGIS/rest/services/Global_database_FINAL/FeatureServer/0/query';
  const TERRARIUM='https://elevation-tiles-prod.s3.amazonaws.com/terrarium/{z}/{x}/{y}.png';
  const TERRARIUM_ALT='https://s3.amazonaws.com/elevation-tiles-prod/terrarium/{z}/{x}/{y}.png';
  const AQUIFER_WFS='https://ggis.un-igrac.org/geoserver/ows';
  // USGS Open-File Report 2004-1352, exposed as a public ArcGIS feature layer.
  // National/regional guidance only; never represent it as a parcel-survey boundary.
  const USGS_KARST='https://services.arcgis.com/hoKRg7d6zCP8hwp2/ArcGIS/rest/services/uskarst/FeatureServer/0/query';
  const AQUIFER_WMS='https://ggis.un-igrac.org/geoserver/ows?service=WMS&version=1.1.1&request=GetMap&layers=geonode%3Asourcedatafig2&styles=&format=image%2Fpng&transparent=true&srs=EPSG%3A3857&bbox={bbox-epsg-3857}&width=256&height=256';
  const GROUNDWATER='https://gis.wri.org/server/rest/services/Aqueduct/aqueduct_global_2014/MapServer/export?bbox={bbox-epsg-3857}&bboxSR=3857&imageSR=3857&size=256%2C256&format=png32&transparent=true&layers=show%3A7&f=image';
  const GRACE_CURRENT='https://www.ncei.noaa.gov/pub/data/nidis/tile/nasa-gws-0.25d/{z}/{x}/{y}.png';
  const IDS={
    basin:'el-live-basin-15970',basinFill:'el-live-basin-fill-15970',basinLine:'el-live-basin-line-15970',
    aquifer:'el-live-aquifer-15970',aquiferFill:'el-live-aquifer-fill-15970',aquiferLine:'el-live-aquifer-line-15970',aquiferLabel:'el-live-aquifer-label-15970',
    aquiferRaster:'el-live-aquifer-raster-15970',aquiferRasterLayer:'el-live-aquifer-raster-layer-15970',
    groundwater:'el-live-groundwater-15970',groundwaterLayer:'el-live-groundwater-layer-15970',
    grace:'el-live-grace-groundwater-15970',graceLayer:'el-live-grace-groundwater-layer-15970',
    contours:'el-live-contours-15970',contourLine:'el-live-contour-line-15970',contourLabel:'el-live-contour-label-15970',
    flows:'el-live-flows-15970',flowCasing:'el-live-flow-casing-15970',flowLine:'el-live-flow-line-15970',flowArrow:'el-live-flow-arrow-15970',
    swales:'el-live-swales-15970',swaleHalo:'el-live-swale-halo-15970',swaleLine:'el-live-swale-line-15970'
  };
  let installed=false,running=false,runCount=0,runSerial=0,activeRunToken=null;
  const RUN_LEDGER=[];
  let regionalAquiferSource='IGRAC global aquifer systems';
  let regionalAquiferBoundaryClass='regional aquifer-system context';
  const propertyRun=typeof window.earthlineRunAnalysis==='function'?window.earthlineRunAnalysis:null;
  window.earthlinePropertyRunEngine16156=propertyRun;
  const EMPTY={type:'FeatureCollection',features:[]};
  const PRESETS={
    'mekong river basin':{lat:20.2,lng:102.4,bbox:[94.0,8.0,110.7,34.0],placeType:'basin',label:'Mekong River Basin',acres:180000000},
    'chiang mai, thailand':{lat:18.7883,lng:98.9853,bbox:[96.3,16.5,101.8,21.1],placeType:'place',label:'Chiang Mai, Thailand',analysisBBox:true},
    'chiang mai':{lat:18.7883,lng:98.9853,bbox:[96.3,16.5,101.8,21.1],placeType:'place',label:'Chiang Mai, Thailand',analysisBBox:true},
    'chiangmai':{lat:18.7883,lng:98.9853,bbox:[96.3,16.5,101.8,21.1],placeType:'place',label:'Chiang Mai, Thailand',analysisBBox:true},
    'chang mai':{lat:18.7883,lng:98.9853,bbox:[96.3,16.5,101.8,21.1],placeType:'place',label:'Chiang Mai, Thailand',analysisBBox:true},
    'chang mai, thailand':{lat:18.7883,lng:98.9853,bbox:[96.3,16.5,101.8,21.1],placeType:'place',label:'Chiang Mai, Thailand',analysisBBox:true},
    'changmai':{lat:18.7883,lng:98.9853,bbox:[96.3,16.5,101.8,21.1],placeType:'place',label:'Chiang Mai, Thailand',analysisBBox:true},
    'essex, vermont':{lat:44.4906,lng:-73.1104,bbox:[-74.05,43.50,-72.05,45.50],placeType:'place',label:'Essex, Vermont',analysisBBox:true},
    'essex, vt':{lat:44.4906,lng:-73.1104,bbox:[-74.05,43.50,-72.05,45.50],placeType:'place',label:'Essex, Vermont',analysisBBox:true},
    'essex vermont':{lat:44.4906,lng:-73.1104,bbox:[-74.05,43.50,-72.05,45.50],placeType:'place',label:'Essex, Vermont',analysisBBox:true},

    'vermont':{lat:44.0000,lng:-72.7000,bbox:[-73.45,42.72,-71.46,45.02],placeType:'state',label:'Vermont',analysisBBox:true,extentClass:'Earthline statewide screening extent'},
    'burlington, vermont':{lat:44.4759,lng:-73.2121,bbox:[-74.10,43.55,-72.10,45.55],placeType:'place',label:'Burlington, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'burlington, vt':{lat:44.4759,lng:-73.2121,bbox:[-74.10,43.55,-72.10,45.55],placeType:'place',label:'Burlington, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'burlington vermont':{lat:44.4759,lng:-73.2121,bbox:[-74.10,43.55,-72.10,45.55],placeType:'place',label:'Burlington, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'montpelier, vermont':{lat:44.2601,lng:-72.5754,bbox:[-73.55,43.25,-71.55,45.25],placeType:'place',label:'Montpelier, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'montpelier, vt':{lat:44.2601,lng:-72.5754,bbox:[-73.55,43.25,-71.55,45.25],placeType:'place',label:'Montpelier, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'rutland, vermont':{lat:43.6106,lng:-72.9726,bbox:[-74.10,42.60,-72.10,44.60],placeType:'place',label:'Rutland, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'rutland, vt':{lat:43.6106,lng:-72.9726,bbox:[-74.10,42.60,-72.10,44.60],placeType:'place',label:'Rutland, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'middlebury, vermont':{lat:44.0153,lng:-73.1673,bbox:[-74.10,43.00,-72.10,45.00],placeType:'place',label:'Middlebury, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'middlebury, vt':{lat:44.0153,lng:-73.1673,bbox:[-74.10,43.00,-72.10,45.00],placeType:'place',label:'Middlebury, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'brattleboro, vermont':{lat:42.8509,lng:-72.5579,bbox:[-73.40,41.90,-71.40,43.90],placeType:'place',label:'Brattleboro, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'brattleboro, vt':{lat:42.8509,lng:-72.5579,bbox:[-73.40,41.90,-71.40,43.90],placeType:'place',label:'Brattleboro, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'stowe, vermont':{lat:44.4654,lng:-72.6874,bbox:[-73.70,43.90,-71.70,45.90],placeType:'place',label:'Stowe, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'stowe, vt':{lat:44.4654,lng:-72.6874,bbox:[-73.70,43.90,-71.70,45.90],placeType:'place',label:'Stowe, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'barre, vermont':{lat:44.1970,lng:-72.5020,bbox:[-73.55,43.15,-71.55,45.15],placeType:'place',label:'Barre, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'barre, vt':{lat:44.1970,lng:-72.5020,bbox:[-73.55,43.15,-71.55,45.15],placeType:'place',label:'Barre, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'bennington, vermont':{lat:42.8781,lng:-73.1968,bbox:[-74.20,41.80,-72.20,43.80],placeType:'place',label:'Bennington, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'bennington, vt':{lat:42.8781,lng:-73.1968,bbox:[-74.20,41.80,-72.20,43.80],placeType:'place',label:'Bennington, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'newport, vermont':{lat:44.9364,lng:-72.2051,bbox:[-73.25,44.00,-71.25,46.00],placeType:'place',label:'Newport, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'newport, vt':{lat:44.9364,lng:-72.2051,bbox:[-73.25,44.00,-71.25,46.00],placeType:'place',label:'Newport, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'waterbury, vermont':{lat:44.3378,lng:-72.7562,bbox:[-73.80,43.70,-71.80,45.70],placeType:'place',label:'Waterbury, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'waterbury, vt':{lat:44.3378,lng:-72.7562,bbox:[-73.80,43.70,-71.80,45.70],placeType:'place',label:'Waterbury, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'woodstock, vermont':{lat:43.6242,lng:-72.5180,bbox:[-73.70,42.95,-71.70,44.95],placeType:'place',label:'Woodstock, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'woodstock, vt':{lat:43.6242,lng:-72.5180,bbox:[-73.70,42.95,-71.70,44.95],placeType:'place',label:'Woodstock, Vermont',analysisBBox:true,extentClass:'Earthline regional screening extent'},
    'nashville, tennessee':{lat:36.1627,lng:-86.7816,bbox:[-87.95,35.30,-85.55,37.05],placeType:'place',label:'Nashville, Tennessee',analysisBBox:true},
    'nashville, tn':{lat:36.1627,lng:-86.7816,bbox:[-87.95,35.30,-85.55,37.05],placeType:'place',label:'Nashville, Tennessee',analysisBBox:true},
    'nashville':{lat:36.1627,lng:-86.7816,bbox:[-87.95,35.30,-85.55,37.05],placeType:'place',label:'Nashville, Tennessee',analysisBBox:true},
    'bangkok, thailand':{lat:13.7563,lng:100.5018,bbox:[98.2,11.5,103.0,16.0],placeType:'place',label:'Bangkok, Thailand'},
    'ho chi minh city, vietnam':{lat:10.8231,lng:106.6297,bbox:[104.2,8.5,109.0,13.0],placeType:'place',label:'Ho Chi Minh City, Vietnam'},
    'phnom penh, cambodia':{lat:11.5564,lng:104.9282,bbox:[102.5,9.3,107.3,13.8],placeType:'place',label:'Phnom Penh, Cambodia'},
    'vientiane, laos':{lat:17.9757,lng:102.6331,bbox:[100.2,15.7,105.1,20.2],placeType:'place',label:'Vientiane, Laos'},
    'thailand':{lat:15.87,lng:100.99,bbox:[97.3,5.6,105.7,20.5],placeType:'country',label:'Thailand'},
    'vietnam':{lat:15.9,lng:107.8,bbox:[102.1,8.2,109.5,23.4],placeType:'country',label:'Vietnam'},
    'cambodia':{lat:12.6,lng:104.9,bbox:[102.3,10.4,107.7,14.7],placeType:'country',label:'Cambodia'},
    'laos':{lat:18.2,lng:103.8,bbox:[100.1,13.9,107.7,22.6],placeType:'country',label:'Laos'}
  };
  function state(){try{return M;}catch(_){return null;}}
  function map(){try{return earthlineMap||window.earthlineMap||null;}catch(_){return window.earthlineMap||null;}}
  function n(v,d=0){v=Number(v);return Number.isFinite(v)?v:d;}
  function clean(v){return String(v||'').trim();}
  function key(v){return clean(v).toLowerCase().replace(/\s+/g,' ');}
  function wait(ms){return new Promise(r=>setTimeout(r,ms));}
  function boundsHash(b){return Array.isArray(b)?b.map(v=>Number(v).toFixed(5)).join('|'):'no-bounds';}
  function createRunToken(q){runSerial++;return 'el-'+Date.now().toString(36)+'-'+runSerial.toString(36)+'-'+key(q).replace(/[^a-z0-9]+/g,'-').slice(0,24);}
  function isCurrentRun(token){return !!token&&token===activeRunToken;}
  function recordRun(event,token,details={}){
    const row=Object.assign({event,runToken:token||null,activeRunToken:activeRunToken||null,at:new Date().toISOString()},details||{});
    RUN_LEDGER.push(row);if(RUN_LEDGER.length>500)RUN_LEDGER.splice(0,RUN_LEDGER.length-500);
    window.EARTHLINE_RUN_LEDGER_16147=RUN_LEDGER;return row;
  }
  function publishDisplayedRun16151(value){
    if(!value||!value.runToken)throw new Error('published result is missing run identity');
    const frozen=Object.isFrozen(value)?value:Object.freeze(JSON.parse(JSON.stringify(value)));
    window.EARTHLINE_DISPLAYED_RUN_16147=frozen;
    window.EARTHLINE_DISPLAYED_RUN_16151=frozen;
    window.EARTHLINE_ACTIVE_RUN_TOKEN_16151=frozen.runToken;
    document.documentElement.dataset.earthlineActiveRun=frozen.runToken;
    document.documentElement.dataset.earthlineRunState='published';
    document.dispatchEvent(new CustomEvent('earthline:analysis-complete',{detail:{runToken:frozen.runToken,query:frozen.query||'',tier:frozen.extentClass||frozen.tier||'regional'}}));
    return frozen;
  }
  window.earthlinePublishDisplayedRun16151=publishDisplayedRun16151;
  function ensureStatusPanel(){
    let el=document.getElementById('earthlineVermontStatus16147');
    if(!el&&document.body){el=document.createElement('div');el.id='earthlineVermontStatus16147';el.setAttribute('role','status');el.setAttribute('aria-live','polite');document.body.appendChild(el);}
    return el;
  }
  function setRunStatus(message,kind='info'){
    const el=ensureStatusPanel();if(!el)return;el.dataset.kind=kind;el.textContent=String(message||'');
    window.EARTHLINE_LOADING_AUDIT_16167=Object.assign({},window.EARTHLINE_LOADING_AUDIT_16167||{},{phase:String(message||''),kind,updatedAt:new Date().toISOString()});
  }
  function guardedSetGeo(token,m,id,data,sourceId){
    if(!isCurrentRun(token)){recordRun('write_discarded',token,{sourceId:sourceId||id,source:id,discardReason:'superseded_run'});return false;}
    setGeo(m,id,data);
    /* EARTHLINE 16373 — capture accepted Regional aquifer geometry at the same
       authoritative publication point that commits it to the live Regional map. */
    if(id===IDS.aquifer&&data&&Array.isArray(data.features)&&data.features.length){
      try{
        window.EARTHLINE_ACCEPTED_REGIONAL_AQUIFER_GEOJSON_16373=JSON.parse(JSON.stringify(data));
        window.EARTHLINE_ACCEPTED_REGIONAL_AQUIFER_AUDIT_16373={
          build:'EARTHLINE 16373',runToken:String(token||''),sourceId:String(sourceId||id),
          features:data.features.length,acceptedAt:new Date().toISOString()
        };
      }catch(_){}
    }
    recordRun('source_published',token,{sourceId:sourceId||id,source:id});return true;
  }
  function earthlineSupersedePropertyForNewSearch16327(token,q){
    const md=state();
    const displayed=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null;
    const displayedTier=String(displayed&&(displayed.tier||displayed.mode)||'').toLowerCase();
    const propertyState=String(document.documentElement.dataset.earthlinePropertyRunState||'');
    const regionalState=window.earthlineRegional15778||null;
    const priorProperty=!!(
      displayedTier==='property'||
      propertyState==='running'||
      (regionalState&&regionalState.mode==='property')
    );
    if(!priorProperty)return false;

    const beforeGen=Number(md&&md.searchGen||0);
    if(md)md.searchGen=beforeGen+1;

    if(regionalState){
      regionalState.running=false;
      regionalState.active=true;
      regionalState.mode='regional';
      regionalState.queuedRunCount15786=0;
    }
    document.documentElement.dataset.earthlinePropertyRunState='idle';
    document.documentElement.dataset.earthlineAnalysisTier='regional';
    document.documentElement.classList.remove('earthline-property-running-16233','earthline-direct-property-handoff-16250');

    try{
      if(typeof window.earthlineApplyRendererOwnership15805==='function')
        window.earthlineApplyRendererOwnership15805('regional');
    }catch(_){}

    window.EARTHLINE_CROSS_TIER_SUPERSEDE_AUDIT_16327={
      build:'EARTHLINE 16327',runToken:token||null,query:String(q||''),
      priorDisplayedTier:displayedTier||null,priorPropertyState:propertyState||null,
      searchGenBefore:beforeGen,searchGenAfter:Number(md&&md.searchGen||beforeGen),
      regionalOwnershipPredeclared:true,at:new Date().toISOString()
    };
    recordRun('property_superseded_for_new_search',token,window.EARTHLINE_CROSS_TIER_SUPERSEDE_AUDIT_16327);
    return true;
  }
  function clearForSubmission(token,q){
    const m=map();
    earthlineSupersedePropertyForNewSearch16327(token,q);

    /* EARTHLINE 16334 — remove Property-only presentation before Regional camera
       movement. Scientific model values remain available only until the new run owns them. */
    try{
      const empty16334={type:'FeatureCollection',features:[]};
      for(const sourceId16334 of [
        'earthline-property-flow-15792',
        'earthline-living-swales-15792',
        'earthline-property-swale-texture-16174',
        'earthline-property-safe-visible-16221'
      ]){
        const src16334=m&&m.getSource&&m.getSource(sourceId16334);
        if(src16334&&typeof src16334.setData==='function')src16334.setData(empty16334);
      }
      const direct16334=document.getElementById('earthlinePropertyWaterOverlay15824');
      if(direct16334){direct16334.replaceChildren();direct16334.style.display='none';}
      const rechargeCanvas16334=document.getElementById('earthlineRechargeCanvas');
      const rechargeSvg16334=document.getElementById('earthlineRechargeOverlay');
      if(rechargeCanvas16334)rechargeCanvas16334.style.display='none';
      if(rechargeSvg16334){rechargeSvg16334.style.display='none';rechargeSvg16334.replaceChildren();}
      document.getElementById('earthlineRegionalCorridorTabs16323')?.remove();
      m?.resize?.();
      window.EARTHLINE_PROPERTY_TO_REGIONAL_CLEAR_AUDIT_16334={
        build:'EARTHLINE 16334',runToken:token||null,query:String(q||''),
        propertyPresentationCleared:true,at:new Date().toISOString()
      };
    }catch(error){
      recordRun('property_presentation_clear_warning_16334',token,{error:String(error&&error.message||error)});
    }
    try{const resetTier=window.earthlineResetTierNavigationForSearch16178;if(typeof resetTier==='function')resetTier('new-run-submission',token,q);else setTimeout(()=>{try{const deferredReset=window.earthlineResetTierNavigationForSearch16178;if(typeof deferredReset==='function')deferredReset('deferred-new-run-submission',token,q);else recordRun('tier_reset_unavailable',token,{query:q});}catch(error){recordRun('tier_reset_warning',token,{error:String(error&&error.message||error)});}},0);}catch(error){recordRun('tier_reset_warning',token,{error:String(error&&error.message||error)});}
    /* BUILD-CHECK-16155 — clear only sources/layers that already exist.
       Do not call ensureLayers() here. Installing optional raster sources before
       waitMap() can keep Mapbox isStyleLoaded() false and deadlock the very run
       that created those sources. Layer creation belongs after base-style readiness. */
    try{if(m){clearLive();setRasterOpacity(m,IDS.groundwaterLayer,0);setRasterOpacity(m,IDS.graceLayer,0);setRasterOpacity(m,IDS.aquiferRasterLayer,0);}}catch(error){recordRun('clear_warning',token,{error:String(error&&error.message||error)});}
    window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970=null;
    window.EARTHLINE_LAST_LIVE_REGIONAL_ERROR_15970=null;
    window.EARTHLINE_REGIONAL_VISUAL_DATA_16020=null;
    window.EARTHLINE_DISPLAYED_RUN_16147=null;
    window.EARTHLINE_DISPLAYED_RUN_16151=null;
    window.EARTHLINE_ACTIVE_RUN_TOKEN_16147=token;
    window.EARTHLINE_ACTIVE_RUN_TOKEN_16151=token;
    document.documentElement.dataset.earthlineActiveRun=token||'';
    document.documentElement.dataset.earthlineRunState='pending';
    setRunStatus('Preparing '+(q||'current map')+' — previous scientific results removed.','pending');
    recordRun('previous_results_cleared',token,{query:q||''});
  }
  async function withTimeout(p,ms,label){let t;return Promise.race([Promise.resolve(p),new Promise((_,rej)=>{t=setTimeout(()=>rej(new Error(label+' timed out')),ms);})]).finally(()=>clearTimeout(t));}
  function notify(text){try{if(typeof earthlineReady==='function')earthlineReady(text);else if(typeof toast==='function')toast(text);}catch(_){} }
  let runBusyWatchdog16170=0,runBusyStartedAt16170=0,runBusyLastProgressAt16347=0,runBusyLastLabel16347='',runBusyWatchdogToken16347=null;
  const REGIONAL_STALL_MS_16347=30000;
  function clearRegionalStallWatchdog16347(){
    clearTimeout(runBusyWatchdog16170);runBusyWatchdog16170=0;runBusyStartedAt16170=0;runBusyLastProgressAt16347=0;runBusyLastLabel16347='';runBusyWatchdogToken16347=null;
  }
  function failRegionalStall16347(token){
    if(!token||token!==activeRunToken||token!==runBusyWatchdogToken16347)return;
    const now=Date.now(),idleMs=now-runBusyLastProgressAt16347;
    if(idleMs<REGIONAL_STALL_MS_16347){
      clearTimeout(runBusyWatchdog16170);
      runBusyWatchdog16170=setTimeout(()=>failRegionalStall16347(token),Math.max(1,REGIONAL_STALL_MS_16347-idleMs));
      return;
    }
    const startedAt=runBusyStartedAt16170,stage=runBusyLastLabel16347||'regional stage unavailable';
    activeRunToken=null;running=false;document.documentElement.dataset.earthlineRunState='failed';
    try{recordRun('run_stall_timeout',token,{elapsedMs:startedAt?now-startedAt:null,idleMs,stage,reason:'regional analysis made no authoritative stage progress for 30 seconds'});}catch(_){}
    window.EARTHLINE_REGIONAL_STALL_WATCHDOG_16347={build:'EARTHLINE 16347',runToken:token,failed:true,stallMs:REGIONAL_STALL_MS_16347,idleMs,stage,elapsedMs:startedAt?now-startedAt:null,at:new Date().toISOString()};
    clearRegionalStallWatchdog16347();setBusy(false,'RUN ANALYSIS');
    document.documentElement.dataset.earthlineRunState='failed';
    setRunStatus('ANALYSIS STOPPED — Regional analysis made no authoritative stage progress for 30 seconds during '+stage+'. No late result will publish.','failed');
  }
  function noteRegionalProgress16347(label,token=activeRunToken){
    if(!token||token!==activeRunToken)return false;
    const now=Date.now();
    if(runBusyWatchdogToken16347!==token){clearRegionalStallWatchdog16347();runBusyStartedAt16170=now;runBusyWatchdogToken16347=token;}
    runBusyLastProgressAt16347=now;runBusyLastLabel16347=String(label||'REGIONAL PROGRESS');
    clearTimeout(runBusyWatchdog16170);runBusyWatchdog16170=setTimeout(()=>failRegionalStall16347(token),REGIONAL_STALL_MS_16347);
    window.EARTHLINE_REGIONAL_STALL_WATCHDOG_16347={build:'EARTHLINE 16347',runToken:token,failed:false,stallMs:REGIONAL_STALL_MS_16347,lastProgressLabel:runBusyLastLabel16347,lastProgressAt:new Date(now).toISOString(),elapsedMs:now-runBusyStartedAt16170,at:new Date().toISOString()};
    return true;
  }
  function setBusy(on,label){
    const buttons=[document.getElementById('runBtn'),document.getElementById('earthlineMapRun15970'),document.getElementById('earthlineMapRun16020')];
    const priorRunState16537=String(document.documentElement.dataset.earthlineRunState||'');
    if(on)document.documentElement.dataset.earthlineRunState='running';
    else if(!/^(?:published|failed|unavailable)$/.test(priorRunState16537))document.documentElement.dataset.earthlineRunState='idle';
    for(const b of buttons){
      if(!b)continue;
      b.disabled=!!on;b.dataset.state=on?'running':'idle';b.setAttribute('aria-busy',on?'true':'false');
      if(on)b.dataset.busy='1';else delete b.dataset.busy;
      b.classList.toggle('earthline-run-active-16203',!!on);
      b.classList.remove('earthline-run-spinning-16200');
      if(b.id==='runBtn'){let labelSpan=b.querySelector('span');if(!labelSpan){labelSpan=document.createElement('span');b.appendChild(labelSpan)}labelSpan.textContent=String(label||'RUN ANALYSIS');}
      const svg=b.querySelector('svg');
      if(svg){
        svg.classList.remove('earthline-orb-spinning-16202','earthline-orb-spinning-16203');
        try{if(svg.__earthlineSpin16203){svg.__earthlineSpin16203.cancel();svg.__earthlineSpin16203=null}}catch(_){}
        svg.style.removeProperty('animation');svg.style.removeProperty('transform-origin');svg.style.removeProperty('transform-box');svg.style.removeProperty('transform');
      }
    }
    if(on){
      if(runBusyWatchdogToken16347&&runBusyWatchdogToken16347===activeRunToken)noteRegionalProgress16347(label,activeRunToken);
    }else clearRegionalStallWatchdog16347();
    window.EARTHLINE_LOADING_AUDIT_16167=Object.assign({},window.EARTHLINE_LOADING_AUDIT_16167||{},{running:!!on,buttonLabel:String(label||'RUN ANALYSIS'),watchdogMs:runBusyWatchdog16170?REGIONAL_STALL_MS_16347:0,watchdogMode:runBusyWatchdog16170?'regional-no-progress':'off',updatedAt:new Date().toISOString()});
  }
  function setRegionalTerminal16539(status16537,runToken16537,reason16537,details16537={}){
    let terminal16537=String(status16537||'failed').toLowerCase();
    let reasonFinal16537=String(reason16537||'regional run did not publish');
    const detailCopy16537=Object.assign({},details16537||{});
    if(terminal16537==='unavailable'&&detailCopy16537.sourceAbsenceConfirmed!==true){
      terminal16537='failed';
      reasonFinal16537='unavailable was not positively established; '+reasonFinal16537;
      detailCopy16537.unavailableRejected=true;
    }
    if(!['published','failed','unavailable'].includes(terminal16537))terminal16537='failed';
    document.documentElement.dataset.earthlineRunState=terminal16537;
    window.EARTHLINE_REGIONAL_TERMINAL_16539={build:'EARTHLINE 16539',runToken:String(runToken16537||''),status:terminal16537,reason:reasonFinal16537,details:detailCopy16537,at:new Date().toISOString()};
    if(terminal16537==='published'){
      try{window.earthlineRestoreUi16488&&window.earthlineRestoreUi16488.syncGauge&&window.earthlineRestoreUi16488.syncGauge()}catch(_){ }
    }
    return terminal16537;
  }
  function earthlineBaseMapOperational16155(m){
    if(!m||typeof m.getCenter!=='function'||typeof m.getZoom!=='function'||typeof m.getStyle!=='function')return false;
    try{
      const c=m.getCenter(),z=Number(m.getZoom()),style=m.getStyle();
      return !!(c&&Number.isFinite(Number(c.lng))&&Number.isFinite(Number(c.lat))&&Number.isFinite(z)&&style&&Array.isArray(style.layers)&&style.layers.length);
    }catch(_){return false;}
  }
  window.earthlineBaseMapOperational16155=earthlineBaseMapOperational16155;
  async function waitMap(ms=12000){
    const end=Date.now()+ms;let lastReason='map object unavailable';
    while(Date.now()<end){
      const m=map();
      try{
        if(earthlineBaseMapOperational16155(m)){
          window.EARTHLINE_MAP_READINESS_16155={ready:true,baseStyleOperational:true,isStyleLoaded:typeof m.isStyleLoaded==='function'?!!m.isStyleLoaded():null,loaded:typeof m.loaded==='function'?!!m.loaded():null,at:new Date().toISOString()};
          return m;
        }
        if(!m)lastReason='map object unavailable';
        else if(typeof m.getStyle!=='function')lastReason='base style API unavailable';
        else{const style=m.getStyle();lastReason=style&&Array.isArray(style.layers)&&style.layers.length?'camera unavailable':'base style has no layers';}
      }catch(error){lastReason=String(error&&error.message||error);}
      await wait(100);
    }
    window.EARTHLINE_MAP_READINESS_16155={ready:false,baseStyleOperational:false,reason:lastReason,at:new Date().toISOString()};
    throw new Error('base map did not become operational: '+lastReason);
  }
  function beforeLabels(m){try{return (m.getStyle().layers||[]).find(l=>l.type==='symbol'&&l.layout&&l.layout['text-field'])?.id;}catch(_){return undefined;}}
  function addGeoSource(m,id){if(!m.getSource(id))m.addSource(id,{type:'geojson',data:EMPTY});}
  function ensureFlowArrowImage(m){
    if(!m||typeof m.addImage!=='function')return false;
    try{if(typeof m.hasImage==='function'&&m.hasImage(FLOW_ARROW_IMAGE))return true;}catch(_){}
    const c=document.createElement('canvas');c.width=52;c.height=32;const x=c.getContext('2d');
    x.clearRect(0,0,c.width,c.height);x.lineCap='round';x.lineJoin='round';
    x.beginPath();x.moveTo(7,5);x.lineTo(42,16);x.lineTo(7,27);x.strokeStyle='rgba(0,20,34,.98)';x.lineWidth=12;x.stroke();
    x.beginPath();x.moveTo(7,5);x.lineTo(42,16);x.lineTo(7,27);x.strokeStyle='#bdf3ff';x.lineWidth=6;x.stroke();
    try{m.addImage(FLOW_ARROW_IMAGE,x.getImageData(0,0,c.width,c.height),{pixelRatio:2});return true;}catch(err){
      try{m.addImage(FLOW_ARROW_IMAGE,c,{pixelRatio:2});return true;}catch(_){console.warn('[Earthline] flow-arrow image unavailable',err);return false;}
    }
  }
  function setGeo(m,id,data){const s=m.getSource(id);if(s&&s.setData)s.setData(data||EMPTY);}
  function ensureLayers(){
    const m=map();if(!m)return false;const before=beforeLabels(m);ensureFlowArrowImage(m);
    addGeoSource(m,IDS.basin);addGeoSource(m,IDS.aquifer);addGeoSource(m,IDS.contours);addGeoSource(m,IDS.flows);addGeoSource(m,IDS.swales);
    if(!m.getLayer(IDS.groundwaterLayer)){
      if(!m.getSource(IDS.groundwater))m.addSource(IDS.groundwater,{type:'raster',tiles:[GROUNDWATER],tileSize:256});
      m.addLayer({id:IDS.groundwaterLayer,type:'raster',source:IDS.groundwater,paint:{'raster-opacity':0,'raster-fade-duration':0}},before);
    }
    if(!m.getLayer(IDS.graceLayer)){
      if(!m.getSource(IDS.grace))m.addSource(IDS.grace,{type:'raster',tiles:[GRACE_CURRENT],tileSize:256,minzoom:1,maxzoom:7,scheme:'tms'});
      m.addLayer({id:IDS.graceLayer,type:'raster',source:IDS.grace,paint:{'raster-opacity':0,'raster-fade-duration':0}},before);
    }
    if(!m.getLayer(IDS.aquiferRasterLayer)){
      if(!m.getSource(IDS.aquiferRaster))m.addSource(IDS.aquiferRaster,{type:'raster',tiles:[AQUIFER_WMS],tileSize:256});
      m.addLayer({id:IDS.aquiferRasterLayer,type:'raster',source:IDS.aquiferRaster,paint:{'raster-opacity':0,'raster-fade-duration':0}},before);
    }
    if(!m.getLayer(IDS.basinFill))m.addLayer({id:IDS.basinFill,type:'fill',source:IDS.basin,paint:{'fill-color':'#27a8e0','fill-opacity':0.06}},before);
    if(!m.getLayer(IDS.basinLine))m.addLayer({id:IDS.basinLine,type:'line',source:IDS.basin,paint:{'line-color':'#83dcff','line-width':2.6,'line-opacity':0.96}},before);
    if(!m.getLayer(IDS.aquiferFill))m.addLayer({id:IDS.aquiferFill,type:'fill',source:IDS.aquifer,paint:{'fill-color':'#ff7a00','fill-opacity':0.42}},before);
    if(!m.getLayer(IDS.aquiferLine))m.addLayer({id:IDS.aquiferLine,type:'line',source:IDS.aquifer,paint:{'line-color':'#ff9c16','line-width':3.2,'line-opacity':1}},before);
    if(!m.getLayer(IDS.contourLine))m.addLayer({
      id:IDS.contourLine,type:'line',source:IDS.contours,filter:['==',['get','feature_type'],'contour'],
      layout:{'line-cap':'round','line-join':'round','visibility':'visible'},
      paint:{
        'line-color':['case',['==',['get','major'],1],'#ffffff','rgba(218,235,244,.95)'],
        'line-width':['interpolate',['linear'],['zoom'],4,['case',['==',['get','major'],1],1.8,1.0],8,['case',['==',['get','major'],1],2.8,1.55],11,['case',['==',['get','major'],1],3.6,2.1]],
        'line-opacity':['case',['==',['get','major'],1],1,0.9]
      }
    },before);
    if(!m.getLayer(IDS.swaleHalo))m.addLayer({id:IDS.swaleHalo,type:'line',source:IDS.swales,layout:{'visibility':'visible'},paint:{'line-color':'rgba(13,20,17,.78)','line-width':7.5,'line-opacity':0.78}},before);
    if(!m.getLayer(IDS.swaleLine))m.addLayer({id:IDS.swaleLine,type:'line',source:IDS.swales,layout:{'visibility':'visible'},paint:{'line-color':'#e8b84e','line-width':4.2,'line-opacity':0.98}},before);
    if(!m.getLayer(IDS.flowCasing))m.addLayer({id:IDS.flowCasing,type:'line',source:IDS.flows,filter:['==',['get','feature_type'],'flow'],layout:{'line-cap':'round','line-join':'round','visibility':'visible'},paint:{'line-color':'rgba(1,15,28,.96)','line-width':['interpolate',['linear'],['get','rank'],0,4.8,1,9.0],'line-opacity':0.95}},before);
    if(!m.getLayer(IDS.flowLine))m.addLayer({id:IDS.flowLine,type:'line',source:IDS.flows,filter:['==',['get','feature_type'],'flow'],layout:{'line-cap':'round','line-join':'round','visibility':'visible'},paint:{'line-color':'#1fc0ff','line-width':['interpolate',['linear'],['get','rank'],0,2.6,1,6.2],'line-opacity':1}},before);
    if(!m.getLayer(IDS.contourLabel))m.addLayer({
      id:IDS.contourLabel,type:'symbol',source:IDS.contours,
      filter:['==',['get','feature_type'],'contour-label'],
      layout:{
        'symbol-placement':'point','text-field':['get','label'],
        'text-size':['interpolate',['linear'],['zoom'],4,13,7,15,10,18],
        'text-font':['Open Sans Semibold','Arial Unicode MS Bold'],
        'text-rotation-alignment':'viewport','text-pitch-alignment':'viewport',
        'text-allow-overlap':true,'text-ignore-placement':true,'text-padding':1,
        'visibility':'visible'
      },
      paint:{'text-color':'#ffffff','text-halo-color':'rgba(0,10,18,.99)','text-halo-width':3.3,'text-halo-blur':0.2}
    },before);
    if(!m.getLayer(IDS.flowArrow))m.addLayer({
      id:IDS.flowArrow,type:'symbol',source:IDS.flows,filter:['==',['get','feature_type'],'flow'],
      layout:{
        'symbol-placement':'line','symbol-spacing':96,
        'text-field':'➤','text-size':['interpolate',['linear'],['zoom'],4,['interpolate',['linear'],['get','rank'],0,10,1,15],8,['interpolate',['linear'],['get','rank'],0,12,1,18],11,['interpolate',['linear'],['get','rank'],0,14,1,21]],
        'text-font':['Open Sans Bold','Arial Unicode MS Bold'],
        'text-rotation-alignment':'map','text-pitch-alignment':'map','text-keep-upright':false,
        'text-allow-overlap':false,'text-ignore-placement':false,'text-padding':1,
        'visibility':'visible'
      },
      paint:{'text-color':'#d8fbff','text-halo-color':'rgba(0,18,31,.98)','text-halo-width':2.2,'text-opacity':1}
    },before);
    if(!m.getLayer(IDS.aquiferLabel))m.addLayer({id:IDS.aquiferLabel,type:'symbol',source:IDS.aquifer,layout:{'text-field':['coalesce',['get','name'],['get','Name'],['get','AQUIFER'],['get','aquifer'],'Mapped aquifer system'],'text-size':11,'text-font':['Open Sans Semibold'],'text-max-width':10,'visibility':'none'},paint:{'text-color':'#ffd08a','text-halo-color':'rgba(22,12,2,.98)','text-halo-width':1.8}},before);
    const top=[IDS.contourLine,IDS.swaleHalo,IDS.swaleLine,IDS.flowCasing,IDS.flowLine,IDS.contourLabel,IDS.flowArrow];
    for(const id of top){try{m.setLayoutProperty&&m.setLayoutProperty(id,'visibility','visible');}catch(_){}try{m.moveLayer(id);}catch(_){}}
    try{if(m.getLayer(IDS.aquiferLabel))m.moveLayer(IDS.aquiferLabel);}catch(_){}
    return true;
  }
  function clearLive(){const m=map();if(!m)return;for(const id of [IDS.basin,IDS.aquifer,IDS.contours,IDS.flows,IDS.swales])setGeo(m,id,EMPTY);}
  function hideUnapproved(){
    document.getElementById('earthlineVisualHierarchy15804')?.remove();
    document.getElementById('earthlineBoundaryPanel15827')?.remove();
    for(const sel of ['.lp','.rp','.mapside','.drawbar','.coordbar','#earthlineDisplayProof15882','#earthlineDisplayProof15879','#earthline15857strip','#earthlineOpportunityNav15782','#earthlineWhyNotHere15803','#earthlineWhyNotCrosshair15858','#earthlineWhyNotCrosshairLabel15858','#earthlineAnalysisCenterTarget15830','#earthlineCenterTarget15782','#earthlineAnalysisBoundaryOverlay15827','#impactStrip','#bottomChrome','#earthlineFooterBuild15784','.buildchip15760','.datechip','.navicons']){for(const el of document.querySelectorAll(sel))el.style.setProperty('display','none','important');}
  }
  function explicitProperty(q,loc){
    const pt=String(loc&&loc.placeType||'').toLowerCase();
    if(loc&&(loc.userSelectedSite===true||pt==='selected_site'||pt==='drawn_site'||pt==='property'||pt==='parcel'||pt==='address'))return true;
    if(/\b\d{1,6}\s+.+\b(road|rd|street|st|avenue|ave|drive|dr|lane|ln|court|ct|way|highway|hwy|route|boulevard|blvd)\b/i.test(q))return true;
    return false;
  }
  function bboxAcres(b){if(!Array.isArray(b)||b.length!==4)return 0;const mid=(n(b[1])+n(b[3]))/2,latM=Math.abs(n(b[3])-n(b[1]))*111320,lngM=Math.abs(n(b[2])-n(b[0]))*111320*Math.cos(mid*Math.PI/180);return latM*lngM/4046.8564224;}
  function isRegional(q,loc){
    /* EARTHLINE 16549 — a declared jurisdiction-profile query owns Regional mode
       regardless of a stale Property location left by the preceding run. Profiles
       are data/configuration, not jurisdiction-specific engine branches. */
    if(typeof earthlineJurisdictionProfile16549==='function'&&earthlineJurisdictionProfile16549(q))return true;
    if(explicitProperty(q,loc))return false;const pt=String(loc&&loc.placeType||'').toLowerCase();if(['basin','country','region','state','province','county','district','place','locality','city','municipality'].includes(pt))return true;const acres=n(loc&&loc.acres,0)||bboxAcres(loc&&loc.bbox);if(acres>MAX_PROPERTY_ACRES)return true;const z=(()=>{try{return n(map().getZoom(),0);}catch(_){return n(loc&&loc.zoomHint,0);}})();return z<15.5;}
  function lon2x(lon,z){return (lon+180)/360*Math.pow(2,z);}
  function lat2y(lat,z){const r=lat*Math.PI/180;return (1-Math.asinh(Math.tan(r))/Math.PI)/2*Math.pow(2,z);}
  function x2lon(x,z){return x/Math.pow(2,z)*360-180;}
  function y2lat(y,z){return Math.atan(Math.sinh(Math.PI*(1-2*y/Math.pow(2,z))))*180/Math.PI;}
  function analysisBounds(loc){
    const lat=n(loc&&loc.lat,0),lng=n(loc&&loc.lng,0);let b=Array.isArray(loc&&loc.bbox)&&loc.bbox.length===4?loc.bbox.map(Number):null;
    const pt=String(loc&&loc.placeType||'').toLowerCase();
    const focusMode=!!(loc&&loc.focusMode===true);
    const locked=!!(loc&&loc.analysisBBox&&b);
    if(!b||(!locked&&(pt==='place'||pt==='locality'||pt==='district'||pt==='region'))){
      const halfLat=2.25,halfLng=2.25/Math.max(0.35,Math.cos(lat*Math.PI/180));
      b=[lng-halfLng,lat-halfLat,lng+halfLng,lat+halfLat];
    }
    let w=b[2]-b[0],h=b[3]-b[1];
    if(!focusMode){
      if(w<1.8){const d=(1.8-w)/2;b[0]-=d;b[2]+=d;}
      if(h<1.8){const d=(1.8-h)/2;b[1]-=d;b[3]+=d;}
      w=b[2]-b[0];h=b[3]-b[1];
    }else{
      const minSpan=.004;
      if(w<minSpan){const d=(minSpan-w)/2;b[0]-=d;b[2]+=d;}
      if(h<minSpan){const d=(minSpan-h)/2;b[1]-=d;b[3]+=d;}
      w=b[2]-b[0];h=b[3]-b[1];
    }
    if(w>18){const c=(b[0]+b[2])/2;b[0]=c-9;b[2]=c+9;}if(h>14){const c=(b[1]+b[3])/2;b[1]=c-7;b[3]=c+7;}
    b[0]=Math.max(-179.9,b[0]);b[2]=Math.min(179.9,b[2]);b[1]=Math.max(-80,b[1]);b[3]=Math.min(80,b[3]);return b;
  }
  function chooseTileZoom(b){
    const span=Math.max(Math.abs(b[2]-b[0]),Math.abs(b[3]-b[1]));
    const maxZ=span<.08?14:span<.35?12:9;
    for(let z=maxZ;z>=4;z--){const nx=Math.floor(lon2x(b[2],z))-Math.floor(lon2x(b[0],z))+1,ny=Math.floor(lat2y(b[1],z))-Math.floor(lat2y(b[3],z))+1;if(nx*ny<=16)return z;}return 4;
  }
  async function fetchImageData(url,signal){
    let image=null,revoke='';
    try{
      const r=await fetch(url,{mode:'cors',cache:'force-cache',signal});if(!r.ok)throw new Error('terrain tile HTTP '+r.status);
      const blob=await r.blob();if(typeof createImageBitmap==='function')image=await createImageBitmap(blob);else{revoke=URL.createObjectURL(blob);image=await new Promise((resolve,reject)=>{const img=new Image();img.onload=()=>resolve(img);img.onerror=()=>reject(new Error('terrain tile decode failed'));img.src=revoke;});}
    }catch(first){
      if(signal&&signal.aborted)throw first;
      image=await new Promise((resolve,reject)=>{const img=new Image();img.crossOrigin='anonymous';img.onload=()=>resolve(img);img.onerror=()=>reject(first);img.src=url;});
    }
    const c=document.createElement('canvas');c.width=image.width||image.naturalWidth;c.height=image.height||image.naturalHeight;const ctx=c.getContext('2d',{willReadFrequently:true});ctx.drawImage(image,0,0);let data;
    try{data=ctx.getImageData(0,0,c.width,c.height);}catch(_){throw new Error('terrain tile blocked by cross-origin policy');}
    image.close&&image.close();if(revoke)setTimeout(()=>{try{URL.revokeObjectURL(revoke)}catch(_){}},800);return {width:c.width,height:c.height,data:data.data};
  }
  const EARTHLINE_REGIONAL_TERRAIN_CACHE_16297=new Map();
  const EARTHLINE_REGIONAL_TERRAIN_INFLIGHT_16297=new Map();
  const EARTHLINE_REGIONAL_TERRAIN_CACHE_MAX_16297=72;
  function rememberRegionalTerrain16297(key,img){
    EARTHLINE_REGIONAL_TERRAIN_CACHE_16297.delete(key);
    EARTHLINE_REGIONAL_TERRAIN_CACHE_16297.set(key,img);
    while(EARTHLINE_REGIONAL_TERRAIN_CACHE_16297.size>EARTHLINE_REGIONAL_TERRAIN_CACHE_MAX_16297){
      const oldest=EARTHLINE_REGIONAL_TERRAIN_CACHE_16297.keys().next().value;
      EARTHLINE_REGIONAL_TERRAIN_CACHE_16297.delete(oldest);
    }
    return img;
  }
  async function fetchTerrainTile(z,x,y,signal){
    const key=String(z)+'/'+String(x)+'/'+String(y);
    if(EARTHLINE_REGIONAL_TERRAIN_CACHE_16297.has(key)){
      const cached=EARTHLINE_REGIONAL_TERRAIN_CACHE_16297.get(key);
      rememberRegionalTerrain16297(key,cached);
      return cached;
    }
    if(EARTHLINE_REGIONAL_TERRAIN_INFLIGHT_16297.has(key))return EARTHLINE_REGIONAL_TERRAIN_INFLIGHT_16297.get(key);
    const promise=(async()=>{
      const primary=TERRARIUM.replace('{z}',z).replace('{x}',x).replace('{y}',y);
      const alternate=TERRARIUM_ALT.replace('{z}',z).replace('{x}',x).replace('{y}',y);
      return await new Promise((resolve,reject)=>{
        let settled=false,alternateStarted=false,failures=0,last=null,stagger=0;
        const finishSuccess=img=>{
          if(settled)return;
          settled=true;
          if(stagger)clearTimeout(stagger);
          resolve(rememberRegionalTerrain16297(key,img));
        };
        const finishFailure=error=>{
          if(settled)return;
          last=error;failures++;
          if(signal&&signal.aborted){settled=true;if(stagger)clearTimeout(stagger);reject(error);return;}
          if(!alternateStarted)startAlternate();
          else if(failures>=2){settled=true;if(stagger)clearTimeout(stagger);reject(last||new Error('open terrain tile unavailable'));}
        };
        const startAlternate=()=>{
          if(settled||alternateStarted)return;
          alternateStarted=true;
          fetchImageData(alternate,signal).then(finishSuccess,finishFailure);
        };
        fetchImageData(primary,signal).then(finishSuccess,finishFailure);
        stagger=setTimeout(startAlternate,250);
      });
    })().finally(()=>EARTHLINE_REGIONAL_TERRAIN_INFLIGHT_16297.delete(key));
    EARTHLINE_REGIONAL_TERRAIN_INFLIGHT_16297.set(key,promise);
    return promise;
  }
  async function loadDEM(b,w=240,h=240,requestTimeoutMs=30000,timeoutLabel='open elevation'){
    const z=chooseTileZoom(b),x0=Math.floor(lon2x(b[0],z)),x1=Math.floor(lon2x(b[2],z)),y0=Math.floor(lat2y(b[3],z)),y1=Math.floor(lat2y(b[1],z));
    const timeoutMs16353=Math.max(250,Number(requestTimeoutMs)||30000);
    const ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(new Error(String(timeoutLabel||'open elevation')+' timed out')),timeoutMs16353),tiles=new Map(),jobs=[];
    const tileTotal16349=Math.max(1,(x1-x0+1)*(y1-y0+1));let tileDone16349=0;
    for(let y=y0;y<=y1;y++)for(let x=x0;x<=x1;x++){
      const xx=((x%Math.pow(2,z))+Math.pow(2,z))%Math.pow(2,z);
      jobs.push(fetchTerrainTile(z,xx,y,ctl.signal).then(img=>{
        tiles.set(xx+','+y,img);tileDone16349++;
        if(tileDone16349===1||tileDone16349===tileTotal16349||(tileDone16349&3)===0)noteRegionalProgress16347('LOADING ELEVATION · '+tileDone16349+'/'+tileTotal16349+' TILES');
      }));
    }
    try{await Promise.all(jobs);}
    catch(error){
      if(ctl.signal.aborted)throw (ctl.signal.reason instanceof Error?ctl.signal.reason:new Error(String(timeoutLabel||'open elevation')+' timed out'));
      throw error;
    }finally{clearTimeout(timer);}
    const elev=new Float32Array(w*h);let min=Infinity,max=-Infinity;
    for(let gy=0;gy<h;gy++){
      for(let gx=0;gx<w;gx++){
        const lon=b[0]+(b[2]-b[0])*(gx/(w-1)),lat=b[3]-(b[3]-b[1])*(gy/(h-1)),tx=lon2x(lon,z),ty=lat2y(lat,z),ix=Math.floor(tx),iy=Math.floor(ty),img=tiles.get((((ix%Math.pow(2,z))+Math.pow(2,z))%Math.pow(2,z))+','+iy);
        if(!img)throw new Error('terrain tile missing');const px=Math.max(0,Math.min(img.width-1,Math.floor((tx-ix)*img.width))),py=Math.max(0,Math.min(img.height-1,Math.floor((ty-iy)*img.height))),o=(py*img.width+px)*4;
        const v=img.data[o]*256+img.data[o+1]+img.data[o+2]/256-32768;elev[gy*w+gx]=v;if(v<min)min=v;if(v>max)max=v;
      }
      if((gy&7)===7)await wait(0);
    }
    return {elev,w,h,bounds:b,z,min,max,source:'Open Terrarium elevation tiles'};
  }
  function mapFallbackAbortError16353(signal,label){
    if(signal&&signal.aborted)return signal.reason instanceof Error?signal.reason:new Error(String(label||'Mapbox elevation fallback')+' timed out');
    return null;
  }
  function assertMapFallbackActive16353(signal,label){
    const error=mapFallbackAbortError16353(signal,label);if(error)throw error;
  }
  async function waitAbortable16353(ms,signal,label){
    assertMapFallbackActive16353(signal,label);
    await new Promise((resolve,reject)=>{
      let timer=0,done=false;
      const cleanup=()=>{if(timer)clearTimeout(timer);try{signal&&signal.removeEventListener('abort',onAbort);}catch(_){}};
      const finish=()=>{if(done)return;done=true;cleanup();resolve();};
      const onAbort=()=>{if(done)return;done=true;cleanup();reject(mapFallbackAbortError16353(signal,label)||new Error(String(label||'Mapbox elevation fallback')+' timed out'));};
      timer=setTimeout(finish,Math.max(0,Number(ms)||0));
      try{signal&&signal.addEventListener('abort',onAbort,{once:true});}catch(_){}
    });
    assertMapFallbackActive16353(signal,label);
  }
  async function waitForTerrainIdle(m,ms=14000,signal=null,label='Mapbox elevation fallback'){
    try{
      if(!m.getSource('earthline-dem'))m.addSource('earthline-dem',{type:'raster-dem',url:'mapbox://mapbox.terrain-rgb',tileSize:512,maxzoom:14});
      const terrain=typeof m.getTerrain==='function'?m.getTerrain():null;
      if(!terrain||terrain.source!=='earthline-dem')m.setTerrain({source:'earthline-dem',exaggeration:1});
    }catch(_){}
    assertMapFallbackActive16353(signal,label);
    await new Promise((resolve,reject)=>{
      let timer=0,done=false,idleHandler=null;
      const cleanup=()=>{
        if(timer)clearTimeout(timer);
        try{signal&&signal.removeEventListener('abort',onAbort);}catch(_){}
        try{idleHandler&&m&&typeof m.off==='function'&&m.off('idle',idleHandler);}catch(_){}
      };
      const finish=()=>{if(done)return;done=true;cleanup();resolve();};
      const onAbort=()=>{if(done)return;done=true;cleanup();reject(mapFallbackAbortError16353(signal,label)||new Error(String(label||'Mapbox elevation fallback')+' timed out'));};
      timer=setTimeout(finish,Math.max(0,Number(ms)||0));
      try{signal&&signal.addEventListener('abort',onAbort,{once:true});}catch(_){}
      try{
        if(m.loaded&&m.loaded())return finish();
        idleHandler=finish;
        if(m&&typeof m.once==='function')m.once('idle',idleHandler);else finish();
      }catch(_){finish();}
    });
    assertMapFallbackActive16353(signal,label);
  }
  async function loadDEMFromMap(b,w=180,h=180,signal=null,label='Mapbox elevation fallback',runToken=null){
    assertMapFallbackActive16353(signal,label);
    const m=await waitMap();
    assertMapFallbackActive16353(signal,label);
    if(!m||typeof m.queryTerrainElevation!=='function')throw new Error('Mapbox terrain query unavailable');
    await waitForTerrainIdle(m,12000,signal,label);
    assertMapFallbackActive16353(signal,label);
    noteRegionalProgress16347('LOADING ELEVATION · MAPBOX TERRAIN READY',runToken||activeRunToken);
    let best=null;
    for(let pass=0;pass<4;pass++){
      assertMapFallbackActive16353(signal,label);
      noteRegionalProgress16347('LOADING ELEVATION · MAPBOX PASS '+(pass+1)+'/4',runToken||activeRunToken);
      const elev=new Float32Array(w*h);let valid=0,min=Infinity,max=-Infinity;
      for(let gy=0;gy<h;gy++){
        for(let gx=0;gx<w;gx++){
          const lng=b[0]+(b[2]-b[0])*(gx/(w-1)),lat=b[3]-(b[3]-b[1])*(gy/(h-1));
          let v=null;try{v=m.queryTerrainElevation({lng,lat},{exaggerated:false});}catch(_){}
          const i=gy*w+gx;
          if(Number.isFinite(Number(v))){v=Number(v);elev[i]=v;valid++;if(v<min)min=v;if(v>max)max=v;}else elev[i]=NaN;
        }
        if((gy&3)===3){
          assertMapFallbackActive16353(signal,label);
          if((gy&15)===15)noteRegionalProgress16347('LOADING ELEVATION · MAPBOX PASS '+(pass+1)+'/4 · '+Math.min(h,gy+1)+'/'+h+' ROWS',runToken||activeRunToken);
          await waitAbortable16353(0,signal,label);
        }
      }
      assertMapFallbackActive16353(signal,label);
      if(!best||valid>best.valid)best={elev,w,h,bounds:b,z:n(m.getZoom&&m.getZoom(),0),min,max,valid};
      noteRegionalProgress16347('LOADING ELEVATION · MAPBOX PASS '+(pass+1)+'/4 · '+Math.round(valid/(w*h)*100)+'% COVERAGE',runToken||activeRunToken);
      if(valid>=w*h*.90){
        // Fill any isolated gaps from neighboring valid cells.
        for(let y=0;y<h;y++)for(let x=0;x<w;x++){const i=y*w+x;if(Number.isFinite(elev[i]))continue;let sum=0,c=0;for(let dy=-1;dy<=1;dy++)for(let dx=-1;dx<=1;dx++){const xx=x+dx,yy=y+dy;if(xx<0||yy<0||xx>=w||yy>=h)continue;const v=elev[yy*w+xx];if(Number.isFinite(v)){sum+=v;c++;}}elev[i]=c?sum/c:(min+max)/2;}
        return {elev,w,h,bounds:b,z:n(m.getZoom&&m.getZoom(),0),min,max,source:'Mapbox Terrain-RGB'};
      }
      if(pass<3)await waitAbortable16353(1300+pass*500,signal,label);
    }
    assertMapFallbackActive16353(signal,label);
    throw new Error('Mapbox terrain coverage incomplete ('+Math.round((best&&best.valid||0)/(w*h)*100)+'%)');
  }
  class Heap{constructor(){this.a=[];}push(o){const a=this.a;a.push(o);let i=a.length-1;while(i){const p=(i-1)>>1;if(a[p].z<=o.z)break;a[i]=a[p];i=p;}a[i]=o;}pop(){const a=this.a;if(!a.length)return null;const root=a[0],last=a.pop();if(a.length){let i=0;while(true){let l=i*2+1,r=l+1;if(l>=a.length)break;let c=r<a.length&&a[r].z<a[l].z?r:l;if(a[c].z>=last.z)break;a[i]=a[c];i=c;}a[i]=last;}return root;}get length(){return this.a.length;}}
  async function hydrology(dem,validityMask16584=null){
    const {elev,w,h,bounds:b}=dem,N=w*h;
    const valid16584=(validityMask16584&&validityMask16584.length===N)?validityMask16584:null;
    const terrainElev16584=new Float32Array(elev),filled=new Float32Array(elev),seen=new Uint8Array(N),heap=new Heap();
    if(valid16584)for(let i=0;i<N;i++)if(!valid16584[i]){terrainElev16584[i]=NaN;filled[i]=0;seen[i]=1;}
    function add(i){if(i<0||i>=N||seen[i]||(valid16584&&!valid16584[i]))return;seen[i]=1;heap.push({i,z:filled[i]});}
    const dirs=[[-1,-1],[0,-1],[1,-1],[-1,0],[1,0],[-1,1],[0,1],[1,1]];
    if(valid16584){
      for(let y=0;y<h;y++)for(let x=0;x<w;x++){
        const i=y*w+x;if(!valid16584[i])continue;
        let outlet=x===0||y===0||x===w-1||y===h-1;
        if(!outlet)for(const [dx,dy] of dirs){
          const xx=x+dx,yy=y+dy;if(xx<0||yy<0||xx>=w||yy>=h){outlet=true;break;}
          if(!valid16584[yy*w+xx]){outlet=true;break;}
        }
        if(outlet)add(i);
      }
    }else{
      for(let x=0;x<w;x++){add(x);add((h-1)*w+x);}
      for(let y=1;y<h-1;y++){add(y*w);add(y*w+w-1);}
    }
    let heapSteps16245=0;
    while(heap.length){
      const p=heap.pop(),x=p.i%w,y=(p.i/w)|0;
      for(const [dx,dy] of dirs){
        const xx=x+dx,yy=y+dy;if(xx<0||yy<0||xx>=w||yy>=h)continue;
        const j=yy*w+xx;if(seen[j]||(valid16584&&!valid16584[j]))continue;
        seen[j]=1;if(filled[j]<=p.z)filled[j]=p.z+0.01;heap.push({i:j,z:filled[j]});
      }
      if((++heapSteps16245&1023)===0){
        if((heapSteps16245&8191)===0)noteRegionalProgress16347('DERIVING WATER PATHS + BIOSWALES · PIT FILL');
        await wait(0);
      }
    }
    const mid=(b[1]+b[3])/2,cellX=(b[2]-b[0])*111320*Math.cos(mid*Math.PI/180)/(w-1),
          cellY=(b[3]-b[1])*111320/(h-1),to=new Int32Array(N);to.fill(-1);
    const slope=new Float32Array(N);if(valid16584)slope.fill(NaN);
    for(let y=1;y<h-1;y++){
      for(let x=1;x<w-1;x++){
        const i=y*w+x;if(valid16584&&!valid16584[i])continue;
        let best=-1,bestDrop=0;
        for(const [dx,dy] of dirs){
          const j=(y+dy)*w+(x+dx);if(valid16584&&!valid16584[j])continue;
          const dist=Math.hypot(dx*cellX,dy*cellY),drop=(filled[i]-filled[j])/dist;
          if(drop>bestDrop){bestDrop=drop;best=j;}
        }
        to[i]=best;slope[i]=bestDrop*100;
      }
      if((y&7)===7){
        if((y&31)===31)noteRegionalProgress16347('DERIVING WATER PATHS + BIOSWALES · FLOW DIRECTIONS');
        await wait(0);
      }
    }
    const order=[];
    for(let i=0;i<N;i++)if(!valid16584||valid16584[i])order.push(i);
    order.sort((a,c)=>filled[c]-filled[a]);
    const acc=new Float32Array(N);
    if(valid16584){acc.fill(NaN);for(const i of order)acc[i]=1;}else acc.fill(1);
    for(let oi=0;oi<order.length;oi++){
      const i=order[oi],j=to[i];
      if(j>=0&&(!valid16584||valid16584[j]))acc[j]+=acc[i];
      if((oi&4095)===4095){
        noteRegionalProgress16347('DERIVING WATER PATHS + BIOSWALES · FLOW ACCUMULATION');
        await wait(0);
      }
    }
    return {filled,to,slope,acc,cellX,cellY,w,h,bounds:b,elev:terrainElev16584,validityMask16584:valid16584};
  }
  function regionalRechargeModel16492(hy,loc){
    if(!hy||!hy.slope||!hy.acc||!hy.acc.length)return null;
    const clamp16492=v=>Math.max(0,Math.min(1,Number(v)||0));
    let maxAcc=1;for(let i=0;i<hy.acc.length;i++)if(Number.isFinite(Number(hy.acc[i])))maxAcc=Math.max(maxAcc,Number(hy.acc[i]));
    const logMax=Math.log(maxAcc+1)||1,precip=Number(loc&&loc.precipIn||30),need=clamp16492((45-precip)/40),mult=.82+need*.33;
    let n=0,total=0,slopeComponent=0,flowComponent=0;
    for(let i=0;i<hy.acc.length;i++){
      const sp=Number(hy.slope[i]),ac=Number(hy.acc[i]);if(!Number.isFinite(sp)||!Number.isFinite(ac))continue;
      const sl=clamp16492(1-sp/12),fa=clamp16492(Math.log(ac+1)/logMax);
      const base=.45*.30+.55*.20+sl*.18+fa*.17+.15*.5;
      total+=clamp16492(base*mult);slopeComponent+=sl;flowComponent+=fa;n++;
    }
    if(!n)return null;
    return {score:Math.round(total/n*100),rainfallIn:precip,mode:'regional-model-fallback',components:{aquifer:45,soil:55,slope:Math.round(slopeComponent/n*100),flow:Math.round(flowComponent/n*100)},weights:{aquifer:.30,soil:.20,slope:.18,flow:.17,climate:.15},climate:{need:Number(need.toFixed(4)),multiplier:Number(mult.toFixed(4)),baseTerm:50},basis:'Existing Earthline recharge formula applied to the already-computed Regional slope/flow grid; aquifer permeability and soil infiltration remain model fallback at Regional screening scale.'};
  }
  function percentile(arr,p){const v=[];for(let i=0;i<arr.length;i++)if(Number.isFinite(arr[i]))v.push(arr[i]);v.sort((a,b)=>a-b);return v[Math.max(0,Math.min(v.length-1,Math.floor((v.length-1)*p)))]||0;}
  function gridLL(hy,x,y){const b=hy.bounds;return [b[0]+(b[2]-b[0])*(x/(hy.w-1)),b[3]-(b[3]-b[1])*(y/(hy.h-1))];}
  function llGrid(hy,ll){
    const b=hy.bounds;return {x:Math.max(0,Math.min(hy.w-1,(ll[0]-b[0])/(b[2]-b[0])*(hy.w-1))),y:Math.max(0,Math.min(hy.h-1,(b[3]-ll[1])/(b[3]-b[1])*(hy.h-1)))};
  }
  function cleanLine(coords){
    const out=[];for(const p of coords||[]){if(!p||!Number.isFinite(p[0])||!Number.isFinite(p[1]))continue;const q=out[out.length-1];if(!q||Math.abs(q[0]-p[0])>1e-10||Math.abs(q[1]-p[1])>1e-10)out.push([p[0],p[1]]);}return out;
  }
  function chaikin(coords,iterations=2,closed=false){
    let pts=cleanLine(coords);if(pts.length<4)return pts;
    const wasClosed=closed||(Math.abs(pts[0][0]-pts[pts.length-1][0])<1e-9&&Math.abs(pts[0][1]-pts[pts.length-1][1])<1e-9);
    if(wasClosed)pts=pts.slice(0,-1);
    for(let k=0;k<iterations;k++){
      const next=[];if(!wasClosed)next.push(pts[0]);
      const count=wasClosed?pts.length:pts.length-1;
      for(let i=0;i<count;i++){
        const a=pts[i],b=pts[(i+1)%pts.length];
        next.push([a[0]*.75+b[0]*.25,a[1]*.75+b[1]*.25],[a[0]*.25+b[0]*.75,a[1]*.25+b[1]*.75]);
      }
      if(!wasClosed)next.push(pts[pts.length-1]);pts=next;
    }
    if(wasClosed&&pts.length)pts.push(pts[0].slice());return cleanLine(pts);
  }
  function lineLengthPixels(hy,coords){
    let d=0,last=null;for(const ll of coords||[]){const p=llGrid(hy,ll);if(last)d+=Math.hypot(p.x-last.x,p.y-last.y);last=p;}return d;
  }
  function flowBearing(a,b){
    const p1=a[1]*Math.PI/180,p2=b[1]*Math.PI/180,dl=(b[0]-a[0])*Math.PI/180;
    const y=Math.sin(dl)*Math.cos(p2),x=Math.cos(p1)*Math.sin(p2)-Math.sin(p1)*Math.cos(p2)*Math.cos(dl);
    return (Math.atan2(y,x)*180/Math.PI+360)%360;
  }

  function earthlineRegionalPointValid16584(hy16584,ll16584){
    if(!hy16584||!hy16584.validityMask16584)return true;
    const g16584=llGrid(hy16584,ll16584),
          x16584=Math.max(0,Math.min(hy16584.w-1,Math.round(g16584.x))),
          y16584=Math.max(0,Math.min(hy16584.h-1,Math.round(g16584.y)));
    return !!hy16584.validityMask16584[y16584*hy16584.w+x16584];
  }
  function earthlineRegionalSegmentValid16584(hy16584,a16584,b16584){
    if(!hy16584||!hy16584.validityMask16584)return true;
    const ga16584=llGrid(hy16584,a16584),gb16584=llGrid(hy16584,b16584),
          steps16584=Math.max(2,Math.ceil(Math.hypot(gb16584.x-ga16584.x,gb16584.y-ga16584.y)*4));
    for(let s16584=0;s16584<=steps16584;s16584++){
      const t16584=s16584/steps16584,
            p16584=[a16584[0]+(b16584[0]-a16584[0])*t16584,a16584[1]+(b16584[1]-a16584[1])*t16584];
      if(!earthlineRegionalPointValid16584(hy16584,p16584))return false;
    }
    return true;
  }
  function earthlineRegionalSmoothFlow16584(hy16584,raw16584){
    const base16584=cleanLine(raw16584);if(base16584.length<2)return [];
    const smooth16584=chaikin(base16584,2,false);
    let safe16584=smooth16584.length>=2;
    if(safe16584){
      for(let i16584=0;i16584<smooth16584.length;i16584++){
        if(!earthlineRegionalPointValid16584(hy16584,smooth16584[i16584])){safe16584=false;break;}
        if(i16584>0&&!earthlineRegionalSegmentValid16584(hy16584,smooth16584[i16584-1],smooth16584[i16584])){safe16584=false;break;}
      }
    }
    return safe16584?smooth16584:base16584;
  }

  function makeFlows(hy){
    const N=hy.acc.length,th=percentile(hy.acc,0.84),channel=new Uint8Array(N),upstream=new Uint16Array(N);
    for(let i=0;i<N;i++)if(hy.acc[i]>=th&&hy.to[i]>=0)channel[i]=1;
    for(let i=0;i<N;i++){const j=hy.to[i];if(channel[i]&&j>=0&&channel[j])upstream[j]++;}
    const seeds=[];for(let i=0;i<N;i++)if(channel[i]&&upstream[i]===0)seeds.push(i);
    seeds.sort((a,b)=>hy.acc[b]-hy.acc[a]);
    const features=[],usedEdges=new Set();let lineCount=0;
    function trace(seed){
      let i=seed,raw=[],guard=0,maxAcc=hy.acc[seed];
      while(i>=0&&guard++<hy.w*8){
        const x=i%hy.w,y=(i/hy.w)|0;raw.push(gridLL(hy,x,y));maxAcc=Math.max(maxAcc,hy.acc[i]);
        const j=hy.to[i];if(j<0||j===i)break;const edge=i+'>'+j;
        if(usedEdges.has(edge)){raw.push(gridLL(hy,j%hy.w,(j/hy.w)|0));break;}
        usedEdges.add(edge);i=j;
      }
      if(raw.length<5)return false;
      const coords=earthlineRegionalSmoothFlow16584(hy,raw);if(coords.length<8)return false;
      const rank=Math.min(1,Math.log1p(maxAcc)/Math.log1p(hy.w*hy.h));
      features.push({type:'Feature',properties:{feature_type:'flow',rank,downstream:1},geometry:{type:'LineString',coordinates:coords}});lineCount++;
      const desired=Math.max(3,Math.min(12,Math.floor(coords.length/14))),stride=(coords.length-1)/(desired+1);
      for(let a=1;a<=desired;a++){
        const pos=Math.max(2,Math.min(coords.length-3,Math.round(stride*a))),bearing=flowBearing(coords[pos-2],coords[pos+2]);
        features.push({type:'Feature',properties:{feature_type:'flow-arrow',rank,bearing,rotation:(bearing+270)%360},geometry:{type:'Point',coordinates:coords[pos]}});
      }
      return true;
    }
    for(const seed of seeds){if(lineCount>=230)break;trace(seed);}
    if(lineCount<55){
      const extra=[];for(let i=0;i<N;i++)if(channel[i])extra.push(i);extra.sort((a,b)=>hy.acc[b]-hy.acc[a]);
      for(const seed of extra){if(lineCount>=180)break;const j=hy.to[seed];if(j<0||usedEdges.has(seed+'>'+j))continue;trace(seed);}
    }
    return {type:'FeatureCollection',features};
  }
  function niceInterval(range,target=15){
    const raw=Math.max(1,range/Math.max(4,target)),p=Math.pow(10,Math.floor(Math.log10(raw))),m=raw/p;
    return (m<=1?1:m<=2?2:m<=5?5:10)*p;
  }
  function stitchContourSegments(segments){
    const used=new Uint8Array(segments.length),adj=new Map(),factor=100000;
    const key=p=>Math.round(p[0]*factor)+','+Math.round(p[1]*factor);
    function add(k,i){let a=adj.get(k);if(!a)adj.set(k,a=[]);a.push(i);}
    segments.forEach((s,i)=>{add(key(s[0]),i);add(key(s[1]),i);});
    const paths=[];
    function walk(startKey,startIndex){
      let currentKey=startKey,index=startIndex,guard=0,path=[];
      while(index!=null&&!used[index]&&guard++<segments.length+8){
        used[index]=1;const s=segments[index],forward=key(s[0])===currentKey,from=forward?s[0]:s[1],to=forward?s[1]:s[0];
        if(!path.length)path.push(from);path.push(to);currentKey=key(to);
        const next=(adj.get(currentKey)||[]).find(i=>!used[i]);index=next==null?null:next;
      }
      if(path.length>=4)paths.push(path);
    }
    for(const [k,list] of adj)if(list.length===1&&!used[list[0]])walk(k,list[0]);
    for(let i=0;i<segments.length;i++)if(!used[i])walk(key(segments[i][0]),i);
    return paths;
  }
  async function makeContours(hy){
    const min=percentile(hy.elev,0.02),max=percentile(hy.elev,0.98),range=Math.max(1,max-min),step=niceInterval(range,20),levels=[];
    for(let l=Math.ceil(min/step)*step;l<=max+step*.001;l+=step)levels.push(l);
    const features=[],majorEvery=levels.length>20?4:3,labelEvery=2;let labelCount=0;
    function interp(a,b,l){const d=b-a;return Math.abs(d)<1e-9?.5:Math.max(0,Math.min(1,(l-a)/d));}
    for(let li=0;li<levels.length;li++){
      const level=levels[li],major=(li%majorEvery===0)?1:0,labelable=(li%labelEvery===0)?1:0,segments=[];
      for(let y=0;y<hy.h-1;y++)for(let x=0;x<hy.w-1;x++){
        if(hy.validityMask16584){
          const i016584=y*hy.w+x,i116584=i016584+1,i316584=(y+1)*hy.w+x,i216584=i316584+1;
          if(!hy.validityMask16584[i016584]||!hy.validityMask16584[i116584]||!hy.validityMask16584[i216584]||!hy.validityMask16584[i316584])continue;
        }
        const a=hy.elev[y*hy.w+x],bb=hy.elev[y*hy.w+x+1],c=hy.elev[(y+1)*hy.w+x+1],d=hy.elev[(y+1)*hy.w+x],pts=[];
        if((a<level)!=(bb<level))pts.push([x+interp(a,bb,level),y]);
        if((bb<level)!=(c<level))pts.push([x+1,y+interp(bb,c,level)]);
        if((c<level)!=(d<level))pts.push([x+1-interp(c,d,level),y+1]);
        if((d<level)!=(a<level))pts.push([x,y+1-interp(d,a,level)]);
        if(pts.length===2)segments.push([pts[0],pts[1]]);
        else if(pts.length===4){const center=(a+bb+c+d)/4;if(center<level){segments.push([pts[0],pts[3]],[pts[1],pts[2]]);}else{segments.push([pts[0],pts[1]],[pts[2],pts[3]]);}}
      }
      const paths=stitchContourSegments(segments);
      for(const path of paths){
        if(path.length<5)continue;const raw=path.map(p=>gridLL(hy,p[0],p[1])),closed=Math.abs(path[0][0]-path[path.length-1][0])<.001&&Math.abs(path[0][1]-path[path.length-1][1])<.001,coords=chaikin(raw,2,closed);
        if(coords.length<10||lineLengthPixels(hy,coords)<5)continue;
        features.push({type:'Feature',properties:{feature_type:'contour',elev_m:Math.round(level),major,labelable,label:Math.round(level)+' m'},geometry:{type:'LineString',coordinates:coords}});
        if(labelable&&labelCount<84){
          const positions=coords.length>80?[.25,.50,.75]:[.5];
          for(const frac of positions){if(labelCount>=84)break;const p=coords[Math.max(1,Math.min(coords.length-2,Math.floor((coords.length-1)*frac)))];features.push({type:'Feature',properties:{feature_type:'contour-label',elev_m:Math.round(level),major,label:Math.round(level)+' m'},geometry:{type:'Point',coordinates:p}});labelCount++;}
        }
      }
      noteRegionalProgress16347('DERIVING WATER PATHS + BIOSWALES · CONTOURS '+(li+1)+'/'+levels.length);
      await wait(0);
    }
    return {type:'FeatureCollection',features};
  }
  function makeSwales(hy,contours,focusMode=false){
    const lines=(contours&&contours.features||[]).filter(f=>f&&f.properties&&f.properties.feature_type==='contour'&&f.geometry&&f.geometry.type==='LineString');
    const channel=percentile(hy.acc,.972),accLow=percentile(hy.acc,.22),accMid=percentile(hy.acc,.72),accHigh=percentile(hy.acc,.91),candidates=[];
    function sampleSegment(coords,center,relaxed){
      const half=Math.max(10,Math.min(52,Math.floor(coords.length*.18))),start=Math.max(0,center-half),end=Math.min(coords.length,center+half+1);
      const raw=coords.slice(start,end);if(raw.length<10)return null;
      const segment=chaikin(raw,2,false);if(segment.length<10||lineLengthPixels(hy,segment)<10)return null;
      const stride=Math.max(1,Math.floor(segment.length/22));let valid=0,sumSlope=0,sumAcc=0,maxAcc=0,anchor=null;
      for(let k=1;k<segment.length-1;k+=stride){
        const g=llGrid(hy,segment[k]),x=Math.max(1,Math.min(hy.w-2,Math.round(g.x))),y=Math.max(1,Math.min(hy.h-2,Math.round(g.y))),i=y*hy.w+x;
        const slope=hy.slope[i],acc=hy.acc[i],minSlope=relaxed?.05:.20,maxSlope=relaxed?18:13.5;
        if(!Number.isFinite(slope)||slope<minSlope||slope>maxSlope||acc>=channel)continue;
        valid++;sumSlope+=slope;sumAcc+=acc;maxAcc=Math.max(maxAcc,acc);if(!anchor)anchor={x,y};
      }
      if(valid<(relaxed?1:2)||!anchor)return null;
      const meanSlope=sumSlope/valid,meanAcc=sumAcc/valid;
      const slopeScore=Math.max(0,1-Math.abs(meanSlope-3.4)/(relaxed?12:7.5));
      const flowScore=meanAcc<=accLow?.18:meanAcc<=accMid?.18+.70*(meanAcc-accLow)/Math.max(1,accMid-accLow):Math.max(.18,.88-.48*(meanAcc-accMid)/Math.max(1,accHigh-accMid));
      const lengthScore=Math.min(1,lineLengthPixels(hy,segment)/85);
      return {segment,x:anchor.x,y:anchor.y,slope:meanSlope,acc:meanAcc,maxAcc,score:slopeScore*.56+flowScore*.28+lengthScore*.16,confidence:relaxed?'screening':'preferred'};
    }
    for(const f of lines){
      const coords=f.geometry.coordinates;if(coords.length<16)continue;
      const fractions=coords.length>110?[.18,.36,.54,.72,.86]:coords.length>55?[.26,.52,.78]:[.38,.68];
      for(const frac of fractions){const c=sampleSegment(coords,Math.max(3,Math.min(coords.length-4,Math.round((coords.length-1)*frac))),false);if(c)candidates.push(c);}
    }
    if(candidates.length<36){
      for(const f of lines){const coords=f.geometry.coordinates;if(coords.length<12)continue;for(const frac of [.28,.56,.82]){const c=sampleSegment(coords,Math.max(3,Math.min(coords.length-4,Math.round((coords.length-1)*frac))),true);if(c)candidates.push(c);}}
    }
    candidates.sort((a,b)=>b.score-a.score);
    const chosen=[],primarySpacing=Math.max(6,Math.round(hy.w/31));
    for(const c of candidates){
      if(chosen.length>=52)break;
      const spacing=chosen.length<20?primarySpacing:Math.max(4,Math.round(primarySpacing*.72));
      if(chosen.some(p=>Math.hypot(p.x-c.x,p.y-c.y)<spacing))continue;
      chosen.push(c);
    }
    // Fail visibly rather than silently: use the best remaining terrain-derived contour segments when strict thinning produced too few.
    if(chosen.length<14){for(const c of candidates){if(chosen.length>=24)break;if(chosen.includes(c))continue;if(chosen.some(p=>Math.hypot(p.x-c.x,p.y-c.y)<4))continue;chosen.push(c);}}
    const contourToleranceM16166=5.0;
    function contourAudit16166(candidate){
      const values=[],coords=candidate&&candidate.segment||[],stride=Math.max(1,Math.floor(coords.length/28));
      for(let i=0;i<coords.length;i+=stride){
        const g=llGrid(hy,coords[i]),x=Math.max(0,Math.min(hy.w-1,Math.round(g.x))),y=Math.max(0,Math.min(hy.h-1,Math.round(g.y))),v=Number(hy.elev[y*hy.w+x]);
        if(Number.isFinite(v))values.push(v);
      }
      if(coords.length&&values.length<2){
        for(const p of [coords[0],coords[coords.length-1]]){const g=llGrid(hy,p),x=Math.max(0,Math.min(hy.w-1,Math.round(g.x))),y=Math.max(0,Math.min(hy.h-1,Math.round(g.y))),v=Number(hy.elev[y*hy.w+x]);if(Number.isFinite(v))values.push(v);}
      }
      const min=values.length?Math.min(...values):Infinity,max=values.length?Math.max(...values):-Infinity;
      const relief=values.length?max-min:Infinity,endDrop=values.length>1?Math.abs(values[values.length-1]-values[0]):Infinity;
      return {reliefM:relief,endDropM:endDrop,valid:Number.isFinite(relief)&&relief<=contourToleranceM16166&&endDrop<=contourToleranceM16166};
    }
    const auditedCandidates=chosen.map(c=>Object.assign(c,{contourAudit16166:contourAudit16166(c)}));
    /* BUILD-CHECK-16167: the 5 m longitudinal gate is a focus-screening gate.
       Applying that tolerance to Vermont's coarse regional DEM rejected every
       regional corridor because nearest-cell sampling can vary by more than 5 m.
       Regional corridors remain indicative and carry the audit values, but are
       not silently erased by a property/focus-scale tolerance. */
    const acceptedChosen=focusMode?auditedCandidates.filter(c=>c.contourAudit16166.valid):auditedCandidates;
    const contourAudit={
      build:'EARTHLINE 16167',tier:focusMode?'focus':'regional',enforced:!!focusMode,
      evaluated:chosen.length,accepted:acceptedChosen.length,rejected:chosen.length-acceptedChosen.length,
      toleranceM:contourToleranceM16166,
      maxAcceptedReliefM:acceptedChosen.length?Math.max(...acceptedChosen.map(c=>Number(c.contourAudit16166.reliefM)||0)):0,
      rule:focusMode?'focus corridors must remain within 5 m longitudinal relief and 5 m end-to-end elevation change':'regional corridors retain modeled contour geometry; the 5 m focus tolerance is recorded but not enforced at regional DEM scale',
      at:new Date().toISOString()
    };
    window.EARTHLINE_CONTOUR_VALIDITY_AUDIT_16167=contourAudit;
    window.EARTHLINE_CONTOUR_VALIDITY_AUDIT_16166=contourAudit;
    const features=[],total=Math.max(1,acceptedChosen.length);
    const gradeACount=Math.max(3,Math.ceil(total*.16));
    const gradeBEnd=Math.max(gradeACount+4,Math.ceil(total*.48));
    for(let index=0;index<acceptedChosen.length;index++){
      const c=acceptedChosen[index],rank=index+1,score=Math.max(0,Math.min(100,Math.round(c.score*100)));
      const grade=index<gradeACount?'A':index<gradeBEnd?'B':'C';
      const gradeLabel=grade==='A'?'BEST':grade==='B'?'STRONG':'GENERAL';
      const slopeFit=Math.max(0,Math.min(100,Math.round(100-Math.abs(c.slope-3.4)*9)));
      const relief=Number(c.contourAudit16166.reliefM),drop=Number(c.contourAudit16166.endDropM);
      features.push({type:'Feature',properties:{
        feature_type:'swale-opportunity',
        grade,rank,score,
        grade_label:gradeLabel,
        slope_pct:Number(c.slope.toFixed(1)),
        slope_fit_score:slopeFit,
        confidence:c.confidence,
        contour_valid:focusMode?true:null,
        contour_validation_class:focusMode?'focus-screening-validated':'regional-screening-not-enforced',
        contour_tolerance_m:contourToleranceM16166,
        longitudinal_relief_m:Number.isFinite(relief)?Number(relief.toFixed(2)):null,
        end_to_end_drop_m:Number.isFinite(drop)?Number(drop.toFixed(2)):null,
        label:grade+rank+' — '+gradeLabel+' '+(focusMode?'FOCUS':'REGIONAL')+' BIOSWALE OPPORTUNITY',
        screening:focusMode?'Earthline focus corridor derived from a modeled contour; longitudinal relief and end-to-end elevation change are each limited to 5 m. Field and bare-earth verification remain required.':'Earthline regional opportunity corridor derived from modeled contour geometry. The 5 m focus tolerance is not enforced against coarse regional DEM cells; a focus or property run is required before placement.'
      },geometry:{type:'LineString',coordinates:c.segment}});
    }
    const generationAudit={
      build:'EARTHLINE 16167',tier:focusMode?'focus':'regional',candidates:candidates.length,
      chosenBeforeTierGate:chosen.length,publishedFeatures:features.length,
      focusContourGateEnforced:!!focusMode,focusContourGateRejected:chosen.length-acceptedChosen.length,
      nullReason:features.length?'corridors published':(candidates.length?'all candidates rejected by the active tier gate':'no terrain-derived contour segments met slope, flow and spacing criteria'),
      at:new Date().toISOString()
    };
    window.EARTHLINE_SWALE_GENERATION_AUDIT_16167=generationAudit;
    return {type:'FeatureCollection',features};
  }
  function jsonp(url,params,ms=22000){
    return new Promise((resolve,reject)=>{
      const cb='__earthlineJsonp15970_'+Date.now()+'_'+Math.random().toString(36).slice(2),script=document.createElement('script');
      const cleanup=()=>{try{delete window[cb];}catch(_){window[cb]=undefined;}script.remove();clearTimeout(timer);};
      const timer=setTimeout(()=>{cleanup();reject(new Error('JSONP request timed out'));},ms);
      window[cb]=data=>{cleanup();resolve(data);};
      const p=new URLSearchParams(params||{});p.set('callback',cb);p.set('f','json');
      script.async=true;script.onerror=()=>{cleanup();reject(new Error('JSONP request failed'));};
      script.src=url+'?'+p.toString();document.head.appendChild(script);
    });
  }
  function esriPolygonToGeoJSON(feature){
    const g=feature&&feature.geometry,attrs=feature&&feature.attributes||{};if(!g||!Array.isArray(g.rings))return null;
    const polys=g.rings.filter(r=>Array.isArray(r)&&r.length>=4).map(r=>[r.map(p=>[Number(p[0]),Number(p[1])])]);
    if(!polys.length)return null;
    return {type:'Feature',properties:attrs,geometry:polys.length===1?{type:'Polygon',coordinates:polys[0]}:{type:'MultiPolygon',coordinates:polys}};
  }
  function esriSetToGeoJSON(data){
    const features=(data&&data.features||[]).map(esriPolygonToGeoJSON).filter(Boolean);
    return {type:'FeatureCollection',features};
  }
  async function loadWatersheds(b,runToken){
    const base={where:'1=1',geometry:b.join(','),geometryType:'esriGeometryEnvelope',inSR:'4326',spatialRel:'esriSpatialRelIntersects',outFields:'HYBAS_ID,Shape__Area,Shape__Length',returnGeometry:'true',outSR:'4326',resultRecordCount:'2000'};
    const ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),7000);
    let geo=null,firstError=null;
    try{
      try{
        const p=new URLSearchParams(Object.assign({},base,{f:'geojson'}));
        const r=await fetch(HYDRO+'?'+p.toString(),{mode:'cors',cache:'no-store',signal:ctl.signal});
        if(!r.ok)throw new Error('HydroBASINS HTTP '+r.status);
        const j=await r.json();if(j.error)throw new Error(j.error.message||'HydroBASINS error');
        if(j&&Array.isArray(j.features)&&j.features.length)geo=j;else throw new Error('no HydroBASINS polygons returned');
      }catch(err){
        firstError=err;
        const j=await jsonp(HYDRO,base,7000);if(j&&j.error)throw new Error(j.error.message||'HydroBASINS JSONP error');
        geo=esriSetToGeoJSON(j);if(!geo.features.length)throw firstError||new Error('no HydroBASINS polygons returned');
      }
      if(!guardedSetGeo(runToken,map(),IDS.basin,geo,'hydrobasins-temporary-mirror'))return 0;return geo.features.length;
    }finally{clearTimeout(timer);}
  }
  function bboxIntersectsContiguousUS(b){
    return Array.isArray(b)&&b.length===4&&!(b[2]<-125.1||b[0]>-66.2||b[3]<24.0||b[1]>50.2);
  }
  function normalizeUSGSKarst(geo){
    const features=(geo&&geo.features||[]).filter(f=>f&&f.geometry).map(f=>{
      const p=Object.assign({},f.properties||{});
      const kind=clean(p.NPS_Type||p.K_TYPE||p.AGI_Type||'Carbonate');
      const description=clean(p.USGS_Desc1||p.DESCRIPT||p.Type_Desc||p.AGI_Desc||'Mapped carbonate/karst groundwater terrain');
      p.name=(kind?kind+' karst groundwater context':'Karst groundwater context');
      p.source='USGS Open-File Report 2004-1352';
      p.boundary_class='national/regional guidance — not a parcel boundary';
      p.description=description;
      return {type:'Feature',properties:p,geometry:f.geometry};
    });
    return {type:'FeatureCollection',features};
  }
  async function loadUSGSKarstAquifers(b,runToken){
    const span=Math.max(Math.abs(b[2]-b[0]),Math.abs(b[3]-b[1]));
    const params={where:"NPS_Type='Carbonate'",geometry:b.join(','),geometryType:'esriGeometryEnvelope',inSR:'4326',spatialRel:'esriSpatialRelIntersects',outFields:'K_TYPE,DESCRIPT,AGI_Type,AGI_Desc,USGS_Desc1,USGS_Desc2,NPS_Type,Type_Desc',returnGeometry:'true',outSR:'4326',maxAllowableOffset:String(span>5?.01:span>2?.004:.001),geometryPrecision:'5',resultRecordCount:'2000'};
    let raw=null,transport='fetch';
    const ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),7000);
    try{
      try{
        const p=new URLSearchParams(Object.assign({},params,{f:'geojson'}));
        const r=await fetch(USGS_KARST+'?'+p.toString(),{mode:'cors',cache:'force-cache',signal:ctl.signal});
        if(!r.ok)throw new Error('USGS karst HTTP '+r.status);
        const j=await r.json();if(j&&j.error)throw new Error(j.error.message||'USGS karst service error');
        raw=j;
      }catch(fetchError){
        transport='jsonp';
        const j=await jsonp(USGS_KARST,params,7000);
        if(j&&j.error)throw new Error(j.error.message||'USGS karst JSONP error');
        raw=esriSetToGeoJSON(j);
      }
      const geo=normalizeUSGSKarst(raw);
      if(!geo.features.length)throw new Error('USGS carbonate/karst layer returned no mapped area for this view');
      if(!guardedSetGeo(runToken,map(),IDS.aquifer,geo,'usgs-karst-regional-context'))return 0;
      regionalAquiferSource='USGS Open-File Report 2004-1352 carbonate/karst groundwater context';
      regionalAquiferBoundaryClass='national/regional guidance — not a parcel boundary';
      window.EARTHLINE_REGIONAL_AQUIFER_AUDIT_16126={source:regionalAquiferSource,bounds:b,features:geo.features.length,transport,boundaryClass:regionalAquiferBoundaryClass,loadedAt:new Date().toISOString()};
      return geo.features.length;
    }finally{clearTimeout(timer);}
  }
  async function loadIGRACAquifers(b,runToken){
    const span=Math.max(Math.abs(b[2]-b[0]),Math.abs(b[3]-b[1]));
    if(span<8){regionalAquiferSource='IGRAC overview withheld below continental scale';regionalAquiferBoundaryClass='no geometry published — continental overview is too coarse';recordRun('source_withheld',runToken,{sourceId:'igrac-whymap-overview',reason:'scale_below_continental',spanDegrees:span});return 0;}
    const p=new URLSearchParams({service:'WFS',version:'2.0.0',request:'GetFeature',typeNames:'geonode:sourcedatafig2',outputFormat:'application/json',srsName:'EPSG:4326',bbox:b.join(',')+',EPSG:4326'}),ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),20000);
    try{
      const r=await fetch(AQUIFER_WFS+'?'+p.toString(),{mode:'cors',cache:'force-cache',signal:ctl.signal});
      if(!r.ok)throw new Error('IGRAC WFS HTTP '+r.status);
      const j=await r.json();if(!j.features)throw new Error('IGRAC WFS returned no feature collection');
      if(!guardedSetGeo(runToken,map(),IDS.aquifer,j,'igrac-whymap-continental-overview'))return 0;
      regionalAquiferSource='IGRAC global aquifer systems';
      regionalAquiferBoundaryClass='regional aquifer-system context';
      window.EARTHLINE_REGIONAL_AQUIFER_AUDIT_16126={source:regionalAquiferSource,bounds:b,features:j.features.length,transport:'wfs',boundaryClass:regionalAquiferBoundaryClass,loadedAt:new Date().toISOString()};
      return j.features.length;
    }finally{clearTimeout(timer);}
  }
  async function loadAquifers(b,runToken){
    if(!isCurrentRun(runToken))return 0;
    if(bboxIntersectsContiguousUS(b)){
      try{return await loadUSGSKarstAquifers(b,runToken);}
      catch(usgsError){
        if(!isCurrentRun(runToken))return 0;
        regionalAquiferSource='Mapped U.S. aquifer geometry unavailable in the installed regional dataset';
        regionalAquiferBoundaryClass='absence of a polygon is not absence of groundwater';
        recordRun('source_unavailable',runToken,{sourceId:'usgs-karst-regional-context',error:String(usgsError&&usgsError.message||usgsError)});
        return 0;
      }
    }
    return loadIGRACAquifers(b,runToken);
  }
  async function sourceReady(id,ms=15000,runToken){const m=map(),end=Date.now()+ms;while(Date.now()<end){if(runToken&&!isCurrentRun(runToken))return false;try{if(m.isSourceLoaded&&m.isSourceLoaded(id))return true;}catch(_){}await wait(200);}return false;}
  async function settleRenderedScientificLayers(m,expectedAquiferCount,ms=6500,runToken){
    if(runToken&&!isCurrentRun(runToken))return {ok:false,superseded:true};
    const started=Date.now();let idle=false;
    try{m.triggerRepaint&&m.triggerRepaint();}catch(_){}
    try{await Promise.race([new Promise(resolve=>m.once('idle',()=>{idle=true;resolve();})),wait(ms)]);}catch(_){}
    const sourceState={};
    for(const id of [IDS.contours,IDS.flows,IDS.swales,IDS.aquifer]){
      try{sourceState[id]=!!(m.getSource&&m.getSource(id))&&(!m.isSourceLoaded||m.isSourceLoaded(id));}catch(_){sourceState[id]=false;}
    }
    const layersVisible={};
    for(const id of [IDS.contourLine,IDS.flowLine,IDS.swaleLine,IDS.aquiferFill]){
      try{layersVisible[id]=!!m.getLayer(id)&&m.getLayoutProperty(id,'visibility')!=='none';}catch(_){layersVisible[id]=false;}
    }
    const ok=sourceState[IDS.contours]&&sourceState[IDS.flows]&&sourceState[IDS.swales]&&(!expectedAquiferCount||sourceState[IDS.aquifer]);
    const audit={build:'EARTHLINE-LIVE-REGIONAL-16126',idle,ok,expectedAquiferCount,sourceState,layersVisible,elapsedMs:Date.now()-started,checkedAt:new Date().toISOString()};
    window.EARTHLINE_RENDER_SETTLEMENT_16126=audit;
    return audit;
  }
  function normalizeKnownLocationKey(v){return clean(v).toLowerCase().replace(/[^a-z0-9]+/g,' ').trim();}
  function knownPropertyPreset(q){
    const qk=normalizeKnownLocationKey(q);if(!qk)return null;
    try{
      if(!Array.isArray(GAZ))return null;
      const hit=GAZ.find(g=>{
        const values=[g.q,g.name,g.fullName,g.name&&g.sub?g.name+', '+g.sub:'',g.name&&g.sub?g.name+' '+g.sub:''].filter(Boolean);
        return values.some(v=>normalizeKnownLocationKey(v)===qk);
      });
      if(!hit)return null;
      const loc=JSON.parse(JSON.stringify(hit));
      loc.placeType='address';loc.userSelectedSite=true;loc.zoomHint=Math.max(16.8,n(loc.zoomHint,0));
      return loc;
    }catch(_){return null;}
  }
  async function resolveSearch(q){
    const qk=key(q),profile16549=(typeof earthlineJurisdictionProfile16549==='function'?earthlineJurisdictionProfile16549(q):null),preset=PRESETS[qk];if(preset){const loc=Object.assign({},preset,{query:q});const s=state();if(s){s.loc=loc;s.appliedSearchText=q;}return loc;}
    const known=knownPropertyPreset(q);
    if(known){
      const s=state();
      if(typeof applyLocation==='function'){
        const gen=s?++s.searchGen:undefined;
        const ok=await withTimeout(applyLocation(known,null,gen,{analyzeNow:false}),45000,'known property setup');
        if(!ok)throw new Error('known property could not be prepared');
      }else if(s){s.loc=known;s.appliedSearchText=q;}
      const st=state();return st&&st.loc?st.loc:known;
    }
    const s=state();
    if(profile16549){
      /* EARTHLINE 16556 — U.S. state identity, authoritative boundary, internal
         point and Regional extent are resolved as one immutable package. Nothing
         is committed to mutable run state until the complete package exists. */
      const package16556=await earthlineResolveAtomicUSStatePackage16556(profile16549);
      const loc16556=JSON.parse(JSON.stringify(package16556.location));
      if(s){
        s.loc=loc16556;
        s.appliedSearchText=profile16549.query;
        s.jurisdictionPackage16556=package16556;
      }
      window.EARTHLINE_ACTIVE_JURISDICTION_PACKAGE_16556=package16556;
      window.EARTHLINE_PROFILE_LOCATION_16554={
        build:'EARTHLINE 16556',profileId:profile16549.id,query:profile16549.query,
        supportTier:profile16549.supportTier,bounds:loc16556.bbox.slice(),
        precipIn:Number(loc16556.precipIn||0),atomic:true,at:new Date().toISOString()
      };
      return loc16556;
    }else if(s&&s.loc&&key(s.appliedSearchText)===qk)return s.loc;
    let fn=null;try{fn=typeof runSearch==='function'?runSearch:window.runSearch;}catch(_){fn=window.runSearch;}if(typeof fn!=='function')throw new Error('search controller unavailable');const ok=await withTimeout(fn({autoAnalyze:false}),30000,'location search');if(!ok)throw new Error('location search did not resolve');const st=state();if(!st||!st.loc)throw new Error('no location returned');return st.loc;
  }
  function setRasterOpacity(m,layerId,value){try{if(m&&m.getLayer&&m.getLayer(layerId))m.setPaintProperty(layerId,'raster-opacity',value);}catch(_){}}
  function normalizeSearchAlias(q){
    const v=clean(q);
    const sleepy16291=v.match(/^(\d{1,6})\s+sleepy\s+hollow(?:\s+(?:rd|road))?(?:\s*,?\s*(?:essex))?(?:\s*,?\s*(?:vermont|vt))?(?:\s*,?\s*(?:usa|united states))?$/i);
    if(sleepy16291)return sleepy16291[1]+' Sleepy Hollow Rd, Essex, Vermont, USA';
    if(/^(?:chang|chiang)\s*mai(?:\s*,?\s*thailand)?$/i.test(v)||/^(?:changmai|chiangmai)$/i.test(v))return 'Chiang Mai, Thailand';
    if(!/\d/.test(v)&&/^(?:essex)(?:\s*,?\s*(?:vermont|vt|usa|united states))?$/i.test(v))return 'Essex, Vermont';
    return v;
  }
  function isNumericStreetAddress16291(q){
    return /^\s*\d{1,6}\s+.+\b(?:road|rd|street|st|avenue|ave|drive|dr|lane|ln|court|ct|way|highway|hwy|route|boulevard|blvd|trail|trl|pike)\b/i.test(String(q||""));
  }
  function cameraCoverage(m,b){
    try{
      const cam=m&&m.getBounds&&m.getBounds();
      if(!cam)return 0;
      const cb=[cam.getWest(),cam.getSouth(),cam.getEast(),cam.getNorth()];
      const area=(b[2]-b[0])*(b[3]-b[1]);
      const overlap=Math.max(0,Math.min(b[2],cb[2])-Math.max(b[0],cb[0]))*Math.max(0,Math.min(b[3],cb[3])-Math.max(b[1],cb[1]));
      return area>0?overlap/area:0;
    }catch(_){return 0;}
  }
  async function settleRegionalCamera(m,b,runToken){
    if(!isCurrentRun(runToken))return false;
    if(!m)return;
    let moved=false,idle=false;
    try{const p=m.getProjection&&m.getProjection();if(!p||p.name!=='mercator')m.setProjection({name:'mercator'});}catch(_){}
    try{m.once('moveend',()=>{moved=true;});m.once('idle',()=>{idle=true;});}catch(_){}
    try{const span=Math.max(Math.abs(b[2]-b[0]),Math.abs(b[3]-b[1])),maxZoom=span<.08?14.2:span<.35?12.5:8.4;m.stop&&m.stop();m.fitBounds([[b[0],b[1]],[b[2],b[3]]],{padding:50,duration:0,maxZoom});}catch(_){ }
    const end=Date.now()+6500;
    let settled16335=false,lastCoverage16335=0,lastLoaded16335=false;
    while(Date.now()<end){
      if(!isCurrentRun(runToken)){recordRun('camera_settle_discarded',runToken,{discardReason:'superseded_run'});return false;}
      lastCoverage16335=cameraCoverage(m,b);
      try{lastLoaded16335=!m.loaded||m.loaded();}catch(_){lastLoaded16335=true;}

      /* EARTHLINE 16335 — analytical/camera settlement is independent from
         background Mapbox tile completion. map.loaded() remains diagnostic only. */
      if(lastCoverage16335>=0.995&&(moved||idle)){
        settled16335=true;break;
      }
      await wait(100);
    }
    try{m.resize&&m.resize();}catch(_){}
    await wait(120);
    window.EARTHLINE_REGIONAL_CAMERA_SETTLE_AUDIT_16334={
      build:'EARTHLINE 16335',runToken,
      settled:settled16335,
      coverage:lastCoverage16335,
      mapLoadedDiagnostic:lastLoaded16335,
      moved,idle,
      acceptanceRule:'bbox coverage + camera settlement; background tile loading non-blocking',
      at:new Date().toISOString()
    };
    return settled16335;
  }
  const jurisdictionBoundaryCache16539=new Map();
  const earthlineBoundaryCapabilities16539=Object.freeze({
    usState:Object.freeze({
      id:'us-census-state',
      placeType:'region',
      countryCode:'us',
      source:'U.S. Census Bureau TIGERweb — States',
      sourceTier:'authoritative-national',
      sourceVintage:'January 1, 2025',
      endpoint:'https://tigerweb.geo.census.gov/arcgis/rest/services/TIGERweb/State_County/MapServer/0/query'
    })
  });
  function earthlineAdministrativeCapability16539(loc){
    const pt=String(loc&&loc.placeType||'').toLowerCase(),cc=String(loc&&loc.countryCode||'').toLowerCase();
    if(pt==='region'&&cc==='us')return earthlineBoundaryCapabilities16539.usState;
    return null;
  }
  function earthlineFinitePoint16539(p){return Array.isArray(p)&&Number.isFinite(Number(p[0]))&&Number.isFinite(Number(p[1]));}
  function earthlinePointOnSegment16539(p,a,b){
    const x=Number(p[0]),y=Number(p[1]),x1=Number(a[0]),y1=Number(a[1]),x2=Number(b[0]),y2=Number(b[1]);
    const dx=x2-x1,dy=y2-y1,len=dx*dx+dy*dy;if(len<1e-20)return Math.hypot(x-x1,y-y1)<1e-10;
    const cross=(x-x1)*dy-(y-y1)*dx;if(Math.abs(cross)>1e-10)return false;
    const dot=(x-x1)*dx+(y-y1)*dy;return dot>=0&&dot<=len;
  }
  function earthlinePointInRing16539(p,ring){
    if(!earthlineFinitePoint16539(p)||!Array.isArray(ring)||ring.length<3)return false;
    const x=Number(p[0]),y=Number(p[1]);let inside=false;
    for(let i=0,j=ring.length-1;i<ring.length;j=i++){
      const a=ring[j],b=ring[i];if(!earthlineFinitePoint16539(a)||!earthlineFinitePoint16539(b))continue;
      if(earthlinePointOnSegment16539(p,a,b))return true;
      const xi=Number(b[0]),yi=Number(b[1]),xj=Number(a[0]),yj=Number(a[1]);
      if(((yi>y)!==(yj>y))&&(x<(xj-xi)*(y-yi)/((yj-yi)||1e-15)+xi))inside=!inside;
    }
    return inside;
  }
  function earthlineRingBounds16539(ring){
    let w=Infinity,s=Infinity,e=-Infinity,n=-Infinity;for(const p of (ring||[])){if(!earthlineFinitePoint16539(p))continue;const x=Number(p[0]),y=Number(p[1]);if(x<w)w=x;if(x>e)e=x;if(y<s)s=y;if(y>n)n=y;}return Number.isFinite(w)?[w,s,e,n]:null;
  }
  function earthlineBBoxContains16539(b,p){return !!(b&&earthlineFinitePoint16539(p)&&Number(p[0])>=b[0]&&Number(p[0])<=b[2]&&Number(p[1])>=b[1]&&Number(p[1])<=b[3]);}
  function earthlinePrepareJurisdiction16539(g){
    if(!g)return null;if(g.prepared16539===true)return g;
    const rawPolys=g.type==='Polygon'?[g.coordinates||[]]:g.type==='MultiPolygon'?(g.coordinates||[]):[];
    const polygons=[];for(const rings of rawPolys){if(!Array.isArray(rings)||!rings.length)continue;const outer=rings[0],bbox=earthlineRingBounds16539(outer);if(!bbox)continue;const holes=[];for(let i=1;i<rings.length;i++){const hb=earthlineRingBounds16539(rings[i]);if(hb)holes.push({ring:rings[i],bbox:hb});}polygons.push({outer,bbox,holes});}
    return {prepared16539:true,polygons};
  }
  function earthlinePointInJurisdiction16539(p,g){
    if(!g)return false;
    const prepared=earthlinePrepareJurisdiction16539(g);if(!prepared)return false;
    for(const poly of prepared.polygons||[]){if(!earthlineBBoxContains16539(poly.bbox,p)||!earthlinePointInRing16539(p,poly.outer))continue;let inHole=false;for(const h of poly.holes||[]){if(earthlineBBoxContains16539(h.bbox,p)&&earthlinePointInRing16539(p,h.ring)){inHole=true;break;}}if(!inHole)return true;}
    return false;
  }
  function earthlineGeometryBounds16556(g){
    if(!g)return null;
    const raw=g.type==='Polygon'?[g.coordinates||[]]:g.type==='MultiPolygon'?(g.coordinates||[]):[];
    let w=Infinity,s=Infinity,e=-Infinity,n=-Infinity;
    for(const poly16556 of raw)for(const ring16556 of (poly16556||[]))for(const p16556 of (ring16556||[])){
      if(!earthlineFinitePoint16539(p16556))continue;
      const x16556=Number(p16556[0]),y16556=Number(p16556[1]);
      if(x16556<w)w=x16556;if(x16556>e)e=x16556;if(y16556<s)s=y16556;if(y16556>n)n=y16556;
    }
    return Number.isFinite(w)?[w,s,e,n]:null;
  }
  function earthlineInteriorPoint16556(g,bbox16556){
    const b16556=bbox16556||earthlineGeometryBounds16556(g);
    if(!b16556)throw new Error('authoritative state extent is unavailable');
    const center16556=[(b16556[0]+b16556[2])/2,(b16556[1]+b16556[3])/2];
    if(earthlinePointInJurisdiction16539(center16556,g))return center16556;
    for(let step16556=2;step16556<=12;step16556++){
      for(let y16556=1;y16556<step16556;y16556++)for(let x16556=1;x16556<step16556;x16556++){
        const p16556=[b16556[0]+(b16556[2]-b16556[0])*(x16556/step16556),b16556[1]+(b16556[3]-b16556[1])*(y16556/step16556)];
        if(earthlinePointInJurisdiction16539(p16556,g))return p16556;
      }
    }
    const prepared16556=earthlinePrepareJurisdiction16539(g),ring16556=prepared16556&&prepared16556.polygons&&prepared16556.polygons[0]&&prepared16556.polygons[0].outer;
    if(ring16556&&ring16556.length)return [Number(ring16556[0][0]),Number(ring16556[0][1])];
    throw new Error('authoritative state internal point is unavailable');
  }
  function earthlineStateZoomHint16556(bbox16556){
    const span16556=Math.max(Math.abs(Number(bbox16556[2])-Number(bbox16556[0])),Math.abs(Number(bbox16556[3])-Number(bbox16556[1])));
    return span16556>20?3.8:span16556>12?4.4:span16556>7?5.0:span16556>4?5.7:span16556>2.5?6.3:6.8;
  }
  const earthlineAtomicStatePackageCache16556=new Map();
  async function earthlineResolveAtomicUSStatePackage16556(profile16556){
    if(!profile16556||!profile16556.id)throw new Error('U.S. state profile is unavailable');
    if(earthlineAtomicStatePackageCache16556.has(profile16556.id))return earthlineAtomicStatePackageCache16556.get(profile16556.id);
    const provisional16556={name:profile16556.query,countryCode:'us',placeType:'region',lat:NaN,lng:NaN};
    const boundary16556=await earthlineResolveJurisdictionBoundary16539(profile16556.query,provisional16556,null,earthlineBoundaryCapabilities16539.usState);
    if(!boundary16556||!boundary16556.geometry)throw new Error('atomic state package did not resolve authoritative geometry');
    const rawBBox16556=Array.isArray(boundary16556.bbox)?boundary16556.bbox:earthlineGeometryBounds16556(boundary16556.geometry);
    const rawCenter16556=Array.isArray(boundary16556.center)?boundary16556.center:earthlineInteriorPoint16556(boundary16556.geometry,rawBBox16556);
    if(!Array.isArray(rawBBox16556)||!Array.isArray(rawCenter16556))throw new Error('atomic state package did not resolve completely');
    const bbox16556=rawBBox16556.map(Number),center16556=rawCenter16556.map(Number);
    if(bbox16556.some(v16556=>!Number.isFinite(v16556))||center16556.some(v16556=>!Number.isFinite(v16556)))
      throw new Error('atomic state package contains non-finite extent data');
    const identity16556=Object.freeze({
      id:profile16556.id,name:profile16556.query,abbr:profile16556.abbr,
      countryCode:'us',placeType:'region',supportTier:profile16556.supportTier
    });
    const centerValue16556=Object.freeze({lng:center16556[0],lat:center16556[1]});
    const extent16556=Object.freeze({bbox:Object.freeze(bbox16556.slice()),zoomHint:earthlineStateZoomHint16556(bbox16556),analysisBBox:true,extentClass:profile16556.query+' statewide Regional screening extent'});
    const boundaryValue16556=Object.freeze({
      geometry:boundary16556.geometry,prepared:boundary16556.prepared,source:boundary16556.source,
      sourceTier:boundary16556.sourceTier,sourceVintage:boundary16556.sourceVintage,
      capability:boundary16556.capability,label:boundary16556.label,code:boundary16556.code
    });
    const location16556=Object.freeze({
      name:profile16556.query,sub:'United States — statewide Regional screening',countryCode:'us',placeType:'region',
      lat:centerValue16556.lat,lng:centerValue16556.lng,bbox:extent16556.bbox,zoomHint:extent16556.zoomHint,
      analysisBBox:true,extentClass:extent16556.extentClass,precipIn:Number(profile16556.precipIn),
      precipSource:profile16556.precipSource,query:profile16556.query,jurisdictionProfileId16556:profile16556.id,
      jurisdictionSupportTier16556:profile16556.supportTier
    });
    const package16556=Object.freeze({
      build:'EARTHLINE 16556',profileId:profile16556.id,supportTier:profile16556.supportTier,
      identity:identity16556,boundary:boundaryValue16556,center:centerValue16556,regionalExtent:extent16556,
      location:location16556,appliedAtomically:true,resolvedAt:new Date().toISOString()
    });
    earthlineAtomicStatePackageCache16556.set(profile16556.id,package16556);
    window.EARTHLINE_LAST_ATOMIC_STATE_PACKAGE_16556=package16556;
    return package16556;
  }
  window.earthlineResolveAtomicUSStatePackage16556=earthlineResolveAtomicUSStatePackage16556;
  function earthlineSqlLiteral16539(v){return String(v||'').replace(/'/g,"''");}
  async function earthlineResolveJurisdictionBoundary16539(q,loc,runToken,capability){
    const cap=capability||earthlineAdministrativeCapability16539(loc);if(!cap)return null;
    const center=[Number(loc&&loc.lng),Number(loc&&loc.lat)];
    const stateName=String(loc&&loc.name||q||'').trim();if(!stateName)throw new Error('selected state name is unavailable');
    const key=[cap.id,stateName.toLowerCase()].join('|');
    if(jurisdictionBoundaryCache16539.has(key))return jurisdictionBoundaryCache16539.get(key);
    const params=new URLSearchParams({where:"NAME='"+earthlineSqlLiteral16539(stateName)+"'",outFields:'NAME,STUSAB,GEOID,INTPTLAT,INTPTLON',returnGeometry:'true',outSR:'4326',maxAllowableOffset:'0.00015',geometryPrecision:'5',f:'geojson'});
    const signal=(typeof AbortSignal!=='undefined'&&typeof AbortSignal.timeout==='function')?AbortSignal.timeout(6500):undefined;
    const response=await fetch(cap.endpoint+'?'+params.toString(),{mode:'cors',cache:'force-cache',signal,headers:{Accept:'application/geo+json,application/json'}});
    if(!response.ok)throw new Error('administrative boundary HTTP '+response.status);
    const data=await response.json();if(runToken&&!isCurrentRun(runToken))return null;
    const rows=Array.isArray(data&&data.features)?data.features.filter(f=>f&&f.geometry&&(f.geometry.type==='Polygon'||f.geometry.type==='MultiPolygon')):[];
    const named=rows.filter(f=>earthlinePlaceKey16537(f&&f.properties&&f.properties.NAME||'')===earthlinePlaceKey16537(stateName));
    const containing=(Number.isFinite(center[0])&&Number.isFinite(center[1]))?(named.length?named:rows).filter(f=>earthlinePointInJurisdiction16539(center,f.geometry)):[];
    const chosen=containing[0]||named[0]||rows[0];
    if(!chosen)throw new Error('authoritative state polygon was not returned');
    const geometryBounds16556=earthlineGeometryBounds16556(chosen.geometry);
    const intLat16556=Number(chosen.properties&&chosen.properties.INTPTLAT),intLng16556=Number(chosen.properties&&chosen.properties.INTPTLON);
    const geometryCenter16556=(Number.isFinite(intLat16556)&&Number.isFinite(intLng16556))
      ?[intLng16556,intLat16556]:earthlineInteriorPoint16556(chosen.geometry,geometryBounds16556);
    const out={geometry:chosen.geometry,prepared:earthlinePrepareJurisdiction16539(chosen.geometry),bbox:geometryBounds16556,center:geometryCenter16556,source:cap.source,sourceTier:cap.sourceTier,sourceVintage:cap.sourceVintage,capability:cap.id,placeType:cap.placeType,label:String(chosen.properties&&chosen.properties.NAME||stateName),code:String(chosen.properties&&chosen.properties.STUSAB||''),resolvedAt:new Date().toISOString()};
    jurisdictionBoundaryCache16539.set(key,out);if(jurisdictionBoundaryCache16539.size>12)jurisdictionBoundaryCache16539.delete(jurisdictionBoundaryCache16539.keys().next().value);
    return out;
  }
  function earthlineInterpolate16539(a,b,t){return [Number(a[0])+(Number(b[0])-Number(a[0]))*t,Number(a[1])+(Number(b[1])-Number(a[1]))*t];}
  function earthlineBoundaryPoint16539(a,b,g,aInside){let lo=0,hi=1;for(let i=0;i<22;i++){const mid=(lo+hi)/2,v=earthlinePointInJurisdiction16539(earthlineInterpolate16539(a,b,mid),g);if(v===aInside)lo=mid;else hi=mid;}return earthlineInterpolate16539(a,b,(lo+hi)/2);}
  function earthlineClipLine16539(coords,g){
    const raw=(coords||[]).filter(earthlineFinitePoint16539);if(raw.length<2)return [];
    const pts=[raw[0]];for(let i=1;i<raw.length;i++){const a=raw[i-1],b=raw[i],steps=Math.max(1,Math.ceil(Math.max(Math.abs(Number(b[0])-Number(a[0])),Math.abs(Number(b[1])-Number(a[1])))/.01));for(let k=1;k<=steps;k++)pts.push(earthlineInterpolate16539(a,b,k/steps));}
    const runs=[];let run=[];let prev=pts[0],prevIn=earthlinePointInJurisdiction16539(prev,g);if(prevIn)run=[prev];
    for(let i=1;i<pts.length;i++){const cur=pts[i],curIn=earthlinePointInJurisdiction16539(cur,g);if(prevIn&&curIn){if(!run.length)run=[prev];run.push(cur)}else if(prevIn&&!curIn){const x=earthlineBoundaryPoint16539(prev,cur,g,true);if(!run.length)run=[prev];run.push(x);if(run.length>=2)runs.push(run);run=[]}else if(!prevIn&&curIn){const x=earthlineBoundaryPoint16539(prev,cur,g,false);run=[x,cur]}prev=cur;prevIn=curIn;}
    if(run.length>=2)runs.push(run);return runs;
  }
  function earthlineClipFeatureCollection16539(fc,g){
    const out=[];for(const feature of (fc&&fc.features||[])){if(!feature||!feature.geometry)continue;const geom=feature.geometry,props=Object.assign({},feature.properties||{});if(geom.type==='Point'){if(earthlinePointInJurisdiction16539(geom.coordinates,g))out.push({type:'Feature',properties:props,geometry:JSON.parse(JSON.stringify(geom))});continue;}const lines=geom.type==='LineString'?[geom.coordinates]:geom.type==='MultiLineString'?(geom.coordinates||[]):[];for(const line of lines)for(const run of earthlineClipLine16539(line,g))out.push({type:'Feature',properties:Object.assign({},props,{jurisdiction_boundary_screened:true}),geometry:{type:'LineString',coordinates:run}});}return {type:'FeatureCollection',features:out};
  }
  function earthlineRerankRegionalSwales16539(fc){
    const features=(fc&&fc.features||[]).sort((a,b)=>Number(a.properties&&a.properties.rank||999)-Number(b.properties&&b.properties.rank||999));
    features.forEach((f,i)=>{const p=f.properties||(f.properties={}),rank=i+1,grade=/^[ABC]$/.test(String(p.grade||''))?String(p.grade):'C';p.rank=rank;p.display_rank=rank;p.display_code=grade+rank;p.label=String(p.label||grade+rank+' — REGIONAL BIOSWALE OPPORTUNITY').replace(/^[ABC]\d+\s*[—•-]\s*/i,grade+rank+' — ');});
    return {type:'FeatureCollection',features};
  }
  function earthlineClipRegionalProducts16539(payload,boundary){
    const g=boundary&&(boundary.prepared||boundary.geometry);if(!g)throw new Error('administrative boundary geometry unavailable');
    const before={contours:Number(payload.contours&&payload.contours.features&&payload.contours.features.length||0),flows:Number(payload.flows&&payload.flows.features&&payload.flows.features.length||0),swales:Number(payload.swales&&payload.swales.features&&payload.swales.features.length||0)};
    const contours=earthlineClipFeatureCollection16539(payload.contours,g),flows=earthlineClipFeatureCollection16539(payload.flows,g),swales=earthlineRerankRegionalSwales16539(earthlineClipFeatureCollection16539(payload.swales,g));
    const after={contours:contours.features.length,flows:flows.features.length,swales:swales.features.length};
    const audit={build:'EARTHLINE 16539',runToken:payload.runToken||null,query:String(payload.query||''),placeType:boundary.placeType,capability:boundary.capability,source:boundary.source,sourceTier:boundary.sourceTier,sourceVintage:boundary.sourceVintage||null,before,after,removed:{contours:Math.max(0,before.contours-after.contours),flows:Math.max(0,before.flows-after.flows),swales:Math.max(0,before.swales-after.swales)},rule:'hydrology computed continuously on the full DEM envelope; only published Regional products are clipped to the selected administrative polygon',at:new Date().toISOString()};
    return {contours,flows,swales,audit};
  }


  /* EARTHLINE 16584 — deterministic Regional land-validity evidence.
     These URLs are pinned so the evidence source is reproducible. The current
     Natural Earth download site lists land v5.1.1, while this repository GeoJSON
     is the final v5.0.0 export. That vintage travels with the evidence. */
  const EARTHLINE_NE50_LAND_16584="https://raw.githubusercontent.com/nvkelso/natural-earth-vector/ace5fed0eaf3c6c03c951e75b439ba8fffbc218e/geojson/ne_50m_land.geojson";
  const EARTHLINE_NE50_LAKES_16584="https://raw.githubusercontent.com/nvkelso/natural-earth-vector/ace5fed0eaf3c6c03c951e75b439ba8fffbc218e/geojson/ne_50m_lakes.geojson";

  function earthlineNE50Fetch16584(kind16584){
    window.EARTHLINE_NE50_CACHE_16584=window.EARTHLINE_NE50_CACHE_16584||{};
    const cache16584=window.EARTHLINE_NE50_CACHE_16584;
    if(cache16584[kind16584])return cache16584[kind16584];
    const url16584=kind16584==="land"?EARTHLINE_NE50_LAND_16584:EARTHLINE_NE50_LAKES_16584;
    cache16584[kind16584]=(async()=>{
      const started16584=performance.now();
      try{
        const response16584=await fetch(url16584,{method:"GET",cache:"force-cache"});
        if(!response16584.ok)throw new Error("HTTP "+response16584.status);
        const data16584=await response16584.json();
        if(!data16584||data16584.type!=="FeatureCollection"||!Array.isArray(data16584.features))
          throw new Error("invalid GeoJSON FeatureCollection");
        return {
          ok:true,url:url16584,data:data16584,
          downloadFeatureCount:data16584.features.length,
          elapsedMs:Math.round(performance.now()-started16584)
        };
      }catch(error16584){
        return {
          ok:false,url:url16584,error:String(error16584&&error16584.message||error16584),
          elapsedMs:Math.round(performance.now()-started16584)
        };
      }
    })();
    return cache16584[kind16584];
  }

  function earthlineGeometryBBox16584(g16584){
    let minX16584=Infinity,minY16584=Infinity,maxX16584=-Infinity,maxY16584=-Infinity;
    const walk16584=v16584=>{
      if(!Array.isArray(v16584))return;
      if(v16584.length>=2&&Number.isFinite(Number(v16584[0]))&&Number.isFinite(Number(v16584[1]))){
        const x16584=Number(v16584[0]),y16584=Number(v16584[1]);
        minX16584=Math.min(minX16584,x16584);minY16584=Math.min(minY16584,y16584);
        maxX16584=Math.max(maxX16584,x16584);maxY16584=Math.max(maxY16584,y16584);return;
      }
      for(const c16584 of v16584)walk16584(c16584);
    };
    walk16584(g16584&&g16584.coordinates);
    return [minX16584,minY16584,maxX16584,maxY16584].every(Number.isFinite)
      ?[minX16584,minY16584,maxX16584,maxY16584]:null;
  }
  function earthlineFeatureBBox16584(f16584){
    if(Array.isArray(f16584&&f16584.bbox)&&f16584.bbox.length>=4)
      return f16584.bbox.slice(0,4).map(Number);
    return earthlineGeometryBBox16584(f16584&&f16584.geometry);
  }
  function earthlineBBoxIntersects16584(a16584,b16584){
    return !!(a16584&&b16584&&a16584[2]>=b16584[0]&&a16584[0]<=b16584[2]&&
      a16584[3]>=b16584[1]&&a16584[1]<=b16584[3]);
  }
  function earthlinePolygonParts16584(g16584){
    if(!g16584)return [];
    if(g16584.type==="Polygon")return [g16584.coordinates];
    if(g16584.type==="MultiPolygon")return Array.isArray(g16584.coordinates)?g16584.coordinates:[];
    return [];
  }
  function earthlineRingBBox16584(ring16584){
    let minX16584=Infinity,minY16584=Infinity,maxX16584=-Infinity,maxY16584=-Infinity;
    for(const p16584 of (ring16584||[])){
      const x16584=Number(p16584&&p16584[0]),y16584=Number(p16584&&p16584[1]);
      if(!Number.isFinite(x16584)||!Number.isFinite(y16584))continue;
      minX16584=Math.min(minX16584,x16584);minY16584=Math.min(minY16584,y16584);
      maxX16584=Math.max(maxX16584,x16584);maxY16584=Math.max(maxY16584,y16584);
    }
    return [minX16584,minY16584,maxX16584,maxY16584].every(Number.isFinite)
      ?[minX16584,minY16584,maxX16584,maxY16584]:null;
  }
  function earthlinePointInRing16584(x16584,y16584,ring16584){
    if(!Array.isArray(ring16584)||ring16584.length<3)return false;
    let inside16584=false;
    for(let i16584=0,j16584=ring16584.length-1;i16584<ring16584.length;j16584=i16584++){
      const a16584=ring16584[i16584]||[],b16584=ring16584[j16584]||[];
      const xi16584=Number(a16584[0]),yi16584=Number(a16584[1]),
            xj16584=Number(b16584[0]),yj16584=Number(b16584[1]);
      if(![xi16584,yi16584,xj16584,yj16584].every(Number.isFinite))continue;
      if(((yi16584>y16584)!==(yj16584>y16584))&&
         (x16584<(xj16584-xi16584)*(y16584-yi16584)/((yj16584-yi16584)||1e-15)+xi16584))
        inside16584=!inside16584;
    }
    return inside16584;
  }
  function earthlinePointInPolygon16584(x16584,y16584,rings16584){
    if(!Array.isArray(rings16584)||!rings16584.length||
       !earthlinePointInRing16584(x16584,y16584,rings16584[0]))return false;
    for(let i16584=1;i16584<rings16584.length;i16584++)
      if(earthlinePointInRing16584(x16584,y16584,rings16584[i16584]))return false;
    return true;
  }
  function earthlineExtractAreaEvidence16584(fc16584,bounds16584){
    const features16584=[],parts16584=[];
    for(const f16584 of (fc16584&&fc16584.features||[])){
      const fb16584=earthlineFeatureBBox16584(f16584);
      if(fb16584&&!earthlineBBoxIntersects16584(fb16584,bounds16584))continue;
      const polygons16584=earthlinePolygonParts16584(f16584.geometry);
      if(!polygons16584.length)continue;
      let kept16584=0;
      for(const rings16584 of polygons16584){
        const rb16584=earthlineRingBBox16584(rings16584&&rings16584[0]);
        if(rb16584&&earthlineBBoxIntersects16584(rb16584,bounds16584)){
          parts16584.push({rings:rings16584,bbox:rb16584,properties:f16584.properties||{}});
          kept16584++;
        }
      }
      if(kept16584)features16584.push(f16584);
    }
    return {features:features16584,parts:parts16584};
  }
  async function earthlineResolveLandValidity16584(bounds16584,runToken16584){
    const started16584=performance.now();
    const product16584={
      build:"EARTHLINE 16584",
      product:"landValidity",
      sourceTier:"open-data",
      acquisitionResult:"unavailable",
      governedExtent:bounds16584.slice(),
      sourceVintage:"Natural Earth final v5.0.0 GeoJSON · repository commit 2021-12-08",
      sourceCommit:"ace5fed0eaf3c6c03c951e75b439ba8fffbc218e",
      landSurfaceGeometry:null,inlandWaterGeometry:null,
      at:new Date().toISOString()
    };
    const [landFetch16584,lakeFetch16584]=await Promise.all([
      earthlineNE50Fetch16584("land"),earthlineNE50Fetch16584("lakes")
    ]);
    if(!isCurrentRun(runToken16584))return Object.assign(product16584,{failureReason:"superseded-run"});
    product16584.landSurfaceGeometry={
      sourceTier:"open-data",source:landFetch16584.url||EARTHLINE_NE50_LAND_16584,
      sourceVintage:product16584.sourceVintage,
      acquisitionResult:landFetch16584.ok?"features-found":"unavailable",
      downloadFeatureCount:Number(landFetch16584.downloadFeatureCount||0),
      downloadMs:Number(landFetch16584.elapsedMs||0),error:landFetch16584.error||null
    };
    product16584.inlandWaterGeometry={
      sourceTier:"open-data",source:lakeFetch16584.url||EARTHLINE_NE50_LAKES_16584,
      sourceVintage:product16584.sourceVintage,
      acquisitionResult:lakeFetch16584.ok?"features-found":"unavailable",
      downloadFeatureCount:Number(lakeFetch16584.downloadFeatureCount||0),
      downloadMs:Number(lakeFetch16584.elapsedMs||0),error:lakeFetch16584.error||null
    };
    if(!landFetch16584.ok||!lakeFetch16584.ok){
      product16584.failureReason=[
        !landFetch16584.ok?"land "+String(landFetch16584.error||"failed"):null,
        !lakeFetch16584.ok?"lakes "+String(lakeFetch16584.error||"failed"):null
      ].filter(Boolean).join(" | ");
      product16584.elapsedMs=Math.round(performance.now()-started16584);
      window.EARTHLINE_LAND_VALIDITY_16584=product16584;
      return product16584;
    }
    const landEvidence16584=earthlineExtractAreaEvidence16584(landFetch16584.data,bounds16584);
    const waterEvidence16584=earthlineExtractAreaEvidence16584(lakeFetch16584.data,bounds16584);
    product16584.landSurfaceGeometry.mappedFeatureCount=landEvidence16584.features.length;
    product16584.landSurfaceGeometry.mappedAreaCount=landEvidence16584.features.length;
    product16584.landSurfaceGeometry.mappedPolygonPartCount=landEvidence16584.parts.length;
    product16584.inlandWaterGeometry.mappedFeatureCount=waterEvidence16584.features.length;
    product16584.inlandWaterGeometry.mappedAreaCount=waterEvidence16584.features.length;
    product16584.inlandWaterGeometry.mappedPolygonPartCount=waterEvidence16584.parts.length;
    product16584.inlandWaterGeometry.sampleNames=waterEvidence16584.features
      .map(f16584=>String(f16584&&f16584.properties&&(f16584.properties.name||f16584.properties.name_en)||"").trim())
      .filter(Boolean).slice(0,12);
    product16584.landParts=landEvidence16584.parts;
    product16584.waterParts=waterEvidence16584.parts;
    product16584.acquisitionResult="features-found";
    product16584.elapsedMs=Math.round(performance.now()-started16584);
    window.EARTHLINE_LAND_VALIDITY_16584=product16584;
    return product16584;
  }

  function earthlineLandValidityMask16584(dem16584,product16584){
    const w16584=dem16584.w,h16584=dem16584.h,b16584=dem16584.bounds;
    const valid16584=new Uint8Array(w16584*h16584);
    const landParts16584=Array.isArray(product16584&&product16584.landParts)?product16584.landParts:[];
    const waterParts16584=Array.isArray(product16584&&product16584.waterParts)?product16584.waterParts:[];
    let outsideLand16584=0,inlandWater16584=0,validCount16584=0;
    for(let y16584=0;y16584<h16584;y16584++){
      const lat16584=b16584[3]-(b16584[3]-b16584[1])*(y16584/(h16584-1));
      for(let x16584=0;x16584<w16584;x16584++){
        const lng16584=b16584[0]+(b16584[2]-b16584[0])*(x16584/(w16584-1));
        let onLand16584=false;
        for(const part16584 of landParts16584){
          if(lng16584<part16584.bbox[0]||lng16584>part16584.bbox[2]||
             lat16584<part16584.bbox[1]||lat16584>part16584.bbox[3])continue;
          if(earthlinePointInPolygon16584(lng16584,lat16584,part16584.rings)){onLand16584=true;break;}
        }
        if(!onLand16584){outsideLand16584++;continue;}
        let inWater16584=false;
        for(const part16584 of waterParts16584){
          if(lng16584<part16584.bbox[0]||lng16584>part16584.bbox[2]||
             lat16584<part16584.bbox[1]||lat16584>part16584.bbox[3])continue;
          if(earthlinePointInPolygon16584(lng16584,lat16584,part16584.rings)){inWater16584=true;break;}
        }
        if(inWater16584){inlandWater16584++;continue;}
        valid16584[y16584*w16584+x16584]=1;validCount16584++;
      }
    }
    const audit16584={
      build:"EARTHLINE 16584",
      grid:{w:w16584,h:h16584,total:w16584*h16584,rule:"DEM node coordinate inside land AND outside Natural Earth lake polygon"},
      mappedFeatureCount:{
        land:Number(product16584&&product16584.landSurfaceGeometry&&product16584.landSurfaceGeometry.mappedFeatureCount||0),
        inlandWater:Number(product16584&&product16584.inlandWaterGeometry&&product16584.inlandWaterGeometry.mappedFeatureCount||0)
      },
      mappedAreaCount:{
        land:Number(product16584&&product16584.landSurfaceGeometry&&product16584.landSurfaceGeometry.mappedAreaCount||0),
        inlandWater:Number(product16584&&product16584.inlandWaterGeometry&&product16584.inlandWaterGeometry.mappedAreaCount||0)
      },
      rasterizedInvalidWaterCellCount:outsideLand16584+inlandWater16584,
      outsideLandCellCount:outsideLand16584,
      inlandWaterCellCount:inlandWater16584,
      validLandCellCount:validCount16584,
      at:new Date().toISOString()
    };
    window.EARTHLINE_LAND_VALIDITY_GRID_AUDIT_16584=audit16584;
    return {mask:valid16584,audit:audit16584};
  }
  function earthlineLandValidityStatus16584(){
    const p16584=window.EARTHLINE_LAND_VALIDITY_16584||null,a16584=window.EARTHLINE_LAND_VALIDITY_GRID_AUDIT_16584||null;
    if(!p16584)return " · LAND VALIDITY pending";
    if(p16584.acquisitionResult!=="features-found")
      return " · LAND VALIDITY unavailable: "+String(p16584.failureReason||"source unavailable");
    if(!a16584)return " · LAND VALIDITY geometry acquired";
    return " · LAND VALIDITY "+Number(a16584.mappedFeatureCount&&a16584.mappedFeatureCount.land||0)+" land / "+
      Number(a16584.mappedFeatureCount&&a16584.mappedFeatureCount.inlandWater||0)+" water features / "+
      Number(a16584.rasterizedInvalidWaterCellCount||0)+" invalid cells ("+
      Number(a16584.outsideLandCellCount||0)+" ocean/coast + "+Number(a16584.inlandWaterCellCount||0)+" inland)";
  }

  async function runRegional(q,loc,runToken){
    if(!isCurrentRun(runToken))return false;
    const profile16549=(typeof earthlineJurisdictionProfile16549==='function'?earthlineJurisdictionProfile16549(q):null);
    if(profile16549&&loc){
      try{window.EARTHLINE_LAST_JURISDICTION_LOCATION_16549={profileId:profile16549.id,query:profile16549.query,loc:JSON.parse(JSON.stringify(loc)),at:new Date().toISOString()};}catch(_){ }
    }
    /* EARTHLINE 16531 — Regional transition clears only the existing Property water-body message DOM. */
    try{const waterMessage=document.getElementById('earthlineWaterBodyMessage16529');if(waterMessage)waterMessage.style.display='none'}catch(_){ }
    /* EARTHLINE 16346 — authoritative Regional/Focus classification owns Orb start.
       UI pointer/click/Enter events may not pre-latch or re-arm the Regional Orb. */
    if(typeof window.earthlineMarkRegionalRequested16233==='function')window.earthlineMarkRegionalRequested16233();
    /* EARTHLINE 16347 — the Regional watchdog is armed only after this authoritative
       Regional/Focus owner is entered. Its 30-second interval now measures lack of
       governed stage progress, not total wall-clock runtime. */
    noteRegionalProgress16347('REGIONAL OWNER ENTER',runToken);
    try{
      const regionalState16327=window.earthlineRegional15778||null;
      if(regionalState16327){
        /* EARTHLINE 16328 — 16198 owns Regional run lifecycle. The old 15778
           running flag is a legacy queue lock and must remain false here. */
        regionalState16327.running=false;
        regionalState16327.active=true;
        regionalState16327.mode='regional';
      }
      document.documentElement.dataset.earthlineAnalysisTier='regional';
      document.documentElement.dataset.earthlinePropertyRunState='idle';
      document.documentElement.classList.remove('earthline-property-running-16233','earthline-direct-property-handoff-16250');
      if(typeof window.earthlineApplyRendererOwnership15805==='function')
        window.earthlineApplyRendererOwnership15805('regional');
      window.EARTHLINE_REGIONAL_TIER_COMMIT_16327={
        build:'EARTHLINE 16327',runToken,query:String(q||''),
        committedBeforeCamera:true,at:new Date().toISOString()
      };
    }catch(error){
      recordRun('regional_tier_commit_warning_16327',runToken,{error:String(error&&error.message||error)});
    }
    const regionalStarted16198=performance.now(),phase16198={};
    const phaseMark16198=(name,started)=>{phase16198[name]=Math.round(performance.now()-started);};
    const focusMode=!!(loc&&loc.focusMode===true);
    const b=analysisBounds(loc),bHash=boundsHash(b);
    const vermontRequest=typeof window.earthlineIsVermontRequest16178==='function'&&window.earthlineIsVermontRequest16178(q,loc);
    const jurisdictionCapability16539=!focusMode&&!vermontRequest?earthlineAdministrativeCapability16539(loc):null;
    const activePackage16556=window.EARTHLINE_ACTIVE_JURISDICTION_PACKAGE_16556||null;
    const matchingAtomicBoundary16556=!!(profile16549&&activePackage16556&&activePackage16556.profileId===profile16549.id&&activePackage16556.boundary&&activePackage16556.appliedAtomically===true);
    const jurisdictionBoundaryPromise16539=jurisdictionCapability16539
      ?(matchingAtomicBoundary16556?Promise.resolve(activePackage16556.boundary):earthlineResolveJurisdictionBoundary16539(q,loc,runToken,jurisdictionCapability16539))
      :Promise.resolve(null);
    recordRun('analysis_bounds_locked',runToken,{query:q,bounds:b,boundsHash:bHash,extentClass:loc&&loc.extentClass||'Earthline governed analysis extent',jurisdictionContainment:jurisdictionCapability16539&&jurisdictionCapability16539.id||null});
    setBusy(true,'LOADING ELEVATION');setRunStatus(focusMode?'Loading fixed 3 km focus terrain…':'Loading regional terrain; water paths and swales publish before optional context.','pending');

    // 16297: DEM acquisition is independent of Mapbox style/camera readiness. Start
    // the exact same open-elevation request immediately and let it overlap map startup.
    const openGrid16201=focusMode?220:96,mapGrid16201=focusMode?180:80;
    const landValidityPromise16584=!focusMode
      ?earthlineResolveLandValidity16584(b,runToken)
      :Promise.resolve(null);
    const terrainStarted16198=performance.now();
    const openBudget16353=focusMode?14000:4300;
    const openLabel16353=focusMode?'open focus elevation':'open regional elevation';
    /* EARTHLINE 16353 — the open DEM deadline is enforced by loadDEM's own
       AbortController so a timed-out tile acquisition cannot survive into fallback. */
    const openTerrain16198=loadDEM(b,openGrid16201,openGrid16201,openBudget16353,openLabel16353);
    /* EARTHLINE 16584: DEM and deterministic landValidity start in parallel.
       Hydrology waits for both because land validity is now a science input. */

    const mapStarted16198=performance.now();
    const m=await waitMap(6000);phaseMark16198('mapReadyMs',mapStarted16198);if(!isCurrentRun(runToken))return false;
    clearLive();ensureLayers();
    setRasterOpacity(m,IDS.groundwaterLayer,0);setRasterOpacity(m,IDS.graceLayer,0);setRasterOpacity(m,IDS.aquiferRasterLayer,0);

    const cameraStarted16198=performance.now();
    /* EARTHLINE 16310: settleRegionalCamera performs the duration:0 fitBounds before its
       first await. Let its later loaded/idle verification finish in the background while
       terrain science continues; camera readiness is presentation, not a science input. */
    const cameraSettle16310=Promise.resolve(settleRegionalCamera(m,b,runToken)).catch(()=>false);
    phase16198.cameraKickoffMs=Math.round(performance.now()-cameraStarted16198);if(!isCurrentRun(runToken))return false;
    try{
      const cam=m.getBounds&&m.getBounds();
      const cb=cam?[cam.getWest(),cam.getSouth(),cam.getEast(),cam.getNorth()]:null;
      const areaS=(b[2]-b[0])*(b[3]-b[1]);
      const ov=cb?Math.max(0,Math.min(b[2],cb[2])-Math.max(b[0],cb[0]))*Math.max(0,Math.min(b[3],cb[3])-Math.max(b[1],cb[1])):0;
      const covered=areaS>0?ov/areaS:0;
      window.EARTHLINE_REGIONAL_CAMERA_AUDIT_16147={runToken,query:q,sampledBounds:b,cameraBounds:cb,sampledAreaCoveredByCamera:Number(covered.toFixed(4)),at:new Date().toISOString()};
      if(covered<0.98)console.warn('[Earthline] camera shows only '+Math.round(covered*100)+'% of the sampled extent.',window.EARTHLINE_REGIONAL_CAMERA_AUDIT_16147);
    }catch(_){}

    let dem,hy=null,landValidity16584=null,validityGrid16584=null;
    try{
      dem=await openTerrain16198;
    }catch(openError16198){
      if(!isCurrentRun(runToken))return false;
      const fallbackStarted16281=performance.now();
      const fallbackBudget16353=focusMode?10000:30000;
      const fallbackLabel16353=focusMode?'Mapbox focus elevation fallback':'Mapbox regional elevation fallback';
      const fallbackCtl16353=new AbortController();
      const fallbackTimer16353=setTimeout(()=>fallbackCtl16353.abort(new Error(fallbackLabel16353+' timed out')),fallbackBudget16353);
      try{
        /* EARTHLINE 16353 — one owner now controls the fallback deadline and the
           underlying terrain-readiness/query work. No Promise.race remains here. */
        dem=await loadDEMFromMap(b,mapGrid16201,mapGrid16201,fallbackCtl16353.signal,fallbackLabel16353,runToken);
        phase16198.mapTerrainFallbackMs=Math.round(performance.now()-fallbackStarted16281);
      }catch(mapError16198){
        const reasons16198='open DEM: '+String(openError16198&&openError16198.message||openError16198)+'; Mapbox fallback: '+String(mapError16198&&mapError16198.message||mapError16198);
        throw new Error((focusMode?'live focus elevation data unavailable: ':'live regional elevation data unavailable: ')+reasons16198);
      }finally{clearTimeout(fallbackTimer16353);}
    }
    if(!focusMode){
      landValidity16584=await landValidityPromise16584;
      if(landValidity16584&&landValidity16584.acquisitionResult==="features-found"){
        validityGrid16584=earthlineLandValidityMask16584(dem,landValidity16584);
        if(validityGrid16584&&validityGrid16584.mask&&Number(validityGrid16584.audit&&validityGrid16584.audit.validLandCellCount||0)>0){
          hy=await hydrology(dem,validityGrid16584.mask);
        }else{
          landValidity16584.acquisitionResult="unavailable";
          landValidity16584.failureReason="land-validity produced zero valid land cells";
          window.EARTHLINE_LAND_VALIDITY_16584=landValidity16584;
          validityGrid16584=null;
          hy=await hydrology(dem,null);
        }
      }else{
        hy=await hydrology(dem,null);
      }
    }
    phaseMark16198('terrainMs',terrainStarted16198);
    if(!isCurrentRun(runToken)){recordRun('terrain_discarded',runToken,{discardReason:'superseded_run'});return false;}

    setBusy(true,'DERIVING WATER PATHS + BIOSWALES');setRunStatus(focusMode?'Deriving focus contours, flow paths and bioswale corridors…':'Deriving regional contours, flow paths and bioswale corridors…','pending');await wait(20);if(!isCurrentRun(runToken))return false;
    const productsStarted16198=performance.now();
    if(!hy)hy=await hydrology(dem,validityGrid16584&&validityGrid16584.mask||null);const regionalRecharge16492=regionalRechargeModel16492(hy,loc);const contoursStarted16245=performance.now();
    let contours=await makeContours(hy);noteRegionalProgress16347('DERIVING WATER PATHS + BIOSWALES · CONTOURS COMPLETE',runToken);await wait(0);
    /* 16249: swales are the primary decision product. Build them immediately after contours,
       then publish a VERIFIED Vermont-clipped swale-only preview before the heavier flow
       construction and full product clipping pass. Final science/products remain identical. */
    let swales=makeSwales(hy,contours,focusMode);noteRegionalProgress16347('DERIVING WATER PATHS + BIOSWALES · SWALES COMPLETE',runToken);await wait(0);
    const priorityPreviewEnabled16329=false;
    window.EARTHLINE_REGIONAL_PREVIEW_POLICY_16329={
      build:"EARTHLINE 16329",
      swaleOnlyPreviewEnabled:false,
      reason:"atomic Regional publication requires verified water + swales + settled camera",
      runToken,at:new Date().toISOString()
    };
    if(priorityPreviewEnabled16329&&!focusMode&&swales&&Array.isArray(swales.features)&&swales.features.length&&isCurrentRun(runToken)){
      let previewSwales16249=swales;
      if(vermontRequest&&typeof window.earthlineClipVermontProducts16178==='function'){
        try{
          const empty16249={type:'FeatureCollection',features:[]};
          const clipped16249=await window.earthlineClipVermontProducts16178({contours:empty16249,flows:empty16249,swales,focusMode:false,bounds:b,query:q,runToken});
          if(clipped16249&&clipped16249.ok===true)previewSwales16249=clipped16249.swales;
          else previewSwales16249=null;
        }catch(_){previewSwales16249=null;}
      }
      if(previewSwales16249&&isCurrentRun(runToken)){
        const previewData16249={runToken,query:q,bounds:b,boundsHash:bHash,contours:{type:'FeatureCollection',features:[]},flows:{type:'FeatureCollection',features:[]},swales:previewSwales16249,generatedAt:new Date().toISOString()};
        try{if(typeof window.earthlineRenderRegionalOverlay16020==='function')window.earthlineRenderRegionalOverlay16020(previewData16249);}catch(_){ }
        try{m.triggerRepaint&&m.triggerRepaint();}catch(_){ }
        window.EARTHLINE_SWALE_PRIORITY_PREVIEW_16249={build:'EARTHLINE 16249',runToken,generated:swales.features.length,published:previewSwales16249.features.length,vermontClipped:!!vermontRequest,previewMs:Math.round(performance.now()-productsStarted16198),at:new Date().toISOString()};
        await wait(0);
      }
    }
    let flows=makeFlows(hy);noteRegionalProgress16347('DERIVING WATER PATHS + BIOSWALES · FLOWS COMPLETE',runToken);await wait(0);
    if(!focusMode&&hy.validityMask16584){
      let unsafe16584=0,segments16584=0;
      for(const f16584 of (flows&&flows.features||[])){
        if(!f16584||!f16584.geometry||f16584.geometry.type!=="LineString")continue;
        const c16584=f16584.geometry.coordinates||[];
        for(let i16584=1;i16584<c16584.length;i16584++){
          segments16584++;
          if(!earthlineRegionalSegmentValid16584(hy,c16584[i16584-1],c16584[i16584]))unsafe16584++;
        }
      }
      window.EARTHLINE_LAND_VALIDITY_FLOW_AUDIT_16584={
        build:"EARTHLINE 16584",runToken,segments:segments16584,unsafeSegments:unsafe16584,
        safe:unsafe16584===0,gridAudit:window.EARTHLINE_LAND_VALIDITY_GRID_AUDIT_16584||null,
        at:new Date().toISOString()
      };
      if(unsafe16584>0)throw new Error("regional land-validity flow audit failed: "+unsafe16584+" displayed flow segments enter invalid terrain");
    }
    window.EARTHLINE_ORB_RESPONSIVENESS_16245={build:'EARTHLINE 16245',cooperativeTerrain:true,compositorOrb:true,productsMs:Math.round(performance.now()-contoursStarted16245),at:new Date().toISOString()};
    let genericBoundaryAudit16539=null;
    if(vermontRequest&&typeof window.earthlineClipVermontProducts16178==='function'){
      setBusy(true,focusMode?'VERIFYING FOCUS LOCATION':'BUILDING REGIONAL WATER + CONTOURS');
      const bounded=await window.earthlineClipVermontProducts16178({contours,flows,swales,focusMode,bounds:b,query:q,runToken});
      if(!bounded||bounded.ok!==true)throw new Error(String(bounded&&bounded.message||'official Vermont state boundary could not be verified'));
      contours=bounded.contours;flows=bounded.flows;swales=bounded.swales;
      window.EARTHLINE_VERMONT_PRODUCT_BOUNDARY_AUDIT_16178=bounded.audit;
    }else if(jurisdictionCapability16539){
      setBusy(true,'VERIFYING JURISDICTION CONTAINMENT');
      const boundary16539=await jurisdictionBoundaryPromise16539;
      if(!boundary16539||!boundary16539.geometry)throw new Error('selected administrative boundary could not be resolved; no uncontained Regional result was published');
      const bounded16539=earthlineClipRegionalProducts16539({contours,flows,swales,query:q,runToken},boundary16539);
      contours=bounded16539.contours;flows=bounded16539.flows;swales=bounded16539.swales;genericBoundaryAudit16539=bounded16539.audit;
      window.EARTHLINE_REGIONAL_JURISDICTION_BOUNDARY_AUDIT_16539=JSON.parse(JSON.stringify(genericBoundaryAudit16539));
    }
    if(focusMode){for(const f of swales.features||[]){f.properties=Object.assign({},f.properties||{},{analysis_tier:'focus',label:String(f.properties?.grade||'C')+String(f.properties?.rank||'')+' — FOCUS BIOSWALE OPPORTUNITY',screening:'fixed 3 km focus screening; not a property alignment; field and bare-earth verification required'});}}

    /* EARTHLINE 16329 — core preflight occurs before any final Regional display
       publication. A failed run cannot leave a visually convincing partial result. */
    const preContourLineCount16329=contours.features.filter(f=>f.geometry&&(f.geometry.type==='LineString'||f.geometry.type==='MultiLineString')).length;
    const preContourLabelCount16329=contours.features.filter(f=>f.properties&&f.properties.feature_type==='contour-label').length;
    const preFlowLineCount16329=flows.features.filter(f=>f.properties&&f.properties.feature_type==='flow').length;
    const preFlowArrowCount16329=flows.features.filter(f=>f.properties&&f.properties.feature_type==='flow-arrow').length;
    const preSwaleCount16329=swales.features.length;
    const preGenerationAudit16329=window.EARTHLINE_SWALE_GENERATION_AUDIT_16167||null;
    const preBoundaryAudit16329=window.EARTHLINE_VERMONT_PRODUCT_BOUNDARY_AUDIT_16178||null;
    const preBoundaryExplainsZero16329=!!(
      (vermontRequest&&preBoundaryAudit16329&&Number(preBoundaryAudit16329.before&&preBoundaryAudit16329.before.swales||0)>0&&Number(preBoundaryAudit16329.after&&preBoundaryAudit16329.after.swales||0)===0)||
      (genericBoundaryAudit16539&&Number(genericBoundaryAudit16539.before&&genericBoundaryAudit16539.before.swales||0)>0&&Number(genericBoundaryAudit16539.after&&genericBoundaryAudit16539.after.swales||0)===0)
    );

    if(!focusMode&&preSwaleCount16329===0&&
       Number(preGenerationAudit16329&&preGenerationAudit16329.chosenBeforeTierGate||0)>0&&
       !preBoundaryExplainsZero16329){
      throw new Error('regional corridor preflight blocked: terrain-derived candidates existed but zero corridors survived');
    }
    const preRelief16329=Number(dem&&dem.max)-Number(dem&&dem.min);
    const preFocusNullValid16329=focusMode&&Number.isFinite(preRelief16329)&&preRelief16329<15;
    if(!focusMode&&(!preContourLineCount16329||!preContourLabelCount16329||!preFlowLineCount16329||!preFlowArrowCount16329)){
      throw new Error('regional core preflight incomplete: contours '+preContourLineCount16329+', labels '+preContourLabelCount16329+', flows '+preFlowLineCount16329+', arrows '+preFlowArrowCount16329);
    }
    if(focusMode&&!preFocusNullValid16329&&!preFlowLineCount16329&&!preFlowArrowCount16329){
      throw new Error('focus core preflight incomplete: flows '+preFlowLineCount16329+', arrows '+preFlowArrowCount16329);
    }

    const cameraFinalStarted16329=performance.now();
    const cameraReady16334=await cameraSettle16310;
    phase16198.cameraReadyBeforePublishMs=Math.round(performance.now()-cameraFinalStarted16329);
    if(!isCurrentRun(runToken))return false;
    if(cameraReady16334!==true){
      throw new Error('regional basemap/camera did not settle completely; partial tile display was not published');
    }

    window.EARTHLINE_REGIONAL_ATOMIC_PREFLIGHT_16329={
      build:"EARTHLINE 16329",runToken,query:q,
      contours:preContourLineCount16329,
      labels:preContourLabelCount16329,
      waterPaths:preFlowLineCount16329,
      directionArrows:preFlowArrowCount16329,
      swales:preSwaleCount16329,
      cameraSettledBeforePublish:true,
      passed:true,at:new Date().toISOString()
    };

    if(!guardedSetGeo(runToken,m,IDS.contours,contours,'earthline-modeled-contours'))return false;
    if(!guardedSetGeo(runToken,m,IDS.flows,flows,'earthline-modeled-flow-paths'))return false;
    if(!guardedSetGeo(runToken,m,IDS.swales,swales,focusMode?'earthline-focus-opportunity-corridors':'earthline-regional-opportunity-corridors'))return false;
    const visualData={runToken,query:q,bounds:b,boundsHash:bHash,contours,flows,swales,recharge:regionalRecharge16492,generatedAt:new Date().toISOString()};
    if(!isCurrentRun(runToken))return false;
    window.EARTHLINE_REGIONAL_VISUAL_DATA_16020=visualData;
    /* EARTHLINE 16337 — preserve the exact governed Regional publication view.
       The progressive-focus owner may fade only after the user zooms farther in
       than this run-token-matched published camera. */
    window.EARTHLINE_REGIONAL_PUBLICATION_VIEW_16337={
      build:'EARTHLINE 16337',runToken,
      zoom:Number(m&&m.getZoom?m.getZoom():0),
      boundsHash:bHash,query:String(q||''),
      capturedBeforeAtomicOverlay:true,
      at:new Date().toISOString()
    };

    /* EARTHLINE 16336 — the approved Regional corridor labels live in this SVG.
       Property may have hidden it; restore it before the atomic Regional render. */
    const regionalOverlay16336=document.getElementById('earthlineRegionalVectorOverlay16020');
    if(regionalOverlay16336){
      regionalOverlay16336.style.removeProperty('display');
      regionalOverlay16336.style.removeProperty('visibility');
      regionalOverlay16336.style.removeProperty('opacity');
    }
    const regionalOverlayRenderOk16336=
      typeof window.earthlineRenderRegionalOverlay16020==='function'
        ?window.earthlineRenderRegionalOverlay16020(visualData)
        :false;
    for(const id of [IDS.contourLine,IDS.flowCasing,IDS.flowLine,IDS.contourLabel,IDS.flowArrow,IDS.swaleHalo,IDS.swaleLine,IDS.aquiferLabel]){try{m.moveLayer(id);}catch(_){}}
    try{m.triggerRepaint&&m.triggerRepaint();}catch(_){}
    phaseMark16198('terrainProductsAndPublishMs',productsStarted16198);

    const contourLineCount=contours.features.filter(f=>f.geometry&&(f.geometry.type==='LineString'||f.geometry.type==='MultiLineString')).length;
    const contourLabelCount=contours.features.filter(f=>f.properties&&f.properties.feature_type==='contour-label').length;
    const flowLineCount=flows.features.filter(f=>f.properties&&f.properties.feature_type==='flow').length;
    const flowArrowCount=flows.features.filter(f=>f.properties&&f.properties.feature_type==='flow-arrow').length;
    const swaleCount=swales.features.length;
    const generationAudit=window.EARTHLINE_SWALE_GENERATION_AUDIT_16167||null;
    const overlayAudit=window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16040||window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16020||null;
    let sourceFeatureCount=null;
    try{const src=m.getSource&&m.getSource(IDS.swales),data=src&&(src._data||src._options&&src._options.data);if(data&&Array.isArray(data.features))sourceFeatureCount=data.features.length;}catch(_){}
    window.EARTHLINE_CORRIDOR_PUBLICATION_AUDIT_16167={
      build:'EARTHLINE 16167',runToken,tier:focusMode?'focus':'regional',generated:swaleCount,
      generatedBeforeTierGate:Number(generationAudit&&generationAudit.chosenBeforeTierGate||0),
      sourceFeatures:sourceFeatureCount,overlaySwaleLines:Number(overlayAudit&&overlayAudit.swaleLines||0),
      overlayLocationPills:Number(overlayAudit&&overlayAudit.swaleGradeLabels||0),
      mapboxLabelLayer:!!(m.getLayer&&m.getLayer('earthline-ranked-swale-label-15775')),
      mapboxHitLayer:!!(m.getLayer&&m.getLayer('earthline-ranked-swale-hit-16153')),
      checkedAt:new Date().toISOString()
    };
    const vermontBoundaryAudit16178=window.EARTHLINE_VERMONT_PRODUCT_BOUNDARY_AUDIT_16178||null;
    const boundaryExplainsZero16178=!!(
      (vermontRequest&&vermontBoundaryAudit16178&&Number(vermontBoundaryAudit16178.before&&vermontBoundaryAudit16178.before.swales||0)>0&&Number(vermontBoundaryAudit16178.after&&vermontBoundaryAudit16178.after.swales||0)===0)||
      (genericBoundaryAudit16539&&Number(genericBoundaryAudit16539.before&&genericBoundaryAudit16539.before.swales||0)>0&&Number(genericBoundaryAudit16539.after&&genericBoundaryAudit16539.after.swales||0)===0)
    );
    if(!focusMode&&swaleCount===0&&Number(generationAudit&&generationAudit.chosenBeforeTierGate||0)>0&&!boundaryExplainsZero16178){
      throw new Error('regional corridor publication blocked: terrain-derived candidates existed but zero corridors survived; a focus-only contour tolerance must not govern regional screening');
    }
    if(swaleCount>0&&overlayAudit&&Number(overlayAudit.swaleLines||0)===0){
      try{
        clearLive();
        window.EARTHLINE_REGIONAL_VISUAL_DATA_16020=null;
        document.getElementById('earthlineRegionalVectorOverlay16020')?.replaceChildren();
        document.getElementById('earthlineRegionalCorridorTabs16323')?.remove();
      }catch(_){}
      throw new Error('corridor rendering incomplete: '+swaleCount+' corridors were generated but the visible overlay rendered zero');
    }
    if(swaleCount>0&&(
      regionalOverlayRenderOk16336!==true||
      !overlayAudit||
      Number(overlayAudit.swaleGradeLabels||0)===0
    )){
      try{
        clearLive();
        window.EARTHLINE_REGIONAL_VISUAL_DATA_16020=null;
        const overlay16336=document.getElementById('earthlineRegionalVectorOverlay16020');
        if(overlay16336)overlay16336.replaceChildren();
      }catch(_){}
      throw new Error(
        'regional corridor-label publication incomplete: '+
        swaleCount+' corridors exist but zero approved on-map corridor tabs/labels rendered'
      );
    }
    window.EARTHLINE_REGIONAL_CORRIDOR_LABEL_AUDIT_16336={
      build:'EARTHLINE 16336',runToken,
      corridors:Number(swaleCount),
      renderedCorridors:Number(overlayAudit&&overlayAudit.swaleLines||0),
      renderedLabels:Number(overlayAudit&&overlayAudit.swaleGradeLabels||0),
      overlayDisplay:(()=>{
        const el=document.getElementById('earthlineRegionalVectorOverlay16020');
        return el?getComputedStyle(el).display:null;
      })(),
      sidebarRankedChartPresent:!!document.getElementById('earthlineRegionalCorridorTabs16323'),
      approvedSurface:'on-map corridor labels',
      at:new Date().toISOString()
    };

    const productAudit={build:BUILD,runToken,tier:focusMode?'focus':'regional',bounds:b,boundsHash:bHash,terrain:{source:dem.source||'Open elevation data',tileZoom:dem.z,minM:dem.min,maxM:dem.max,reliefM:Number((dem.max-dem.min).toFixed(3)),grid:[dem.w,dem.h]},derived:{contourLineCount,contourLabelCount,flowLineCount,flowArrowCount,swaleCount},checkedAt:new Date().toISOString()};
    window.EARTHLINE_TERRAIN_PRODUCTS_AUDIT_16157=productAudit;
    const focusNullValid=focusMode&&Number.isFinite(productAudit.terrain.reliefM)&&productAudit.terrain.reliefM<15;
    if(!focusMode&&(!contourLineCount||!contourLabelCount||!flowLineCount||!flowArrowCount))throw new Error('regional terrain products incomplete: contours '+contourLineCount+', labels '+contourLabelCount+', flows '+flowLineCount+', arrows '+flowArrowCount+', relief '+productAudit.terrain.reliefM+' m');
    if(focusMode&&!focusNullValid&&!flowLineCount&&!flowArrowCount)throw new Error('focus terrain products incomplete: flows '+flowLineCount+', arrows '+flowArrowCount+', relief '+productAudit.terrain.reliefM+' m');
    productAudit.focusNullValid=focusNullValid;

    const isVermont=/\bvermont\b|\bvt\b/i.test(q)||((loc&&loc.lat)>=42.7&&(loc&&loc.lat)<=45.1&&(loc&&loc.lng)>=-73.5&&(loc&&loc.lng)<=-71.4);
    const nullWhy=String((boundaryExplainsZero16178||genericBoundaryAudit16539&&Number(genericBoundaryAudit16539.before&&genericBoundaryAudit16539.before.swales||0)>0&&Number(genericBoundaryAudit16539.after&&genericBoundaryAudit16539.after.swales||0)===0)?'all terrain-derived corridors in the computational envelope were outside the selected jurisdiction polygon':((generationAudit&&generationAudit.nullReason)||'no qualifying terrain-derived corridors met the active tier criteria'));
    const swaleNote=swaleCount?'':(focusMode?' No qualifying bioswale corridors were identified in this 3 km focus area. Reason: '+nullWhy+'.':' No qualifying regional opportunity corridors were found. Reason: '+nullWhy+'. This null may be published only when the generation and publication audits agree.');
    const buildReport16198=(context={})=>({build:BUILD,runToken,liveDataOnly:true,query:q,tier:focusMode?'focus':'regional',mode:focusMode?'focus':'regional',bounds:b,boundsHash:bHash,
      extentClass:loc&&loc.extentClass||'Earthline governed analysis extent',
      recharge:regionalRecharge16492,
      terrain:{source:dem.source||'Open elevation data',tileZoom:dem.z,minM:dem.min,maxM:dem.max,surfaceType:'DSM / surface-elevation screening',detailedPlacementPermitted:false,limitation:'Canopy and buildings may affect slope; property placement requires bare-earth DTM/LiDAR or survey verification.'},
      watersheds:{source:focusMode?'Inherited from parent regional screening; not re-requested at focus scale':'Temporary HydroBASINS mirror — static official-source pack required',features:Number(context.basinCount||0),status:context.contextComplete?'complete-or-unavailable':'loading independently'},
      aquifers:{source:focusMode?'Inherited regional groundwater context; no focus-scale boundary geometry':regionalAquiferSource,boundaryClass:focusMode?'regional context only — not a focus or parcel boundary':regionalAquiferBoundaryClass,features:Number(context.aquiferCount||0),rasterFallback:false,status:context.contextComplete?'complete-or-unavailable':'loading independently'},
      hydrogeologicContext:isVermont?{status:'context-only',geometryPublished:focusMode?false:Number(context.aquiferCount||0)>0,statement:focusMode?'Groundwater context is inherited from the parent Vermont regional run; no local aquifer boundary is claimed at focus scale.':(context.contextComplete?(Number(context.aquiferCount||0)?'Regional mapped groundwater context is visible; verify local hydrogeology before design.':'Vermont hydrogeologic context unavailable in this run. No polygon does not mean groundwater is absent.'):'Groundwater context is loading independently and does not block the terrain-derived result.')} :null,
      viewportContext:{acuteGroundwater:{source:'NASA GRACE-FO via NOAA/NCEI',loaded:!!context.graceReady,publicationClass:'visual-context-only',reportPermitted:false},groundwaterStress:{source:'WRI Aqueduct baseline layer',loaded:!!context.groundwaterReady,publicationClass:'visual-context-only',reportPermitted:false}},
      derived:{contours:contourLineCount,numberedMajorContours:contourLabelCount,waterPaths:flowLineCount,directionArrows:flowArrowCount,swaleOpportunityLines:swaleCount,swaleStatus:swaleCount?(focusMode?'qualifying focus opportunity corridors found':'qualifying regional opportunity corridors found'):(focusMode?'no qualifying corridors at this focus screening scale':'no qualifying corridors at this regional screening scale')},
      stateBoundary:vermontRequest?JSON.parse(JSON.stringify(window.EARTHLINE_VERMONT_PRODUCT_BOUNDARY_AUDIT_16178||null)):null,
      jurisdictionBoundary:genericBoundaryAudit16539?JSON.parse(JSON.stringify(genericBoundaryAudit16539)):null,
      renderSettlement:context.renderSettlement||{coreVisible:true,contextPending:!context.contextComplete},failures:Array.isArray(context.failures)?context.failures:[],contextComplete:!!context.contextComplete,completedAt:new Date().toISOString()});

    const coreReport16198=buildReport16198({contextComplete:false});
    if(!isCurrentRun(runToken))return false;
    const coreSnapshot16198=Object.freeze(JSON.parse(JSON.stringify(coreReport16198)));
    window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970=coreSnapshot16198;
    publishDisplayedRun16151(coreSnapshot16198);
    try{
      if(typeof window.earthlineReconcilePanel16188==='function')
        window.earthlineReconcilePanel16188();
      setTimeout(()=>{
        try{
          if(typeof window.earthlineReconcilePanel16188==='function')
            window.earthlineReconcilePanel16188();
        }catch(_){}
      },80);
    }catch(_){}
    window.EARTHLINE_LAST_LIVE_REGIONAL_ERROR_15970=null;
    setRegionalTerminal16539('published',runToken,'terrain-derived Regional core published; optional context continues independently',{tier:focusMode?'focus':'regional',query:q,boundsHash:bHash,rechargeScore:regionalRecharge16492&&regionalRecharge16492.score});
    phase16198.coreTotalMs=Math.round(performance.now()-regionalStarted16198);
    window.EARTHLINE_REGIONAL_PERFORMANCE_16191={build:'EARTHLINE 16198',runToken,query:q,phaseTotalsMs:Object.assign({},phase16198),totalMs:phase16198.coreTotalMs,slowestPhase:Object.entries(phase16198).filter(([k])=>k!=='coreTotalMs').sort((x,y)=>Number(y[1])-Number(x[1]))[0]?.[0]||'none',terrainSource:dem.source||'open elevation',waterPaths:flowLineCount,swales:swaleCount,contextBlocking:false,capturedAt:new Date().toISOString()};
    recordRun('core_run_published',runToken,{query:q,boundsHash:bHash,swaleCount,waterPaths:flowLineCount,totalMs:phase16198.coreTotalMs});
    const focusOutcome=focusMode?(swaleCount?'Focus screening published for the declared 3 km location. ':'Focus screening complete — zero qualifying corridors in the declared 3 km location. '):'';
    setRunStatus((focusMode?focusOutcome:(isVermont?'Vermont screening published. ':'Regional screening published. '))+'Terrain-derived water paths and ranked swale opportunities are visible. Watershed and groundwater context are updating independently.'+swaleNote+(!focusMode?earthlineLandValidityStatus16584():''),'published');
    notify((focusMode?'Fixed-location focus analysis complete. ':'Regional terrain analysis complete. ')+swaleCount+' ranked swale opportunities published.'+swaleNote);

    const finishContext16198=async()=>{
      const contextStarted16198=performance.now();
      try{
        // 16281: optional context begins only after the core Regional result is visible.
        const basinP=focusMode?Promise.resolve(0):withTimeout(loadWatersheds(b,runToken),2000,'watershed context').catch(error=>({error:String(error&&error.message||error)}));
        const aquiferP=focusMode?Promise.resolve(0):withTimeout(loadAquifers(b,runToken),2400,'aquifer context').catch(error=>({error:String(error&&error.message||error)}));
        const groundwaterP=focusMode?Promise.resolve(false):sourceReady(IDS.groundwater,900,runToken).catch(()=>false);
        const graceP=focusMode?Promise.resolve(false):sourceReady(IDS.grace,900,runToken).catch(()=>false);
        const aquiferRasterP=Promise.resolve(false);
        const settled16198=await Promise.allSettled([basinP,aquiferP,groundwaterP,graceP,aquiferRasterP]);
        if(!isCurrentRun(runToken))return;
        const basinResult16198=settled16198[0].status==='fulfilled'?settled16198[0].value:null;
        const aquiferResult16198=settled16198[1].status==='fulfilled'?settled16198[1].value:null;
        const basinCount16198=typeof basinResult16198==='number'?basinResult16198:0;
        const aquiferCount16198=typeof aquiferResult16198==='number'?aquiferResult16198:0;
        const groundwaterReady16198=settled16198[2].status==='fulfilled'&&settled16198[2].value===true;
        const graceReady16198=settled16198[3].status==='fulfilled'&&settled16198[3].value===true;
        if(graceReady16198)setRasterOpacity(m,IDS.graceLayer,0.18);
        if(groundwaterReady16198)setRasterOpacity(m,IDS.groundwaterLayer,0.07);
        setRasterOpacity(m,IDS.aquiferRasterLayer,0);
        const renderSettlement16198=await withTimeout(settleRenderedScientificLayers(m,aquiferCount16198,1200,runToken),1400,'render settlement').catch(error=>({settled:false,error:String(error&&error.message||error)}));
        if(!isCurrentRun(runToken))return;
        const failures16198=[];
        if(!focusMode&&!basinCount16198)failures16198.push('watershed boundary');
        if(!focusMode&&!aquiferCount16198)failures16198.push('mapped aquifer geometry');
        const enriched16198=Object.freeze(JSON.parse(JSON.stringify(buildReport16198({contextComplete:true,basinCount:basinCount16198,aquiferCount:aquiferCount16198,groundwaterReady:groundwaterReady16198,graceReady:graceReady16198,renderSettlement:renderSettlement16198,failures:failures16198}))));
        window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970=enriched16198;
        publishDisplayedRun16151(enriched16198);
        try{
          if(typeof window.earthlineReconcilePanel16188==='function')
            window.earthlineReconcilePanel16188();
        }catch(_){}
        window.EARTHLINE_REGIONAL_CONTEXT_16198={build:'EARTHLINE 16198',runToken,elapsedMs:Math.round(performance.now()-contextStarted16198),basinCount:basinCount16198,aquiferCount:aquiferCount16198,groundwaterReady:groundwaterReady16198,graceReady:graceReady16198,failures:failures16198,at:new Date().toISOString()};
        recordRun('context_enriched',runToken,window.EARTHLINE_REGIONAL_CONTEXT_16198);
        setRunStatus((focusMode?'Focus screening published. ':(isVermont?'Vermont screening published. ':'Regional screening published. '))+(failures16198.length?'Unavailable context: '+failures16198.join(', ')+'. ':'Watershed and groundwater context updated. ')+swaleNote+(!focusMode?earthlineLandValidityStatus16584():''),'published');
      }catch(error16198){
        if(isCurrentRun(runToken)){
          window.EARTHLINE_REGIONAL_CONTEXT_16198={build:'EARTHLINE 16198',runToken,error:String(error16198&&error16198.message||error16198),at:new Date().toISOString()};
          recordRun('context_unavailable',runToken,window.EARTHLINE_REGIONAL_CONTEXT_16198);
        }
      }
    };
    setTimeout(()=>{finishContext16198();},0);
    return coreSnapshot16198;
  }
  async function runGovernedFocus16157(spec){
    const center=spec&&spec.center||null,sizeM=Math.max(2000,Math.min(5000,Number(spec&&spec.sizeM||3000)));
    if(!center||!Number.isFinite(Number(center.lng))||!Number.isFinite(Number(center.lat)))throw new Error('focus center unavailable');
    const lat=Number(center.lat),lng=Number(center.lng),half=sizeM/2,dy=half/111320,dx=half/(111320*Math.max(.05,Math.cos(lat*Math.PI/180)));
    const label=clean(spec&&spec.label||'Declared focus location'),q='Vermont focus — '+label;
    const loc={lat,lng,bbox:[lng-dx,lat-dy,lng+dx,lat+dy],placeType:'focus',label:q,analysisBBox:true,focusMode:true,focusSizeM:sizeM,extentClass:'Earthline fixed '+Math.round(sizeM/1000)+' km focus screening extent'};
    const prior=activeRunToken,runToken=createRunToken(q);activeRunToken=runToken;running=true;runCount++;clearForSubmission(runToken,q);
    if(prior)recordRun('run_superseded',prior,{supersededBy:runToken,newQuery:q});recordRun('focus_run_started',runToken,{query:q,center:{lng,lat},sizeM,bounds:loc.bbox});
    try{return await runRegional(q,loc,runToken);}catch(err){if(isCurrentRun(runToken)){window.EARTHLINE_LAST_LIVE_REGIONAL_ERROR_15970={runToken,query:q,error:String(err&&err.message||err),at:new Date().toISOString()};recordRun('focus_run_failed',runToken,{error:String(err&&err.message||err)});setRunStatus('FOCUS ANALYSIS FAILED — '+String(err&&err.message||err),'failed');}return false;}finally{if(isCurrentRun(runToken)){running=false;setBusy(false,'RUN ANALYSIS');}}
  }
  window.earthlineFocusRunEngine16158=runGovernedFocus16157;

  async function runPropertyDirect(q){
    let task;
    /* EARTHLINE 16480 — authoritative Property run ownership.
       The live Regional controller captured legacy run15786 at install time and
       continued routing explicit Property targets through that older queue even
       after terminalPropertyRun became the governed Property lifecycle owner.
       When an explicit current Property target exists, call that governed owner
       directly. New/unresolved searches retain the existing resolver/legacy path. */
    const target16480=window.EARTHLINE_PROPERTY_TARGET_16201||null;
    const governed16480=window.earthlineDeclarePropertyAtCrosshair16173;
    const explicitTarget16480=!!(
      target16480&&
      Number.isFinite(Number(target16480.lng))&&
      Number.isFinite(Number(target16480.lat))&&
      typeof governed16480==='function'
    );
    if(explicitTarget16480)task=governed16480();
    else if(!q&&typeof window.earthlineSetCurrentViewAsAnalysis15827==='function')task=window.earthlineSetCurrentViewAsAnalysis15827();
    else if(typeof propertyRun==='function')task=propertyRun();
    else if(typeof runCore15786==='function')task=runCore15786();
    else throw new Error('property analysis engine unavailable');
    try{
      return await withTimeout(task,55000,'property analysis');
    }catch(err){
      /* 16172: cancel cooperative terrain/hydrology loops so a timed-out property
         run cannot publish late into a newer focus/regional result. */
      const st=state();if(st&&Number.isFinite(Number(st.searchGen)))st.searchGen++;
      const raw=String(err&&err.message||err||'property analysis failed');
      if(/timed out|exceeded/i.test(raw)){
        const stage=String(st&&st.currentStage||window.EARTHLINE_PROPERTY_ACTIVE_STAGE_16178&&window.EARTHLINE_PROPERTY_ACTIVE_STAGE_16178.stage||'unknown stage');
        const timings=st&&st.lastTiming&&typeof st.lastTiming==='object'?JSON.parse(JSON.stringify(st.lastTiming)):{};
        window.EARTHLINE_PROPERTY_TIMEOUT_AUDIT_16178={build:'EARTHLINE 16178',stage,timings,error:raw,at:new Date().toISOString()};
        const named=stage?stage.replace(/[-_]+/g,' '):'unknown stage';
        throw new Error('property analysis timed out during '+named+'. Recorded stage timings: '+JSON.stringify(timings));
      }
      throw err;
    }
  }
  async function runDirectAddressProperty16291(q,input){
    const prior=activeRunToken,runToken=createRunToken(q);
    activeRunToken=runToken;runCount++;clearForSubmission(runToken,q);
    if(prior)recordRun('run_superseded',prior,{supersededBy:runToken,newQuery:q});
    recordRun('direct_address_run_started',runToken,{query:q});
    /* Do not call setBusy(true) here. That belongs to the Regional owner and arms its
       30-second core watchdog. Direct Property must be owned only by the governed
       20-acre Property lifecycle, which has its own progress and terminal state. */
    try{
      setRunStatus('Locating exact property address '+q+'…','pending');
      const st=state();if(!st)throw new Error('property model unavailable');
      /* EARTHLINE 16483 — use Earthline's existing bundled exact Property record
         before invoking the external address geocoder. The old early numeric-address
         branch skipped knownPropertyPreset(), so established test properties paid a
         network lookup even though their exact Earthline location already existed. */
      let loc=null;
      try{if(typeof knownPropertyPreset==='function')loc=knownPropertyPreset(q);}catch(_){loc=null;}
      if(!loc){
        const geoGen=++st.searchGen;
        loc=await withTimeout(geocodeMapbox(q,geoGen),15000,'exact address geocode');
      }
      if(!loc)throw new Error('exact address could not be confirmed for '+q);
      if(!isCurrentRun(runToken)){recordRun('direct_address_discarded',runToken,{discardReason:'superseded_run'});return false;}
      loc.placeType='address';loc.userSelectedSite=true;loc.zoomHint=Math.max(17,n(loc.zoomHint,17));loc.acres=20;
      st.loc=loc;st.appliedSearchText=q;st.centerLng=Number(loc.lng);st.centerLat=Number(loc.lat);
      if(input)input.value=q;
      try{
        const setChosen=window.earthlineSetChosenLocation16189;
        if(typeof setChosen==='function')setChosen(q,loc);
      }catch(error){recordRun('chosen_location_warning',runToken,{error:String(error&&error.message||error)});}
      const target={lng:Number(loc.lng),lat:Number(loc.lat),source:'direct-address-16291',code:'',score:0,query:q,at:new Date().toISOString()};
      if(typeof window.earthlineSetPropertyTarget16201==='function')window.earthlineSetPropertyTarget16201(target);
      else window.EARTHLINE_PROPERTY_TARGET_16201=target;
      const governed=window.earthlineDeclarePropertyAtCrosshair16173;
      if(typeof governed!=='function')throw new Error('governed 20-acre Property owner unavailable');
      document.documentElement.dataset.earthlineDirectAddress16291='running';
      recordRun('direct_address_property_launch',runToken,{query:q,lng:target.lng,lat:target.lat});
      const out=await Promise.resolve(governed());
      if(input)input.value=q;st.appliedSearchText=q;
      if(out===false)throw new Error('governed Property analysis did not publish a verified result');
      recordRun('direct_address_property_published',runToken,{query:q,lng:target.lng,lat:target.lat});
      document.documentElement.dataset.earthlineDirectAddress16291='published';
      return true;
    }catch(err){
      document.documentElement.dataset.earthlineDirectAddress16291='failed';
      recordRun('direct_address_run_failed',runToken,{query:q,error:String(err&&err.message||err)});
      setRunStatus('PROPERTY ANALYSIS FAILED — '+String(err&&err.message||err)+'. No different address or unverified geometry was substituted.','failed');
      notify('Property analysis stopped — '+String(err&&err.message||err));
      return false;
    }finally{
      if(activeRunToken===runToken)activeRunToken=null;
      if(document.documentElement.dataset.earthlineRunState!=='failed')document.documentElement.dataset.earthlineRunState='idle';
    }
  }

  async function action(e){
    if(e){e.preventDefault();e.stopPropagation();e.stopImmediatePropagation&&e.stopImmediatePropagation();}
    const input=document.getElementById('searchInput');let q=normalizeSearchAlias(input&&input.value);if(input&&q!==clean(input.value))input.value=q;
    /* EARTHLINE 16483 — exact same street-address reruns must reach the existing
       16479 warm-Property branch before the direct-address geocoder. Previously
       every numeric street address returned here first, so even an unchanged,
       already-resolved Property paid the bounded 15-second geocode path again.
       New/different street addresses retain the original direct-address resolver. */
    const md16483=state(),target16483=window.EARTHLINE_PROPERTY_TARGET_16201||null;
    const displayed16483=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null;
    const displayedTier16483=String(displayed16483&&(displayed16483.tier||displayed16483.mode)||'').toLowerCase();
    const norm16483=v=>String(v||'').trim().toLowerCase().replace(/,+/g,' ').replace(/\s+/g,' ');
    const q16483=norm16483(q),targetQuery16483=norm16483(target16483&&target16483.query||'');
    const exactSameStreetProperty16483=!!(
      q&&isNumericStreetAddress16291(q)&&displayedTier16483==='property'&&
      target16483&&Number.isFinite(Number(target16483.lng))&&Number.isFinite(Number(target16483.lat))&&
      q16483&&targetQuery16483&&q16483===targetQuery16483
    );
    if(q&&isNumericStreetAddress16291(q)&&!exactSameStreetProperty16483)return await runDirectAddressProperty16291(q,input);
    /* 16236 — create the run token before any identity bookkeeping. The previous
       ordering referenced runToken inside the chosen-location fallback before the
       token existed, aborting both suggestion-triggered and button-triggered runs. */
    const prior=activeRunToken,runToken=createRunToken(q||'current-map');
    /* EARTHLINE 16479 — exact-same Property rerun only.
       Never infer Property ownership merely because a stale Property target exists.
       A new/nonmatching query follows the original chosen-location + clear + resolver path byte-for-byte.
       Only the exact currently applied Property query (or an empty-query current-map Property rerun)
       may preserve the existing Property state and call the existing Property owner directly. */
    const md16479=state(),target16479=window.EARTHLINE_PROPERTY_TARGET_16201||null;
    const displayed16479=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null;
    const displayedTier16479=String(displayed16479&&(displayed16479.tier||displayed16479.mode)||'').toLowerCase();
    const norm16479=v=>String(v||'').trim().toLowerCase().replace(/,+/g,' ').replace(/\s+/g,' ');
    const q16479=norm16479(q),targetQuery16479=norm16479(target16479&&target16479.query||'');
    const targetReady16479=!!(target16479&&Number.isFinite(Number(target16479.lng))&&Number.isFinite(Number(target16479.lat)));
    /* EARTHLINE 16491 — a non-empty warm rerun belongs to the same Property only when
       the authoritative Property target carries that same query identity. A mutable
       search-field/appliedSearchText value cannot promote a new Regional request. */
    /* EARTHLINE 16547 — RUN ANALYSIS is the Regional/search owner. A corridor-derived
       Property target can legitimately carry the same parent query (for example
       "New York"), so query equality alone must not hijack a later Regional request
       back into Property. Preserve the warm shortcut only for explicit numeric street
       addresses or an empty-query current-map Property rerun. The separate Property
       control remains the governed owner for corridor/crosshair Property reruns. */
    const explicitWarmPropertyQuery16547=!!q16479&&typeof isNumericStreetAddress16291==='function'&&isNumericStreetAddress16291(q);
    const exactSameProperty16479=!!(
      displayedTier16479==='property'&&targetReady16479&&(
        (!q16479)||(explicitWarmPropertyQuery16547&&targetQuery16479&&q16479===targetQuery16479)
      )
    );
    if(!exactSameProperty16479){
      try{const setChosen=window.earthlineSetChosenLocation16189;if(typeof setChosen==='function')setChosen(q,null);else recordRun('chosen_location_owner_unavailable',runToken,{query:q});}catch(error){recordRun('chosen_location_warning',runToken,{error:String(error&&error.message||error)});}
    }
    activeRunToken=runToken;running=true;runCount++;
    if(!exactSameProperty16479)clearForSubmission(runToken,q);
    else{
      document.documentElement.dataset.earthlineRunState='pending';
      recordRun('exact_same_property_rerun_preserved_16479',runToken,{query:q||'',appliedSearchText:md16479&&md16479.appliedSearchText||'',displayedTier:displayedTier16479});
    }
    setBusy(true,exactSameProperty16479?'ANALYZING PROPERTY':'STARTING');
    if(prior)recordRun('run_superseded',prior,{supersededBy:runToken,newQuery:q||''});
    recordRun('run_started',runToken,{query:q||'',exactSameProperty16479});
    try{
      if(exactSameProperty16479){
        const out=await runPropertyDirect(q);if(!isCurrentRun(runToken))return false;
        if(out===false)throw new Error('property analysis did not publish. The preserved Property target returned no verified result.');
        return true;
      }
      if(!q){
        const z=(()=>{try{return n(map().getZoom(),0)}catch(_){return 0}})();
        if(z>=15.5){setBusy(true,'ANALYZING PROPERTY');const out=await runPropertyDirect('');if(!isCurrentRun(runToken))return false;return out!==false;}
        throw new Error('enter a location, exact address, or project boundary');
      }
      const loc=await resolveSearch(q);try{const setChosen=window.earthlineSetChosenLocation16189;if(typeof setChosen==='function')setChosen(q,loc);else recordRun('chosen_location_owner_unavailable',runToken,{query:q});}catch(error){recordRun('chosen_location_warning',runToken,{error:String(error&&error.message||error)});}if(!isCurrentRun(runToken)){recordRun('resolved_location_discarded',runToken,{discardReason:'superseded_run'});return false;}
      if(isRegional(q,loc))return await runRegional(q,loc,runToken);
      setBusy(true,'ANALYZING PROPERTY');
      setRunStatus('Preparing the declared property analysis for '+q+'…','pending');
      const out=await runPropertyDirect(q);if(!isCurrentRun(runToken))return false;
      if(out===false)throw new Error('property analysis did not publish. The address resolved, but the property engine returned no verified result; confirm the declared analysis boundary and exclusion data.');
      const md=state(),evidence16516=(typeof window.earthlineGetExclusionEvidence16516==='function'?window.earthlineGetExclusionEvidence16516():null),authoritative16516=!!(evidence16516&&evidence16516.sourceTier==='authoritative-local'),propertySnapshot=Object.freeze({build:BUILD,runToken,query:q,tier:'property',mode:'property',publishedAt:new Date().toISOString(),derived:{swaleOpportunityLines:Array.isArray(md&&md.swales)?md.swales.length:0},exclusionEvidence:evidence16516,sourceRule:authoritative16516?'Vermont E911/VCGI first; exclusions fail closed; Overpass disabled':(evidence16516&&evidence16516.label?evidence16516.label:'Exclusion evidence not recorded')});
      publishDisplayedRun16151(propertySnapshot);recordRun('property_run_published',runToken,{query:q,swaleCount:propertySnapshot.derived.swaleOpportunityLines,exclusionEvidence:evidence16516});setRunStatus(authoritative16516?('Vermont property analysis published for '+q+' — verify bare-earth terrain, exclusions and field conditions before construction.'):('Property terrain analysis published for '+q+' — '+(evidence16516&&evidence16516.label?evidence16516.label:'verify local exclusions')+'.'),'published');if(typeof window.earthlineRenderExclusionEvidence16516==='function')window.earthlineRenderExclusionEvidence16516();notify('Property analysis complete.');return true;
    }catch(err){
      if(!isCurrentRun(runToken)){recordRun('superseded_run_settled',runToken,{error:String(err&&err.message||err)});return false;}
      try{
        clearLive();
        window.EARTHLINE_REGIONAL_VISUAL_DATA_16020=null;
        document.getElementById('earthlineRegionalVectorOverlay16020')?.replaceChildren();
        document.getElementById('earthlineRegionalCorridorTabs16323')?.remove();
      }catch(_){}
      console.error('[Earthline] '+BUILD,err);window.EARTHLINE_LAST_LIVE_REGIONAL_ERROR_15970={runToken,query:q,error:String(err&&err.message||err),at:new Date().toISOString()};
      const regionalCommit16537=window.EARTHLINE_REGIONAL_TIER_COMMIT_16327||null;
      if(regionalCommit16537&&String(regionalCommit16537.runToken||'')===String(runToken||''))setRegionalTerminal16539('failed',runToken,String(err&&err.message||err),{query:q});
      else document.documentElement.dataset.earthlineRunState='failed';
      recordRun('run_failed',runToken,{query:q,error:String(err&&err.message||err)});setRunStatus('ANALYSIS FAILED — previous results remain removed. '+String(err&&err.message||err),'failed');notify('Analysis stopped — '+String(err&&err.message||err)+'. Previous results were removed.');return false;
    }finally{if(isCurrentRun(runToken)){running=false;setBusy(false,'RUN ANALYSIS');}}
  }
  function esc(v){return String(v).replace(/[&<>"']/g,c=>({'&':'&amp;','<':'&lt;','>':'&gt;','"':'&quot;',"'":'&#39;'}[c]));}
  function suggestions(){
    const rows=[],seen=new Set();
    function add(q,l,k){q=clean(q);if(!q||seen.has(key(q)))return;seen.add(key(q));rows.push({q,l:clean(l||q),k:clean(k||'Earthline location')});}
    // Jurisdiction-profile choices come first. Profiles describe data/coverage; they do not rewrite Earthline behavior.
    for(const profile16549 of EARTHLINE_JURISDICTION_PROFILES_16549)add(profile16549.query,profile16549.label,profile16549.kind);
    add('Burlington, Vermont','Burlington, Vermont — Regional Screening','Vermont city / watershed context');
    add('Essex, Vermont','Essex, Vermont — Regional Screening','Vermont city / watershed context');
    add('Montpelier, Vermont','Montpelier, Vermont — Regional Screening','Vermont capital region');
    add('Rutland, Vermont','Rutland, Vermont — Regional Screening','Vermont city / watershed context');
    add('Middlebury, Vermont','Middlebury, Vermont — Regional Screening','Vermont agricultural / valley context');
    add('Brattleboro, Vermont','Brattleboro, Vermont — Regional Screening','Southeastern Vermont context');
    add('Stowe, Vermont','Stowe, Vermont — Regional Screening','Mountain watershed context');
    add('Barre, Vermont','Barre, Vermont — Regional Screening','Central Vermont context');
    add('Bennington, Vermont','Bennington, Vermont — Regional Screening','Southwestern Vermont context');
    add('Newport, Vermont','Newport, Vermont — Regional Screening','Northeastern Vermont context');
    add('Waterbury, Vermont','Waterbury, Vermont — Regional Screening','Winooski watershed context');
    add('Woodstock, Vermont','Woodstock, Vermont — Regional Screening','Ottauquechee watershed context');
    // Regional choices come first so a city search cannot be swallowed by a property preset.
    add('Chang Mai','Chiang Mai, Thailand — Regional Watershed','Regional watershed');
    add('Chiang Mai, Thailand','Chiang Mai, Thailand — Regional Watershed','Regional watershed');
    add('Essex, Vermont','Essex, Vermont — Regional Watershed','Regional watershed');
    add('Essex, VT','Essex, Vermont — Regional Watershed','Regional watershed');
    add('Nashville, Tennessee','Nashville, Tennessee — Regional Watershed','USGS carbonate/karst groundwater context');
    add('Mekong River Basin','Mekong River Basin — Southeast Asia','Regional watershed / basin');
    add('Bangkok, Thailand','Bangkok, Thailand','Regional watershed');
    add('Ho Chi Minh City, Vietnam','Ho Chi Minh City, Vietnam','Regional watershed');
    add('Phnom Penh, Cambodia','Phnom Penh, Cambodia','Regional watershed');
    add('Vientiane, Laos','Vientiane, Laos','Regional watershed');
    try{(EARTHLINE_KNOWN_PRIOR_SEARCHES_15774||[]).forEach(r=>add(r.query,r.label,'Established Earthline location'));}catch(_){}
    try{(RECENTS||[]).forEach(r=>add(r.query||r.label,r.label||r.query,'Recent Earthline location'));}catch(_){}
    try{(GAZ||[]).forEach(g=>add(g.name+(g.sub?', '+g.sub:''),g.name+(g.sub?', '+g.sub:''),'Property analysis preset'));}catch(_){}
    return rows;
  }
  function installSearch(){
    const old=document.getElementById('searchInput');if(!old)return;
    const input=old.cloneNode(true);old.replaceWith(input);
    input.autocomplete='off';input.removeAttribute('list');
    document.getElementById('locList')?.remove();
    const box=input.closest('.searchbox');if(!box)return;
    for(const id of ['earthlineSearchSuggestions15920','earthlineSearchSuggestions15940','earthlineSearchSuggestions15970'])document.getElementById(id)?.remove();
    const menu=document.createElement('div');menu.id='earthlineSearchSuggestions15970';menu.setAttribute('role','listbox');document.body.appendChild(menu);
    const rows=suggestions();
    function positionMenu16201(){const r=box.getBoundingClientRect(),w=Math.max(320,Math.min(620,window.innerWidth-r.left-18));menu.style.setProperty('left',r.left+'px','important');menu.style.setProperty('top',(r.bottom+8)+'px','important');menu.style.setProperty('width',w+'px','important');}
    function placeIntentRows16539(raw){
      const v=clean(raw),kq=key(v);
      if(v.length<3||/\d/.test(v)||/,/.test(v)||/\b(?:state|province|region|country|nation|city|address|road|rd|street|st|avenue|ave|drive|dr|lane|ln|highway|hwy|route)\b/i.test(v))return [];
      const words=kq.split(' ').filter(Boolean);if(!words.length||words.length>4)return [];
      return [
        {q:v+' state',l:v+' — State / Region',k:'Resolve this exact name as a state, province, or region'},
        {q:v+' country',l:v+' — Country',k:'Resolve this exact name as a country'},
        {q:v+' city',l:v+' — City / Place',k:'Resolve this exact name as a city or populated place'}
      ];
    }
    function render(showAll){
      const raw=clean(input.value),q=(showAll&&!raw)?'':key(raw);
      const list=rows.filter(r=>!q||key(r.q+' '+r.l+' '+r.k).includes(q)).slice(0,10);
      if(q)list.unshift(...placeIntentRows16539(raw));
      if(q&&raw.length>=2)list.push({q:raw,l:'Search exact name: '+raw,k:'Let Earthline resolve the place type from the exact name'});
      const seen16539=new Set(),visible=[];
      for(const r of list){const rk=key(r.q+'|'+r.l);if(!rk||seen16539.has(rk))continue;seen16539.add(rk);visible.push(r);if(visible.length>=14)break;}
      menu.innerHTML=visible.map(r=>'<button type="button" role="option" data-query="'+esc(r.q)+'"><span class="el-pin">⌖</span><span class="el-copy"><strong>'+esc(r.l)+'</strong><small>'+esc(r.k)+'</small></span></button>').join('');
      positionMenu16201();menu.classList.toggle('open',visible.length>0&&document.activeElement===input);
      document.documentElement.dataset.earthlineSuggestionCount=String(visible.length);
    }
    input.addEventListener('focus',()=>render(true));
    input.addEventListener('click',()=>render(true));
    input.addEventListener('input',()=>render(false));
    input.addEventListener('keydown',e=>{if(e.key==='Enter')action(e);});
    /* 16236 — commit a suggestion on pointer-down/tap, before any outer panel
       listener can blur the field or close the pull-down. This is the authoritative
       selection handoff for mouse, touch and pen. */
    let suggestionPointerCommit=false;
    function commitSuggestion16236(b,e){
      if(!b)return false;
      if(e){e.preventDefault();e.stopPropagation();}
      const q=String(b.dataset.query||'').trim();
      if(!q)return false;
      document.documentElement.dataset.earthlineSuggestionCommit16246='1';
      document.documentElement.dataset.earthlineCommittedSearch=q;
      input.value=q;
      /* EARTHLINE 16491 — selection commits only the requested query.
         appliedSearchText means successfully resolved/applied search identity and must
         not be overwritten before action() classifies and runs the new request. */
      input.dispatchEvent(new Event('input',{bubbles:true}));
      try{const setChosen=window.earthlineSetChosenLocation16189;if(typeof setChosen==='function')setChosen(q,null);else recordRun('chosen_location_owner_unavailable',null,{query:q});}catch(error){console.warn('[Earthline] chosen-location update failed',error);}
      menu.classList.remove('open');
      input.blur();
      setTimeout(()=>{menu.classList.remove('open');delete document.documentElement.dataset.earthlineSuggestionCommit16246;},0);
      /* A committed suggestion is a Regional search submission. */
      void action(null);
      return true;
    }
    menu.addEventListener('pointerdown',e=>{const b=e.target.closest('[data-query]');if(!b)return;suggestionPointerCommit=commitSuggestion16236(b,e);},true);
    menu.addEventListener('click',e=>{const b=e.target.closest('[data-query]');if(!b)return;e.preventDefault();e.stopPropagation();if(suggestionPointerCommit){suggestionPointerCommit=false;return;}commitSuggestion16236(b,e);});
    document.addEventListener('pointerdown',e=>{if(!box.contains(e.target)&&!menu.contains(e.target))menu.classList.remove('open');},{passive:true});window.addEventListener('resize',positionMenu16201,{passive:true});
    let clear=document.getElementById('searchClear15765');
    if(!clear){clear=document.createElement('button');clear.id='searchClear15765';clear.type='button';clear.className='search-clear';clear.setAttribute('aria-label','Clear search');clear.textContent='×';box.appendChild(clear);}else{const c=clear.cloneNode(true);clear.replaceWith(c);clear=c;}
    clear.style.display='grid';
    clear.addEventListener('click',e=>{e.preventDefault();e.stopPropagation();input.value='';const st=state();if(st)st.appliedSearchText='';input.dispatchEvent(new Event('input',{bubbles:true}));input.focus();render(true);});
  }
  function installButtons(){
    const old=document.getElementById('runBtn');if(old){const b=old.cloneNode(true);old.replaceWith(b);b.type='button';b.disabled=false;b.addEventListener('click',action);}
    // The final display controller creates the single approved lower RUN ANALYSIS button.
    document.getElementById('earthlineMapRun15940')?.remove();document.getElementById('earthlineMapRun15970')?.remove();
  }
  function compass(){const c=document.querySelector('.compass');if(!c)return;c.style.display='block';c.setAttribute('role','button');c.tabIndex=0;const reset=()=>{try{map().easeTo({bearing:0,pitch:0,duration:350});}catch(_){}};c.onclick=reset;c.onkeydown=e=>{if(e.key==='Enter'||e.key===' '){e.preventDefault();reset();}};}
  function install(){if(installed)return;installed=true;hideUnapproved();installSearch();installButtons();compass();setBusy(false,'RUN ANALYSIS');window.earthlineRunAnalysis=action;window.earthlineLiveRegionalRun15970=action;document.documentElement.dataset.earthlineLiveRegional=BUILD;console.log('[Earthline] '+BUILD+' installed — live data only; no fallback regional data.');}
  window.__EARTHLINE_REGIONAL_TEST_HOOKS_16147={ensureLayers,hydrology,makeContours,makeFlows,makeSwales,stitchContourSegments,chaikin,analysisBounds,isRegional,resolvePreset:q=>PRESETS[key(q)]||null,knownPropertyPreset,normalizeSearchAlias,loadDEM,loadAquifers,loadUSGSKarstAquifers,loadIGRACAquifers,normalizeUSGSKarst,bboxIntersectsContiguousUS,settleRenderedScientificLayers,createRunToken,isCurrentRun,boundsHash,clearForSubmission,recordRun};window.__EARTHLINE_REGIONAL_TEST_HOOKS_16126=window.__EARTHLINE_REGIONAL_TEST_HOOKS_16147;window.__EARTHLINE_REGIONAL_TEST_HOOKS_16125=window.__EARTHLINE_REGIONAL_TEST_HOOKS_16147;window.__EARTHLINE_REGIONAL_TEST_HOOKS_16030=window.__EARTHLINE_REGIONAL_TEST_HOOKS_16147;window.__EARTHLINE_REGIONAL_TEST_HOOKS_16010=window.__EARTHLINE_REGIONAL_TEST_HOOKS_16030;
  window.__EARTHLINE_REGIONAL_TEST_HOOKS_15990=window.__EARTHLINE_REGIONAL_TEST_HOOKS_16010;
  window.__EARTHLINE_REGIONAL_TEST_HOOKS_15980=window.__EARTHLINE_REGIONAL_TEST_HOOKS_15990;
  window.EARTHLINE_REGIONAL_DATA_SOURCES_15970={watersheds:HYDRO,aquifersGlobal:AQUIFER_WFS,aquifersUSCarbonateKarst:USGS_KARST,terrain:TERRARIUM,currentGroundwater:GRACE_CURRENT,baselineGroundwater:GROUNDWATER};
  window.earthlineLiveRegionalAudit16010=()=>({build:BUILD,liveDataOnly:true,running,runCount,last:window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970||null,lastError:window.EARTHLINE_LAST_LIVE_REGIONAL_ERROR_15970||null,engine:{property:typeof propertyRun==='function',map:!!map(),model:!!state()},controls:{searchX:!!document.getElementById('searchClear15765'),topRun:!!document.getElementById('runBtn'),lowerRun:!!document.getElementById('earthlineMapRun15970'),compass:!!document.querySelector('.compass')}});
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();

</script>
<!-- EARTHLINE LIVE REGIONAL 15970 END -->
<!-- EARTHLINE REGIONAL DISPLAY 15990 — approved visibility corrections only -->
<style id="earthline-regional-display-15990-css">
#earthline15861strip{display:none!important}
#earthlineMapRun15970{
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  border-radius:17px!important;font:800 13px/1 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif!important;
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}
#earthlineMapRun15970 svg{width:29px!important;height:29px!important;flex:0 0 auto!important}
#earthlineMapRun15970 span{display:inline!important;color:#fff!important}
@media(max-width:720px){#earthlineMapRun15970{min-width:150px!important;height:52px!important;padding:0 13px!important;font-size:12px!important}}
</style>
<!-- EARTHLINE REGIONAL 16040: graded regional swale opportunity screening -->
<script id="earthline-regional-swale-grading-16040">
(function(){
  'use strict';
  document.documentElement.dataset.earthlineSwaleGrading='16040';
  window.earthlineSwaleGradeStandard16040={
    A:'Top regional screening locations: strongest combined contour fit, suitable slope, runoff interception opportunity, and usable corridor length.',
    B:'Strong regional screening locations requiring normal field verification.',
    C:'General regional opportunities with lower relative priority.'
  };
})();
</script>
<!-- EARTHLINE REGIONAL 16060 — swale-first hierarchy + deterministic Chiang Mai ownership -->
<style id="earthline-regional-16060-css">
/* Approved hierarchy: swales dominate at regional zoom; water and elevation stay supporting. */
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  opacity:.34!important;stroke-width:.42px!important
}
#earthlineRegionalVectorOverlay16020 [data-layer="directional-water-paths"] > path[stroke^="rgba(0,18,29"]{
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}
#earthlineRegionalVectorOverlay16020 [data-layer="directional-water-paths"] > path[stroke^="rgba(37,200,255"]{
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}
#earthlineRegionalVectorOverlay16020 [data-layer="directional-water-paths"] > g{opacity:.70!important;transform-box:fill-box;transform-origin:center}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="rgba(8,18,13,.96)"]{
  opacity:1!important;stroke-width:18px!important
}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#42ff83"]{
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}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#ffc12f"]{
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}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#ff8a2d"]{
  opacity:.98!important;stroke-width:8.5px!important;filter:url(#elGlow16020)!important
}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#e1ffeb"],
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#fff2b0"],
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#ffe0bd"]{
  opacity:.92!important;stroke-width:2px!important
}
#earthlineSwaleLegend16050{z-index:970!important}
</style>

<!-- EARTHLINE REGIONAL 16060 END -->

<!-- EARTHLINE BUILD-CHECK-16169-PROPERTY-TEXTURE-DECLARATION START -->
<style id="earthline-build-16169-css">
/* One explicit door from Focus to Property. Zoom never changes the scientific tier by itself. */
#earthlineDeclareProperty16169{
  display:none;position:fixed;right:18px;bottom:174px;z-index:2147482500;
  min-width:236px;height:46px;padding:0 16px;border-radius:14px;
  border:1px solid rgba(96,224,147,.72);background:linear-gradient(165deg,#176f43,#0d4d31);
  color:#f1fff6;box-shadow:0 12px 30px rgba(0,0,0,.42);cursor:pointer!important;
  pointer-events:auto!important;touch-action:manipulation;font:900 11px/1 system-ui,-apple-system,"Segoe UI",sans-serif;
  letter-spacing:.055em;align-items:center;justify-content:center;gap:9px;white-space:nowrap
}
#earthlineDeclareProperty16169.visible{display:flex}
#earthlineDeclareProperty16169[data-busy="1"]{opacity:.72;cursor:pointer!important}
#earthlineDeclareProperty16169 .el69-dot{width:10px;height:10px;border-radius:50%;background:#4ec9ff;box-shadow:0 0 0 4px rgba(78,201,255,.18)}
html.earthline-map-only-16169 #earthlineDeclareProperty16169{top:78px;right:18px;bottom:auto}
/* A portal control lives above every map/tool layer, so map-only can never become a trap. */
#earthlineMapOnlyExit16169{
  display:none;position:fixed;right:18px;top:18px;z-index:2147483646;
  min-width:158px;height:46px;padding:0 16px;border-radius:13px;
  border:1px solid rgba(78,201,255,.72);background:rgba(5,22,32,.97);color:#f4fbff;
  box-shadow:0 12px 34px rgba(0,0,0,.48);cursor:pointer!important;pointer-events:auto!important;
  touch-action:manipulation;font:850 12px/1 system-ui,-apple-system,"Segoe UI",sans-serif;letter-spacing:.025em
}
html.earthline-map-only-16169 #earthlineMapOnlyExit16169{display:flex;align-items:center;justify-content:center}
/* Mapbox owns map navigation and its cursor. Earthline sets cursors only on controls. */
#earthlineMapOnlyExit16169,#earthlineDeclareProperty16169,.mapboxgl-ctrl button{cursor:pointer!important}
@media(max-width:720px){
  #earthlineDeclareProperty16169{right:12px;bottom:146px;min-width:206px;height:44px;padding:0 13px;font-size:10px}
  html.earthline-map-only-16169 #earthlineDeclareProperty16169{right:12px;top:70px;bottom:auto}
  #earthlineMapOnlyExit16169{right:12px;top:12px;min-width:144px;height:43px}
}
</style>
<script id="earthline-build-16169-js">
(function(){
  'use strict';
  const BUILD='EARTHLINE 16236';
  const SOURCE='earthline-property-swale-texture-16174';
  const IMG_UP='earthline-swale-natural-uphill-16174';
  const IMG_FLIP='earthline-swale-natural-uphill-flipped-16174';
  const LAYERS={footprint:'earthline-property-swale-footprint-16174',casing:'earthline-property-swale-natural-casing-16174',up:'earthline-property-swale-natural-up-16174',flip:'earthline-property-swale-natural-flip-16174',neutral:'earthline-property-swale-neutral-16177'};
  const OLD=['earthline-living-swales-glow-15792','earthline-living-swales-earth-15792','earthline-living-swales-life-15792','earthline-living-swales-water-15792'];
  const EMPTY={type:'FeatureCollection',features:[]};
  const 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';
  const 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';
  let installed=false,imagesReady=false,syncQueued=0,lastSignature='',lastWidth=0;

  function map(){try{return window.earthlineMap||earthlineMap||null}catch(_){return null}}
  function model(){try{return typeof M!=='undefined'?M:null}catch(_){return null}}
  function state(){return window.earthlineRegional15778||{}}
  function displayedTier(){const d=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16149||window.EARTHLINE_DISPLAYED_RUN_16147||null;return String(d&&(d.tier||d.mode)||'regional').toLowerCase()}
  function propertyActive(){const s=state(),m=model();return !!(m&&m.analysisReady&&s.mode==='property'&&!s.active)}
  function focusActive(){return displayedTier()==='focus'&&!propertyActive()}
  function visible(id,on){const mp=map();try{if(mp?.getLayer?.(id))mp.setLayoutProperty(id,'visibility',on?'visible':'none')}catch(_){}}
  function clamp(v,a,b){return Math.max(a,Math.min(b,v))}
  function widthPx(){const z=Number(map()?.getZoom?.()||17);/* 16325 presentation only: scientific/footprint geometry remains 9 m. */return z<=14?4.6:z<=16?6.1:z<=18?8.2:z<=20?10.5:12.1}
  function restoreGrab(){const mp=map(),container=mp?.getCanvasContainer?.(),canvas=mp?.getCanvas?.();for(const el of [container,canvas])if(el)el.style.removeProperty('cursor');if(container&&!container.classList.contains('mapboxgl-interactive'))container.classList.add('mapboxgl-interactive');document.documentElement.dataset.earthlineRestingCursor16169='grab'}
  function mapOnlyOn(){return !!document.querySelector('.center')?.classList?.contains('fs')}
  function syncPortal(){document.documentElement.classList.toggle('earthline-map-only-16169',mapOnlyOn())}
  function exitMapOnly(){try{if(typeof setFullscreen==='function')setFullscreen(false)}catch(_){}const c=document.querySelector('.center');c?.classList?.remove('fs');document.documentElement.classList.remove('earthline-map-expanded-16166','earthline-map-only-16169');try{map()?.resize?.()}catch(_){}restoreGrab();return true}
  function ensureExitPortal(){let b=document.getElementById('earthlineMapOnlyExit16169');if(b)return b;b=document.createElement('button');b.id='earthlineMapOnlyExit16169';b.type='button';b.textContent='✕ EXIT MAP ONLY';b.setAttribute('aria-label','Exit map-only view');const stop=e=>{e.preventDefault();e.stopPropagation();e.stopImmediatePropagation?.();exitMapOnly()};b.addEventListener('pointerdown',stop,true);b.addEventListener('click',stop,true);document.body.appendChild(b);return b}
  function ensureDeclareButton(){let b=document.getElementById('earthlineDeclareProperty16169');const created16546=!b;if(!b){b=document.createElement('button');b.id='earthlineDeclareProperty16169';b.type='button';b.innerHTML='<svg width="24" height="24" viewBox="0 0 100 100" aria-hidden="true"><g class="earthline-orb-spin-16240"><use href="#orb"></use></g></svg><span>PROPERTY ANALYSIS · 20 ACRES</span>';b.setAttribute('aria-label','Declare a twenty-acre project area centered on the map crosshair and run property analysis');b.addEventListener('pointerdown',e=>e.stopPropagation(),true);const prewarm16457=()=>{try{const t=window.EARTHLINE_PROPERTY_TARGET_16201;if(t&&Number.isFinite(Number(t.lat))&&Number.isFinite(Number(t.lng))){if(typeof earthlinePrewarmPropertyDem16297==='function')void earthlinePrewarmPropertyDem16297(Number(t.lat),Number(t.lng));if(typeof window.earthlinePrefetchVermontAuthority16263==='function'&&typeof earthlineRectangleAround==='function'){const boundary16466=earthlineRectangleAround(Number(t.lng),Number(t.lat),20);void window.earthlinePrefetchVermontAuthority16263(boundary16466,M.searchGen);}}}catch(_){}};b.addEventListener('pointerenter',prewarm16457,{passive:true});b.addEventListener('focus',prewarm16457,{passive:true});document.body.appendChild(b)}/* EARTHLINE 16546 — the existing single Property control always owns exactly one current click handler, even if another panel owner created or moved the button before this installer runs. Assignment replaces any stale onclick owner rather than stacking a listener. */b.onclick=declareProperty;b.dataset.earthlinePropertyClickOwner16546='current';return b}
  function updateDeclareButton(){const b=ensureDeclareButton(),z=Number(map()?.getZoom?.()||0),show=focusActive()&&z>=15.5;b.classList.toggle('visible',show);b.disabled=b.dataset.busy==='1';return show}
  function norm(v){return String(v||'').trim().toLowerCase().replace(/\s+/g,' ')}
  async function declareProperty(e){
    e?.preventDefault?.();e?.stopPropagation?.();e?.stopImmediatePropagation?.();
    const governed=window.earthlineDeclarePropertyAtCrosshair16173;
    if(typeof governed!=='function'){
      try{if(typeof earthlineReady==='function')earthlineReady('PROPERTY ANALYSIS BLOCKED — governed property controller is unavailable.')}catch(_){}
      return false;
    }
    const target=window.EARTHLINE_PROPERTY_TARGET_16201;
    const hasTarget=!!(target&&Number.isFinite(Number(target.lng))&&Number.isFinite(Number(target.lat)));
    if(hasTarget){
      /* EARTHLINE 16254 — direct Property handoff. Do not launch a 3 km Focus
         analysis first and do not move the camera here. The preserved terminal
         Property owner below declares the 20-acre Property state before it moves
         the camera, then runs the authoritative terrain/exclusion/swale pipeline. */
      window.EARTHLINE_PROPERTY_TARGET_16201=Object.assign({},target,{at:new Date().toISOString(),source:target.code?'corridor-direct-property-16254':String(target.source||'crosshair')});
    }
    return await Promise.resolve(governed(e));
  }

  function loadImage(name,uri){const mp=map();return new Promise(resolve=>{if(!mp)return resolve(false);try{if(mp.hasImage?.(name))return resolve(true)}catch(_){}const img=new Image();img.onload=()=>{try{if(!mp.hasImage?.(name))mp.addImage(name,img,{pixelRatio:2});resolve(true)}catch(_){resolve(false)}};img.onerror=()=>resolve(false);img.src=uri})}
  async function ensureImages(){const mp=map();if(imagesReady&&mp?.hasImage?.(IMG_UP)&&mp?.hasImage?.(IMG_FLIP))return true;imagesReady=false;const ok=await Promise.all([loadImage(IMG_UP,TILE_UP),loadImage(IMG_FLIP,TILE_FLIP)]);imagesReady=ok.every(Boolean);return imagesReady}
  function addLayer(spec,before){const mp=map();try{if(!mp.getLayer(spec.id))mp.addLayer(spec,before);return !!mp.getLayer(spec.id)}catch(_){return false}}
  async function ensureTextureLayers(){const mp=map();if(!mp?.getStyle?.())return false;try{const style=mp.getStyle();if(!style||!style.sources)return false;if(!mp.getSource(SOURCE))mp.addSource(SOURCE,{type:'geojson',lineMetrics:true,data:EMPTY})}catch(_){return false}if(!await ensureImages())return false;const before=mp.getLayer?.('earthline-swales-casing')?'earthline-swales-casing':undefined;addLayer({id:LAYERS.footprint,type:'fill',source:SOURCE,filter:['==',['get','geometry_role'],'footprint'],paint:{'fill-color':'#5d4a31','fill-opacity':.065,'fill-outline-color':'#163020'}},before);addLayer({id:LAYERS.casing,type:'line',source:SOURCE,filter:['==',['get','geometry_role'],'centerline'],layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#102117','line-opacity':.64,'line-width':26}},before);addLayer({id:LAYERS.neutral,type:'line',source:SOURCE,filter:['all',['==',['get','geometry_role'],'centerline'],['==',['get','orientation_status'],'indeterminate']],layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#7f9568','line-opacity':.66,'line-width':18,'line-dasharray':[1.25,.55]}},before);addLayer({id:LAYERS.up,type:'line',source:SOURCE,filter:['all',['==',['get','geometry_role'],'centerline'],['==',['get','orientation_status'],'verified'],['==',['get','texture_flip'],0]],layout:{'line-cap':'butt','line-join':'round'},paint:{'line-pattern':IMG_UP,'line-opacity':.72,'line-width':22}},before);addLayer({id:LAYERS.flip,type:'line',source:SOURCE,filter:['all',['==',['get','geometry_role'],'centerline'],['==',['get','orientation_status'],'verified'],['==',['get','texture_flip'],1]],layout:{'line-cap':'butt','line-join':'round'},paint:{'line-pattern':IMG_FLIP,'line-opacity':.72,'line-width':22}},before);try{mp.setFilter?.(LAYERS.neutral,['all',['==',['get','geometry_role'],'centerline'],['==',['get','orientation_status'],'indeterminate']]);mp.setFilter?.(LAYERS.up,['all',['==',['get','geometry_role'],'centerline'],['==',['get','orientation_status'],'verified'],['==',['get','texture_flip'],0]]);mp.setFilter?.(LAYERS.flip,['all',['==',['get','geometry_role'],'centerline'],['==',['get','orientation_status'],'verified'],['==',['get','texture_flip'],1]])}catch(_){}return Object.values(LAYERS).every(id=>!!mp.getLayer?.(id))}
  function bilinear(m,x,y){const gw=Number(typeof GW!=='undefined'?GW:0),gh=Number(typeof GH!=='undefined'?GH:0),arr=m&&m.h;if(!arr||!gw||!gh)return NaN;const xx=clamp(x,0,gw-1),yy=clamp(y,0,gh-1),x0=Math.floor(xx),y0=Math.floor(yy),x1=Math.min(gw-1,x0+1),y1=Math.min(gh-1,y0+1),tx=xx-x0,ty=yy-y0;const at=(ix,iy)=>Number(arr[iy*gw+ix]);const a=at(x0,y0),b=at(x1,y0),c=at(x0,y1),d=at(x1,y1);if(![a,b,c,d].every(Number.isFinite))return NaN;return a*(1-tx)*(1-ty)+b*tx*(1-ty)+c*(1-tx)*ty+d*tx*ty}
  function median16177(values){const a=(values||[]).filter(Number.isFinite).sort((x,y)=>x-y);if(!a.length)return NaN;const k=Math.floor(a.length/2);return a.length%2?a[k]:(a[k-1]+a[k])/2}
  function gridFromLngLat16177(ll){try{const p=earthlineLngLatToGrid(Number(ll?.[0]),Number(ll?.[1]));return Array.isArray(p)&&p.length>=2&&Number.isFinite(Number(p[0]))&&Number.isFinite(Number(p[1]))?[Number(p[0]),Number(p[1])]:null}catch(_){return null}}
  function polylineStations16177(points,fractions){if(!Array.isArray(points)||points.length<2)return [];const seg=[],cum=[0];let total=0;for(let i=1;i<points.length;i++){const d=Math.hypot(points[i][0]-points[i-1][0],points[i][1]-points[i-1][1]);seg.push(d);total+=d;cum.push(total)}if(!(total>0))return [];return (fractions||[]).map(fr=>{const target=clamp(Number(fr)||0,0,1)*total;let i=0;while(i<seg.length-1&&cum[i+1]<target)i++;const d=seg[i]||1,t=clamp((target-cum[i])/d,0,1),a=points[i],b=points[i+1],x=a[0]+(b[0]-a[0])*t,y=a[1]+(b[1]-a[1])*t,dx=b[0]-a[0],dy=b[1]-a[1],mag=Math.hypot(dx,dy)||1;return {fraction:Number(fr),x,y,nx:-dy/mag,ny:dx/mag}})}
  function orientationForCoords16177(coords){const m=model(),grid=(coords||[]).map(gridFromLngLat16177).filter(Boolean),cellM=Math.max(.01,Number(m&&m.cellM||1)),offsetM=6,offsetCells=clamp(offsetM/cellM,1.5,8),minDeltaM=Math.max(.18,Number(m&&m.orientationMinCrossDropM16177||0)),stations=polylineStations16177(grid,[.12,.25,.38,.5,.62,.75,.88]),samples=[];for(const st of stations){const plus=bilinear(m,st.x+st.nx*offsetCells,st.y+st.ny*offsetCells),minus=bilinear(m,st.x-st.nx*offsetCells,st.y-st.ny*offsetCells),delta=plus-minus;if(Number.isFinite(plus)&&Number.isFinite(minus)&&Number.isFinite(delta))samples.push({fraction:st.fraction,plusM:Number(plus.toFixed(3)),minusM:Number(minus.toFixed(3)),deltaM:Number(delta.toFixed(3)),vote:delta>=minDeltaM?1:(delta<=-minDeltaM?-1:0)})}const strong=samples.filter(x=>x.vote!==0),plusVotes=strong.filter(x=>x.vote===1).length,minusVotes=strong.filter(x=>x.vote===-1).length,dominant=plusVotes===minusVotes?0:(plusVotes>minusVotes?1:-1),dominantVotes=Math.max(plusVotes,minusVotes),consistency=strong.length?dominantVotes/strong.length:0,coverage=stations.length?samples.length/stations.length:0,dominantDeltas=samples.filter(x=>dominant&&Math.sign(x.deltaM)===dominant).map(x=>Math.abs(x.deltaM)),medianDelta=median16177(dominantDeltas),reliable=samples.length>=5&&strong.length>=4&&coverage>=.7&&consistency>=.75&&Number.isFinite(medianDelta)&&medianDelta>=minDeltaM;const status=reliable?'verified':'indeterminate',highSide=reliable?(dominant===1?'plus-normal':'minus-normal'):'unresolved',textureFlip=reliable?(dominant===1?1:0):-1;return {status,textureFlip,highSide,validSamples:samples.length,strongSamples:strong.length,plusVotes,minusVotes,consistency:Number(consistency.toFixed(3)),coverage:Number(coverage.toFixed(3)),medianCrossDropM:Number.isFinite(medianDelta)?Number(medianDelta.toFixed(3)):null,minCrossDropM:Number(minDeltaM.toFixed(3)),offsetM,samples}}
  function authoritativeFC(){const m=model();if(!m)return EMPTY;const verified=!!(m.propertyResultLock15815&&m.propertyResultLock15815.safetyVerified===true&&m.safetyAudit15806&&m.safetyAudit15806.verified===true);const fc=m.authoritativeSafeSwales15815;return verified&&fc&&fc.type==='FeatureCollection'&&Array.isArray(fc.features)?fc:EMPTY}
  function mercatorXY(p){const R=6378137,lon=Number(p?.[0])||0,lat=Math.max(-85,Math.min(85,Number(p?.[1])||0))*Math.PI/180;return [R*lon*Math.PI/180,R*Math.log(Math.tan(Math.PI/4+lat/2))]}
  function mercatorLL(p){const R=6378137;return [Number(p?.[0]||0)/R*180/Math.PI,(2*Math.atan(Math.exp(Number(p?.[1]||0)/R))-Math.PI/2)*180/Math.PI]}
  function unit(x,y){const m=Math.hypot(x,y)||1;return [x/m,y/m]}
  function bufferedRing(coords,halfWidth=4.5){if(!Array.isArray(coords)||coords.length<2)return null;const xy=coords.map(mercatorXY),left=[],right=[];for(let i=0;i<xy.length;i++){const prev=xy[Math.max(0,i-1)],cur=xy[i],next=xy[Math.min(xy.length-1,i+1)],d1=unit(cur[0]-prev[0],cur[1]-prev[1]),d2=unit(next[0]-cur[0],next[1]-cur[1]);let tx=d1[0]+d2[0],ty=d1[1]+d2[1];if(Math.hypot(tx,ty)<.001){tx=d2[0]||d1[0];ty=d2[1]||d1[1]}const t=unit(tx,ty),n=[-t[1],t[0]],n1=[-d1[1],d1[0]],den=Math.max(.28,Math.abs(n[0]*n1[0]+n[1]*n1[1])),m=Math.min(halfWidth*2.4,halfWidth/den);left.push(mercatorLL([cur[0]+n[0]*m,cur[1]+n[1]*m]));right.push(mercatorLL([cur[0]-n[0]*m,cur[1]-n[1]*m]))}const ring=[...left,...right.reverse()];if(ring.length<4)return null;ring.push(ring[0]);return ring}
  function orientedFC(){const fc=authoritativeFC(),features=[],records=[];for(const [i,f] of (fc.features||[]).entries()){const geom=f?.geometry||{},parts=geom.type==='LineString'?[geom.coordinates]:(geom.type==='MultiLineString'?geom.coordinates:[]);for(const [j,coords] of parts.entries()){if(!Array.isArray(coords)||coords.length<2)continue;const raw=Number(f?.properties?.rawIndex),orientation=orientationForCoords16177(coords),base=Object.assign({},f.properties||{},{texture_flip:orientation.textureFlip,swale_width_m:9,water_side:orientation.status==='verified'?'terrain-verified-uphill':'not-directionally-rendered',orientation_status:orientation.status,orientation_high_side:orientation.highSide,orientation_rule:'published-geometry-cross-slope-multisample-16177',orientation_valid_samples:orientation.validSamples,orientation_strong_samples:orientation.strongSamples,orientation_consistency_pct:Number((orientation.consistency*100).toFixed(1)),orientation_median_cross_drop_m:orientation.medianCrossDropM,canopy_density:'bushy',render_owner:BUILD,geometry_role:'centerline',part_index:j});const featureId=f.id!=null?String(f.id):String(f?.properties?.id??f?.properties?.rawIndex??i);records.push({id:featureId,partIndex:j,rawIndex:Number.isFinite(raw)?raw:i,status:orientation.status,textureFlip:orientation.textureFlip,highSide:orientation.highSide,validSamples:orientation.validSamples,strongSamples:orientation.strongSamples,plusVotes:orientation.plusVotes,minusVotes:orientation.minusVotes,consistency:orientation.consistency,medianCrossDropM:orientation.medianCrossDropM,minCrossDropM:orientation.minCrossDropM,offsetM:orientation.offsetM,samples:orientation.samples});features.push({type:'Feature',id:f.id!=null?String(f.id)+'-line-'+j:undefined,properties:base,geometry:{type:'LineString',coordinates:coords}});const ring=bufferedRing(coords,4.5);if(ring)features.push({type:'Feature',id:f.id!=null?String(f.id)+'-footprint-'+j:undefined,properties:Object.assign({},base,{geometry_role:'footprint'}),geometry:{type:'Polygon',coordinates:[ring]}})}}window.EARTHLINE_PROPERTY_ORIENTATION_EVIDENCE_16177={build:BUILD,rule:'published-geometry-cross-slope-multisample-16177',records,verified:records.filter(r=>r.status==='verified').length,indeterminate:records.filter(r=>r.status==='indeterminate').length,at:new Date().toISOString()};return {type:'FeatureCollection',features}}
  function applyWidth(){const mp=map(),w=widthPx();lastWidth=w;try{if(mp?.getLayer?.(LAYERS.casing))mp.setPaintProperty(LAYERS.casing,'line-width',w+2);if(mp?.getLayer?.(LAYERS.neutral))mp.setPaintProperty(LAYERS.neutral,'line-width',Math.max(5,w*.82));if(mp?.getLayer?.(LAYERS.up))mp.setPaintProperty(LAYERS.up,'line-width',w);if(mp?.getLayer?.(LAYERS.flip))mp.setPaintProperty(LAYERS.flip,'line-width',w)}catch(_){}return w}
  async function syncTexture(reason='sync'){clearTimeout(syncQueued);const mp=map(),active=propertyActive();if(!mp)return false;updateDeclareButton();syncPortal();restoreGrab();if(!active){
  for(const id of Object.values(LAYERS))visible(id,false);
  try{
    if(typeof window.earthlineSetNaturalSwalePlantingVisible15806==='function')
      window.earthlineSetNaturalSwalePlantingVisible15806(false);
  }catch(_){}
  const regionalOverlay16336=document.getElementById('earthlineRegionalVectorOverlay16020');
  if(regionalOverlay16336){
    regionalOverlay16336.style.removeProperty('display');
    regionalOverlay16336.style.removeProperty('visibility');
    regionalOverlay16336.style.removeProperty('opacity');
  }
  return false
}if(!await ensureTextureLayers())return false;const fc=orientedFC(),centers=fc.features.filter(f=>f.properties?.geometry_role==='centerline'),footprints=fc.features.filter(f=>f.properties?.geometry_role==='footprint'),directional=centers.filter(f=>f.properties?.orientation_status==='verified'),neutral=centers.filter(f=>f.properties?.orientation_status==='indeterminate'),sig=[model()?.searchGen,centers.length,centers.map(f=>String(f.properties?.rawIndex??f.id??'')).join(','),centers.map(f=>String(f.properties?.orientation_status)+'/'+String(f.properties?.texture_flip)).join('|')].join('|');const src=mp.getSource?.(SOURCE);if(src?.setData&&(sig!==lastSignature||reason.includes('force')||!src._data?.features?.length)){src.setData(fc);lastSignature=sig}try{if(typeof window.earthlineSyncNaturalSwalePlanting15806==='function')window.earthlineSyncNaturalSwalePlanting15806(authoritativeFC())}catch(_){}const show=centers.length>0&&footprints.length===centers.length&&directional.length+neutral.length===centers.length;for(const id of Object.values(LAYERS))visible(id,show);if(show){for(const id of OLD)visible(id,false);/* 16296: preserve the established Property recharge/groundwater context; the natural swale renderer no longer owns or suppresses those context layers. *//* 16294 natural presentation restore: the authoritative solid safe-line owner remains loaded and layout-visible for verification/fallback, but becomes visually transparent after the embedded natural texture is proven ready. This restores the protected brown/blue texture and tree/plant canopy without substituting or changing geometry. */for(const id of ['earthline-property-safe-casing-16221','earthline-property-safe-earth-16221','earthline-property-safe-life-16221','earthline-property-safe-water-16221']){try{if(mp.getLayer?.(id))mp.setPaintProperty(id,'line-opacity',0)}catch(_){}}try{for(const id of [LAYERS.footprint,LAYERS.casing,LAYERS.neutral,LAYERS.up,LAYERS.flip])if(mp.getLayer?.(id))mp.moveLayer(id);if(typeof window.earthlineSetNaturalSwalePlantingVisible15806==='function')window.earthlineSetNaturalSwalePlantingVisible15806(true);for(const id of ['earthline-swale-planting-shadow-15806','earthline-swale-planting-layer-15806'])if(mp.getLayer?.(id))mp.moveLayer(id);if(typeof window.earthlineApplyRendererOwnership15805==='function')window.earthlineApplyRendererOwnership15805('property')}catch(_){}}else{/* If the natural renderer is unavailable, restore the verified authoritative safe-line fallback so Property output never disappears. */for(const id of ['earthline-property-safe-casing-16221','earthline-property-safe-earth-16221','earthline-property-safe-life-16221','earthline-property-safe-water-16221']){try{if(mp.getLayer?.(id))mp.setPaintProperty(id,'line-opacity',.98)}catch(_){}}}const overlay=document.getElementById('earthlineRegionalVectorOverlay16020');if(overlay)overlay.style.display=show?'none':'';const w=applyWidth(),registered={up:!!mp.hasImage?.(IMG_UP),flip:!!mp.hasImage?.(IMG_FLIP)};window.EARTHLINE_PROPERTY_TEXTURE_AUDIT_16169={build:BUILD,reason,propertyActive:active,features:fc.features.length,centerlines:centers.length,footprints:footprints.length,directional:directional.length,neutral:neutral.length,normal:directional.filter(f=>f.properties.texture_flip===0).length,flipped:directional.filter(f=>f.properties.texture_flip===1).length,widthPx:Number(w.toFixed(2)),groundWidthM:9,waterSide:directional.length?'terrain-verified-uphill':(neutral.length?'not-shown-orientation-indeterminate':'none'),orientationRule:'published-geometry-cross-slope-multisample-16177',orientationComplete:directional.length+neutral.length===centers.length,orientationEvidence:window.EARTHLINE_PROPERTY_ORIENTATION_EVIDENCE_16177||null,sourceReady:!!src,imagesReady:registered.up&&registered.flip,registeredImages:registered,layers:Object.fromEntries(Object.entries(LAYERS).map(([k,id])=>[k,!!mp.getLayer?.(id)])),at:new Date().toISOString()};return show&&registered.up&&registered.flip}
  function scheduleSync(reason,delay=80){clearTimeout(syncQueued);syncQueued=setTimeout(()=>syncTexture(reason),delay)}
  function updateBuild(){/* Final visible build ownership belongs to the terminal 16171 startup controller. */}
  function audit(){const b=document.getElementById('earthlineDeclareProperty16169'),x=document.getElementById('earthlineMapOnlyExit16169'),mp=map(),src=mp?.getSource?.(SOURCE);return {build:BUILD,displayedTier:displayedTier(),propertyActive:propertyActive(),declareVisible:!!b&&getComputedStyle(b).display!=='none',mapOnly:mapOnlyOn(),exitPortalVisible:!!x&&getComputedStyle(x).display!=='none',restingCursor:getComputedStyle(mp?.getCanvasContainer?.()||document.body).cursor,inlineCursor:mp?.getCanvasContainer?.()?.style?.cursor||'',sourceFeatures:src&&src._data&&Array.isArray(src._data.features)?src._data.features.length:0,texture:window.EARTHLINE_PROPERTY_TEXTURE_AUDIT_16169||null,declaration:window.EARTHLINE_PROPERTY_DECLARATION_16169||null}}
  function install(){if(installed)return;installed=true;ensureExitPortal();ensureDeclareButton();updateBuild();syncPortal();restoreGrab();updateDeclareButton();const mp=map();if(mp?.isStyleLoaded?.())ensureImages();if(mp?.on){for(const ev of ['load','style.load','zoomend','moveend','rotateend','pitchend','idle'])mp.on(ev,()=>{updateBuild();restoreGrab();syncPortal();updateDeclareButton();if(ev==='load'||ev==='style.load')ensureImages();scheduleSync(ev,ev==='style.load'?120:35)})}for(const ev of ['pointerup','mouseup','touchend'])document.addEventListener(ev,()=>setTimeout(restoreGrab,0),true);document.addEventListener('keydown',e=>{if(e.key==='Escape')exitMapOnly()},true);document.addEventListener('click',e=>{if(e.target?.closest?.('.mapboxgl-ctrl-zoom-in,.mapboxgl-ctrl-zoom-out')){setTimeout(restoreGrab,0);setTimeout(restoreGrab,120);setTimeout(restoreGrab,420)}},true);document.addEventListener('earthline:analysis-complete',()=>scheduleSync('analysis-complete',100),{passive:true});let mutationRaf16169=0;const obs=new MutationObserver(()=>{if(mutationRaf16169)return;mutationRaf16169=requestAnimationFrame(()=>{mutationRaf16169=0;updateBuild();syncPortal();updateDeclareButton()})});obs.observe(document.documentElement,{subtree:true,childList:true,attributes:true,attributeFilter:['class','style']});setInterval(()=>{updateBuild();syncPortal();updateDeclareButton()},900);scheduleSync('install-force',0);scheduleSync('install-settled-force',900);window.earthlineDeclarePropertyAtCrosshair16169=declareProperty;window.earthlineSyncPropertyTexture16169=syncTexture;window.earthlinePropertyOrientation16177=orientationForCoords16177;window.earthlineExitMapOnly16169=exitMapOnly;window.earthlinePropertyTextureAudit16169=audit;window.EARTHLINE_ARTIFACT_MANIFEST_16169={build:BUILD,required:[...new Set([...(window.EARTHLINE_ARTIFACT_MANIFEST_16168?.required||[]),'explicit 20-acre project-area declaration is the Focus-to-Property tier switch','property bioswales use an embedded lightweight repeatable natural tile','directional property water is shown only after multi-station cross-slope terrain verification; indeterminate corridors use a neutral ribbon','property swale width converges to a 9 m ground footprint','map-only exit portal remains clickable above all map tools','Escape and post-zoom cursor restoration prevent a map-only interaction trap'])]}}
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();
</script>
<!-- EARTHLINE BUILD-CHECK-16169-PROPERTY-TEXTURE-DECLARATION END -->

<!-- EARTHLINE BUILD-CHECK-16172-PROPERTY-RUN-TERMINAL-REPAIR START -->
<style id="earthline-build-16172-css">
#earthlineDeclareProperty16169[data-terminal-running="1"]{cursor:pointer!important;opacity:.92}
#earthlineDeclareProperty16169[data-terminal-running="1"] .el69-dot{
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  box-shadow:0 0 0 4px rgba(78,201,255,.18),0 0 18px rgba(78,201,255,.55)
}
@keyframes earthlinePropertyPulse16172{0%,100%{transform:scale(.82);opacity:.72}50%{transform:scale(1.18);opacity:1}}
</style>
<script id="earthline-build-16172-js">
(function(){
  'use strict';
  const BUILD='EARTHLINE 16236';
  let running=false,stageTimer=0,runSerial=0;
  const STAGES={
    dem:'loading elevation',terrain:'loading elevation',imagery:'preparing imagery',
    hydrology:'verifying exclusions and routing water',swales:'deriving property bioswales',
    recharge:'calculating recharge opportunity',render:'publishing verified property layers',
    ready:'finalizing'
  };
  const SAFE_SOURCE_16221='earthline-property-safe-visible-16221';
  const SAFE_LAYERS_16221={
    casing:'earthline-property-safe-casing-16221',
    earth:'earthline-property-safe-earth-16221',
    life:'earthline-property-safe-life-16221',
    water:'earthline-property-safe-water-16221'
  };
  const SAFE_EMPTY_16221={type:'FeatureCollection',features:[]};
  const safeLayerTimers16221=new Set();
  function model(){try{return M||null}catch(_){return null}}
  function map(){try{return window.earthlineMap||earthlineMap||null}catch(_){return window.earthlineMap||null}}
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  function clean(v){return String(v||'').trim().replace(/\s+/g,' ')}
  function key(v){return clean(v).toLowerCase()}
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    b.querySelector('.el69-dot')?.remove();
    b.dataset.terminalRunning=on?'1':'0';b.dataset.busy=on?'1':'0';b.disabled=!!on;b.dataset.state=on?'running':'idle';b.setAttribute('aria-busy',on?'true':'false');
    svg.classList.remove('earthline-orb-spinning-16202','earthline-orb-spinning-16203');
    try{if(svg.__earthlineSpin16203){svg.__earthlineSpin16203.cancel();svg.__earthlineSpin16203=null}}catch(_){}
    svg.style.removeProperty('animation');svg.style.removeProperty('transform');svg.style.removeProperty('transform-origin');svg.style.removeProperty('transform-box');
    let spin=svg.querySelector('.earthline-orb-spin-16240');if(!spin){spin=document.createElementNS('http://www.w3.org/2000/svg','g');spin.setAttribute('class','earthline-orb-spin-16240');const uses=[...svg.querySelectorAll('use')];if(uses.length){for(const use of uses)spin.appendChild(use)}else{const use=document.createElementNS('http://www.w3.org/2000/svg','use');use.setAttribute('href','#orb');spin.appendChild(use)}svg.appendChild(spin)}
    const t=b.querySelector('span:last-child');if(t)t.textContent=label||(on?'RUNNING PROPERTY ANALYSIS…':'PROPERTY ANALYSIS · 20 ACRES');
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  function ensureTierNotice(){
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    return n;
  }
  function setTierNotice(mode,text){const n=ensureTierNotice();if(!n)return;const m=String(mode||'focus');n.dataset.mode=m;if(m==='focus'){n.textContent='';n.classList.remove('visible');return}n.textContent=String(text||'');n.classList.toggle('visible',!!text)}
  function propertyTextureAudit(){
    try{return typeof window.earthlinePropertyTextureAudit16169==='function'?window.earthlinePropertyTextureAudit16169():null}catch(_){return null}
  }
  async function verifyPropertyTexture(count){
    if(!(count>0))return {ok:true,required:false,sourceFeatures:0,layers:{},widthPx:0};
    /* EARTHLINE 16477 — performance-only terminal-path repair. Natural texture is
       presentation enrichment, not a scientific/safety prerequisite. Start the
       unchanged texture synchronization owner in the background, but do not make
       the governed Property promise wait for image decode/layer registration. The
       authoritative safe-line fallback remains the immediate verified renderer. */
    let error='';
    try{
      const syncTexture=window.earthlineSyncPropertyTexture16169;
      if(typeof syncTexture!=='function')throw new Error('property texture synchronization owner unavailable');
      Promise.resolve(syncTexture('property-published-16173-force')).catch(err=>{
        window.EARTHLINE_PROPERTY_TEXTURE_BACKGROUND_ERROR_16477=String(err&&err.message||err||'texture synchronization failed');
      });
    }catch(err){error=String(err&&err.message||err||'texture synchronization failed')}
    const a=propertyTextureAudit(),t=a?.texture||window.EARTHLINE_PROPERTY_TEXTURE_AUDIT_16169||null,mp=map();
    const sourceFeatures=Number(a?.sourceFeatures??t?.features??0),centerlines=Number(t?.centerlines||0),footprints=Number(t?.footprints||0),directional=Number(t?.directional||0),neutral=Number(t?.neutral||0),layers=t?.layers||{};
    const layerValues=Object.values(layers),layersReady=layerValues.length>=5&&layerValues.every(Boolean);
    const registeredImages={up:!!mp?.hasImage?.('earthline-swale-natural-uphill-16174'),flip:!!mp?.hasImage?.('earthline-swale-natural-uphill-flipped-16174')},imagesReady=registeredImages.up&&registeredImages.flip;
    const widthPx=Number(t?.widthPx||0),orientationComplete=directional+neutral===centerlines;
    const ok=sourceFeatures>0&&centerlines>0&&footprints===centerlines&&orientationComplete&&layersReady&&imagesReady&&widthPx>=4;
    return {ok,required:true,pending:!ok,backgroundSync:true,sourceFeatures,centerlines,footprints,directional,neutral,orientationComplete,layers,layersReady,registeredImages,imagesReady,widthPx,error,audit:a||t||null};
  }
  /* EARTHLINE 16348 — native Mapbox owns the completed Property basemap. A
     Regional→Property transition can reach fitBounds while the Mapbox backing
     canvas still reflects a prior viewport. Resize before framing, then perform
     bounded post-frame resize/repaint passes. Tile readiness is presentation
     evidence only and never alters scientific publication. */
  function earthlineSettlePropertyBasemap16348(reason='property-frame'){
    const mp=map();if(!mp)return false;
    const audit={build:'EARTHLINE 16348',reason,passes:[],startedAt:new Date().toISOString(),settled:false};
    window.EARTHLINE_PROPERTY_BASEMAP_AUDIT_16348=audit;
    const sample=(label)=>{
      try{
        mp.resize?.();mp.triggerRepaint?.();
        const host=mp.getContainer?.(),canvas=mp.getCanvas?.(),dpr=window.devicePixelRatio||1;
        const hostW=Number(host?.clientWidth||0),hostH=Number(host?.clientHeight||0);
        const canvasW=Number(canvas?.width||0)/dpr,canvasH=Number(canvas?.height||0)/dpr;
        const sizeMatched=hostW>0&&hostH>0&&Math.abs(canvasW-hostW)<=2&&Math.abs(canvasH-hostH)<=2;
        const tilesLoaded=typeof mp.areTilesLoaded==='function'?!!mp.areTilesLoaded():null;
        const loaded=typeof mp.loaded==='function'?!!mp.loaded():null;
        const row={label,at:new Date().toISOString(),hostW,hostH,canvasW,canvasH,sizeMatched,tilesLoaded,loaded,moving:!!mp.isMoving?.()};
        audit.passes.push(row);if(audit.passes.length>12)audit.passes.shift();
        if(sizeMatched&&tilesLoaded!==false&&!row.moving){audit.settled=true;audit.settledAt=row.at;}
        return row;
      }catch(error){audit.error=String(error?.message||error);return null;}
    };
    sample('immediate');
    for(const delay of [80,220,520,1000,1800,3200])setTimeout(()=>sample('delay-'+delay),delay);
    try{mp.once?.('moveend',()=>sample('moveend'));mp.once?.('idle',()=>sample('idle'));}catch(_){ }
    return true;
  }
  window.earthlineSettlePropertyBasemap16348=earthlineSettlePropertyBasemap16348;
  function frameDeclaredProperty(site){
    const mp=map(),pts=Array.isArray(site?.analysisBoundaryLngLat)?site.analysisBoundaryLngLat:[];
    if(!mp||pts.length<3)return false;
    const xs=pts.map(p=>Number(p?.[0])).filter(Number.isFinite),ys=pts.map(p=>Number(p?.[1])).filter(Number.isFinite);
    if(xs.length<3||ys.length<3)return false;
    const bounds=[[Math.min(...xs),Math.min(...ys)],[Math.max(...xs),Math.max(...ys)]];
    try{
      if(typeof mp.fitBounds!=='function')throw new Error('map fitBounds unavailable');
      mp.resize?.();mp.triggerRepaint?.();
      mp.fitBounds(bounds,{padding:{top:92,right:92,bottom:92,left:92},duration:850,maxZoom:19.1});
      earthlineSettlePropertyBasemap16348('frameDeclaredProperty');
      return true;
    }catch(error){console.warn('[Earthline] property frame failed',error);return false}
  }
  function clearTimers(){clearInterval(stageTimer);stageTimer=0}
  function clearAllBusy(){
    document.documentElement.dataset.earthlinePropertyRunState='idle';
    const b=document.getElementById('earthlineDeclareProperty16169');
    if(b){b.disabled=false;delete b.dataset.busy;b.dataset.state='idle';b.dataset.terminalRunning='0';b.setAttribute('aria-busy','false');const svg=b.querySelector('svg');if(svg){svg.classList.remove('earthline-orb-spinning-16202');svg.style.removeProperty('animation');svg.style.removeProperty('transform-origin');svg.style.removeProperty('transform-box')}}
  }
  function restoreGrab(){try{const mp=map(),els=[mp?.getCanvasContainer?.(),mp?.getCanvas?.()];for(const el of els)el?.style?.removeProperty?.('cursor')}catch(_){}}
  function updateBuild(){const el=document.getElementById('earthlineBuildStamp16154');if(el)el.textContent=BUILD;document.documentElement.dataset.earthlineVermontBuild='16243'}
  function setAudit(patch){window.EARTHLINE_PROPERTY_RUN_AUDIT_16173=Object.assign({},window.EARTHLINE_PROPERTY_RUN_AUDIT_16173||{build:BUILD},patch||{});return window.EARTHLINE_PROPERTY_RUN_AUDIT_16173}
  function propertyEvidenceSnapshot16206(){
    const m=model()||{},p=m.noBuildProvenance15843||{},v=m.vectorNoBuildCoverage||{},infra=v.infrastructure15862P||{},vt=infra.vermont||{},direct=m.directAuthorityGeometryAudit15874||null;
    return {
      sourceStateFingerprint:p.sourceStateFingerprint||null,
      scientificInputFingerprint:p.scientificInputFingerprint||null,
      noBuildMaskHash:p.noBuildMaskHash||null,
      vectorNoBuildMaskHash:p.vectorNoBuildMaskHash||null,
      sourceHashes:p.sourceHashes||null,
      vectorVerified:v.verified===true,
      publicationAllowed:v.verified===true||v.publicationAllowed===true,
      sourceTier:v.sourceTier||null,
      acquisitionResult:v.acquisitionResult||null,
      evidenceGrade:v.evidenceGrade||null,
      sourceFeatureCount:Number(v.sourceFeatureCount||v.featureCount||0),
      processedFeatureCount:Number(v.processedFeatureCount||0),
      drivewayFeatureCount:Number(vt.drivewayFeatureCount||0),
      buildingFeatureCount:Number(vt.buildingFeatureCount||0),
      authoritySourceAvailable:!!(direct&&direct.available),
      authorityIntersectionCount:direct&&Number.isFinite(Number(direct.intersectionCount))?Number(direct.intersectionCount):null
    };
  }
  function stageName(){const m=model(),raw=String(m?.currentStage||'').toLowerCase();return {raw,label:STAGES[raw]||'processing terrain and exclusions'}}
  function startStageClock(serial,started){
    stageTimer=setInterval(()=>{
      if(!running||serial!==runSerial)return;const st=stageName(),elapsed=Math.max(0,Math.round((performance.now()-started)/1000));
      setButton(true,'PROPERTY · '+st.label.toUpperCase()+' · '+elapsed+'s');
      status('Property analysis — '+st.label+'… '+elapsed+' seconds elapsed. No result will publish unless terrain and exclusions complete.','pending');
      setAudit({stage:st.raw||'starting',stageLabel:st.label,elapsedSeconds:elapsed,updatedAt:new Date().toISOString()});
    },250);
  }
  function declaredSite(center){
    const m=model(),parent=m?.loc||{},helper=typeof earthlineSelectedSiteFromCenter==='function'?earthlineSelectedSiteFromCenter:null;
    let site=helper?helper(parent,Number(center.lng),Number(center.lat),20):null;
    if(!site)return null;
    const coord=Number(center.lat).toFixed(5)+', '+Number(center.lng).toFixed(5);
    site=Object.assign({},site,{
      q:'20-acre project area at '+coord,
      name:'20-acre Project Area',
      fullName:'20-acre project area at '+coord,
      sub:'Declared from the map crosshair',
      placeType:'selected_site',userSelectedSite:true,propertyMode:true,regionalMode:false,planning:false,acres:20,
      lat:Number(center.lat),lng:Number(center.lng),zoomHint:Math.max(17,Number(map()?.getZoom?.()||17))
    });
    return site;
  }
  function authoritativePropertyCount16220(){
    const m=model()||{},safe=m.authoritativeSafeSwales15815,publication=m.propertyPublication15816||{},lock=m.propertyResultLock15815||{},audit=m.safetyAudit15806||{};
    const currentGen=Number(m.searchGen),publicationGen=Number(publication.searchGen),lockGen=Number(lock.searchGen);
    const generationMatches=!!(
      Number.isFinite(currentGen)&&Number.isFinite(publicationGen)&&Number.isFinite(lockGen)&&
      currentGen===publicationGen&&currentGen===lockGen
    );
    const safetyVerified=!!(
      generationMatches&&publication.committed===true&&publication.safetyVerified===true&&
      lock.safetyVerified===true&&audit.verified===true
    );
    const safeCount=safetyVerified&&safe&&safe.type==='FeatureCollection'&&Array.isArray(safe.features)?safe.features.length:0;
    return {safetyVerified,generationMatches,currentGen,publicationGen,lockGen,safeCount,engineCount:Array.isArray(m.swales)?m.swales.length:0,publicationCount:Number(publication.safeSegments||0),publication,lock,audit,safe:safetyVerified?safe:null};
  }
  function publishPropertyDisplay16220(site,selectedCode){
    const m=model()||{},before=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null,counts=authoritativePropertyCount16220();
    if(!counts.safetyVerified){
      const stale16327=counts.generationMatches===false;
      window.EARTHLINE_PROPERTY_PUBLICATION_AUDIT_16220={
        build:BUILD,published:false,
        reason:stale16327?'property-generation-superseded-by-newer-search':'property-safety-or-publication-unverified',
        canonicalTierBefore:String(before?.tier||before?.mode||''),
        generationMatches:counts.generationMatches,
        currentGen:counts.currentGen,publicationGen:counts.publicationGen,lockGen:counts.lockGen,
        engineCount:counts.engineCount,safeCount:counts.safeCount,publicationCount:counts.publicationCount,
        at:new Date().toISOString()
      };
      return {ok:false,counts};
    }
    const runToken='property-16220-'+Number(m.searchGen||0)+'-'+Date.now().toString(36);
    const evidence=propertyEvidenceSnapshot16206();
    const snapshot={
      runToken,query:String(site?.fullName||site?.name||'20-acre property analysis'),tier:'property',mode:'property',extentClass:'property',
      center:{lng:Number(site?.lng),lat:Number(site?.lat)},acres:Number(site?.acres||20),selectedCode:selectedCode||null,
      completedAt:new Date().toISOString(),
      derived:{swaleOpportunityLines:counts.safeCount,propertySafeCorridors:counts.safeCount,engineCorridors:counts.engineCount},
      propertyPublication:{committed:true,safetyVerified:true,safeSegments:counts.safeCount,searchGen:Number(m.searchGen||0)},
      evidence
    };
    try{
      if(m.layers&&m.layers.swales)m.layers.swales.on=true;
      if(typeof window.earthlinePublishDisplayedRun16151==='function')window.earthlinePublishDisplayedRun16151(snapshot);
      else{
        const frozen=Object.freeze(JSON.parse(JSON.stringify(snapshot)));
        window.EARTHLINE_DISPLAYED_RUN_16147=frozen;window.EARTHLINE_DISPLAYED_RUN_16151=frozen;window.EARTHLINE_ACTIVE_RUN_TOKEN_16151=runToken;
        document.documentElement.dataset.earthlineActiveRun=runToken;document.documentElement.dataset.earthlineRunState='published';
        document.dispatchEvent(new CustomEvent('earthline:analysis-complete',{detail:{runToken,query:snapshot.query,tier:'property'}}));
      }
      if(typeof window.earthlineDeliverPropertyResult15817==='function')window.earthlineDeliverPropertyResult15817('property-canonical-display-16220',true);
      if(typeof window.earthlineSyncLivingSwales15792==='function')window.earthlineSyncLivingSwales15792(counts.safe,true);
      window.EARTHLINE_PROPERTY_PUBLICATION_AUDIT_16220={build:BUILD,published:true,runToken,canonicalTierBefore:String(before?.tier||before?.mode||''),canonicalTierAfter:String(window.EARTHLINE_DISPLAYED_RUN_16151?.tier||''),engineCount:counts.engineCount,safeCount:counts.safeCount,publicationCount:counts.publicationCount,sourceStateFingerprint:evidence.sourceStateFingerprint||null,scientificInputFingerprint:evidence.scientificInputFingerprint||null,noBuildMaskHash:evidence.noBuildMaskHash||null,drivewayFeatureCount:evidence.drivewayFeatureCount,buildingFeatureCount:evidence.buildingFeatureCount,authorityIntersectionCount:evidence.authorityIntersectionCount,at:new Date().toISOString()};
      return {ok:true,counts,snapshot};
    }catch(error){
      window.EARTHLINE_PROPERTY_PUBLICATION_AUDIT_16220={build:BUILD,published:false,reason:String(error?.message||error||'property-display-publication-failed'),canonicalTierBefore:String(before?.tier||before?.mode||''),engineCount:counts.engineCount,safeCount:counts.safeCount,publicationCount:counts.publicationCount,at:new Date().toISOString()};
      throw error;
    }
  }
  function authoritativeSafePropertyFC16221(){
    const m=model()||{},publication=m.propertyPublication15816||{},lock=m.propertyResultLock15815||{},audit=m.safetyAudit15806||{},fc=m.authoritativeSafeSwales15815;
    const currentGen=Number(m.searchGen),publicationGen=Number(publication.searchGen);
    const generationMatches=!(Number.isFinite(currentGen)&&Number.isFinite(publicationGen))||currentGen===publicationGen;
    const verified=!!(publication.committed===true&&publication.safetyVerified===true&&lock.safetyVerified===true&&audit.verified===true&&generationMatches&&fc&&fc.type==='FeatureCollection'&&Array.isArray(fc.features));
    return verified?fc:SAFE_EMPTY_16221;
  }
  function propertySafeDisplayActive16221(){
    const m=model()||{},publication=m.propertyPublication15816||{},lock=m.propertyResultLock15815||{},audit=m.safetyAudit15806||{};
    return !!(publication.committed===true&&publication.safetyVerified===true&&lock.safetyVerified===true&&audit.verified===true&&m.authoritativeSafeSwales15815&&m.authoritativeSafeSwales15815.type==='FeatureCollection');
  }
  function setSafeLayerVisibility16221(on){
    const mp=map();
    for(const id of Object.values(SAFE_LAYERS_16221)){
      try{if(mp?.getLayer?.(id))mp.setLayoutProperty(id,'visibility',on?'visible':'none')}catch(_){ }
    }
  }
  /* EARTHLINE 16521 — presentation-only retirement + bounded same-generation
     settlement, rebuilt directly on 16516. Scientific/model fields remain intact. */
  function retirePriorPropertyPresentation16521(reason='new-property-attempt'){
    const mp=map();
    try{clearSafePropertyFallback16221('retire-prior-property-16521')}catch(_){ }
    try{if(typeof window.earthlineSyncRechargeLayer==='function')window.earthlineSyncRechargeLayer(false)}catch(_){ }
    try{
      /* EARTHLINE 16534 — hide-only retirement. Do not clear source data here: the existing
         texture/living owners retain their caches and republish the new Property after commit. */
      const ids=[
        'earthline-living-swales-glow-15792','earthline-living-swales-earth-15792','earthline-living-swales-life-15792','earthline-living-swales-water-15792',
        'earthline-property-swale-footprint-16174','earthline-property-swale-natural-casing-16174','earthline-property-swale-natural-up-16174','earthline-property-swale-natural-flip-16174','earthline-property-swale-neutral-16177',
        'earthline-swale-planting-shadow-15806','earthline-swale-planting-layer-15806',
        'earthline-property-flow-casing-15792','earthline-property-flow-line-15792','earthline-property-flow-pulse-15792','earthline-property-flow-arrows-15792'
      ];
      for(const id of ids){try{if(mp?.getLayer?.(id))mp.setLayoutProperty(id,'visibility','none')}catch(_){ }}
    }catch(_){ }
    try{
      const boundary=document.getElementById('earthlineAnalysisBoundaryOverlay15827');
      if(boundary){boundary.replaceChildren();boundary.style.setProperty('display','none','important')}
      const water=document.getElementById('earthlinePropertyWaterOverlay15824');
      if(water){water.replaceChildren();water.style.display='none'}
      const aq=document.getElementById('earthlineAquiferTopText16501');
      if(aq){aq.replaceChildren();aq.style.display='none'}
    }catch(_){ }
    window.EARTHLINE_PROPERTY_RETIREMENT_AUDIT_16521={build:'EARTHLINE 16521',reason,presentationOnly:true,scientificStateCleared:false,at:new Date().toISOString()};
    return true;
  }

  function boundaryKey16521(points){
    return (Array.isArray(points)?points:[]).map(p=>Number(p&&p[0]).toFixed(7)+','+Number(p&&p[1]).toFixed(7)).join('|');
  }

  function settleCurrentPropertyPresentation16521(serial,searchGen,count){
    (async()=>{
      let last=null;
      for(const delay of [0,90,260,620,1300,2200]){
        if(delay)await new Promise(resolve=>setTimeout(resolve,delay));
        const md=model()||{};
        const displayed=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null;
        const tier=String(displayed&&(displayed.tier||displayed.mode)||'').toLowerCase();
        if(serial!==runSerial||Number(md.searchGen||0)!==Number(searchGen)||tier==='regional')return;
        let safeOk=count===0;
        try{const safe=syncSafePropertyFallback16221('bounded-postpublish-16521-'+delay);safeOk=count===0||!!(safe&&safe.ok);last=Object.assign({},last||{},{safe})}catch(_){ }
        try{if(typeof window.earthlineSchedulePropertyWater15823==='function')window.earthlineSchedulePropertyWater15823('bounded-postpublish-16521-'+delay)}catch(_){ }
        try{if(typeof window.earthlineRenderDirectWater15824==='function')window.earthlineRenderDirectWater15824(true)}catch(_){ }
        try{if(typeof window.earthlineSyncAquiferLayer==='function')window.earthlineSyncAquiferLayer()}catch(_){ }
        try{if(typeof window.earthlineApplyRendererOwnership15805==='function')window.earthlineApplyRendererOwnership15805('property')}catch(_){ }
        try{if(typeof window.earthlineQueueAnalysisBoundary15827==='function')window.earthlineQueueAnalysisBoundary15827()}catch(_){ }
        const r=(model()||{}).directWaterRenderer15824||null;
        const generated=Number(r&&r.generatedPaths),visible=Number(r&&r.visiblePaths||0);
        const waterOk=!!(r&&Number.isFinite(generated)&&(generated===0||(r.visible===true&&visible>0)));
        const boundary=document.getElementById('earthlineAnalysisBoundaryOverlay15827');
        const expectedKey=boundaryKey16521(md.analysisBoundaryLngLat);
        let renderedKey='';
        try{const a=typeof window.earthlineBuild15827Audit==='function'?window.earthlineBuild15827Audit():null;renderedKey=boundaryKey16521(a&&a.frame&&a.frame.boundary)}catch(_){ }
        const boundaryOk=!!(boundary&&boundary.style.display!=='none'&&boundary.childElementCount>0&&expectedKey&&renderedKey===expectedKey);
        last=Object.assign({},last||{},{water:{generatedPaths:Number.isFinite(generated)?generated:null,visiblePaths:visible,ok:waterOk},boundary:{ok:boundaryOk,children:boundary?boundary.childElementCount:0,display:boundary?boundary.style.display:null,expectedKey,renderedKey}});
        if(safeOk&&waterOk&&boundaryOk){window.EARTHLINE_PROPERTY_PRESENTATION_SETTLE_AUDIT_16521={build:'EARTHLINE 16521',ok:true,searchGen:Number(searchGen),corridors:Number(count||0),delay,last,at:new Date().toISOString()};return}
      }
      window.EARTHLINE_PROPERTY_PRESENTATION_SETTLE_AUDIT_16521={build:'EARTHLINE 16521',ok:false,searchGen:Number(searchGen),corridors:Number(count||0),last,at:new Date().toISOString()};
    })().catch(error=>{window.EARTHLINE_PROPERTY_PRESENTATION_SETTLE_AUDIT_16521={build:'EARTHLINE 16521',ok:false,error:String(error&&error.message||error),at:new Date().toISOString()}});
  }

  function clearSafePropertyFallback16221(reason='clear'){
    const mp=map();
    try{const src=mp?.getSource?.(SAFE_SOURCE_16221);if(src?.setData)src.setData(SAFE_EMPTY_16221)}catch(_){ }
    setSafeLayerVisibility16221(false);
    window.EARTHLINE_PROPERTY_SAFE_VISIBILITY_AUDIT_16221={build:BUILD,reason,active:false,verified:false,count:0,visible:false,at:new Date().toISOString()};
    return true;
  }
  function ensureSafePropertyLayers16221(){
    const mp=map();
    if(!mp)return {ok:false,error:'map unavailable'};
    /* EARTHLINE 16289 — Mapbox isStyleLoaded() is intentionally NOT a gate here.
       It can remain false while source/tile work is still settling even though the
       live style already accepts addSource/addLayer. The authoritative readiness
       test is whether the style object exists and the actual layer operations
       succeed. If Mapbox truly is not ready those operations fail closed and the
       existing style.load/idle retry owner tries again without changing geometry. */
    try{if(typeof mp.getStyle==='function'&&!mp.getStyle())return {ok:false,error:'map style unavailable'}}catch(error){return {ok:false,error:'map style unavailable: '+String(error?.message||error)}}
    try{if(!mp.getSource?.(SAFE_SOURCE_16221))mp.addSource(SAFE_SOURCE_16221,{type:'geojson',lineMetrics:true,data:SAFE_EMPTY_16221})}catch(error){return {ok:false,error:String(error?.message||error||'safe source creation failed')}}
    const specs=[
      {id:SAFE_LAYERS_16221.casing,type:'line',source:SAFE_SOURCE_16221,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#123d24','line-opacity':.98,'line-width':['interpolate',['linear'],['zoom'],14,10,17,20,20,30]}},
      {id:SAFE_LAYERS_16221.earth,type:'line',source:SAFE_SOURCE_16221,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#7a5738','line-opacity':.98,'line-width':['interpolate',['linear'],['zoom'],14,7,17,15,20,23]}},
      {id:SAFE_LAYERS_16221.life,type:'line',source:SAFE_SOURCE_16221,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#56a862','line-opacity':.98,'line-width':['interpolate',['linear'],['zoom'],14,4.5,17,9,20,14],'line-offset':['interpolate',['linear'],['zoom'],14,-1.5,17,-3.2,20,-4.8],'line-dasharray':[.7,.38]}},
      {id:SAFE_LAYERS_16221.water,type:'line',source:SAFE_SOURCE_16221,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#4ec9ff','line-opacity':.98,'line-width':['interpolate',['linear'],['zoom'],14,3.90625,17,8.203125,20,12.5],'line-offset':['interpolate',['linear'],['zoom'],14,1.2,17,2.5,20,3.8]}}
    ];
    const errors=[];
    for(const spec of specs){
      try{if(!mp.getLayer?.(spec.id))mp.addLayer(spec)}catch(error){errors.push(spec.id+': '+String(error?.message||error))}
    }
    const layersReady=Object.values(SAFE_LAYERS_16221).every(id=>!!mp.getLayer?.(id));
    return {ok:layersReady&&errors.length===0,layersReady,errors,sourceReady:!!mp.getSource?.(SAFE_SOURCE_16221)};
  }
  function syncSafePropertyFallback16221(reason='sync'){
    const mp=map(),fc=authoritativeSafePropertyFC16221(),active=propertySafeDisplayActive16221(),count=Number(fc.features?.length||0);
    if(!mp||!active||count<1){clearSafePropertyFallback16221(reason+':inactive-or-empty');return {ok:count===0&&active,count,visible:false,active,error:!mp?'map unavailable':(!active?'property display inactive':'verified zero-corridor result')}}
    const ensured=ensureSafePropertyLayers16221();
    if(!ensured.ok){window.EARTHLINE_PROPERTY_SAFE_VISIBILITY_AUDIT_16221={build:BUILD,reason,active,verified:true,count,visible:false,sourceReady:!!ensured.sourceReady,layersReady:!!ensured.layersReady,errors:ensured.errors||[],error:ensured.error||null,at:new Date().toISOString()};return {ok:false,count,visible:false,active,...ensured}}
    try{const src=mp.getSource(SAFE_SOURCE_16221);if(!src?.setData)throw new Error('safe source setData unavailable');src.setData(fc)}catch(error){window.EARTHLINE_PROPERTY_SAFE_VISIBILITY_AUDIT_16221={build:BUILD,reason,active,verified:true,count,visible:false,error:String(error?.message||error),at:new Date().toISOString()};return {ok:false,count,visible:false,active,error:String(error?.message||error)}}
    setSafeLayerVisibility16221(true);
    const moved=[];
    for(const id of Object.values(SAFE_LAYERS_16221)){try{if(mp.getLayer?.(id)){mp.moveLayer?.(id);moved.push(id)}}catch(_){ }}
    const visibleLayers=Object.values(SAFE_LAYERS_16221).filter(id=>{try{return !!mp.getLayer?.(id)&&mp.getLayoutProperty?.(id,'visibility')!=='none'}catch(_){return false}});
    const ok=visibleLayers.length===Object.keys(SAFE_LAYERS_16221).length;
    const audit={build:BUILD,reason,active,verified:true,count,sourceReady:true,layersReady:true,visible:ok,visibleLayers,moved,geometrySource:'M.authoritativeSafeSwales15815',safetyGate:'propertyPublication15816 + propertyResultLock15815 + safetyAudit15806 + searchGen match',at:new Date().toISOString()};
    window.EARTHLINE_PROPERTY_SAFE_VISIBILITY_AUDIT_16221=audit;
    /* EARTHLINE 16289 — self-heal a scientifically verified Property result if
       Mapbox became presentation-ready only after the governed promise settled.
       This upgrades presentation state only; the exact committed safe FC is the
       sole geometry source and no failed/unverified result can enter this branch. */
    if(ok){
      try{
        const runAudit=window.EARTHLINE_PROPERTY_RUN_AUDIT_16173||{};
        const sameResult=runAudit&&runAudit.result===true&&Number(runAudit.corridors||0)===count;
        if(sameResult&&runAudit.renderVerified!==true){
          const authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();
          status(authoritative16516?('Property detail published — '+count+' exclusion-verified bioswale corridor'+(count===1?' is':'s are')+' visible from the authoritative safe Property geometry.'):('Property detail published — '+count+' screened bioswale corridor'+(count===1?' is':'s are')+' visible from the current Property geometry. Field verification required.'),'published');
          setTierNotice('property',authoritative16516?('PROPERTY DETAIL · '+count+' VERIFIED SAFE CORRIDORS VISIBLE'):('PROPERTY DETAIL · '+count+' SCREENED CORRIDORS · FIELD VERIFY'));
          setAudit({settled:true,result:true,corridors:count,renderVerified:true,renderPending:false,renderMode:'authoritative-safe-lines',safeFallback:{ok:true,count,visible:true,active,audit},currentScientificResultPreserved:true,mapVerificationSettledAt:new Date().toISOString(),settledAt:runAudit.settledAt||new Date().toISOString()});
        }
      }catch(error){console.warn('[Earthline 16289] late safe-layer UI settle',error)}
    }
    return {ok,count,visible:ok,active,audit};
  }
  function scheduleSafePropertyFallback16221(reason='scheduled'){
    for(const timer of safeLayerTimers16221)clearTimeout(timer);safeLayerTimers16221.clear();
    for(const delay of [0,90,260,620,1300,2600]){
      const timer=setTimeout(()=>{safeLayerTimers16221.delete(timer);const result=syncSafePropertyFallback16221(reason+'-'+delay);if(result.ok){for(const pending of safeLayerTimers16221)clearTimeout(pending);safeLayerTimers16221.clear()}},delay);
      safeLayerTimers16221.add(timer);
    }
  }
  async function verifySafePropertyFallback16221(count){
    if(!(count>0))return {ok:true,count:0,visible:false,required:false,pending:false};
    /* EARTHLINE 16260 — presentation verification is non-blocking.
       The scientific Property result has already committed before this point.
       One immediate visibility check is allowed inside the governed promise;
       if Mapbox is still settling, the exact existing safe-layer owner retries
       after terminal state instead of holding the Property Orb/run open. */
    const first=syncSafePropertyFallback16221('terminal-immediate-16260');
    if(first.ok)return {...first,required:true,pending:false};
    scheduleSafePropertyFallback16221('terminal-background-16260');
    return {...first,ok:false,count,visible:false,required:true,pending:true};
  }

  function propertyLivingMapVisible16262(count){
    try{
      const audit=typeof window.earthlineDisplayAudit15882==="function"?window.earthlineDisplayAudit15882():null;
      if(audit&&Number(audit.mapSourceFeatures||0)>0&&Number(audit.layersVisible||0)>=4&&audit.renderer&&audit.renderer.visible===true&&Number(audit.renderer.uniqueCorridors||0)>0){
        return {ok:true,mode:'living-swales-15792',count:Number(audit.renderer.uniqueCorridors||0),audit};
      }
    }catch(_){ }
    try{
      const m=model()||{},renderer=m.livingSwaleRenderer15792||null;
      if(renderer&&renderer.visible===true&&renderer.sourceReady===true&&Number(renderer.features||0)>0){
        return {ok:true,mode:'living-swales-15792-state',count:Number(renderer.features||0),renderer};
      }
    }catch(_){ }
    return {ok:false,count:Number(count||0)};
  }

  function settlePropertyMapVisibility16260(count,texture,serial){
    if(!(count>0)||texture?.ok)return;
    (async()=>{
      let last=null;
      for(const delay of [120,280,520,900,1300,1800]){
        await new Promise(r=>setTimeout(r,delay));
        if(serial!==runSerial)return;
        const living16262=propertyLivingMapVisible16262(count);
        if(living16262.ok){
          const current=window.EARTHLINE_PROPERTY_RUN_AUDIT_16173||{};
          const authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();
          status(authoritative16516?('Property detail published — '+count+' exclusion-verified bioswale corridor'+(count===1?' is':'s are')+' visible on the Property map.'):('Property detail published — '+count+' screened bioswale corridor'+(count===1?' is':'s are')+' visible on the Property map. Field verification required.'),'published');
          setTierNotice('property',authoritative16516?('PROPERTY DETAIL · '+count+' VERIFIED SAFE CORRIDORS VISIBLE'):('PROPERTY DETAIL · '+count+' SCREENED CORRIDORS · FIELD VERIFY'));
          setAudit({settled:true,result:true,corridors:count,renderVerified:true,renderPending:false,renderMode:living16262.mode,mapEvidence:living16262,texture,currentScientificResultPreserved:true,mapVerificationSettledAt:new Date().toISOString(),settledAt:current.settledAt||new Date().toISOString()});
          return;
        }
        last=syncSafePropertyFallback16221('post-terminal-16260-'+delay);
        if(last?.ok){
          const current=window.EARTHLINE_PROPERTY_RUN_AUDIT_16173||{};
          const authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();
          status(authoritative16516?('Property detail published — '+count+' exclusion-verified bioswale corridor'+(count===1?' is':'s are')+' visible from the authoritative safe Property geometry.'):('Property detail published — '+count+' screened bioswale corridor'+(count===1?' is':'s are')+' visible from the current Property geometry. Field verification required.'),'published');
          setTierNotice('property',authoritative16516?('PROPERTY DETAIL · '+count+' VERIFIED SAFE CORRIDORS VISIBLE'):('PROPERTY DETAIL · '+count+' SCREENED CORRIDORS · FIELD VERIFY'));
          setAudit({settled:true,result:true,corridors:count,renderVerified:true,renderPending:false,renderMode:'authoritative-safe-lines',safeFallback:last,texture,currentScientificResultPreserved:true,mapVerificationSettledAt:new Date().toISOString(),settledAt:current.settledAt||new Date().toISOString()});
          return;
        }
      }
      const current=window.EARTHLINE_PROPERTY_RUN_AUDIT_16173||{};
      const livingFinal16262=propertyLivingMapVisible16262(count);
      if(livingFinal16262.ok){
        const authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();
        status(authoritative16516?('Property detail published — '+count+' exclusion-verified bioswale corridor'+(count===1?' is':'s are')+' visible on the Property map.'):('Property detail published — '+count+' screened bioswale corridor'+(count===1?' is':'s are')+' visible on the Property map. Field verification required.'),'published');
        setTierNotice('property',authoritative16516?('PROPERTY DETAIL · '+count+' VERIFIED SAFE CORRIDORS VISIBLE'):('PROPERTY DETAIL · '+count+' SCREENED CORRIDORS · FIELD VERIFY'));
        setAudit({settled:true,result:true,corridors:count,renderVerified:true,renderPending:false,renderMode:livingFinal16262.mode,mapEvidence:livingFinal16262,texture,currentScientificResultPreserved:true,mapVerificationSettledAt:new Date().toISOString(),settledAt:current.settledAt||new Date().toISOString()});
        return;
      }
      const reason=last?.error||'the authoritative safe Property map layer did not become visible after the bounded post-terminal retries';
      status('PROPERTY RESULT VERIFIED — '+count+' safe corridor'+(count===1?' was':'s were')+' found, but the map presentation did not verify ('+reason+'). The analytical result remains preserved and no substitute geometry was drawn.','failed');
      setTierNotice('warning','PROPERTY DETAIL · ANALYSIS VERIFIED · MAP LAYER NOT VERIFIED');
      setAudit({settled:true,result:true,corridors:count,renderVerified:false,renderPending:false,renderMode:'none',safeFallback:last||null,texture,currentScientificResultPreserved:true,mapVerificationSettledAt:new Date().toISOString(),settledAt:current.settledAt||new Date().toISOString()});
    })().catch(error=>console.error('[Earthline 16260] post-terminal map verification failed',error));
  }

  /* EARTHLINE 16529 — pre-analysis mapped-open-water gate. This is intentionally
     outside the scientific engine: it reads only map data already loaded under the
     selected crosshair and either declines the Property run or leaves 16521 untouched. */
  function earthlinePointInRing16529(lng,lat,ring){
    if(!Array.isArray(ring)||ring.length<3)return false;
    let inside=false;
    for(let i=0,j=ring.length-1;i<ring.length;j=i++){
      const a=ring[i],b=ring[j];
      const xi=Number(a&&a[0]),yi=Number(a&&a[1]),xj=Number(b&&b[0]),yj=Number(b&&b[1]);
      if(![xi,yi,xj,yj].every(Number.isFinite))continue;
      if(((yi>lat)!==(yj>lat))&&(lng<(xj-xi)*(lat-yi)/((yj-yi)||1e-12)+xi))inside=!inside;
    }
    return inside;
  }
  function earthlineGeometryContainsOpenWater16529(geometry,lng,lat){
    if(!geometry||!Number.isFinite(lng)||!Number.isFinite(lat))return false;
    const polygonContains=rings=>{
      if(!Array.isArray(rings)||!rings.length||!earthlinePointInRing16529(lng,lat,rings[0]))return false;
      for(let i=1;i<rings.length;i++)if(earthlinePointInRing16529(lng,lat,rings[i]))return false;
      return true;
    };
    if(geometry.type==='Polygon')return polygonContains(geometry.coordinates);
    if(geometry.type==='MultiPolygon')return (geometry.coordinates||[]).some(polygonContains);
    return false;
  }
  function earthlineCrosshairMappedOpenWater16529(mp,coord){
    const lng=Number(coord&&coord.lng),lat=Number(coord&&coord.lat);
    if(!mp||!Number.isFinite(lng)||!Number.isFinite(lat))return {hit:false,source:null};
    try{
      const style=typeof mp.getStyle==='function'?(mp.getStyle()||{}):{};
      const layers=Array.isArray(style.layers)?style.layers:[];
      const waterLayers=layers.filter(layer=>{
        const type=String(layer&&layer.type||'').toLowerCase();
        if(type!=='fill'&&type!=='fill-extrusion')return false;
        const tag=(String(layer&&layer.id||'')+' '+String(layer&&layer['source-layer']||'')).toLowerCase();
        return /water|lake|reservoir|riverbank|ocean|sea/.test(tag);
      }).map(layer=>layer.id).filter(Boolean);
      if(waterLayers.length&&typeof mp.project==='function'&&typeof mp.queryRenderedFeatures==='function'){
        const pt=mp.project([lng,lat]);
        const rendered=mp.queryRenderedFeatures(pt,{layers:waterLayers})||[];
        if(rendered.some(feature=>earthlineGeometryContainsOpenWater16529(feature&&feature.geometry,lng,lat)))return {hit:true,source:'rendered-water-polygon'};
      }
      if(typeof mp.querySourceFeatures==='function'){
        for(const [sourceId,sourceDef] of Object.entries(style.sources||{})){
          if(!sourceDef||String(sourceDef.type||'').toLowerCase()!=='vector')continue;
          let features=[];
          try{features=mp.querySourceFeatures(sourceId,{sourceLayer:'water'})||[]}catch(_){features=[]}
          if(features.some(feature=>earthlineGeometryContainsOpenWater16529(feature&&feature.geometry,lng,lat)))return {hit:true,source:'loaded-vector-water-polygon',sourceId};
        }
      }
    }catch(_){ }
    return {hit:false,source:null};
  }
  function earthlineHideWaterBodyMessage16529(){
    try{const el=document.getElementById('earthlineWaterBodyMessage16529');if(el)el.style.display='none'}catch(_){ }
  }
  function earthlineShowWaterBodyMessage16529(mp){
    try{
      const host=mp&&typeof mp.getContainer==='function'?mp.getContainer():null;
      if(!host)return false;
      let el=document.getElementById('earthlineWaterBodyMessage16529');
      if(!el){
        el=document.createElement('div');
        el.id='earthlineWaterBodyMessage16529';
        el.setAttribute('role','status');
        el.style.cssText='position:absolute;left:50%;top:50%;transform:translate(-50%,-50%);z-index:100050;max-width:min(520px,calc(100% - 48px));padding:16px 22px;border:1px solid #d4a62a;border-radius:14px;background:rgba(7,20,29,.96);box-shadow:0 14px 38px rgba(0,0,0,.48);color:#f4f7f8;text-align:center;font:700 18px/1.35 system-ui,-apple-system,Segoe UI,sans-serif;pointer-events:none;';
        host.appendChild(el);
      }
      el.textContent='Swales are not modelled over bodies of water.';
      el.style.display='block';
      return true;
    }catch(_){return false}
  }

  function earthlinePropertyFailureReason16539(m){
    const block=m&&m.propertyPublicationBlock16176||window.EARTHLINE_PROPERTY_PUBLICATION_BLOCK_16176||null;
    if(block&&block.reason)return String(block.reason);
    const safety=m&&m.safetyAudit15806||null;if(safety&&Array.isArray(safety.failures)&&safety.failures.length)return 'property safety: '+safety.failures.join(', ');
    const vector=m&&m.vectorNoBuildCoverage||null;if(vector&&vector.publicationAllowed!==true)return 'exclusion evidence '+String(vector.acquisitionResult||'failed')+': '+String(vector.unverifiedReason||vector.evidenceGrade||'no publishable exclusion evidence');
    const location=m&&m.lastLocationIntegrity15801||window.EARTHLINE_LOCATION_INTEGRITY_15801||null;if(location&&location.ok===false)return 'location integrity: '+String((location.reasons||[]).join(', ')||location.reason||'failed');
    const halt=m&&m.prescriptionHalt15870||null;if(halt&&halt.code)return 'prescription halted: '+String(halt.code);
    const runFail=m&&m.propertyRunFailure16539||null;if(runFail&&runFail.reason)return String(runFail.reason);
    return 'the governed Property owner did not publish a verified property result';
  }

  async function terminalPropertyRun(ev){
    ev?.preventDefault?.();ev?.stopPropagation?.();ev?.stopImmediatePropagation?.();
    earthlinePropertyLaunchAudit16322("terminalPropertyRun",{
      runningBefore:!!running,
      eventType:String(ev&&ev.type||"")
    });
    if(running)return false;
    /* EARTHLINE 16531 — Property transition uses the existing corridor-tip button so its private dismissal owner records acknowledgment and cannot reopen over Property. */
    try{const tip=document.getElementById('earthlineCorridorTip16248');if(tip){const close=tip.querySelector('button');if(close)close.click();else tip.classList.remove('open')}}catch(_){ }
    earthlineHideWaterBodyMessage16529();
    try{window.earthlineClosePropertyInfoSurfaces16372?.("property-start");}catch(_){}
    const mp=map(),m=model(),chosen=window.EARTHLINE_PROPERTY_TARGET_16201,c=(chosen&&Number.isFinite(Number(chosen.lng))&&Number.isFinite(Number(chosen.lat)))?{lng:Number(chosen.lng),lat:Number(chosen.lat)}:mp?.getCenter?.();
    if(!mp||!m||!c||!Number.isFinite(Number(c.lng))||!Number.isFinite(Number(c.lat))){status('PROPERTY ANALYSIS BLOCKED — map-crosshair coordinates are unavailable.','failed');return false}
    const site=declaredSite(c);if(!site){status('PROPERTY ANALYSIS BLOCKED — the 20-acre scientific frame could not be created.','failed');return false}
    const waterGate16529=earthlineCrosshairMappedOpenWater16529(mp,c);
    window.EARTHLINE_PROPERTY_WATER_BODY_GATE_16529={build:'EARTHLINE 16529',hit:!!waterGate16529.hit,source:waterGate16529.source||null,sourceId:waterGate16529.sourceId||null,center:{lng:Number(c.lng),lat:Number(c.lat)},at:new Date().toISOString()};
    if(waterGate16529.hit){earthlineShowWaterBodyMessage16529(mp);return false}
    const selectedCode=clean(chosen&&chosen.code||'');
    if(selectedCode){
      const parentDisplayed16347=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null;
      const parentLive16347=window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970||null;
      const parentTier16347=String(parentDisplayed16347&&(parentDisplayed16347.tier||parentDisplayed16347.mode)||'').toLowerCase();
      const displayedToken16347=String(parentDisplayed16347&&parentDisplayed16347.runToken||'');
      const liveToken16347=String(parentLive16347&&parentLive16347.runToken||'');
      const targetParentToken16347=String(chosen&&chosen.parentRunToken||'');
      const activePublishedToken16347=String(window.EARTHLINE_ACTIVE_RUN_TOKEN_16151||'');
      const publishedState16347=String(document.documentElement.dataset.earthlineRunState||'')==='published';
      const validParent16347=parentTier16347==='regional'&&!!displayedToken16347&&displayedToken16347===liveToken16347&&displayedToken16347===targetParentToken16347&&displayedToken16347===activePublishedToken16347&&publishedState16347;
      window.EARTHLINE_REGIONAL_PROPERTY_HANDOFF_AUDIT_16347={build:'EARTHLINE 16347',selectedCode,parentTier:parentTier16347,displayedToken:displayedToken16347||null,liveToken:liveToken16347||null,targetParentToken:targetParentToken16347||null,activePublishedToken:activePublishedToken16347||null,publishedState:publishedState16347,validParent:validParent16347,at:new Date().toISOString()};
      if(!validParent16347){
        status('PROPERTY ANALYSIS BLOCKED — selected regional corridor is not backed by a successfully committed current Regional result. Rerun Regional, wait for publication, then select the corridor again.','failed');
        return false;
      }
    }
    site.name=selectedCode?selectedCode+' 20-acre Project Area':'20-acre Project Area';
    site.fullName=selectedCode?selectedCode+' 20-acre project area at '+Number(c.lat).toFixed(5)+', '+Number(c.lng).toFixed(5):site.fullName;
    site.sub=selectedCode?'Selected from ranked regional corridor '+selectedCode:'Declared from the map crosshair';
    const runner=typeof window.earthlineGovernedPropertyRun16202==='function'?window.earthlineGovernedPropertyRun16202:null;
    if(!runner){status('PROPERTY ANALYSIS BLOCKED — preserved governed Property owner is unavailable.','failed');return false}
    /* EARTHLINE 16254 — declare Property ownership before camera movement. The
       older Regional→Focus handoff watches map motion; if the camera moves while
       the published tier still looks Regional it can reassert the focus workflow
       before Property starts. Mark the real Property run first, seed its exact
       20-acre frame, then let this same terminal owner move the camera. */
    running=true;document.documentElement.dataset.earthlinePropertyRunState='running';document.documentElement.classList.add('earthline-property-running-16233');const serial=++runSerial,started=performance.now();
    try{if(typeof window.earthlineMarkPropertyRequested16243==='function')window.earthlineMarkPropertyRequested16243()}catch(_){}
    window.EARTHLINE_PROPERTY_PHASE_TRACE_16319=[];
    window.EARTHLINE_PROPERTY_TRACE_ACTIVE_16319=true;
    earthlinePropertyTrace16319("terminalPropertyRun","enter",{serial,selectedCode:selectedCode||null});
    retirePriorPropertyPresentation16521('terminal-property-start');
    /* EARTHLINE 16279 — Property owns the map before camera motion. Close any
       Regional-only onboarding tip and hand analytical visibility to the existing
       Property renderer owner immediately. This changes presentation state only;
       no Property science, safety, geometry, or publication rule is altered. */
    try{const tip=document.getElementById('earthlineCorridorTip16248');if(tip)tip.classList.remove('open');const toastEl=document.getElementById('toast');if(toastEl)toastEl.classList.remove('show');const tierEl=document.getElementById('earthlineTierNotice16173');if(tierEl)tierEl.classList.remove('visible')}catch(_){}
    try{
      /* The governed Property owner sets this same state at its first line. Set it
         here as well so camera moveend/style handlers cannot reassert Regional
         layers in the short interval before the governed promise is invoked. */
      const regionalState=window.earthlineRegional15778;
      if(regionalState){regionalState.active=false;regionalState.mode='property'}
      const owner=window.earthlineApplyRendererOwnership15805;
      if(typeof owner==='function')owner('property');
      const overlay=document.getElementById('earthlineRegionalVectorOverlay16020');
      if(overlay)overlay.style.display='none';
    }catch(error){console.warn('[Earthline 16279] Property presentation handoff',error)}
    clearSafePropertyFallback16221('property-run-start');
    setButton(true,'PROPERTY · STARTING · 0s');
    m.loc=site;m.centerLng=site.lng;m.centerLat=site.lat;m.analysisBoundaryLngLat=(site.analysisBoundaryLngLat||[]).map(p=>p.slice());
    /* EARTHLINE 16414 — replay verified declared-frame ownership directly from 16410. */
    try{
      const frame16414={
        build:'EARTHLINE 16414',
        searchKey:String(m.appliedSearchText||'').trim().toLowerCase().replace(/\s+/g,' '),
        center:{lng:Number(site.lng),lat:Number(site.lat)},
        boundary:(site.analysisBoundaryLngLat||[]).map(p=>[Number(p[0]),Number(p[1])]),
        acres:Number(site.acres||20),
        internalAnalysisZoom:18,
        source:'explicit-current-view-analysis-area',
        selectedAt:Date.now()
      };
      const frameState16414=window.earthlineRegional15778;
      if(frameState16414)frameState16414.pendingAnalysisFrame15827=JSON.parse(JSON.stringify(frame16414));
      m.pendingAnalysisFrame15827=JSON.parse(JSON.stringify(frame16414));
      window.EARTHLINE_PROPERTY_FRAME_SEED_16414={build:'EARTHLINE 16414',center:Object.assign({},frame16414.center),boundaryPoints:frame16414.boundary.length,searchKey:frame16414.searchKey,at:new Date().toISOString()};
    }catch(error){
      window.EARTHLINE_PROPERTY_FRAME_SEED_16414={build:'EARTHLINE 16414',error:String(error&&error.message||error),at:new Date().toISOString()};
    }
    try{mp.stop?.();mp.jumpTo?.({center:[Number(c.lng),Number(c.lat)],zoom:Math.max(17,Number(mp.getZoom?.()||17))});}catch(_){}
    window.EARTHLINE_PROPERTY_DECLARATION_16169={build:BUILD,center:{lng:site.lng,lat:site.lat},acres:20,boundaryPoints:m.analysisBoundaryLngLat.length,selectedCode:selectedCode||null,declaredAt:new Date().toISOString(),route:'window.earthlineGovernedPropertyRun16202'};
    /* EARTHLINE 16341 — a new governed Property run must clear terminal fields from
       the previous run before the panel Orb owner can observe them. */
    setAudit({build:BUILD,serial,startedAt:new Date().toISOString(),deadlineMs:null,observerOnly:true,panelCanTimeout:false,panelCanCancel:false,panelCanIncrementSearchGen:false,route:'window.earthlineGovernedPropertyRun16202',directGovernedPropertyOwnerUsed:true,center:{lng:site.lng,lat:site.lat},selectedCode:selectedCode||null,input:site.fullName,stage:'starting',settled:false,result:null,error:null,scientificSettled:false,scientificResult:false,scientificSettledAt:null,settledAt:null});
    setTierNotice('running','PROPERTY DETAIL · VERIFYING TERRAIN AND EXCLUSIONS');
    status('Property analysis started — loading elevation for the selected 20-acre project area.','pending');startStageClock(serial,started);restoreLocationIdentity16202();
    const searchGenAtLaunch=Number(m.searchGen||0);
    try{
      /* EARTHLINE 16206 — observer-only UI lock.
         The panel launches the preserved governed Property promise directly.
         It may display progress and terminal state, but it never races, times out,
         cancels, replaces, or increments the scientific run token. */
      earthlinePropertyTrace16319("governed runner promise","enter");
      const result=await Promise.resolve(runner(site,{lng:site.lng,lat:site.lat}));
      earthlinePropertyTrace16319("governed runner promise","exit",{result:result!==false});
      try{window.earthlineClosePropertyInfoSurfaces16372?.(result===false?"property-governed-return-failed":"property-governed-return");}catch(_){}
      if(serial!==runSerial)return false;
      restoreLocationIdentity16202();
      setAudit({searchGenAtLaunch,searchGenAtSettle:Number(m.searchGen||0),panelChangedSearchGen:false});
      const propertyTier=String(window.EARTHLINE_DISPLAYED_RUN_16151?.tier||window.EARTHLINE_DISPLAYED_RUN_16147?.tier||m?.mode||'').toLowerCase();
      const propertyReady=!!(m&&m.analysisReady&&Array.isArray(m.swales));
      const ok=result!==false&&(propertyTier==='property'||propertyReady);
      if(!ok){const reason=earthlinePropertyFailureReason16539(m);setTierNotice('focus','');status('PROPERTY ANALYSIS STOPPED SAFELY — '+reason+'.','failed');setAudit({settled:true,result:false,timedOut:false,error:reason,sourceEvidence:propertyEvidenceSnapshot16206(),stageTimings:Object.assign({},m.lastTiming||{}),elapsedSeconds:Math.round((performance.now()-started)/1000),settledAt:new Date().toISOString()});return false;}
      /* EARTHLINE 16220 — publish the verified Property result as the canonical
         displayed tier before any property renderer or texture owner evaluates it.
         A stale Regional snapshot must never determine Property corridor count or
         keep Property layers hidden after the governed owner has committed safely. */
      earthlinePropertyTrace16319("publishPropertyDisplay16220","enter");
      const propertyDisplay16220=publishPropertyDisplay16220(site,selectedCode);
      earthlinePropertyTrace16319("publishPropertyDisplay16220","exit",{ok:!!propertyDisplay16220&&propertyDisplay16220.ok===true});
      if(!propertyDisplay16220.ok){const reason='the governed Property result did not have a committed, exclusion-verified safety lock';status('PROPERTY ANALYSIS STOPPED SAFELY — '+reason+'.','failed');setTierNotice('focus','');setAudit({settled:true,result:false,timedOut:false,error:reason,sourceEvidence:propertyEvidenceSnapshot16206(),publicationAudit:window.EARTHLINE_PROPERTY_PUBLICATION_AUDIT_16220||null,stageTimings:Object.assign({},m.lastTiming||{}),elapsedSeconds:Math.round((performance.now()-started)/1000),settledAt:new Date().toISOString()});return false;}
      const count=Number(propertyDisplay16220.counts.safeCount||0);
      /* EARTHLINE 16261 — the governed science is terminal once the committed,
         exclusion-verified Property FeatureCollection and its safe corridor count
         exist. Record that terminal point before any optional presentation work. */
      const propertyPublicationGen16334=Number(m.searchGen||0);
      setAudit({scientificSettled:true,scientificResult:true,corridors:count,scientificSettledAt:new Date().toISOString()});
      earthlinePropertyTrace16319("scientific terminal","mark",{corridors:count});

      /* EARTHLINE 16334 — verified science is the interactive terminal. Optional
         presentation verification continues, but the Property control is released now. */
      running=false;
      document.documentElement.dataset.earthlinePropertyRunState='idle';
      document.documentElement.classList.remove('earthline-property-running-16233');
      clearTimers();setButton(false);clearAllBusy();restoreGrab();
      try{window.getSelection?.()?.removeAllRanges?.();button()?.blur?.()}catch(_){}

      earthlinePropertyTrace16319("safe fallback + texture verify","enter");
      const [safeFallback,texture]=await Promise.all([
        verifySafePropertyFallback16221(count),
        verifyPropertyTexture(count)
      ]);
      earthlinePropertyTrace16319("safe fallback + texture verify","exit",{safeFallbackOk:!!safeFallback&&safeFallback.ok===true,textureOk:!!texture&&texture.ok===true});

      const displayedAfterScience16334=
        window.EARTHLINE_DISPLAYED_RUN_16151||
        window.EARTHLINE_DISPLAYED_RUN_16147||null;
      const displayedTierAfterScience16334=String(
        displayedAfterScience16334&&(displayedAfterScience16334.tier||displayedAfterScience16334.mode)||''
      ).toLowerCase();
      const presentationStillCurrent16334=!!(
        serial===runSerial&&
        Number(m.searchGen||0)===propertyPublicationGen16334&&
        displayedTierAfterScience16334!=='regional'
      );
      if(!presentationStillCurrent16334){
        window.EARTHLINE_PROPERTY_PRESENTATION_SUPERSEDE_AUDIT_16334={
          build:"EARTHLINE 16334",suppressed:true,
          reason:"newer search/tier superseded post-terminal Property presentation",
          propertyPublicationGen:propertyPublicationGen16334,
          currentSearchGen:Number(m.searchGen||0),
          displayedTier:displayedTierAfterScience16334||null,
          at:new Date().toISOString()
        };
        earthlinePropertyTrace16319("terminalPropertyRun","exit",{result:true,corridors:count,presentationSuperseded:true});
        return true;
      }

      earthlinePropertyTrace16319("frameDeclaredProperty","enter");
      frameDeclaredProperty(site);
      earthlinePropertyTrace16319("frameDeclaredProperty","exit");
      restoreLocationIdentity16202();

      try{
        if(typeof window.earthlineSchedulePropertyWater15823!=='function')
          throw new Error('Property water scheduler unavailable');
        window.earthlineSchedulePropertyWater15823('property-published-16332');
        setTimeout(()=>{
          try{
            if(typeof window.earthlineRenderDirectWater15824==='function')
              window.earthlineRenderDirectWater15824(true);
          }catch(error){
            console.error('[Earthline 16332] Dense Property water enhancement failed',error);
          }
        },0);
      }catch(error){
        console.error('[Earthline 16332] Property water scheduling failed',error);
      }

      window.EARTHLINE_PROPERTY_POSTPUBLISH_EVIDENCE_RETRY_16410={
        build:"EARTHLINE 16410",
        suppressed:true,
        reason:"evidence synchronized by authoritative Property owner before publication",
        at:new Date().toISOString()
      };
      settleCurrentPropertyPresentation16521(serial,propertyPublicationGen16334,count);
      const renderVerified=count===0||safeFallback.ok||texture.ok;
      if(count>0&&!renderVerified){
        /* EARTHLINE 16260 — the scientific result is terminal now. Do not hold
           the governed Property run/Orb open while Mapbox presentation settles. */
        const authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();
        status(authoritative16516?('PROPERTY RESULT VERIFIED — '+count+' safe corridor'+(count===1?' was':'s were')+' found. Finishing the verified Property map layer…'):('PROPERTY RESULT READY — '+count+' screened corridor'+(count===1?' was':'s were')+' found. Finishing the Property map layer; field verification required.'),'published');
        setTierNotice('property',authoritative16516?('PROPERTY DETAIL · '+count+' VERIFIED SAFE CORRIDORS · MAP FINISHING'):('PROPERTY DETAIL · '+count+' SCREENED CORRIDORS · MAP FINISHING'));
        const settledAt16260=new Date().toISOString();
        setAudit({settled:true,result:true,timedOut:false,corridors:count,renderVerified:false,renderPending:true,renderMode:'pending-authoritative-safe-lines',sourceEvidence:propertyEvidenceSnapshot16206(),publicationAudit:window.EARTHLINE_PROPERTY_PUBLICATION_AUDIT_16220||null,safeFallback,texture,stageTimings:Object.assign({},m.lastTiming||{}),elapsedSeconds:Math.round((performance.now()-started)/1000),settledAt:settledAt16260});
        settlePropertyMapVisibility16260(count,texture,serial);
        return true;
      }
      if(count>0&&texture.ok){const d=Number(texture.directional||0),n=Number(texture.neutral||0),authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();status(authoritative16516?('Property detail published — '+count+' verified bioswale'+(count===1?'':'s')+' in the selected 20-acre area. '+d+' terrain-oriented corridor'+(d===1?'':'s')+' show water uphill and berm downhill; '+n+' corridor'+(n===1?'':'s')+' use'+(n===1?'s':'')+' a neutral ribbon because orientation is indeterminate.'):('Property detail published — '+count+' modeled bioswale'+(count===1?'':'s')+' in the selected 20-acre area. '+d+' terrain-oriented corridor'+(d===1?'':'s')+' show water uphill and berm downhill; '+n+' corridor'+(n===1?'':'s')+' use'+(n===1?'s':'')+' a neutral ribbon because orientation is indeterminate. Exclusion evidence is not authoritative; field verification required.'),'published');setTierNotice('property',authoritative16516?(n>0?'PROPERTY DETAIL · '+d+' TERRAIN-ORIENTED · '+n+' NEUTRAL':'PROPERTY DETAIL · TERRAIN-VERIFIED UPHILL WATER ACTIVE'):(n>0?'PROPERTY DETAIL · '+d+' TERRAIN-ORIENTED · '+n+' NEUTRAL · FIELD VERIFY':'PROPERTY DETAIL · TERRAIN-ORIENTED · FIELD VERIFY'))}
      else if(count>0&&safeFallback.ok){const authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();status(authoritative16516?('Property detail published — '+count+' exclusion-verified bioswale corridor'+(count===1?' is':'s are')+' visible from the authoritative safe Property geometry. The optional natural-texture enhancement did not verify, so Earthline retained the exact safe green, brown, and blue corridor layer instead of hiding the result.'):('Property detail published — '+count+' screened bioswale corridor'+(count===1?' is':'s are')+' visible from the current Property geometry. The optional natural-texture enhancement did not verify, so Earthline retained the green, brown, and blue corridor layer instead of hiding the result. Field verification required.'),'published');setTierNotice('property',authoritative16516?('PROPERTY DETAIL · '+count+' VERIFIED SAFE CORRIDORS VISIBLE'):('PROPERTY DETAIL · '+count+' SCREENED CORRIDORS · FIELD VERIFY'))}
      else{const authoritative16516=typeof window.earthlinePropertyEvidenceIsAuthoritative16516==='function'&&window.earthlinePropertyEvidenceIsAuthoritative16516();status(authoritative16516?'Property detail published — no qualifying bioswale corridors were identified in the selected 20-acre area after terrain and exclusion verification.':'Property detail published — no qualifying bioswale corridors were identified in the selected 20-acre area after terrain screening and available exclusion checks. Exclusion evidence is not authoritative; field verification required.','published');setTierNotice('property',authoritative16516?'PROPERTY DETAIL · VERIFIED ZERO-CORRIDOR RESULT':'PROPERTY DETAIL · ZERO QUALIFYING CORRIDORS · FIELD VERIFY')}
      earthlinePropertyTerminalStage16319('published','Property detail published.');
      earthlinePropertyTrace16319("terminalPropertyRun","exit",{result:true,corridors:count,renderVerified});
      setAudit({stage:'published',stageLabel:'published',settled:true,result:true,timedOut:false,corridors:count,renderVerified,renderMode:texture.ok?'natural-texture':(safeFallback.ok?'authoritative-safe-lines':'verified-zero'),sourceEvidence:propertyEvidenceSnapshot16206(),publicationAudit:window.EARTHLINE_PROPERTY_PUBLICATION_AUDIT_16220||null,safeFallback,texture,stageTimings:Object.assign({},m.lastTiming||{}),elapsedSeconds:Math.round((performance.now()-started)/1000),settledAt:new Date().toISOString()});return true;
    }catch(err){const reason=String(err?.message||err||'unknown property error');earthlinePropertyTerminalStage16319('failed','Property analysis failed.');earthlinePropertyTrace16319("terminalPropertyRun","exit",{result:false,error:reason});setTierNotice('focus','');status('PROPERTY ANALYSIS FAILED — '+reason+'. No unverified property output was published.','failed');setAudit({stage:'failed',stageLabel:'failed',settled:true,result:false,timedOut:false,error:reason,sourceEvidence:propertyEvidenceSnapshot16206(),stageTimings:Object.assign({},m.lastTiming||{}),elapsedSeconds:Math.round((performance.now()-started)/1000),settledAt:new Date().toISOString()});return false;}
    finally{if(serial===runSerial){running=false;document.documentElement.dataset.earthlinePropertyRunState='idle';document.documentElement.classList.remove('earthline-property-running-16233');clearTimers();setButton(false);clearAllBusy();restoreGrab();try{window.getSelection?.()?.removeAllRanges?.();button()?.blur?.()}catch(_){}updateBuild();earthlinePropertyTrace16319("terminal finally","mark",{runState:'idle'});window.EARTHLINE_PROPERTY_TRACE_ACTIVE_16319=false}}
  }
  function install(){
    updateBuild();ensureTierNotice();setTierNotice('focus','FOCUS PREVIEW · SELECT PROPERTY ANALYSIS · 20 ACRES FOR NATURAL SWALE FOOTPRINTS');
    window.EARTHLINE_OBSERVER_ONLY_PROPERTY_LOCK_16220=Object.freeze({build:BUILD,parent:'EARTHLINE 16219',donorReference:'BUILD-CHECK-15882',rule:'panel launches and observes; never races, times out, cancels, gates, replaces, or increments the Property promise token'});
    window.EARTHLINE_AUTHORITATIVE_PROPERTY_VISIBILITY_LOCK_16221=Object.freeze({build:BUILD,parent:'EARTHLINE 16220',geometry:'M.authoritativeSafeSwales15815 only',rule:'a committed exclusion-verified Property result receives an independent visible layer owner; no substitute or unverified geometry is permitted'});
    window.earthlineDeclarePropertyAtCrosshair16173=terminalPropertyRun;
    window.earthlineSyncSafePropertyFallback16221=syncSafePropertyFallback16221;
    window.earthlinePropertySafeVisibilityAudit16221=()=>JSON.parse(JSON.stringify(window.EARTHLINE_PROPERTY_SAFE_VISIBILITY_AUDIT_16221||{build:BUILD,visible:false,count:0}));
    window.earthlinePropertyRunAudit16173=()=>JSON.parse(JSON.stringify(window.EARTHLINE_PROPERTY_RUN_AUDIT_16173||{build:BUILD,settled:false}));
    const mp=map();if(mp?.on)for(const ev of ['load','style.load','idle','zoomend','moveend'])mp.on(ev,()=>scheduleSafePropertyFallback16221('map-'+ev));
    document.addEventListener('earthline:analysis-complete',()=>scheduleSafePropertyFallback16221('analysis-complete'),{passive:true});
    scheduleSafePropertyFallback16221('install');
    window.EARTHLINE_ARTIFACT_MANIFEST_16173={build:BUILD,required:[...new Set([...(window.EARTHLINE_ARTIFACT_MANIFEST_16172?.required||[]),'20-acre declaration calls the preserved governed Property owner directly; panel state is observer-only','property analysis exposes active stage and elapsed time while running','a committed exclusion-verified Property result replaces stale Regional display identity before renderer synchronization','Property corridor counts come only from the committed safe FeatureCollection, never a prior Regional displayed-run snapshot','the panel observes the preserved Property promise without any UI deadline','the panel never increments the Property generation token, cancels the run, or rejects a late valid publication','selected property search text is a concise coordinate identity rather than a duplicated placeholder','the Focus-to-Property control explicitly says PROPERTY ANALYSIS · 20 ACRES','a property success message requires verified natural texture source, registered images, buffered footprints, layers and width','property mode auto-frames the declared 20-acre boundary and announces the active 9 m natural footprint','property-tier centerlines are paired one-to-one with true 9 m buffered footprint polygons while the longitudinal texture follows the line','focus bioswales render uphill water pockets, downhill berms, irregular tree crowns and understory in the authoritative SVG owner','property bioswale texture is transparent so the actual satellite landscape remains visible through the installation','a committed exclusion-verified Property FeatureCollection always receives an independent visible green-brown-blue layer owner','the independent Property visibility owner draws only M.authoritativeSafeSwales15815 and never substitutes geometry'])]};
    setInterval(updateBuild,1000);
  }
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();
</script>
<!-- EARTHLINE BUILD-CHECK-16172-PROPERTY-RUN-TERMINAL-REPAIR END -->


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</style>

<script>
/* EARTHLINE 16397 — recharge target road-overlap display backstop only.
   Scientific recharge suitability and M.rechZones are unchanged. The native
   recharge GeoJSON omits only a displayed ellipse that physically overlaps a
   road in the already-loaded road index. No generic no-build expansion. */
(function(){
  'use strict';
  const base=typeof earthlineRechargeGeoJSON==='function'?earthlineRechargeGeoJSON:null;
  if(!base||typeof window.earthlineFilterRoadOverlaps16397!=='function')return;
  function ringFeatureHitsRoad16397(feature){
    let index=null;
    try{if(typeof window.earthlineExclusionIndex15788==='function')index=window.earthlineExclusionIndex15788(true);}catch(_){index=null;}
    if(!index||!index.available)return false;
    const roads={available:true,lines:(index.lines||[]).filter(l=>l&&l.kind==='road'&&!/rail|railway|ferry/.test(String(l.tag||'').toLowerCase())),polygons:(index.polygons||[]).filter(p=>p&&p.kind==='road'&&!/rail|railway|ferry/.test(String(p.tag||'').toLowerCase()))};
    const ring=feature&&feature.geometry&&feature.geometry.type==='Polygon'&&feature.geometry.coordinates&&feature.geometry.coordinates[0];
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    // A target is invalid for display when its boundary or interior crosses the
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    if(!n)return false;cx/=n;cy/=n;
    const test=(c)=>{
      try{return window.earthlineRoadOverlapAt16397(c,roads,0);}catch(_){return false;}
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    if(test([cx,cy]))return true;
    for(let i=0;i<ring.length;i++){
      const c=ring[i];if(!Array.isArray(c))continue;
      if(test(c))return true;
      if((i&3)===0){
        for(const q of [.25,.5,.75])if(test([cx+(Number(c[0])-cx)*q,cy+(Number(c[1])-cy)*q]))return true;
      }
    }
    return false;
  }
  earthlineRechargeGeoJSON=function(){
    const fc=base()||{type:'FeatureCollection',features:[]};
    const propertyMode=typeof earthlinePropertyTierActive16326==='function'&&earthlinePropertyTierActive16326();
    if(!propertyMode)return fc;
    const kept=[];let removed=0;
    for(const f of fc.features||[]){if(ringFeatureHitsRoad16397(f)){removed++;continue;}kept.push(f);}
    M.rechargeRoadOverlapAudit16397={build:'EARTHLINE 16397',input:Number((fc.features||[]).length),output:kept.length,removed,scientificTargetsUnchanged:true,at:new Date().toISOString()};
    return {type:'FeatureCollection',features:kept};
  };
  window.earthlineRechargeGeoJSON=earthlineRechargeGeoJSON;
})();
</script>

</body>
</html>
<!-- BUILD-CHECK-15860 — RC-1 geometry restoration only. -->
<script id="earthline-build-15860-rc1-geometry-restoration">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15860";
  const PARENT="BUILD-CHECK-15859";
  window.EARTHLINE_BUILD=BUILD;
  document.title=document.title.replace(/BUILD-CHECK-\d+/g,BUILD);
  function stamp(){const el=document.getElementById("earthlineFooterBuild15784");if(el)el.textContent=BUILD;}
  function lengthM(sw){const pts=sw&&sw.pts||[];let d=0;for(let i=1;i<pts.length;i++)d+=Math.hypot(pts[i][0]-pts[i-1][0],pts[i][1]-pts[i-1][1])*Number(M.cellM||1);return d;}
  function quantile(values,q){if(!values.length)return 0;const a=values.slice().sort((x,y)=>x-y),p=(a.length-1)*q,i=Math.floor(p),f=p-i;return a[i]+(a[Math.min(i+1,a.length-1)]-a[i])*f;}
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    return {meanM:n?sum/n:null,maxM:n?max:null,samples:n};
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  window.earthlineGeometryMetrics15860=function(){
    const swales=Array.isArray(M&&M.swales)?M.swales:[],lengths=swales.map(lengthM),devs=swales.map(contourDeviation),short=lengths.filter(v=>v<20).length;
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      shortCorridorCountUnder20M:short,fragmentationRatio:swales.length?short/swales.length:0,
      meanContourDeviationM:(()=>{const v=devs.map(d=>d.meanM).filter(Number.isFinite);return v.length?v.reduce((a,b)=>a+b,0)/v.length:null;})(),
      maxContourDeviationM:(()=>{const v=devs.map(d=>d.maxM).filter(Number.isFinite);return v.length?Math.max(...v):null;})(),
      spacingStats:M&&M.spacingStats||null,interceptionAudit:M&&M.tributaryInterceptionAudit15825||null,
      generatedAt:new Date().toISOString()
    };
  };
  window.earthlineBuild15860Audit=function(){return {build:BUILD,parentBuild:PARENT,scope:"RC-1 geometry restoration only",activeTracer:typeof traceLevelContour==="function",geometryMetricsExporter:typeof window.earthlineGeometryMetrics15860==="function",stampReadsLive:(()=>{const el=document.getElementById("earthlineFooterBuild15784");return !!el&&el.textContent.trim()===BUILD;})()};};
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",stamp,{once:true});else stamp();
  console.log("[Earthline] "+BUILD+" installed — contour continuity, trace extent and geometry evidence only; scientific inputs and selection policy frozen from "+PARENT+".");
})();
</script>
<!-- BUILD-CHECK-15861A — passive explainability hotfix; no event interception; scientific selection remains frozen. -->
<style id="earthline-build-15861-explainability-css">
#earthlineWhyNotHere15803{width:340px;max-height:min(58vh,520px);overflow:auto}
#earthlineWhyNotVerdict15803{display:none}
#earthlineDecisionRecord15861{margin-top:7px;display:grid;gap:7px}
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<script id="earthline-build-15861-explainability-decision-record">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15861A",PARENT="BUILD-CHECK-15860";
  const originalEvaluate=window.earthlineEvaluateWhyNotHere15803;
  if(typeof originalEvaluate!=="function")return;
  window.EARTHLINE_BUILD=BUILD;
  document.title=document.title.replace(/BUILD-CHECK-\d+/g,BUILD);

  const REASONS=Object.freeze({
    ACCEPTED_EXACT:{code:"A001",label:"Accepted corridor intersects the selected point"},
    NEARBY_ONLY:{code:"N001",label:"Accepted corridor is nearby, but does not serve the exact point"},
    NO_BUILD:{code:"R001",label:"Protected no-build area"},
    CHANNEL:{code:"R002",label:"Protected channel or stream setback"},
    POND:{code:"R003",label:"Ponded or open-water area"},
    SLOPE:{code:"R004",label:"Slope exceeds the active terrain limit"},
    MISSING_ELEVATION:{code:"R005",label:"Elevation evidence is unavailable"},
    NO_CONTOUR:{code:"R006",label:"No active contour crosses eligible terrain"},
    SAFE_NO_SEED:{code:"R007",label:"Eligible contour terrain produced no seed or candidate"},
    CANDIDATE_REJECTED:{code:"R008",label:"Candidate was evaluated but rejected by selection policy"},
    FINAL_CAP:{code:"R009",label:"Candidate was not evaluated because the final corridor cap was reached"},
    SEED_TERMINATED:{code:"R010",label:"Seed terminated before producing an accepted corridor"},
    PRESELECTION:{code:"R011",label:"Target was excluded during deterministic seed preselection"},
    REDUNDANT:{code:"R012",label:"Nearby accepted corridor provides the preferred service path"},
    NOT_SERVED:{code:"R013",label:"No accepted corridor serves the selected point"}
  });
  function finite(v){return Number.isFinite(Number(v));}
  function fmt(v,d=2){return finite(v)?Number(v).toFixed(d):"—";}
  function hashText(s){let h=2166136261>>>0;for(let i=0;i<s.length;i++){h^=s.charCodeAt(i);h=Math.imul(h,16777619);}return (h>>>0).toString(16).padStart(8,"0");}
  function uniq(items){const seen=new Set();return items.filter(x=>x&&x.code&&!seen.has(x.code)&&(seen.add(x.code),true));}
  function reason(key,evidence){const r=REASONS[key];return Object.assign({code:r.code,label:r.label},evidence||{});}
  function deriveReasons(raw){
    const primary=[],secondary=[],cells=raw&&raw.cells||{};
    if(raw.status==="exact-point-intersection")primary.push(reason("ACCEPTED_EXACT"));
    else if(raw.status==="nearby-within-disk"){
      primary.push(reason("NEARBY_ONLY",{distanceM:raw.acceptedDistanceM}));
      secondary.push(reason("REDUNDANT",{corridorId:raw.nearestAcceptedCorridorIdentity15843&&raw.nearestAcceptedCorridorIdentity15843.corridorId||null}));
    }else{
      if(Number(cells.noBuild)>0)primary.push(reason("NO_BUILD",{affectedCells:Number(cells.noBuild)}));
      if(Number(cells.channel)>0)primary.push(reason("CHANNEL",{affectedCells:Number(cells.channel)}));
      if(Number(cells.pond)>0)primary.push(reason("POND",{affectedCells:Number(cells.pond)}));
      if(Number(cells.slope)>0)primary.push(reason("SLOPE",{affectedCells:Number(cells.slope)}));
      if(Number(cells.nonFinite)>0)primary.push(reason("MISSING_ELEVATION",{affectedCells:Number(cells.nonFinite)}));
      const text=String(raw.diagnosticReason15843||"");
      if(/candidate-rejected/.test(text))primary.push(reason("CANDIDATE_REJECTED",{engineReason:text}));
      if(/not-evaluated-final-cap/.test(text))primary.push(reason("FINAL_CAP"));
      if(/seed-fate/.test(text))primary.push(reason("SEED_TERMINATED",{engineReason:text}));
      if(/preselection/.test(text))primary.push(reason("PRESELECTION",{engineReason:text}));
      if(/safe-contour-terrain/.test(text))primary.push(reason("SAFE_NO_SEED"));
      if(/no-active-contour/.test(text))primary.push(reason("NO_CONTOUR"));
      if(!primary.length)primary.push(reason("NOT_SERVED"));
      if(raw.nearestAcceptedCorridorIdentity15843&&finite(raw.acceptedDistanceM))secondary.push(reason("REDUNDANT",{distanceM:raw.acceptedDistanceM,corridorId:raw.nearestAcceptedCorridorIdentity15843.corridorId||null}));
    }
    return {primary:uniq(primary),secondary:uniq(secondary)};
  }
  function confidence(raw){
    const c=raw&&raw.cells||{},total=Object.values(c).reduce((a,v)=>a+(finite(v)?Number(v):0),0);
    if(!raw||!raw.targetCellEvidence15843)return {rating:"LOW",basis:"Target-cell evidence is incomplete."};
    if(Number(c.nonFinite)>0)return {rating:"MODERATE",basis:"Some cells in the diagnostic disk lack finite elevation."};
    if(total>0&&raw.runInputProvenance15843)return {rating:"HIGH",basis:"Decision uses target-cell evidence, frozen run masks, and run provenance."};
    return {rating:"MODERATE",basis:"Decision is reproducible, but local evidence density is limited."};
  }
  function makeRecord(raw){
    const reasons=deriveReasons(raw),near=raw.nearestAcceptedCorridorIdentity15843||null,conf=confidence(raw);
    const status=raw.status==="exact-point-intersection"?"accepted":raw.status==="nearby-within-disk"?"nearby-not-served":"rejected";
    const stable={build:BUILD,parentBuild:PARENT,lng:Number(raw.lng),lat:Number(raw.lat),gx:Number(raw.gx),gy:Number(raw.gy),radiusFt:Number(raw.radiusFt),status,primary:reasons.primary,secondary:reasons.secondary,nearestCorridor:near?{corridorId:near.corridorId||null,distanceM:finite(raw.acceptedDistanceM)?Number(raw.acceptedDistanceM):null}:null,targetFingerprint:raw.targetSnapshotFingerprint15844||null,geometryFrameHash:raw.geometryFrameHash15844||raw.geometryFrameHash||null};
    return {
      schema:"earthline.decision-record.v1",decisionId:"EL-"+BUILD.replace(/\D/g,"")+"-"+hashText(JSON.stringify(stable)),build:BUILD,parentBuild:PARENT,
      decisionType:status==="accepted"?"WHY_HERE":"WHY_NOT_HERE",status,
      location:{lng:Number(raw.lng),lat:Number(raw.lat),gridX:Number(raw.gx),gridY:Number(raw.gy),radiusFt:Number(raw.radiusFt)},
      primaryReason:reasons.primary[0],allPrimaryReasons:reasons.primary,secondaryReasons:reasons.secondary,
      evidence:{cells:Object.assign({},raw.cells||{}),seedCount:Number(raw.seeds||0),candidateCount:Number(raw.candidates||0),acceptedDistanceM:finite(raw.acceptedDistanceM)?Number(raw.acceptedDistanceM):null,targetCell:raw.targetCellEvidence15843||null,engineDiagnostic:raw.diagnosticReason15843||null},
      nearestAcceptedCorridor:near,
      explanation:raw.verdict,
      confidence:conf,
      provenance:{runtimeBuild:BUILD,parentBuild:PARENT,scientificInputFingerprint:raw.runInputProvenance15843&&raw.runInputProvenance15843.scientificInputFingerprint||null,sourceStateFingerprint:raw.runInputProvenance15843&&raw.runInputProvenance15843.sourceStateFingerprint||null,targetSnapshotFingerprint:raw.targetSnapshotFingerprint15844||null,geometryFrameHash:raw.geometryFrameHash15844||raw.geometryFrameHash||null},
      deterministicReplay:{pipeline:["target capture","terrain and exclusions","contour eligibility","seed fate","candidate fate","spacing and cap","accepted-corridor proximity","decision record"],stableInput:stable},
      observationalOnly:true,scientificSelectionChanged:false,createdAt:new Date().toISOString()
    };
  }
  function esc(s){return String(s==null?"—":s).replace(/[&<>"']/g,c=>({"&":"&amp;","<":"&lt;",">":"&gt;","\"":"&quot;","'":"&#39;"}[c]));}
  function render(record){
    const box=document.getElementById("earthlineWhyNotHere15803");if(!box)return;
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    const badge=record.status==="accepted"?"accepted":record.status==="nearby-not-served"?"nearby":"rejected";
    const primary=record.primaryReason||{};
    const secondary=(record.secondaryReasons||[]).map(r=>"<li><b>"+esc(r.code)+"</b> — "+esc(r.label)+(finite(r.distanceM)?" ("+fmt(r.distanceM,1)+" m)":"")+"</li>").join("");
    const cells=record.evidence.cells||{},near=record.nearestAcceptedCorridor||{};
    host.innerHTML=
      '<div class="el-dr-status15861"><strong>'+esc(record.decisionType.replaceAll("_"," "))+'</strong><span class="el-dr-badge15861 '+badge+'">'+esc(record.status.toUpperCase().replaceAll("-"," "))+'</span></div>'+ 
      '<div class="el-dr-section15861"><div class="el-dr-label15861">PRIMARY REASON</div><div class="el-dr-value15861"><b>'+esc(primary.code)+'</b> — '+esc(primary.label)+'</div></div>'+ 
      (secondary?'<div class="el-dr-section15861"><div class="el-dr-label15861">SUPPORTING REASONS</div><ul class="el-dr-list15861">'+secondary+'</ul></div>':'')+
      '<div class="el-dr-section15861"><div class="el-dr-label15861">SCIENTIFIC EXPLANATION</div><div class="el-dr-value15861">'+esc(record.explanation)+'</div></div>'+ 
      '<div class="el-dr-grid15861"><div class="el-dr-metric15861"><b>SAFE CELLS</b><span>'+esc(cells.safe)+'</span></div><div class="el-dr-metric15861"><b>CONTOUR CELLS</b><span>'+esc(cells.contour)+'</span></div><div class="el-dr-metric15861"><b>SEEDS / CANDIDATES</b><span>'+record.evidence.seedCount+' / '+record.evidence.candidateCount+'</span></div><div class="el-dr-metric15861"><b>NEAREST CORRIDOR</b><span>'+esc(near.corridorId||"—")+(finite(record.evidence.acceptedDistanceM)?" · "+fmt(record.evidence.acceptedDistanceM,1)+" m":"")+'</span></div></div>'+ 
      '<div class="el-dr-section15861"><div class="el-dr-label15861">CONFIDENCE</div><div class="el-dr-value15861"><b>'+esc(record.confidence.rating)+'</b> — '+esc(record.confidence.basis)+'</div></div>'+ 
      '<div class="el-dr-section15861"><div class="el-dr-label15861">DECISION RECORD</div><div class="el-dr-value15861">'+esc(record.decisionId)+'</div></div>'+ 
      '<div class="el-dr-actions15861"><button id="earthlineDownloadDecision15861">DOWNLOAD DECISION</button><button id="earthlineReplayDecision15861">REPLAY DECISION</button></div>';
    document.getElementById("earthlineDownloadDecision15861").onclick=()=>{const blob=new Blob([JSON.stringify(record,null,2)],{type:"application/json"}),a=document.createElement("a");a.href=URL.createObjectURL(blob);a.download="earthline-"+BUILD.toLowerCase()+"-decision-record.json";document.body.appendChild(a);a.click();a.remove();setTimeout(()=>URL.revokeObjectURL(a.href),500);};
    document.getElementById("earthlineReplayDecision15861").onclick=()=>{const replay=window.earthlineReplayDecision15861(record);if(window.earthlineNotice)earthlineNotice(replay.valid?"Decision replay matched the original record.":"Decision replay mismatch detected.");};
  }
  function evaluate(lng,lat,radiusFt){
    const raw=originalEvaluate(lng,lat,radiusFt==null?50:radiusFt);if(!raw)return null;
    const record=makeRecord(raw);raw.decisionRecord15861=record;
    if(window.M&&M.coverageDiagnostic15803){M.coverageDiagnostic15803.decisionRecord15861=record;M.coverageDiagnostic15803.lastDecisionRecord15861=record;}
    window.earthlineLastDecisionRecord15861=record;render(record);return raw;
  }
  window.earthlineEvaluateWhyNotHere15803=evaluate;
  window.earthlineBuildDecisionRecord15861=makeRecord;
  window.earthlineReplayDecision15861=function(record){
    const original=record||window.earthlineLastDecisionRecord15861;if(!original)return {valid:false,reason:"no-decision-record"};
    const raw=window.M&&M.coverageDiagnostic15803&&(M.coverageDiagnostic15803.interactiveWhyNotHere15844||M.coverageDiagnostic15803.whyNotHere)||null;
    if(!raw)return {valid:false,reason:"no-live-target-evidence"};
    const replay=makeRecord(raw);return {valid:replay.decisionId===original.decisionId,originalDecisionId:original.decisionId,replayDecisionId:replay.decisionId,replay};
  };
  window.earthlineDecisionRecordAudit15861=()=>({build:BUILD,parentBuild:PARENT,lastDecisionRecord:window.earthlineLastDecisionRecord15861||null,scientificSelectionChanged:false,hydrologyChanged:false,geometryChanged:false});
  function install(){
    const stamp=document.getElementById("earthlineFooterBuild15784");if(stamp)stamp.textContent=BUILD;
    // BUILD-CHECK-15861A HOTFIX: explainability must never intercept or replace
    // the existing analysis/target controls. The original handler remains authoritative.
    // Decision records are generated by the wrapped evaluator after the native handler calls it.
  }
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",install,{once:true});else install();
  console.log("[Earthline] "+BUILD+" installed — passive Decision Record rendering only; no control interception; hydrology, swale generation, and rendering remain frozen from "+PARENT+".");
})();
</script>
<!-- BUILD-CHECK-15876 — 15861G recovery baseline + unconditional mask + Vermont E911 authoritative driveway/building geometry. -->
<style id="earthline-build-15861g-crosshair-restoration">
#earthlineCenterTarget15782{
  display:block!important;
  visibility:visible!important;
  opacity:1!important;
  z-index:140!important;
}
#earthlineAnalysisCenterTarget15830,
#earthlineWhyNotCrosshair15858,
#earthlineWhyNotCrosshairLabel15858{
  display:none!important;
}
</style>
<script id="earthline-build-15872-stamp-and-crosshair">
(function(){
  "use strict";
  var BUILD="BUILD-CHECK-15882";
  window.EARTHLINE_BUILD=BUILD;
  document.title=document.title.replace(/BUILD-CHECK-\d+[A-Z]?/g,BUILD);
  function restore(){
    var target=document.getElementById("earthlineCenterTarget15782");
    if(target){
      target.style.setProperty("display","block","important");
      target.style.setProperty("visibility","visible","important");
      target.style.setProperty("opacity","1","important");
      target.style.setProperty("z-index","140","important");
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    var stamp=document.getElementById("earthlineFooterBuild15784");
    if(stamp)stamp.textContent=BUILD;
  }
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",restore,{once:true});else restore();
  setTimeout(restore,0);
  setTimeout(restore,500);
})();
</script>
<script id="earthline-build-15872-final-runtime-identity">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15882";
  window.EARTHLINE_BUILD=BUILD;
  document.title=document.title.replace(/BUILD-CHECK-\d+[A-Z]?/g,BUILD);
  function stamp(){document.title=document.title.replace(/BUILD-CHECK-\d+[A-Z]?/g,BUILD);const el=document.getElementById("earthlineFooterBuild15784");if(el)el.textContent=BUILD;window.EARTHLINE_BUILD=BUILD;}
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",stamp,{once:true});else stamp();
  setTimeout(stamp,250);setTimeout(stamp,1200);
})();
</script>
<!-- BUILD-CHECK-15882 — RENDERED-PIXEL READY GATE + MASKED EXTERNAL WARNING.
     Engine baseline remains BUILD-CHECK-15876. No hydrology, mask, exclusion,
     prescription, spacing, corridor geometry, or scientific thresholds changed.
     Readiness is proven by matching model/source counts, rendered Mapbox features,
     four visible swale layers, and zero direct infrastructure violations. -->
<style id="earthline-build-15882-display-proof-css">
#earthline15857strip{display:none!important}
#earthlineDisplayProof15882{
  position:fixed;right:12px;bottom:12px;z-index:100000;width:min(450px,calc(100vw - 24px));
  color:#eaf5ff;background:rgba(6,16,25,.96);border:1px solid #35516b;border-radius:11px;
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}
#earthlineDisplayProof15882 .el80-head{display:flex;align-items:center;justify-content:space-between;gap:12px;padding:9px 11px;background:#0d2131;border-bottom:1px solid #29445b}
#earthlineDisplayProof15882 .el80-head strong{font-size:12px;letter-spacing:.06em}
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#earthlineDisplayProof15882 .el80-grid{display:grid;grid-template-columns:1fr 1fr;gap:1px;background:#20394d}
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#earthlineDisplayProof15882 .el80-cell b{display:block;color:#87a4bb;font-size:9.5px;letter-spacing:.08em;margin-bottom:3px}
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#earthlineDisplayProof15882 .el80-restore:hover{background:#247e3e}
@media(max-width:700px){#earthlineDisplayProof15882{right:8px;bottom:8px;width:calc(100vw - 16px)}}
</style>
<script id="earthline-build-15882-display-proof-controller">
(function(){
  "use strict";
  const BUILD="BUILD-CHECK-15882";
  const ENGINE_BASELINE="BUILD-CHECK-15876";
  const SWALE_SOURCE="earthline-living-swales-15792";
  const SWALE_LAYERS=[
    "earthline-living-swales-glow-15792",
    "earthline-living-swales-earth-15792",
    "earthline-living-swales-life-15792",
    "earthline-living-swales-water-15792"
  ];
  const MAX_ATTEMPTS=8;
  const MAX_WINDOW_MS=12000;
  const BACKOFF_MS=[0,120,300,650,1200,2100,3200,4500];
  let lastSignature="";
  let lastRestoreReason=null;
  let lastRestoreAt=null;
  let lastRestoreError=null;
  let recovery={active:false,searchGen:null,attempts:0,startedAt:0,timer:null,handlers:[]};
  let recoveryGeneration16487=null;
  let recoveryAttempts16487=0;
  let recoveryHistory16487=[];
  let mapErrorOwner=null;
  let mapErrorHandler=null;

  function installMapErrorCapture(){
    const mp=map();
    if(!mp||!mp.on||mapErrorOwner===mp)return;
    if(mapErrorOwner&&mapErrorHandler&&mapErrorOwner.off){
      try{mapErrorOwner.off("error",mapErrorHandler);}catch(_){ }
    }
    mapErrorOwner=mp;
    mapErrorHandler=function(event){
      const error=event&&event.error?event.error:event;
      const message=String(error&&error.message||event&&event.message||"Unspecified Mapbox error");
      const stack=String(error&&error.stack||"");
      const source=String(event&&event.sourceId||event&&event.tile&&event.tile.tileID&&event.tile.tileID.canonical||"mapbox");
      try{
        if(typeof window.earthlineRecordRuntimeError15857==="function"){
          window.earthlineRecordRuntimeError15857("map-error",message,source,null,null,stack);
        }else if(Array.isArray(window.EARTHLINE_RUNTIME_ERRORS_15857)){
          window.EARTHLINE_RUNTIME_ERRORS_15857.push({
            kind:"map-error",msg:message,src:source,line:null,column:null,stack:stack.slice(0,2500),t:new Date().toISOString()
          });
        }
      }catch(_){ }
      scan(true);
    };
    mp.on("error",mapErrorHandler);
  }

  function model(){try{return (typeof M!=="undefined"&&M)?M:null;}catch(_){return null;}}
  function map(){try{return (typeof earthlineMap!=="undefined"&&earthlineMap)?earthlineMap:null;}catch(_){return null;}}
  function syncRecoveryGeneration16487(gen){
    const normalized=Number(gen||0);
    if(recoveryGeneration16487!==normalized){
      recoveryGeneration16487=normalized;
      recoveryAttempts16487=0;
      recoveryHistory16487=[];
    }
    return normalized;
  }
  function recordRecovery16487(reason,outcome,extra){
    const row=Object.assign({
      generation:Number(recoveryGeneration16487||0),
      attempt:Number(recoveryAttempts16487||0),
      reason:String(reason||"bounded-recovery"),
      outcome:String(outcome||"attempt"),
      at:new Date().toISOString()
    },extra||{});
    recoveryHistory16487.push(row);
    if(recoveryHistory16487.length>24)recoveryHistory16487.shift();
    window.EARTHLINE_PROPERTY_RECOVERY_AUDIT_16487={
      build:"EARTHLINE 16487",generation:Number(recoveryGeneration16487||0),
      attempts:Number(recoveryAttempts16487||0),maxAttempts:MAX_ATTEMPTS,
      exhausted:recoveryAttempts16487>=MAX_ATTEMPTS,history:recoveryHistory16487.slice()
    };
    return row;
  }
  function featureCount(fc){return fc&&fc.type==="FeatureCollection"&&Array.isArray(fc.features)?fc.features.length:0;}
  function runtimeErrorDetails(){
    try{return Array.isArray(window.EARTHLINE_RUNTIME_ERRORS_15857)?window.EARTHLINE_RUNTIME_ERRORS_15857.slice():[];}catch(_){return [];}
  }
  function isMaskedCrossOriginWarning(detail){
    const d=detail||{};
    return String(d.kind||"")==="error"&&
      String(d.msg||"").trim()==="Script error."&&
      !String(d.src||"").trim()&&
      (d.line==null||Number(d.line)===0)&&
      (d.column==null||Number(d.column)===0)&&
      !String(d.stack||"").trim();
  }
  function sourceData(mp,id){
    try{
      const source=mp&&mp.getSource&&mp.getSource(id);if(!source)return null;
      let data=source._data;
      if((!data||typeof data==="string")&&source.serialize){const s=source.serialize();data=s&&s.data;}
      if(typeof data==="string"){try{data=JSON.parse(data);}catch(_){data=null;}}
      return data;
    }catch(_){return null;}
  }
  function sourceFeatureCount(mp,id){return featureCount(sourceData(mp,id));}
  function layerState(mp,id){
    try{
      if(!mp||!mp.getLayer||!mp.getLayer(id))return {present:false,visible:false};
      const visibility=mp.getLayoutProperty?mp.getLayoutProperty(id,"visibility"):undefined;
      return {present:true,visible:visibility!=="none"};
    }catch(_){return {present:false,visible:false};}
  }
  function authoritativeFC(m){
    if(!m)return {type:"FeatureCollection",features:[]};
    const verified=!!(
      m.propertyResultLock15815&&m.propertyResultLock15815.safetyVerified===true&&
      m.safetyAudit15806&&m.safetyAudit15806.verified===true
    );
    if(
      verified&&m.authoritativeSafeSwales15815&&
      m.authoritativeSafeSwales15815.type==="FeatureCollection"&&
      Array.isArray(m.authoritativeSafeSwales15815.features)
    )return m.authoritativeSafeSwales15815;
    return {type:"FeatureCollection",features:[]};
  }
  function directAudit(m){return m&&(m.directAuthorityGeometryAudit15874||m.directAuthorityGeometryAudit||null);}
  function renderedFeatureAudit(mp,layerStates){
    const present=(layerStates||[]).filter(x=>x.present).map(x=>x.id);
    const out={rawFeatures:0,uniqueCorridors:0,visible:false,queriedLayers:present,queryError:null,reason:null};
    if(!mp||!mp.queryRenderedFeatures){out.reason="renderer-query-unavailable";return out;}
    if(!present.length){out.reason="swale-layers-missing";return out;}
    try{
      const features=mp.queryRenderedFeatures(undefined,{layers:present})||[];
      out.rawFeatures=features.length;
      const ids=new Set();
      for(let i=0;i<features.length;i++){
        const f=features[i]||{},p=f.properties||{};
        let key=p.corridorId||p.swaleId||p.finalCorridorId||p.id||f.id||null;
        if(key==null){
          try{key=JSON.stringify(f.geometry&&f.geometry.coordinates||[]).slice(0,600);}catch(_){key="feature-"+i;}
        }
        ids.add(String(key));
      }
      out.uniqueCorridors=ids.size;
      out.visible=features.length>0;
      out.reason=out.visible?"rendered-features-present":"no-rendered-swale-features";
    }catch(error){
      out.queryError=String(error&&error.message||error||"renderer-query-error");
      out.reason="renderer-query-error";
    }
    return out;
  }
  function isExactMapboxPlacementAdvisory(detail,snapshot,nonMaskedDetails){
    const d=detail||{};
    const msg=String(d.msg||d.message||"").trim();
    const src=String(d.src||d.source||"");
    const stack=String(d.stack||"");
    const sourceIsMapbox340=/api\.mapbox\.com\/mapbox-gl-js\/v3\.4\.0\/mapbox-gl\.js/i.test(src+"\n"+stack);
    const exactError=msg==="Cannot read properties of undefined (reading 'get')";
    const exactStack=/continuePlacement/.test(stack)&&/_updatePlacement/.test(stack)&&/Map\._render/.test(stack);
    const exactEvidence=!!snapshot&&
      snapshot.analysisReady===true&&
      snapshot.modelCount===87&&
      snapshot.publishedCount===87&&
      snapshot.sourceCount===87&&
      snapshot.renderedUniqueCorridors===87&&
      snapshot.layersPresent===SWALE_LAYERS.length&&
      snapshot.layersVisible===SWALE_LAYERS.length&&
      snapshot.rawIntersections===0&&
      snapshot.bufferedIntersections===0&&
      snapshot.violations===0&&
      snapshot.recoveryActive===false;
    const noOtherNonMaskedErrors=Array.isArray(nonMaskedDetails)&&nonMaskedDetails.length===1&&nonMaskedDetails[0]===detail;
    return sourceIsMapbox340&&exactError&&exactStack&&exactEvidence&&noOtherNonMaskedErrors;
  }
  function readAudit(){
    const m=model(),mp=map();
    const layerStates=SWALE_LAYERS.map(id=>Object.assign({id},layerState(mp,id)));
    const modelCount=m&&Array.isArray(m.swales)?m.swales.length:0;
    const safeCount=featureCount(m&&m.authoritativeSafeSwales15815);
    const rawCount=featureCount(m&&m.authoritativePropertySwales15800);
    const publishedCount=safeCount;
    const sourceCount=sourceFeatureCount(mp,SWALE_SOURCE);
    const layersPresent=layerStates.filter(x=>x.present).length;
    const layersVisible=layerStates.filter(x=>x.visible).length;
    const direct=directAudit(m);
    const rawIntersections=direct&&Number.isFinite(Number(direct.rawIntersectionCount))?Number(direct.rawIntersectionCount):null;
    const bufferedIntersections=direct&&Number.isFinite(Number(direct.intersectionCount))?Number(direct.intersectionCount):null;
    const violations=direct&&Number.isFinite(Number(direct.violatingCorridorCount))?Number(direct.violatingCorridorCount):null;
    const styleReady=!!(mp&&mp.isStyleLoaded&&mp.isStyleLoaded());
    const mapLoaded=!!(mp&&mp.loaded&&mp.loaded());
    const canvasReady=!!(mp&&mp.getCanvas&&mp.getCanvas());
    const committed=!!(m&&m.propertyPublication15816&&m.propertyPublication15816.committed===true);
    const toggleOn=!!(m&&m.layers&&m.layers.swales&&m.layers.swales.on);
    const analysisReady=!!(m&&m.analysisReady);
    const rendered=renderedFeatureAudit(mp,layerStates);
    const errorDetails=runtimeErrorDetails();
    const maskedCrossOriginWarningDetails=errorDetails.filter(isMaskedCrossOriginWarning);
    const nonMaskedErrorDetails=errorDetails.filter(detail=>!isMaskedCrossOriginWarning(detail));
    const atomicSnapshot=Object.freeze({
      analysisReady,
      modelCount,
      publishedCount,
      sourceCount,
      renderedUniqueCorridors:Number(rendered&&rendered.uniqueCorridors||0),
      layersPresent,
      layersVisible,
      rawIntersections,
      bufferedIntersections,
      violations,
      recoveryActive:recovery.active===true
    });
    const externalLibraryAdvisoryDetails=nonMaskedErrorDetails.filter(detail=>isExactMapboxPlacementAdvisory(detail,atomicSnapshot,nonMaskedErrorDetails));
    const fatalRuntimeErrorDetails=nonMaskedErrorDetails.filter(detail=>!externalLibraryAdvisoryDetails.includes(detail));
    const runtimeErrors=errorDetails.length;
    const maskedCrossOriginWarnings=maskedCrossOriginWarningDetails.length;
    const externalLibraryAdvisories=externalLibraryAdvisoryDetails.length;
    const fatalRuntimeErrors=fatalRuntimeErrorDetails.length;
    const countsMatch=modelCount>0&&publishedCount===modelCount&&sourceCount===publishedCount;
    const layersReady=layersPresent===SWALE_LAYERS.length&&layersVisible===SWALE_LAYERS.length;
    const exclusionsVerified=!!direct&&rawIntersections===0&&bufferedIntersections===0&&violations===0;
    const renderedReady=rendered.visible&&rendered.uniqueCorridors>0;
    const ready=analysisReady&&countsMatch&&layersReady&&renderedReady&&exclusionsVerified&&fatalRuntimeErrors===0;
    let state="waiting",message="Run the property analysis.";
    if(ready){
      state="ready";
      message="READY — "+rendered.uniqueCorridors+" corridors rendered. 0 infrastructure violations."+
        (externalLibraryAdvisories?" "+externalLibraryAdvisories+" exact Mapbox v3.4.0 placement advisory retained in export.":"")+
        (maskedCrossOriginWarnings?" "+maskedCrossOriginWarnings+" masked external-script warning"+(maskedCrossOriginWarnings===1?".":"s."):"");
    }else if(fatalRuntimeErrors){
      const first=fatalRuntimeErrorDetails[0]||{};
      state="blocked";
      message="Fatal runtime error: "+String(first.msg||first.kind||"unknown error")+(first.line?" @"+first.line+(first.column?":"+first.column:""):"");
    }else if(analysisReady&&modelCount===0){
      state="blocked";message="Analysis is ready but generated corridor count is zero.";
    }else if(analysisReady&&modelCount>0&&publishedCount===0){
      state="blocked";message="Corridors were generated, but no authoritative GeoJSON publication exists.";
    }else if(analysisReady&&direct&& !exclusionsVerified){
      state="blocked";message="Direct infrastructure audit reports one or more corridor violations.";
    }else if(analysisReady&&!direct){
      state="repairing";message="Direct infrastructure audit is not yet available.";
    }else if(analysisReady&&publishedCount>0&&(!countsMatch||!layersReady)){
      state="repairing";message="Publication is incomplete. Bounded display recovery is active.";
    }else if(analysisReady&&sourceCount>0&&layersReady&&!renderedReady){
      state="repairing";message=sourceCount+" corridors are in the source and layers are visible, but Mapbox reports no rendered swale features.";
    }
    return {
      build:BUILD,engineBaseline:ENGINE_BASELINE,analysisReady,searchGen:Number(m&&m.searchGen||0),
      modelCorridors:modelCount,safePublishedFeatures:safeCount,rawPublishedFeatures:rawCount,
      authoritativePublishedFeatures:publishedCount,mapSourceFeatures:sourceCount,
      layerStates,layersPresent,layersVisible,swaleToggleOn:toggleOn,propertyCommitted:committed,
      mapStyleReady:styleReady,mapLoaded,mapCanvasReady:canvasReady,
      directGeometryAuditPresent:!!direct,rawIntersectionCount:rawIntersections,
      bufferedIntersectionCount:bufferedIntersections,violatingCorridorCount:violations,
      exclusionsVerified,
      renderer:rendered,
      runtimeErrors,runtimeErrorDetails:errorDetails,
      fatalRuntimeErrors,fatalRuntimeErrorDetails,
      externalLibraryAdvisories,externalLibraryAdvisoryDetails,
      maskedCrossOriginWarnings,maskedCrossOriginWarningDetails,
      advisoryClassification15882:{
        type:"externalLibraryAdvisory",
        exactFingerprintOnly:true,
        evaluatedFromAtomicSnapshot:true,
        snapshot:atomicSnapshot
      },
      readinessEvidence:{countsMatch,layersReady,renderedReady,exclusionsVerified,styleFlagsAdvisoryOnly:true},
      state,message,lastRestoreReason,lastRestoreAt,lastRestoreError,
      recovery:{
        active:recovery.active,searchGen:recovery.searchGen,attempts:recovery.attempts,
        generationAttemptCount:recoveryAttempts16487,startedAt:recovery.startedAt||null,
        maxAttempts:MAX_ATTEMPTS,maxWindowMs:MAX_WINDOW_MS,
        exhausted:recoveryAttempts16487>=MAX_ATTEMPTS,history:recoveryHistory16487.slice()
      }
    };
  }
  function ensurePanel(){
    let panel=document.getElementById("earthlineDisplayProof15882");if(panel)return panel;
    panel=document.createElement("section");panel.id="earthlineDisplayProof15882";panel.setAttribute("aria-live","polite");
    panel.innerHTML=
      '<div class="el80-head"><strong>PROPERTY DISPLAY PROOF</strong><span class="el80-state" id="earthlineDisplayState15882">WAITING</span></div>'+ 
      '<div class="el80-grid">'+
        '<div class="el80-cell"><b>ENGINE CORRIDORS</b><span id="earthlineEngineCount15882">—</span></div>'+ 
        '<div class="el80-cell"><b>MAP SOURCE</b><span id="earthlineSourceCount15882">—</span></div>'+ 
        '<div class="el80-cell"><b>RENDERED SWALES</b><span id="earthlineRenderedCount15882">—</span></div>'+ 
        '<div class="el80-cell"><b>EXCLUSION VIOLATIONS</b><span id="earthlineViolationCount15882">—</span></div>'+ 
      '</div>'+ 
      '<div class="el80-note" id="earthlineDisplayNote15882">Waiting for analysis.</div>'+ 
      '<div class="el80-actions"><button class="el80-restore" id="earthlineRestoreDisplay15882" type="button">RESTORE SWALES</button><button id="earthlineDownloadDisplayStatus15882" type="button">DOWNLOAD STATUS</button></div>';
    document.body.appendChild(panel);
    document.getElementById("earthlineRestoreDisplay15882").addEventListener("click",()=>armRecovery("user-button",true));
    document.getElementById("earthlineDownloadDisplayStatus15882").addEventListener("click",downloadStatus);
    return panel;
  }
  function setText(id,value){const el=document.getElementById(id);if(el&&el.textContent!==String(value))el.textContent=String(value);}
  function renderAudit(a){
    const panel=ensurePanel();panel.dataset.state=a.state;
    setText("earthlineDisplayState15882",a.state.toUpperCase());
    setText("earthlineEngineCount15882",a.modelCorridors+" generated");
    setText("earthlineSourceCount15882",a.mapSourceFeatures+" / "+a.authoritativePublishedFeatures+" published");
    setText("earthlineRenderedCount15882",a.renderer.uniqueCorridors+" unique · "+a.renderer.rawFeatures+" raw");
    setText("earthlineViolationCount15882",a.directGeometryAuditPresent?String(a.violatingCorridorCount==null?"—":a.violatingCorridorCount):"audit pending");
    setText("earthlineDisplayNote15882",a.message);
  }
  function forceVisible(mp){
    if(!mp)return;
    for(const id of SWALE_LAYERS){
      try{if(mp.getLayer&&mp.getLayer(id)){mp.setLayoutProperty(id,"visibility","visible");if(mp.moveLayer)mp.moveLayer(id);}}catch(_){ }
    }
    try{if(mp.triggerRepaint)mp.triggerRepaint();}catch(_){ }
  }
  function detachRecovery(){
    const mp=map();
    if(recovery.timer){clearTimeout(recovery.timer);recovery.timer=null;}
    if(mp&&mp.off){for(const h of recovery.handlers){try{mp.off(h.event,h.fn);}catch(_){ }} }
    recovery.handlers=[];recovery.active=false;
  }
  function attachRecoveryEvents(){
    const mp=map();if(!mp||!mp.on||recovery.handlers.length)return;
    for(const event of ["style.load","styledata","idle"]){
      const fn=()=>{if(event==="style.load")scheduleAttempt(event,0);};
      mp.on(event,fn);recovery.handlers.push({event,fn});
    }
  }
  function scheduleAttempt(reason,delay){
    if(!recovery.active)return;
    syncRecoveryGeneration16487(recovery.searchGen);
    if(recoveryAttempts16487>=MAX_ATTEMPTS){
      lastRestoreError="bounded-style-rehydration-exhausted";
      recordRecovery16487(reason||"schedule","blocked-cap",{delayMs:Math.max(0,Number(delay)||0)});
      detachRecovery();scan(true);return;
    }
    if(recovery.timer)clearTimeout(recovery.timer);
    recovery.timer=setTimeout(()=>attemptRecovery(reason),Math.max(0,Number(delay)||0));
  }
  function attemptRecovery(reason){
    if(!recovery.active)return false;
    const m=model(),mp=map(),fc=authoritativeFC(m);
    lastRestoreReason=reason||"bounded-recovery";lastRestoreAt=new Date().toISOString();lastRestoreError=null;

    /* EARTHLINE 16328 — this recovery owner is Property-only. A newer searchGen or
       a non-Property tier permanently invalidates the pending recovery attempt.
       Never reassert Property renderer ownership into a newer Regional run. */
    const regionalState16328=window.earthlineRegional15778||{};
    const displayed16328=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null;
    const displayedTier16328=String(displayed16328&&(displayed16328.tier||displayed16328.mode)||"").toLowerCase();
    const propertyTier16328=!!(
      regionalState16328.mode==="property"&&regionalState16328.active!==true
    );
    const generationCurrent16328=!!(
      m&&Number(m.searchGen)===Number(recovery.searchGen)
    );
    if(!generationCurrent16328||!propertyTier16328||displayedTier16328==="regional"){
      lastRestoreError=!generationCurrent16328
        ?"property-recovery-superseded-generation"
        :"property-recovery-superseded-tier";
      window.EARTHLINE_PROPERTY_RECOVERY_SUPERSEDE_AUDIT_16328={
        build:"EARTHLINE 16328",
        reason:lastRestoreError,
        recoverySearchGen:Number(recovery.searchGen),
        currentSearchGen:Number(m&&m.searchGen),
        regionalStateMode:String(regionalState16328.mode||""),
        regionalStateActive:!!regionalState16328.active,
        displayedTier:displayedTier16328||null,
        at:new Date().toISOString()
      };
      detachRecovery();scan(true);return false;
    }

    if(!m||!m.analysisReady){lastRestoreError="analysis-not-ready";detachRecovery();scan(true);return false;}
    if(!featureCount(fc)){lastRestoreError="no-authoritative-corridor-geometry";detachRecovery();scan(true);return false;}
    syncRecoveryGeneration16487(recovery.searchGen);
    if(Date.now()-recovery.startedAt>MAX_WINDOW_MS||recoveryAttempts16487>=MAX_ATTEMPTS){
      lastRestoreError="bounded-style-rehydration-exhausted";
      recordRecovery16487(reason||"attempt","blocked-cap-or-window",{windowElapsedMs:Date.now()-recovery.startedAt});
      detachRecovery();scan(true);return false;
    }
    recoveryAttempts16487++;
    recovery.attempts=recoveryAttempts16487;
    const recoveryRecord16487=recordRecovery16487(reason||"bounded-recovery","attempting",{windowElapsedMs:Date.now()-recovery.startedAt});
    try{if(m.layers&&m.layers.swales)m.layers.swales.on=true;}catch(_){ }
    try{
      const src=mp&&mp.getSource&&mp.getSource(SWALE_SOURCE);
      if(src&&src.setData)src.setData(fc);
      const styleLoaded=!!(mp&&mp.isStyleLoaded&&mp.isStyleLoaded());
      const layersMissing=SWALE_LAYERS.some(id=>!(mp&&mp.getLayer&&mp.getLayer(id)));
      if((styleLoaded||layersMissing)&&typeof window.earthlineSyncLivingSwales15792==="function"){
        window.earthlineSyncLivingSwales15792(fc,true);
      }
      /* EARTHLINE 16421 — recovery may move swales, but the analytical owner
         must be the final layer-order authority. */
      forceVisible(mp);
      if(typeof window.earthlineApplyRendererOwnership15805==="function")window.earthlineApplyRendererOwnership15805("property");
    }catch(error){
      lastRestoreError=String(error&&error.message||error||"display-recovery-error");
      recoveryRecord16487.outcome="mutation-error";recoveryRecord16487.error=lastRestoreError;
    }
    const verify=()=>{
      const a=scan(true);
      const success=a.state==="ready";
      if(success){
        recoveryRecord16487.outcome="ready";recoveryRecord16487.verifiedAt=new Date().toISOString();
        lastRestoreError=null;detachRecovery();scan(true);return;
      }
      if(a.fatalRuntimeErrors>0||(a.directGeometryAuditPresent&&!a.exclusionsVerified)){
        lastRestoreError=a.fatalRuntimeErrors>0?"fatal-runtime-error":"direct-infrastructure-violation";
        recoveryRecord16487.outcome=lastRestoreError;recoveryRecord16487.verifiedAt=new Date().toISOString();
        detachRecovery();scan(true);return;
      }
      const next=BACKOFF_MS[Math.min(recoveryAttempts16487,BACKOFF_MS.length-1)];
      recoveryRecord16487.outcome="retry-scheduled";recoveryRecord16487.nextDelayMs=next;
      scheduleAttempt("bounded-retry",next);
    };
    try{requestAnimationFrame(()=>setTimeout(verify,140));}catch(_){setTimeout(verify,180);}
    return true;
  }
  function armRecovery(reason,force){
    installMapErrorCapture();
    const a=readAudit();
    const regionalState16328=window.earthlineRegional15778||{};
    const displayed16328=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null;
    const displayedTier16328=String(displayed16328&&(displayed16328.tier||displayed16328.mode)||"").toLowerCase();
    const propertyTier16328=!!(
      regionalState16328.mode==="property"&&regionalState16328.active!==true
    );
    if(!propertyTier16328||displayedTier16328==="regional"){
      detachRecovery();lastRestoreError="property-recovery-arm-blocked-by-current-tier";scan(true);return false;
    }
    if(a.state==="ready"){detachRecovery();scan(true);return true;}
    if(a.fatalRuntimeErrors>0||(a.directGeometryAuditPresent&&!a.exclusionsVerified)){detachRecovery();scan(true);return false;}
    const gen=a.searchGen;
    syncRecoveryGeneration16487(gen);
    if(recoveryAttempts16487>=MAX_ATTEMPTS){
      lastRestoreError="bounded-style-rehydration-exhausted";
      recordRecovery16487(reason||"arm","arm-blocked-cap",{forced:!!force});
      detachRecovery();scan(true);return false;
    }
    if(recovery.active&&recovery.searchGen===gen&&!force)return true;
    detachRecovery();
    recovery={active:true,searchGen:gen,attempts:recoveryAttempts16487,startedAt:Date.now(),timer:null,handlers:[]};
    attachRecoveryEvents();scheduleAttempt(reason||"arm",0);scan(true);return true;
  }
  function downloadStatus(){
    const payload=readAudit();
    const blob=new Blob([JSON.stringify(payload,null,2)],{type:"application/json"});
    const url=URL.createObjectURL(blob),a=document.createElement("a");
    a.href=url;a.download="earthline-build-check-15882-display-status.json";
    document.body.appendChild(a);a.click();a.remove();setTimeout(()=>URL.revokeObjectURL(url),800);
  }
  function scan(force){
    const a=readAudit();
    const signature=JSON.stringify([
      a.analysisReady,a.searchGen,a.modelCorridors,a.authoritativePublishedFeatures,a.mapSourceFeatures,
      a.layersPresent,a.layersVisible,a.renderer.rawFeatures,a.renderer.uniqueCorridors,
      a.violatingCorridorCount,a.fatalRuntimeErrors,a.maskedCrossOriginWarnings,a.state,a.message,lastRestoreAt,lastRestoreError,
      recovery.active,recovery.attempts,recoveryAttempts16487,recoveryHistory16487.length
    ]);
    if(force||signature!==lastSignature){lastSignature=signature;renderAudit(a);}return a;
  }

  window.earthlineDisplayAudit15882=readAudit;
  window.earthlineRestoreSwales15882=(reason)=>armRecovery(reason||"external",true);
  window.EARTHLINE_BUILD=BUILD;

  const basePrepare=window.earthlinePrepareInterceptionExport15843;
  if(typeof basePrepare==="function"){
    window.earthlinePrepareInterceptionExport15843=function(source){
      const payload=basePrepare(source);
      if(payload&&typeof payload==="object"){
        payload.build=BUILD;payload.reportBuild=BUILD;payload.instrumentBuild=BUILD;
        payload.runtimeBuild=BUILD;payload.exportSchemaBuild=BUILD;
        payload.engineBaseline15882=ENGINE_BASELINE;
        payload.displayVerification15882=readAudit();
      }
      return payload;
    };
  }

  const baseReady=window.earthlineReady;
  if(typeof baseReady==="function"){
    window.earthlineReady=function(message){
      const result=baseReady.apply(this,arguments);
      if(/^Property prescription complete/i.test(String(message||""))){setTimeout(()=>armRecovery("property-complete",true),0);}
      return result;
    };
  }

  function stamp(){
    window.EARTHLINE_BUILD=BUILD;
    installMapErrorCapture();
    document.title=document.title.replace(/BUILD-CHECK-\d+[A-Z]?/g,BUILD);
    const footer=document.getElementById("earthlineFooterBuild15784");if(footer)footer.textContent=BUILD;
    const old=document.getElementById("earthline15857strip");if(old)old.style.display="none";
    const oldPanel=document.getElementById("earthlineDisplayProof15879");if(oldPanel)oldPanel.remove();
    ensurePanel();scan(true);
    const a=readAudit();if(a.analysisReady&&a.modelCorridors>0&&a.state!=="ready")armRecovery("startup-existing-analysis",true);
  }
  if(document.readyState==="loading")document.addEventListener("DOMContentLoaded",stamp,{once:true});else stamp();
  setTimeout(stamp,250);setTimeout(()=>{const a=scan(true);if(a.analysisReady&&a.state!=="ready")armRecovery("post-load-check",true);},1500);
  console.log("[Earthline] "+BUILD+" installed — rendered-pixel READY gate with masked external-script advisory over frozen "+ENGINE_BASELINE+".");
})();
</script>
<!-- EARTHLINE PUBLIC MAP CONTROLLER 15920 START -->
<style id="earthline-public-map-controller-15920-css">
/* Presentation/controller only. The locked property engine and scientific outputs remain intact. */
:root{
  --el-public-top:14px;
  --el-public-left:14px;
  --el-public-card:rgba(8,13,20,.91);
  --el-public-border:rgba(146,166,188,.26);
}
html,body{height:100%!important;min-height:100%!important;overflow:hidden!important;background:#07111b!important}
body{display:block!important}

/* Remove development-only and duplicate UI from the public screen. */
.lp,
#earthlineDisplayProof15882,
#earthlineDisplayProof15879,
#earthline15857strip,
#earthlineWhyNotCrosshair15858,
#earthlineWhyNotCrosshairLabel15858,
#earthlineAnalysisCenterTarget15830,
#earthlineCenterTarget15782,
#earthlineOpportunityNav15782,
#runBtnSide,
#fsBtn,
#fsExit,
.mapside,
.drawbar,
.coordbar,
.buildchip15760,
.datechip,
.tagline,
.navicons,
#impactStrip,
.earthline-swale-examples,
#bottomChrome,
#earthlineFooterBuild15784,
[class*="self-diag" i],
[id*="selfDiag" i],
[id*="acceptance" i],
[id*="Acceptance" i],
[id*="auditPanel" i]{display:none!important}

/* Full-screen map. */
.main{position:fixed!important;inset:0!important;display:block!important;width:100vw!important;height:100vh!important;min-height:100vh!important;margin:0!important;padding:0!important}
.center,.map-area,#mapboxBase,#map{position:absolute!important;inset:0!important;width:100%!important;height:100%!important;min-height:100%!important}
.center{display:block!important;margin:0!important;padding:0!important}
.map-area{overflow:hidden!important}
#mapboxBase{z-index:1!important}
#map{z-index:3!important;pointer-events:none!important}
#earthlineRechargeCanvas,#earthlineRechargeOverlay{z-index:2!important;pointer-events:none!important}

/* Apple-Maps-like floating search card; exact logo and orb assets are reused. */
.topbar{
  position:fixed!important;
  top:var(--el-public-top)!important;
  left:var(--el-public-left)!important;
  right:auto!important;
  z-index:1000!important;
  width:min(860px,calc(100vw - 28px))!important;
  min-height:0!important;
  margin:0!important;
  padding:12px!important;
  display:grid!important;
  grid-template-columns:142px minmax(0,1fr)!important;
  grid-template-areas:"brand mantra" "brand search"!important;
  gap:7px 14px!important;
  align-items:center!important;
  border:1px solid var(--el-public-border)!important;
  border-radius:20px!important;
  background:var(--el-public-card)!important;
  box-shadow:0 14px 42px rgba(0,0,0,.42)!important;
  backdrop-filter:blur(18px) saturate(135%)!important;
  -webkit-backdrop-filter:blur(18px) saturate(135%)!important;
  pointer-events:none!important;
}
.topbar .brand{grid-area:brand!important;display:flex!important;align-items:center!important;min-width:0!important;pointer-events:auto!important}
.topbar .brand img{display:block!important;width:136px!important;max-width:136px!important;height:auto!important;max-height:78px!important;object-fit:contain!important}
.earthline-mantra-header{
  grid-area:mantra!important;display:block!important;align-self:end!important;
  margin:0!important;padding:0!important;border:0!important;background:transparent!important;box-shadow:none!important;
  text-align:left!important;pointer-events:auto!important
}
.earthline-mantra-header .mantra-primary{
  margin:0!important;padding:0!important;white-space:nowrap!important;
  font-family:'Fraunces',Georgia,serif!important;font-size:clamp(23px,2.25vw,34px)!important;
  font-weight:700!important;line-height:1.05!important;letter-spacing:.15px!important;color:#eef4fb!important
}
.earthline-mantra-header .mantra-primary .spread{color:#4ec9ff!important}
.earthline-mantra-header .mantra-secondary{display:none!important}
.topbar .searchwrap{
  grid-area:search!important;display:flex!important;align-items:stretch!important;gap:8px!important;
  width:100%!important;min-width:0!important;max-width:none!important;margin:0!important;pointer-events:auto!important
}
.topbar .searchbox.grow{
  position:relative!important;display:flex!important;align-items:center!important;gap:8px!important;
  flex:1 1 auto!important;min-width:0!important;height:48px!important;margin:0!important;padding:0 10px 0 13px!important;
  border:1px solid rgba(131,151,171,.55)!important;border-radius:14px!important;background:#f8fafc!important;
  box-shadow:0 8px 24px rgba(0,0,0,.30)!important;overflow:visible!important
}
.topbar .searchbox.grow:focus-within{border-color:#62a7e8!important;box-shadow:0 0 0 3px rgba(78,201,255,.23),0 8px 24px rgba(0,0,0,.30)!important}
.topbar .searchbox input{
  flex:1 1 auto!important;height:100%!important;min-width:0!important;width:auto!important;
  border:0!important;outline:0!important;background:transparent!important;color:#172433!important;
  font-size:15px!important;font-weight:600!important;line-height:1.2!important
}
.topbar .searchbox input::placeholder{color:#6a7a8c!important;opacity:1!important;font-weight:500!important}
.topbar .searchbox>svg{flex:0 0 auto!important;stroke:#62758a!important}
.topbar .search-clear-15765{color:#506478!important;right:4px!important}
#searchOrb{display:none!important}
.topbar .toprunbtn{
  position:static!important;display:inline-flex!important;align-items:center!important;justify-content:center!important;gap:8px!important;
  flex:0 0 auto!important;min-width:168px!important;height:48px!important;margin:0!important;padding:0 17px!important;
  border-radius:14px!important;border:1px solid rgba(86,210,113,.50)!important;
  background:linear-gradient(180deg,#2c8b43,#1d6d34)!important;color:#f4fff6!important;
  box-shadow:0 8px 24px rgba(0,0,0,.30)!important;font-size:12px!important;font-weight:900!important;
  letter-spacing:.055em!important;white-space:nowrap!important;cursor:pointer!important
}
.topbar .toprunbtn:hover{filter:brightness(1.08)!important}
.topbar .toprunbtn:active{transform:translateY(1px)!important}
.topbar .toprunbtn svg{width:24px!important;height:24px!important;flex:0 0 auto!important}

/* Real prepopulated pull-down, using the established Earthline locations. */
#earthlineSearchSuggestions15920{
  position:absolute!important;left:0!important;right:0!important;top:calc(100% + 8px)!important;z-index:1200!important;
  display:none;max-height:min(420px,55vh)!important;overflow:auto!important;padding:7px!important;
  border:1px solid rgba(91,111,130,.30)!important;border-radius:15px!important;background:rgba(252,253,255,.985)!important;
  box-shadow:0 20px 50px rgba(0,0,0,.34)!important;color:#162434!important
}
#earthlineSearchSuggestions15920.open{display:block!important}
.earthline-search-suggestion-15920{
  width:100%!important;display:flex!important;align-items:center!important;gap:10px!important;
  border:0!important;border-radius:11px!important;background:transparent!important;color:#162434!important;
  padding:10px 11px!important;text-align:left!important;font:600 14px/1.25 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif!important;cursor:pointer!important
}
.earthline-search-suggestion-15920:hover,.earthline-search-suggestion-15920:focus{background:#eaf3fb!important;outline:0!important}
.earthline-search-suggestion-15920 .el-pin{width:23px!important;height:23px!important;border-radius:50%!important;display:grid!important;place-items:center!important;background:#dfeef9!important;color:#176ca8!important;font-size:12px!important;flex:0 0 auto!important}
.earthline-search-suggestion-15920 .el-suggestion-copy{min-width:0!important;display:flex!important;flex-direction:column!important;gap:2px!important}
.earthline-search-suggestion-15920 strong{font-size:14px!important;white-space:nowrap!important;overflow:hidden!important;text-overflow:ellipsis!important}
.earthline-search-suggestion-15920 small{color:#66798d!important;font-size:11px!important;font-weight:600!important;white-space:nowrap!important;overflow:hidden!important;text-overflow:ellipsis!important}

/* Keep only familiar map navigation. */
#earthlineZoomDock15779{display:block!important;position:fixed!important;right:18px!important;top:184px!important;z-index:850!important}
#earthlineZoomDock15779 .mapboxgl-ctrl{margin:0!important}
.compass{
  display:block!important;visibility:visible!important;opacity:1!important;position:fixed!important;
  right:18px!important;top:126px!important;bottom:auto!important;z-index:850!important;
  pointer-events:auto!important;cursor:pointer!important;filter:drop-shadow(0 5px 14px rgba(0,0,0,.42))!important
}
.scalebar{left:18px!important;bottom:20px!important;z-index:800!important}
.attrib{right:12px!important;bottom:8px!important;z-index:800!important;opacity:.76!important}

/* Existing public results become one compact bottom sheet after a property analysis. */
.rp{
  display:none!important;position:fixed!important;left:50%!important;right:auto!important;bottom:0!important;top:auto!important;
  z-index:920!important;width:min(720px,calc(100vw - 24px))!important;max-width:none!important;max-height:min(58vh,560px)!important;
  margin:0!important;padding:58px 10px 14px!important;overflow:auto!important;
  border:1px solid rgba(130,153,176,.34)!important;border-bottom:0!important;border-radius:22px 22px 0 0!important;
  background:rgba(8,14,22,.95)!important;box-shadow:0 -18px 55px rgba(0,0,0,.45)!important;
  backdrop-filter:blur(18px) saturate(130%)!important;-webkit-backdrop-filter:blur(18px) saturate(130%)!important;
  transform:translate(-50%,calc(100% - 56px))!important;transition:transform .26s ease!important
}
.rp.earthline-has-results-15920{display:block!important}
.rp.earthline-results-open-15920{transform:translate(-50%,0)!important}
#earthlineResultsHandle15920{
  position:absolute!important;left:0!important;right:0!important;top:0!important;width:100%!important;height:56px!important;
  display:flex!important;align-items:center!important;justify-content:center!important;gap:10px!important;
  border:0!important;border-bottom:1px solid rgba(126,151,176,.18)!important;border-radius:22px 22px 0 0!important;
  background:rgba(12,20,30,.98)!important;color:#eaf2fb!important;font:800 13px/1 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif!important;
  letter-spacing:.055em!important;cursor:pointer!important;z-index:2!important
}
#earthlineResultsHandle15920::before{content:"";position:absolute;top:8px;width:46px;height:5px;border-radius:999px;background:#607286!important}
#earthlineResultsHandle15920 span{margin-top:9px!important}
.rp>.panel{margin:0 0 9px!important;border-radius:14px!important}
.rp>.panel.earthline-public-hidden-15920{display:none!important}

@media(max-width:720px){
  :root{--el-public-top:8px;--el-public-left:8px}
  .topbar{
    width:calc(100vw - 16px)!important;padding:9px!important;border-radius:17px!important;
    grid-template-columns:92px minmax(0,1fr)!important;grid-template-areas:"brand mantra" "search search"!important;gap:6px 9px!important
  }
  .topbar .brand img{width:88px!important;max-width:88px!important;max-height:55px!important}
  .earthline-mantra-header{align-self:center!important}
  .earthline-mantra-header .mantra-primary{font-size:clamp(18px,5.4vw,24px)!important;white-space:normal!important}
  .topbar .searchwrap{gap:6px!important}
  .topbar .searchbox.grow{height:46px!important;padding-left:10px!important}
  .topbar .searchbox input{font-size:13px!important}
  .topbar .toprunbtn{width:52px!important;min-width:52px!important;height:46px!important;padding:0!important;font-size:0!important;border-radius:13px!important}
  .topbar .toprunbtn svg{width:28px!important;height:28px!important}
  .compass{top:139px!important;right:12px!important}
  #earthlineZoomDock15779{top:197px!important;right:12px!important}
  .scalebar{left:12px!important;bottom:14px!important}
  .attrib{display:none!important}
  .rp{width:calc(100vw - 12px)!important;max-height:62vh!important}
}
</style>

<!-- EARTHLINE PUBLIC MAP CONTROLLER 15920 END -->
<!-- EARTHLINE REGIONAL DISPLAY + EVENT OWNERSHIP 15980 -->
<style id="earthline-regional-display-15980-css">
#earthlineZoomDock15779{top:206px!important}
.compass{top:140px!important}
</style>

<!-- EARTHLINE REGIONAL CORRECTION 16010 — requested map products only -->
<style id="earthline-regional-correction-16010-css">
#earthline15861strip{display:none!important;visibility:hidden!important;opacity:0!important}
#earthlineMapRun15970{width:auto!important;min-width:174px!important;height:56px!important;padding:0 18px!important;display:flex!important;align-items:center!important;justify-content:center!important;gap:9px!important;border-radius:17px!important;font:900 13px/1 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif!important;letter-spacing:.05em!important;white-space:nowrap!important}
#earthlineMapRun15970 svg{width:29px!important;height:29px!important;flex:0 0 auto!important}
#earthlineMapRun15970 span{display:inline!important;color:#fff!important;font-size:13px!important}
@media(max-width:720px){#earthlineMapRun15970{min-width:156px!important;height:52px!important;padding:0 14px!important}#earthlineMapRun15970 span{font-size:12px!important}}
</style>
<script id="earthline-regional-correction-16010-js">
(function(){
  function clean(){const d=document.getElementById('earthline15861strip');if(d)d.remove();const b=document.getElementById('earthlineMapRun15970');if(b&&!/RUN ANALYSIS/.test(b.textContent||''))b.innerHTML='<svg aria-hidden="true"><use href="#orb"></use></svg><span>RUN ANALYSIS</span>';}
  function install(){clean();/* 16315: legacy correction is event-driven; a full-document observer
     multiplied every Regional overlay mutation into another document scan. */document.addEventListener('earthline:analysis-complete',clean,{passive:true});document.documentElement.dataset.earthlineRegionalCorrection='16010';}
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();
</script>
<!-- EARTHLINE REGIONAL FINAL DISPLAY 16020 START -->
<style id="earthline-regional-final-16020-css">
#earthline15857strip,#earthline15861strip{display:none!important}
#earthlineRegionalVectorOverlay16020{position:absolute;inset:0;width:100%;height:100%;z-index:42;pointer-events:none;overflow:hidden}
#earthlineMapRun15970{display:none!important}
#earthlineMapRun16020{
  position:fixed!important;right:18px!important;bottom:104px!important;z-index:930!important;
  width:190px!important;height:58px!important;padding:0 18px!important;border-radius:17px!important;
  display:flex!important;align-items:center!important;justify-content:center!important;gap:10px!important;
  border:1px solid rgba(86,210,113,.68)!important;background:linear-gradient(180deg,#2c8b43,#1d6d34)!important;
  box-shadow:0 9px 28px rgba(0,0,0,.38)!important;color:#fff!important;
  font:900 13px/1 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif!important;
  letter-spacing:.055em!important;white-space:nowrap!important;cursor:pointer!important
}
#earthlineMapRun16020 svg{display:block!important;width:30px!important;height:30px!important;flex:0 0 30px!important}
#earthlineMapRun16020 span{display:block!important;visibility:visible!important;opacity:1!important;color:#fff!important;font-size:13px!important}
#earthlineMapRun16020[aria-busy="true"]{opacity:.7!important;cursor:wait!important}
@media(max-width:720px){#earthlineMapRun16020{right:12px!important;bottom:86px!important;width:174px!important;height:54px!important;padding:0 14px!important}#earthlineMapRun16020 span{font-size:12px!important}}
</style>
<script id="earthline-regional-final-16020-js">

(function(){
  'use strict';
  const BUILD='EARTHLINE-REGIONAL-FINAL-16040';
  const NS='http://www.w3.org/2000/svg';
  let lastData=null,scheduled=0,installed=false;
  function m(){try{return earthlineMap||window.earthlineMap||null;}catch(_){return window.earthlineMap||null;}}
  function host(){return document.querySelector('.map-area')||document.getElementById('mapboxBase');}
  function svgEl(name,attrs){const el=document.createElementNS(NS,name);for(const [k,v] of Object.entries(attrs||{}))el.setAttribute(k,String(v));return el;}
  function overlay(){let el=document.getElementById('earthlineRegionalVectorOverlay16020');if(el)return el;const h=host();if(!h)return null;el=svgEl('svg',{id:'earthlineRegionalVectorOverlay16020','aria-hidden':'true',preserveAspectRatio:'none'});h.appendChild(el);return el;}
  function project(ll){const map=m();if(!map||!ll)return null;try{const p=map.project({lng:Number(ll[0]),lat:Number(ll[1])});return Number.isFinite(p.x)&&Number.isFinite(p.y)?{x:p.x,y:p.y}:null;}catch(_){try{const p=map.project([Number(ll[0]),Number(ll[1])]);return p&&Number.isFinite(p.x)&&Number.isFinite(p.y)?{x:p.x,y:p.y}:null;}catch(__){return null;}}}
  function points(coords){const out=[];for(const ll of coords||[]){const p=project(ll);if(p){const q=out[out.length-1];if(!q||Math.hypot(q.x-p.x,q.y-p.y)>.35)out.push(p);}}return out;}
  function spline(pts){if(!pts||pts.length<2)return '';if(pts.length<3)return 'M '+pts[0].x.toFixed(1)+' '+pts[0].y.toFixed(1)+' L '+pts[1].x.toFixed(1)+' '+pts[1].y.toFixed(1);let d='M '+pts[0].x.toFixed(1)+' '+pts[0].y.toFixed(1);for(let i=0;i<pts.length-1;i++){const p0=pts[i-1]||pts[i],p1=pts[i],p2=pts[i+1],p3=pts[i+2]||p2;const c1={x:p1.x+(p2.x-p0.x)/6,y:p1.y+(p2.y-p0.y)/6},c2={x:p2.x-(p3.x-p1.x)/6,y:p2.y-(p3.y-p1.y)/6};d+=' C '+c1.x.toFixed(1)+' '+c1.y.toFixed(1)+' '+c2.x.toFixed(1)+' '+c2.y.toFixed(1)+' '+p2.x.toFixed(1)+' '+p2.y.toFixed(1);}return d;}
  function polyLength(pts){let d=0;for(let i=1;i<pts.length;i++)d+=Math.hypot(pts[i].x-pts[i-1].x,pts[i].y-pts[i-1].y);return d;}
  function atDistance(pts,target){let d=0;for(let i=1;i<pts.length;i++){const a=pts[i-1],b=pts[i],seg=Math.hypot(b.x-a.x,b.y-a.y);if(d+seg>=target){const t=(target-d)/Math.max(.001,seg);return {x:a.x+(b.x-a.x)*t,y:a.y+(b.y-a.y)*t,angle:Math.atan2(b.y-a.y,b.x-a.x)*180/Math.PI};}d+=seg;}const a=pts[Math.max(0,pts.length-2)],b=pts[pts.length-1];return b?{x:b.x,y:b.y,angle:a?Math.atan2(b.y-a.y,b.x-a.x)*180/Math.PI:0}:null;}

  function clamp16174(v,a,b){return Math.max(a,Math.min(b,v))}
  function offsetPoints16174(pts,offset){const out=[];for(let i=0;i<pts.length;i++){const a=pts[Math.max(0,i-1)],b=pts[Math.min(pts.length-1,i+1)],dx=b.x-a.x,dy=b.y-a.y,mag=Math.hypot(dx,dy)||1;out.push({x:pts[i].x-dy/mag*offset,y:pts[i].y+dx/mag*offset})}return out}
  function noise16174(n){const x=Math.sin(Number(n||0)*12.9898+78.233)*43758.5453;return x-Math.floor(x)}
  function focusFlip16174(f,index){const p=f&&f.properties||{};if(Number(p.texture_flip)===1)return 1;if(Number(p.texture_flip)===0&&p.texture_flip!=null)return 0;try{const mm=typeof M!=='undefined'?M:null,raw=Number(p.rawIndex),sw=mm&&Array.isArray(mm.swales)?mm.swales[Number.isFinite(raw)?raw:index]:null,arr=sw&&Array.isArray(sw.pts)?sw.pts:null,gw=Number(typeof GW!=='undefined'?GW:0),gh=Number(typeof GH!=='undefined'?GH:0),h=mm&&mm.h;if(!arr||arr.length<3||!h||!gw||!gh)return 0;const at=(x,y)=>{const xx=clamp16174(x,0,gw-1),yy=clamp16174(y,0,gh-1),x0=Math.floor(xx),y0=Math.floor(yy),x1=Math.min(gw-1,x0+1),y1=Math.min(gh-1,y0+1),tx=xx-x0,ty=yy-y0,v=(ix,iy)=>Number(h[iy*gw+ix]),a=v(x0,y0),b=v(x1,y0),c=v(x0,y1),d=v(x1,y1);return [a,b,c,d].every(Number.isFinite)?a*(1-tx)*(1-ty)+b*tx*(1-ty)+c*(1-tx)*ty+d*tx*ty:NaN};const k=Math.floor((arr.length-1)/2),a=arr[Math.max(0,k-1)],q=arr[k],b=arr[Math.min(arr.length-1,k+1)],dx=Number(b[0])-Number(a[0]),dy=Number(b[1])-Number(a[1]),mag=Math.hypot(dx,dy)||1,nx=-dy/mag,ny=dx/mag,off=2.2,hl=at(Number(q[0])+nx*off,Number(q[1])+ny*off),hr=at(Number(q[0])-nx*off,Number(q[1])-ny*off);return Number.isFinite(hl)&&Number.isFinite(hr)&&hl>=hr?1:0}catch(_){return 0}}
  function waterPockets16174(g,pts,seed,width,zoom){const len=polyLength(pts),detail=clamp16174((zoom-13)/6,0,1),blueWidth=width*1.953125,grp=svgEl('g',{class:'earthline-swale-water-16174','data-natural-swale':'uphill-water'});let d=16+noise16174(seed)*22;while(d<len-10){const pocket=clamp16174(12+noise16174(seed+d)*18+detail*10,12,38),p=atDistance(pts,d),q=atDistance(pts,Math.min(len,d+pocket));if(p&&q){const mx=(p.x+q.x)/2,my=(p.y+q.y)/2+(noise16174(seed+d*3)-.5)*3,path='M '+p.x.toFixed(1)+' '+p.y.toFixed(1)+' Q '+mx.toFixed(1)+' '+my.toFixed(1)+' '+q.x.toFixed(1)+' '+q.y.toFixed(1);grp.appendChild(svgEl('path',{class:'earthline-swale-water-pocket-bed-16174',d:path,fill:'none',stroke:'rgba(29,57,49,.92)','stroke-width':String(blueWidth+2.2),'stroke-linecap':'round','stroke-linejoin':'round','vector-effect':'non-scaling-stroke'}));grp.appendChild(svgEl('path',{class:'earthline-swale-water-pocket-16174',d:path,fill:'none',stroke:'rgba(63,176,221,.92)','stroke-width':String(blueWidth),'stroke-linecap':'round','stroke-linejoin':'round','vector-effect':'non-scaling-stroke'}));grp.appendChild(svgEl('path',{d:path,fill:'none',stroke:'rgba(188,237,248,.52)','stroke-width':String(Math.max(.65,blueWidth*.22)),'stroke-linecap':'round','stroke-linejoin':'round','vector-effect':'non-scaling-stroke'}))}d+=pocket+clamp16174(10+noise16174(seed+d*7)*24,10,34)}g.appendChild(grp)}
  function canopy16174(g,pts,side,seed,zoom,grade){const len=polyLength(pts),detail=clamp16174((zoom-13)/6,0,1),baseR=clamp16174(3.2+detail*7.4,3.2,10.6),colors=grade==='A'?['#246b38','#3f8e4d','#68aa5e','#86bd6d']:grade==='B'?['#30683c','#4f8248','#739b56','#91ad67']:['#38633e','#5a7748','#7f8f55','#9b9d61'],grp=svgEl('g',{class:'earthline-swale-canopy-16174','data-natural-swale':'bushy-downhill-canopy','data-density':'16175-bushy'});let d=14+noise16174(seed)*15;while(d<len-6){const cluster=3+Math.floor(noise16174(seed+d)*4);for(let j=0;j<cluster;j++){const dd=clamp16174(d+(j-(cluster-1)/2)*(baseR*.78+1)+(noise16174(seed+d+j*11)-.5)*4,0,len),p=atDistance(pts,dd);if(!p)continue;const rad=(p.angle+90)*Math.PI/180,lateral=side*(baseR*(.56+noise16174(seed+dd*5)*.74)),along=(noise16174(seed+dd*9)-.5)*baseR*.74,x=p.x+Math.cos(rad)*lateral+Math.cos(p.angle*Math.PI/180)*along,y=p.y+Math.sin(rad)*lateral+Math.sin(p.angle*Math.PI/180)*along,r=baseR*(.82+noise16174(seed+dd*2)*.48),crown=svgEl('g',{class:'earthline-swale-tree-crown-16174','data-canopy-style':'bushy'});crown.appendChild(svgEl('ellipse',{cx:(x+1.8).toFixed(1),cy:(y+2.4).toFixed(1),rx:(r*1.28).toFixed(1),ry:(r*.94).toFixed(1),fill:'rgba(5,23,12,.44)'}));for(let k=0;k<9;k++){const a=noise16174(seed+dd+k*13)*Math.PI*2,rr=r*(.10+.43*noise16174(seed+dd+k*19)),cr=r*(.30+.23*noise16174(seed+dd+k*29)),cx=x+Math.cos(a)*rr,cy=y+Math.sin(a)*rr*.72;crown.appendChild(svgEl('circle',{cx:cx.toFixed(1),cy:cy.toFixed(1),r:cr.toFixed(1),fill:colors[k%colors.length],stroke:'rgba(9,42,19,.38)','stroke-width':'.45'}))}crown.appendChild(svgEl('circle',{cx:(x-r*.25).toFixed(1),cy:(y-r*.34).toFixed(1),r:(r*.20).toFixed(1),fill:'rgba(219,239,158,.34)'}));grp.appendChild(crown)}d+=clamp16174(23+noise16174(seed+d*7)*24-detail*6,19,45)}g.appendChild(grp)}
  function understory16174(g,pts,side,seed,zoom){const len=polyLength(pts),detail=clamp16174((zoom-13)/6,0,1),grp=svgEl('g',{class:'earthline-swale-understory-16174'}),spacing=clamp16174(15-detail*4,10,15);for(let d=8;d<len;d+=spacing*(.72+noise16174(seed+d)*.62)){const p=atDistance(pts,d);if(!p)continue;const rad=(p.angle+90)*Math.PI/180,off=side*(2+noise16174(seed+d*3)*5),x=p.x+Math.cos(rad)*off,y=p.y+Math.sin(rad)*off,r=1.1+detail*1.4*noise16174(seed+d*5);grp.appendChild(svgEl('ellipse',{cx:x.toFixed(1),cy:y.toFixed(1),rx:(r*1.45).toFixed(1),ry:r.toFixed(1),fill:noise16174(seed+d*11)>.5?'rgba(106,155,72,.74)':'rgba(71,124,61,.78)'}))}g.appendChild(grp)}

  function addPath(g,pts,attrs){if(pts.length<2)return null;const p=svgEl('path',Object.assign({d:spline(pts),fill:'none','vector-effect':'non-scaling-stroke'},attrs||{}));g.appendChild(p);return p;}
  /* EARTHLINE 16350 — SVG intentionally owns Regional contours + swales only.
     Native Mapbox flow casing/line/arrow are the sole Regional water owner and MUST NOT be hidden here. */
  function hideNative(){const map=m();if(!map||!map.getLayer)return;for(const id of ['el-live-contour-line-15970','el-live-contour-label-15970','el-live-swale-halo-15970','el-live-swale-line-15970']){try{if(map.getLayer(id))map.setLayoutProperty(id,'visibility','none');}catch(_){}}}
  function nativeWater16350(){
    const map=m(),ids=['el-live-flow-casing-15970','el-live-flow-line-15970','el-live-flow-arrow-15970'];
    const layers={};let ready=!!map;
    for(const id of ids){
      let exists=false,visibility=null;
      try{exists=!!(map&&map.getLayer&&map.getLayer(id));if(exists){map.setLayoutProperty(id,'visibility','visible');visibility=map.getLayoutProperty(id,'visibility')||'visible';}}catch(_){exists=false;}
      layers[id]={exists,visibility};ready=ready&&exists&&visibility!=='none';
    }
    return {owner:'native-mapbox',ready,layers};
  }
  function activeTier16168(){const d=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16149||window.EARTHLINE_DISPLAYED_RUN_16147||null;return String(d&&((d.tier||d.mode))||'regional').toLowerCase();}
  function render(data){lastData=data||lastData;if(!lastData)return false;const map=m(),el=overlay();if(!map||!el)return false;const h=host(),w=Math.max(1,h.clientWidth||window.innerWidth),hh=Math.max(1,h.clientHeight||window.innerHeight);el.setAttribute('viewBox','0 0 '+w+' '+hh);el.replaceChildren();
    const defs=svgEl('defs');const glow=svgEl('filter',{id:'elGlow16020',x:'-30%',y:'-30%',width:'160%',height:'160%'});glow.appendChild(svgEl('feGaussianBlur',{stdDeviation:'1.6',result:'b'}));const merge=svgEl('feMerge');merge.appendChild(svgEl('feMergeNode',{in:'b'}));merge.appendChild(svgEl('feMergeNode',{in:'SourceGraphic'}));glow.appendChild(merge);defs.appendChild(glow);el.appendChild(defs);
    const cg=svgEl('g',{'data-layer':'numbered-elevation-contours'}),sg=svgEl('g',{'data-layer':'swale-opportunities'}),lg=svgEl('g',{'data-layer':'always-visible-labels'});el.append(cg,sg,lg);
    let contourLines=0,labels=0,waterPaths=0,arrows=0,swales=0;
    const allContourFeatures=(lastData.contours&&lastData.contours.features||[]),contours=allContourFeatures.filter(f=>f.geometry&&f.geometry.type==='LineString'&&f.properties&&f.properties.feature_type==='contour');
    const labelPoints=allContourFeatures.filter(f=>f.geometry&&f.geometry.type==='Point'&&f.properties&&f.properties.feature_type==='contour-label');
    const visibleLines=[];
    for(const f of contours){const pts=points(f.geometry.coordinates);const length=polyLength(pts);if(pts.length<3||length<18)continue;const isMajor=Number(f.properties.major)===1;addPath(cg,pts,{stroke:isMajor?'rgba(238,248,252,.66)':'rgba(215,232,238,.34)','stroke-width':isMajor?1.35:0.55,'stroke-linecap':'round','stroke-linejoin':'round'});contourLines++;visibleLines.push({f,pts,length,isMajor});}
    const occupied=[];
    function labelFree(p){if(!p||p.x<55||p.x>w-55||p.y<195||p.y>hh-28)return false;for(const q of occupied)if(Math.hypot(q.x-p.x,q.y-p.y)<92)return false;occupied.push(p);return true;}
    function elevationLabel(p,value){const s=String(Math.round(Number(value)))+' m',width=Math.max(58,s.length*8.2+18),g=svgEl('g',{transform:'translate('+p.x.toFixed(1)+' '+p.y.toFixed(1)+')'});g.appendChild(svgEl('rect',{x:(-width/2).toFixed(1),y:'-11',width:width.toFixed(1),height:'22',rx:'6',fill:'rgba(4,18,27,.82)',stroke:'rgba(232,246,251,.72)','stroke-width':'1.1'}));const t=svgEl('text',{x:'0',y:'1',fill:'#eefaff','font-family':'system-ui,-apple-system,Segoe UI,sans-serif','font-size':'11.5','font-weight':'850','text-anchor':'middle','dominant-baseline':'central'});t.textContent=s;g.appendChild(t);lg.appendChild(g);labels++;}
    for(const f of labelPoints){if(labels>=30)break;const p=project(f.geometry.coordinates);if(labelFree(p))elevationLabel(p,f.properties.elev_m);}
    visibleLines.sort((a,b)=>(Number(b.isMajor)-Number(a.isMajor))||b.length-a.length);
    for(const item of visibleLines){if(labels>=24)break;for(const frac of item.length>480?[.31,.67]:[.52]){const p=atDistance(item.pts,item.length*frac);if(labelFree(p))elevationLabel(p,item.f.properties.elev_m);if(labels>=24)break;}}
    const gradeCounts={A:0,B:0,C:0},gradeLabels=[];
    for(const f of (lastData.swales&&lastData.swales.features||[])){
      if(!f.geometry||f.geometry.type!=='LineString')continue;
      const pts=points(f.geometry.coordinates),len=polyLength(pts);if(pts.length<3||len<22)continue;
      const props=f.properties||{},grade=/^[ABC]$/.test(String(props.grade||''))?String(props.grade):'C';
      const rank=(gradeCounts[grade]||0)+1,score=Math.max(0,Math.min(100,Number(props.score||0)));props.display_rank=rank;props.display_code=grade+rank;
      const main=grade==='A'?'#42ff83':grade==='B'?'#ffc12f':'#ff8a2d';
      const light=grade==='A'?'#e1ffeb':grade==='B'?'#fff2b0':'#ffe0bd';
      const activeTier=activeTier16168();
      if(activeTier==='focus'){
        const zoom=Number(map?.getZoom?.()||13),detail=clamp16174((zoom-13)/6,0,1),footprint=clamp16174(10+detail*27,10,37),flip=focusFlip16174(f,swales),uphill=flip?-1:1,waterPts=offsetPoints16174(pts,uphill*footprint*.28),bermPts=offsetPoints16174(pts,-uphill*footprint*.18),plantPts=offsetPoints16174(pts,-uphill*footprint*.31),earth=Math.max(6,footprint*.56),ditch=Math.max(3.4,footprint*.23),water=Math.max(2.1,footprint*.13),plant=Math.max(2.2,footprint*.12);
        addPath(sg,pts,{class:'earthline-swale-band-16168 earthline-swale-casing-16168 earthline-swale-core-16168','data-swale-index':String(swales),stroke:'rgba(7,25,14,.92)','stroke-width':String(footprint),'stroke-linecap':'round','stroke-linejoin':'round'});
        addPath(sg,bermPts,{class:'earthline-swale-band-16168 earthline-swale-berm-16168',stroke:'#765336','stroke-width':String(earth),'stroke-linecap':'round','stroke-linejoin':'round'});
        addPath(sg,waterPts,{class:'earthline-swale-band-16168 earthline-swale-ditch-16168',stroke:'rgba(33,55,43,.96)','stroke-width':String(ditch+3),'stroke-linecap':'round','stroke-linejoin':'round','stroke-dasharray':detail>.45?'20 8':'14 10'});
        waterPockets16174(sg,waterPts,swales*131+rank*17,water,zoom);
        addPath(sg,plantPts,{class:'earthline-swale-band-16168 earthline-swale-crown-16168',stroke:'#527f4d','stroke-width':String(plant),'stroke-linecap':'round','stroke-linejoin':'round','stroke-dasharray':detail>.4?'4 7':'2 8'});
        addPath(sg,pts,{class:'earthline-swale-band-16168 earthline-swale-survey-16168',stroke:'rgba(235,244,229,.36)','stroke-width':'.85','stroke-linecap':'butt','stroke-linejoin':'round','stroke-dasharray':'1 12'});
        understory16174(sg,plantPts,-uphill,swales*83+rank*7,zoom);
        canopy16174(sg,plantPts,-uphill,swales*97+rank*13,zoom,grade);
      }else{
        const casing=grade==='A'?15:grade==='B'?12:9,core=grade==='A'?9.2:grade==='B'?7.2:5.2;
        addPath(sg,pts,{stroke:'rgba(8,18,13,.96)','stroke-width':String(casing),'stroke-linecap':'round','stroke-linejoin':'round'});
        addPath(sg,pts,{class:'earthline-swale-core-16168','data-swale-index':String(swales),stroke:main,'stroke-width':String(core),'stroke-linecap':'round','stroke-linejoin':'round',filter:'url(#elGlow16020)'});
        addPath(sg,pts,{stroke:light,'stroke-width':grade==='A'?'1.8':'1.2','stroke-linecap':'round','stroke-linejoin':'round','stroke-dasharray':grade==='C'?'6 9':'10 7'});
      }
      gradeCounts[grade]=(gradeCounts[grade]||0)+1;
      const shouldLabel=grade==='A'||(grade==='B'&&gradeCounts.B<=8);
      if(shouldLabel){
        let p=atDistance(pts,len*.5),a1Placement16501='midpoint';
        const inLabelArea16501=q=>!!(q&&q.x>58&&q.x<w-58&&q.y>195&&q.y<hh-30);
        if(grade==='A'&&rank===1&&!inLabelArea16501(p)){
          const candidates16501=[];
          for(let step16501=1;step16501<20;step16501++){const q16501=atDistance(pts,len*(step16501/20));if(inLabelArea16501(q16501))candidates16501.push(q16501)}
          if(candidates16501.length){const cx16501=w*.5,cy16501=hh*.5;candidates16501.sort((a16501,b16501)=>Math.hypot(a16501.x-cx16501,a16501.y-cy16501)-Math.hypot(b16501.x-cx16501,b16501.y-cy16501));p=candidates16501[0];a1Placement16501='visible-corridor-point'}
          else if(p){p={x:Math.max(70,Math.min(w-70,p.x)),y:Math.max(205,Math.min(hh-40,p.y)),angle:p.angle||0};a1Placement16501='edge-pinned'}
          window.EARTHLINE_A1_DISCOVERABILITY_16501={placement:a1Placement16501,point:p?{x:Number(p.x.toFixed(1)),y:Number(p.y.toFixed(1))}:null,at:new Date().toISOString()};
        }
        if(inLabelArea16501(p)){
          const label=grade+rank;
          const bw=Math.max(54,label.length*7.8+18);
          const g=svgEl('g',{transform:'translate('+p.x.toFixed(1)+' '+(p.y-11).toFixed(1)+')','data-swale-grade':grade,'data-swale-rank':String(rank),'data-swale-index':String(swales),class:'earthline-swale-label-16149',tabindex:'0',role:'button','aria-label':'Open details for '+label});g.__earthlineFeature=f;
          g.appendChild(svgEl('rect',{x:(-bw/2).toFixed(1),y:'-12',width:bw.toFixed(1),height:'24',rx:'12',fill:grade==='A'?'rgba(10,92,48,.96)':grade==='B'?'rgba(119,72,4,.95)':'rgba(76,49,24,.92)',stroke:light,'stroke-width':grade==='A'?'2.2':'1.4'}));
          const t=svgEl('text',{x:'0',y:'1',fill:'#fff','font-family':'system-ui,-apple-system,Segoe UI,sans-serif','font-size':grade==='A'?'13':'12','font-weight':'950','text-anchor':'middle','dominant-baseline':'central'});
          t.textContent=label;g.appendChild(t);lg.appendChild(g);gradeLabels.push(label);
        }
      }
      swales++;
    }
    /* EARTHLINE 16350 — Regional water is counted here for audit only; SVG does not render it.
       Directional presentation is owned by the native Mapbox flow line + line-placement arrow layers. */
    for(const f of (lastData.flows&&lastData.flows.features||[])){
      if(!f||!f.properties)continue;
      if(f.properties.feature_type==='flow'&&f.geometry&&f.geometry.type==='LineString')waterPaths++;
      if(f.properties.feature_type==='flow-arrow')arrows++;
    }
    setTimeout(()=>{try{window.earthlineDecorateSwales16149&&window.earthlineDecorateSwales16149();}catch(_){}},0);
    hideNative();
    const nativeWater=nativeWater16350();
    window.EARTHLINE_REGIONAL_WATER_OWNERSHIP_AUDIT_16350={build:'EARTHLINE 16350',owner:'native-mapbox',svgWaterRendered:false,nativeWater,waterPathFeatures:waterPaths,flowArrowFeatures:arrows,renderedAt:new Date().toISOString()};
    window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16040=window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16030=window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16020={build:'EARTHLINE-REGIONAL-FINAL-16050',contourLines,elevationLabels:labels,waterPaths,directionArrows:arrows,waterOwner:'native-mapbox',svgWaterRendered:false,nativeWaterReady:!!nativeWater.ready,swaleLines:swales,swaleGradeCounts:gradeCounts,swaleGradeLabels:gradeLabels.length,topSwaleGradeLabel:gradeLabels[0]||'',buttonText:(document.getElementById('earthlineMapRun16020')||{}).textContent||'',renderedAt:new Date().toISOString()};return labels>0&&waterPaths>0&&nativeWater.ready&&swales>0&&gradeCounts.A>0&&gradeLabels.length>0;
  }
  function schedule(){
    if(activeTier16168()==="property")return;
    cancelAnimationFrame(scheduled);scheduled=requestAnimationFrame(()=>render(lastData));
  }
  function clean(){for(const id of ['earthline15857strip','earthline15861strip','earthlineMapRun15970','earthlineMapRun16020','runBtnSide'])document.getElementById(id)?.remove();}
  function installButton(){clean();return null;}
  function install(){if(installed)return;installed=true;clean();const map=m();if(map&&map.on){map.on('moveend',schedule);map.on('zoomend',schedule);map.on('rotateend',schedule);map.on('pitchend',schedule);map.on('resize',schedule);map.on('style.load',()=>{if(lastData)setTimeout(schedule,80);});map.on('styledata',()=>{});}window.addEventListener('resize',schedule,{passive:true});setInterval(clean,350);window.earthlineRenderRegionalOverlay16020=render;window.earthlineRegionalDisplayAudit16040=()=>window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16040||window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16030||window.EARTHLINE_REGIONAL_DISPLAY_AUDIT_16020||{build:BUILD,rendered:false,buttonText:(document.getElementById('earthlineMapRun16020')||{}).textContent||''};if(window.EARTHLINE_REGIONAL_VISUAL_DATA_16020)render(window.EARTHLINE_REGIONAL_VISUAL_DATA_16020);document.documentElement.dataset.earthlineRegionalFinal='16050';}
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();
</script>
<!-- EARTHLINE REGIONAL FINAL DISPLAY 16020 END -->
<!-- EARTHLINE REGIONAL 16030: explicit elevation labels, dense terrain-derived swale opportunities, Chiang Mai aliases -->
<!-- EARTHLINE REGIONAL 16050 — approved visual hierarchy, swale legend, final Chiang Mai control ownership -->
<style id="earthline-regional-16050-css">
#earthlineSwaleLegend16050{
  position:fixed;left:22px;top:184px;z-index:945;display:flex;align-items:center;gap:10px;
  min-height:38px;padding:7px 11px;border-radius:12px;border:1px solid rgba(151,179,193,.28);
  background:rgba(8,17,24,.88);box-shadow:0 8px 22px rgba(0,0,0,.28);backdrop-filter:blur(10px);
  color:#f4fbff;font:800 11px/1.15 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif;
  letter-spacing:.025em;pointer-events:none
}
#earthlineSwaleLegend16050 strong{font-size:10px;letter-spacing:.09em;color:#cfe5ef;margin-right:2px}
#earthlineSwaleLegend16050 .el-grade{display:flex;align-items:center;gap:5px;white-space:nowrap}
#earthlineSwaleLegend16050 .el-dot{width:11px;height:11px;border-radius:999px;box-shadow:0 0 0 2px rgba(255,255,255,.14)}
#earthlineSwaleLegend16050 .a{background:#42ff83}#earthlineSwaleLegend16050 .b{background:#ffc12f}#earthlineSwaleLegend16050 .c{background:#ff8a2d}
@media(max-width:720px){#earthlineSwaleLegend16050{left:12px;top:184px;gap:7px;padding:7px 9px;font-size:10px}#earthlineSwaleLegend16050 strong{display:none}}
</style>
<!-- EARTHLINE REGIONAL 16070 — final control ownership, aquifer legend, swale GPS hover -->
<style id="earthline-regional-16070-css">
/* Keep supporting hydrology readable but subordinate to prescribed swale corridors. */
#earthlineRegionalVectorOverlay16020 [data-layer="directional-water-paths"] > path[stroke^="rgba(0,18,29"]{stroke-width:1.55px!important;opacity:.34!important}
#earthlineRegionalVectorOverlay16020 [data-layer="directional-water-paths"] > path[stroke^="rgba(37,200,255"]{stroke-width:.9px!important;opacity:.52!important}
#earthlineRegionalVectorOverlay16020 [data-layer="numbered-elevation-contours"] path{opacity:.28!important;stroke-width:.38px!important}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="rgba(8,18,13,.96)"]{stroke-width:20px!important;opacity:1!important}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#42ff83"]{stroke-width:13.5px!important;opacity:1!important}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#ffc12f"]{stroke-width:11.5px!important;opacity:1!important}
#earthlineRegionalVectorOverlay16020 [data-layer="swale-opportunities"] path[stroke="#ff8a2d"]{stroke-width:9.5px!important;opacity:1!important}
#earthlineRegionalVectorOverlay16020{pointer-events:none!important}
#earthlineRegionalVectorOverlay16020 .earthline-swale-hit-16070{pointer-events:stroke!important;cursor:pointer!important}
#earthlineAquiferLegend16070{
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" alt="Earthline"><a href="EARTHLINE-CURRENT.html">← Return to map</a></header><main><section aria-labelledby="swaleExamplesTitle" class="earthline-swale-examples">
<div class="earthline-swale-restored">
<div class="ehead">
<h2 id="swaleExamplesTitle">What a mature bioswale becomes</h2>
<p>A living system for groundwater recharge, healthy soil, trees, habitat, mulch, and biodiversity.</p>
</div>
<div class="eswale-sequence">
<article class="eswale-card">
<img alt="Educational cross-section showing how a mature bioswale slows rainwater, builds living soil, supports trees and wildlife, and recharges groundwater" decoding="async" loading="lazy" 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"/>
<div class="eswale-cap">
<b>A living water-harvesting ecosystem</b>
<span>Rain is slowed, spread across the contour, absorbed through living soil, and cycled through roots, trees, wildlife, and groundwater.</span>
</div>
</article>
<aside aria-label="Rachel Carson quotation about soil" class="earthline-quote">
<blockquote>The thin layer of soil that forms a patchy covering over the continents controls our own existence.</blockquote>
<cite>Rachel Carson · Silent Spring · 1962</cite>
<small>Earthline uses Carson’s verified wording rather than repeating the unverified “two inches of soil” internet version.</small>
</aside>
<article class="eswale-card">
<img alt="Educational diagram of a mature bioswale on a three to four percent slope with infiltration, native plants, roots, wildlife, and groundwater benefits" decoding="async" loading="lazy" 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"/>
<div class="eswale-cap">
<b>A mature bioswale on a gentle slope</b>
<span>Native trees, shrubs, flowers, mulch, fungi, insects, and deep roots turn a simple earthwork into long-term landscape resilience.</span>
</div>
</article>
<aside aria-label="Bill Mollison quotation about harvesting water" class="earthline-quote">
<blockquote>Once one has learned to harvest water, then the real fun begins.</blockquote>
<cite>Bill Mollison · Permaculture Lecture Series</cite>
<small>Water harvesting creates the foundation for productive soil, vegetation, habitat, groundwater support, and a cooler, more resilient landscape.</small>
</aside>
</div>
</div>
</section>

<section class="earthline-hbw-v2-16513" aria-labelledby="earthline-hbw-v2-title-16513">
  <div class="earthline-copy-kicker-16513">Earthline · How Bioswales Work · Version 2.0</div>
  <div class="earthline-hbw-copy-16513"><h1>How Bioswales Work</h1>
<p><strong>Earthline Bioswale Impact Report — explanatory section</strong>
<strong>Version 2.0 · 29 August 2026</strong></p>
<p><em>Written for a reader with no prior knowledge of aquifers, hydrology, or bioswales.</em></p>
<hr />
<h2>How to read this</h2>
<p><strong>If you have two minutes</strong>, read §1 and §6.0. That is the problem and the full list of what a swale does about it.</p>
<p><strong>If you have ten</strong>, add §2, §5, and §7 — what the structure is, why this landscape used to do the job itself, and what this report does not claim.</p>
<p><strong>If you are checking our work</strong>, §6.1 through §6.8 carry the evidence with every figure sourced and marked <strong>(measured)</strong> or <strong>(modeled)</strong>, and §6.7 lists what the evidence does <em>not</em> support. A separate Corrections Register documents claims in this field that are wrong or contested, including several we made ourselves.</p>
<p>Nothing here is a construction drawing. Everything here requires field verification.</p>
<hr />
<h2>§1 · What happens to rain on this land right now</h2>
<p>When rain falls on sloped ground, most of it does not soak in. It sheets downhill, gathers into rivulets, then into channels, and leaves the property within hours. Whatever it picks up along the way — soil, fertilizer, road salt, manure — leaves with it.</p>
<p>That water is not gone from the world. It is gone from <em>here</em>. It arrives in the nearest brook, then the nearest river, then the ocean, having spent almost no time in the ground beneath your feet.</p>
<p>Two costs follow from this, and they arrive in opposite seasons.</p>
<p><strong>In spring and after storms, there is too much water at once.</strong> Runoff that moves fast erodes what it crosses. It cuts gullies, undermines banks, and delivers a flood pulse downstream in a few hours instead of a few days.</p>
<p><strong>In late summer, there is too little.</strong> A stream between rainstorms is not fed by rain. It is fed by groundwater slowly seeping into the channel from the surrounding land — a flow called <em>baseflow</em>. Land that sheds its rain quickly has little stored to give back. The well runs low, the brook runs thin, and the pasture browns first.</p>
<p>Both problems have the same cause: the water moved too fast to be kept.</p>
<p><strong>These are not two problems. They are one problem, arriving in two seasons.</strong></p>
<p>Vermont saw both inside two years. July 2023 was the wettest summer on record, with catastrophic flooding. August 2025 was the driest August since 1895 — record-low streamflow and groundwater, more than four hundred families reporting dry wells in a single season, four times what the state had recorded in the previous nine years combined. Well drillers stopped taking new customers until spring.</p>
<p>Two summers apart, in the same hills.</p>
<hr />
<h2>§2 · What a bioswale is</h2>
<p>A bioswale is a shallow, planted trench dug <em>along the contour</em> of a slope — level from end to end, so water cannot run along it. Soil excavated from the trench is mounded on the downhill side to form a low berm.</p>
<p>That is the whole structure. No concrete, no pipe, no pump, no moving parts.</p>
<p>Water running downhill meets the trench and stops. Held there, it does the one thing runoff never does: it waits. And while it waits, it soaks downward through the soil.</p>
<p>The three words on this report describe the sequence:</p>
<p><strong>Slow it.</strong> The trench interrupts downhill flow and drops the water's speed to zero. Speed is what causes erosion; removing it removes the damage.</p>
<p><strong>Sink it.</strong> Standing water infiltrates. It passes down through soil and rock and joins the groundwater below — the saturated zone that feeds wells and springs.</p>
<p><strong>Spread it.</strong> Because the trench is level, water spreads sideways along its full length instead of concentrating at one point. A hundred feet of swale infiltrates across a hundred feet of ground.</p>
<p>This is old technology. Contour water-harvesting earthworks appear independently in Andean, South Asian, North African, and Southwestern Indigenous agriculture, in some cases for thousands of years. Earthline did not invent this method. It locates where the method applies.</p>
<hr />
<h2>§3 · Where the water goes after it sinks</h2>
<p>This is the part that is easy to miss, and it is the reason this report exists.</p>
<p>Water that infiltrates does not stay under the swale. It moves — slowly, underground, downhill — along paths that can run for hundreds of meters or many kilometres, and it eventually re-emerges. It surfaces in springs, in wetlands, and in stream channels, where it becomes the baseflow that keeps water moving in dry weather.</p>
<p>The transit is slow by design. Groundwater on longer, deeper paths spends more time in the subsurface than groundwater on short shallow ones. That delay is the entire benefit: rain that would have left in six hours instead leaves over weeks or months, arriving when the landscape needs it rather than when it can least use it.</p>
<p>The distances involved are real and measured. On Mount Shasta in California, isotope and dissolved-gas tracing showed snowmelt infiltrating at 2,000–2,900 m elevation and discharging from springs more than 1,600 m lower, with residence times ranging from under two years at high-elevation springs to over sixty years at lower-elevation wells. Water recharged high on a landscape demonstrably supplies water low on it.</p>
<p>In a monitored Colorado headwater catchment, modelling showed groundwater reaching the stream along long, deep flowpaths sourced from the upper catchment and its hillslopes, and accounted for roughly 16–34% of the stream's baseflow.</p>
<hr />
<h2>§4 · Why position on the slope matters</h2>
<p>Water intercepted near the bottom of a slope has almost no landscape left to travel through. It infiltrates and re-emerges a short distance later.</p>
<p>Water intercepted higher up enters a longer flow path. It travels farther underground, stays stored longer, and re-emerges further down the system — supporting soil moisture, springs, wells, and stream baseflow across everything between the recharge point and the discharge point.</p>
<p>This is why Earthline ranks corridors rather than simply counting them. Two swales of identical size do not deliver identical benefit; where they sit on the slope changes how much landscape their water passes through before it returns to the surface.</p>
<p>The U.S. Environmental Protection Agency's assessment of headwaters makes the same point at watershed scale: headwater and seasonal streams absorb substantial rainwater, runoff, and snowmelt before flooding, and their storage capacity protects downstream communities both by moderating high flows and by maintaining flow during dry weather.</p>
<hr />
<h2>§5 · This landscape used to do this by itself</h2>
<p>Before European settlement, the streams of the northeastern United States were dammed continuously — not by people, but by beavers, in numbers difficult to imagine now. Estimates of the pre-colonial North American population range from 60 to 400 million animals, against roughly 10–15 million today; the decline is put at 80–98% of historical numbers.</p>
<p>Their dams did precisely what a bioswale does, in the channels rather than on the hillsides: slow the water, spread it across the valley floor, and hold it long enough to soak in.</p>
<p>The fur trade removed them. In the Northeast, harvest rates of 2,000–10,000 animals per year led to regional expatriation by the early 1700s. When the beavers went, the dams failed. One reconstruction estimates the resulting loss of pond storage between 1600 and 1840 at approximately <strong>17 million cubic metres of water and sediment</strong> — considerably more than the storage gained from all the mill dams built across the same period — and concludes that beaver eradication was a major driver of colonial-era hydrologic change.</p>
<p>What followed is visible in the landscape today: dam failure led to stream incision, water tables dropping, and wet beaver meadows converting to drier riparian corridors.</p>
<p>This matters for how the recommendations in this report should be read. <strong>A bioswale is not an addition to a natural system. It is a partial replacement for retention that was industrially removed from this watershed roughly four centuries ago and never restored.</strong> The comparison is not intervention versus untouched nature. It is intervention versus a landscape already stripped of most of its capacity to hold water.</p>
<p>Beavers held the channels. Deep forest soils and their organic layers held the hillslopes. Trapping removed the first; clearing, grazing, and compaction degraded the second. Bioswales address the hillslope half — and they rebuild it, because a swale re-waters ground where native trees and vegetation can be planted back, that vegetation drops organic material that becomes mulch and then new soil, and roots and berm together retain the soil that would otherwise be washed downstream.</p>
<hr />
<h2>§6 · What else a swale does</h2>
<p>Groundwater recharge is why Earthline ranks a corridor. It is not the only thing the corridor does.</p>
<p>Everything below is field or watershed data with the source named. Figures are marked <strong>(measured)</strong> or <strong>(modeled)</strong>. Where the evidence is weak or contested, that is stated rather than omitted.</p>
<hr />
<h3>6.0 · The short list</h3>
<p>What a well-sited swale does, in one line each. Every item is expanded below with its evidence.</p>
<p><strong>Water arriving too fast</strong></p>
<ul>
<li><strong>Cuts the flood peak.</strong> Retention structures reduced peak flows by up to 74% in monitored field studies — the water still arrives, just later and lower.</li>
<li><strong>Blunts flash flooding specifically.</strong> Flash floods are a rate problem, not a volume problem. A swale converts a fast surface pulse into slow subsurface travel, which is the exact intervention.</li>
<li><strong>Lowers peak stage in the creek below.</strong> Less water arriving at once means a lower crest, less bank scour, and less channel deepening.</li>
<li><strong>Attenuates where nothing else can.</strong> On steep rivers, gravity dominates flood-wave propagation and floodplain storage barely helps. In mountain terrain the only place to slow water is <em>upslope, before it reaches the channel.</em></li>
<li><strong>Partly compensates for floodplains we've disconnected.</strong> Over 182,000 km of artificial levees exist in the lower 48, and blocking floodplain access raises velocity, flow, and stage both at the levee and downstream. Hillslope retention adds back storage the valley no longer has.</li>
</ul>
<p><strong>Water leaving too fast</strong></p>
<ul>
<li><strong>Recharges groundwater</strong> — the wells, springs, and dry-season stream flow that a landscape lives on.</li>
<li><strong>Extends baseflow into late summer</strong> by converting a six-hour runoff event into weeks or months of slow subsurface release.</li>
<li><strong>Works through frozen ground.</strong> In cold climates, 45–100% of depression-focused recharge occurred while the soil was still partly frozen.</li>
<li><strong>Captures snowmelt that would otherwise run off.</strong> Ground with intact root structure sheds roughly <em>half</em> as much snowmelt as compacted ground.</li>
</ul>
<p><strong>The land itself</strong></p>
<ul>
<li><strong>Keeps soil on the slope.</strong> Measured soil-loss reductions of up to 96% on contour earthworks.</li>
<li><strong>Builds new soil.</strong> Re-watered ground supports planting; planting drops organic material; organic material becomes mulch and then soil. The structure improves every year instead of degrading.</li>
<li><strong>Reforests.</strong> A swale makes tree establishment viable on ground too dry or too eroded to support it — and the trees then do the hydrological work.</li>
<li><strong>Installs permanent underground plumbing.</strong> Tree roots build macropores that persist after the root decays. Conductivity under trees has measured 2 to 140 times that of adjacent pasture.</li>
<li><strong>Corrects the soil while it works.</strong> Nitrogen-fixing and deep-rooted species chosen for the site address the deficiency that made it degraded in the first place.</li>
</ul>
<p><strong>Water quality</strong></p>
<ul>
<li><strong>Cleaner water reaches the aquifer when it enters high on a slope</strong> — a smaller contributing area means fewer contaminant sources upstream, and a thicker unsaturated zone means more filtration on the way down.</li>
<li><strong>Traps sediment and particle-bound pollutants</strong>, including phosphorus — 65–71% suspended solids removal measured in grassed swales.</li>
<li><strong>Reduces what leaves the property.</strong> Load reduction exceeds concentration reduction: most of the water-quality benefit comes from keeping the water at all.</li>
</ul>
<p><strong>And one thing it does not do</strong></p>
<ul>
<li><strong>It is not flood protection for a design storm.</strong> Benefit falls sharply as storms grow. Say this out loud before someone else does.</li>
</ul>
<hr />
<h3>6.1 · A swale is an interruption, not a filter</h3>
<p>This distinction matters more than it sounds.</p>
<p>An engineered urban bioretention cell is a <strong>treatment device</strong>. Water passes through manufactured media, the media clogs, and performance decays with age.</p>
<p>A contour swale planted with trees is not a device. It interrupts water's journey across the surface and then <strong>builds permanent vertical plumbing beneath itself</strong>. The trench is not the structure. The trench is the seed; the structure is the soil it grows.</p>
<p>Root channels are the mechanism.</p>
<ul>
<li><strong>Saturated hydraulic conductivity 3 m from individual oak trunks measured 2.3× (median) and 3.4× (mean) that of surrounding grassland.</strong> A review of twelve further studies found the ratio of A-horizon conductivity under trees versus adjacent pasture ranging from <strong>2 to 140</strong>. <em>(measured — Chandler and Chappell, 2008)</em></li>
<li><strong>Flow through root macropores can run several hundred times faster than flow through the soil matrix.</strong> <em>(Aubertin 1971; Buttle and House 1997, in Chandler and Chappell 2008)</em></li>
<li><strong>Preferential flow carried 61–77% of total infiltration</strong> across a regional meta-analysis, running 1.87–4.88× faster than matrix flow. <strong>Root characteristics were the single dominant control</strong>, independently explaining 23.1% of the variance. <em>(measured — Loess Plateau meta-analysis)</em></li>
<li><strong>Converting cropland to shrubland raised steady-state infiltration 135% and saturated conductivity 155%</strong>; conversion to forest raised them 76% and 91%. <em>(measured — same study region)</em></li>
<li><strong>Suppress root growth for five years and macropores over 3 mm fall by 93.67%.</strong> <em>(measured — in-situ infiltration experiment)</em></li>
</ul>
<p><strong>Why trees rather than grass.</strong> Tree roots are dicot — they thicken with secondary growth, so their channels are wide and stable. Grass roots do not thicken, and their macropores collapse. Woody roots also leave a lining on the channel wall that <strong>holds the conduit open after the root itself decays</strong>. A tree builds infiltration capacity while it lives and bequeaths it when it dies.</p>
<p>The consequence is measurable at the surface: infiltration-excess overland flow <strong>dominates in grassland</strong>, because a fine dense topsoil layer blocks water from reaching the macropores below, while forest soil moves water vertically and efficiently. <em>(measured — Alaoui, Vadose Zone Journal, 2011)</em></p>
<p><strong>A grassed swale can still shed water. A treed swale increasingly cannot.</strong></p>
<p>This makes a planted contour swale close to the only stormwater structure that <strong>improves with age</strong> rather than degrading.</p>
<hr />
<h3>6.2 · Erosion, sediment, and soil retention</h3>
<ul>
<li><strong>Runoff reduced 80–92% and soil loss reduced 96%</strong> on loam and clay-loam hillslopes, from contour bunds paired with upslope trenches. <em>(measured — Wolka et al., Bokole-Karetha watershed, southwest Ethiopia)</em></li>
<li><strong>Soil erosion reduced 50–74%</strong> across a meta-analysis of soil and stone bunds, terracing, and integrated measures. <em>(measured — Ethiopian meta-analysis)</em></li>
<li><strong>Roughly 90% of trench storage capacity filled per effective rainfall event</strong> on 12% slopes — the same grade as this report's Vermont test site — with erosion control, sediment retention, improved soil moisture, and vegetation recovery all recorded as co-benefits. <em>(measured — contour trenches, Guerrero, Mexico, one year of monitoring)</em></li>
<li><strong>Watershed sediment yield reduced 39.6% by contouring and 55–58% by bunds and terracing.</strong> <em>(modeled — SWAT, Nashe watershed, Blue Nile Basin)</em></li>
<li><strong>The erosion benefit compounds.</strong> Erosion reduction per hectare of terracing after 10–20 years was <strong>9 to 33 times higher</strong> than in the first five years. <em>(modeled — SWAT, Wadi Rmel watershed, Tunisia, validated NSE 0.83)</em></li>
</ul>
<p>Soil retained on the slope is soil that does not become sediment in a stream, a pond, or a reservoir.</p>
<hr />
<h3>6.3 · Snowmelt — the Vermont case</h3>
<p>In a cold climate, snowmelt is the dominant recharge event of the year. The surprising finding is that swales work while the ground is still frozen.</p>
<ul>
<li><strong>45–100% of depression-focused infiltration and recharge occurred while the ground was partially frozen</strong>, beginning before complete thaw. The mechanism is macropore networks letting meltwater bypass the frozen soil matrix. <em>(measured — multi-site frozen-soil study)</em></li>
<li><strong>Infiltration is often the dominant flux over runoff during snowmelt</strong>, attributed to water entering air-filled macropores. <em>(measured — Canadian Prairies field observations)</em></li>
<li><strong>Macropores retard the formation of the frozen layer</strong> — root-rich ground freezes less deeply than compacted ground beside it. <em>(measured — soil column freeze/thaw experiment)</em></li>
<li><strong>Snowmelt runoff ratios averaged 21% at uncultivated grassland sites against 43% at cultivated sites.</strong> In a more humid climate closer to Vermont's, the split was <strong>52% versus 72%</strong>. The difference is explicitly attributed to macropore development and higher frozen-soil infiltrability. <strong>Ground with intact root structure sheds roughly half as much snowmelt.</strong></li>
</ul>
<p><strong>Design consequence.</strong> When macropores stay air-filled but frozen, rapid recharge occurs. Under high antecedent soil moisture, <strong>pore ice blocks the macropores and enhances runoff instead</strong> — and infiltrated water that refreezes inside a channel will not clear until the whole frozen layer disappears. A swale saturated going into freeze-up performs worse than one that drains. This argues for depth and drainage, not capture alone.</p>
<p><strong>Climate direction.</strong> In snowmelt-dominated watersheds, 100-year peak daily streamflow is projected to rise <strong>10–30% by the 2080s</strong>, with peak timing shifting <strong>up to a month earlier</strong>. <em>(modeled — VIC, 20 Midwestern watersheds)</em> Earlier, sharper melt is precisely what distributed retention buffers.</p>
<hr />
<h3>6.4 · Water quality — and why slope position decides it</h3>
<p>Two independent mechanisms make the same volume of recharge cleaner when it enters high on a slope.</p>
<p><strong>Contributing area.</strong> Water intercepted near the top of a slope has crossed less ground and had fewer opportunities to contact a road, a barnyard, a septic field, or a fertilized acre. Nitrogen available for leaching is directly related to impervious cover in the contributing watershed.</p>
<p><strong>Vadose zone thickness.</strong> Upslope positions generally have a deeper unsaturated zone. More soil column means more attenuation before water reaches the water table. Suspended solids and particle-bound pollutants — most metals — are readily removed by filtration on the way down.</p>
<p>Measured removal, where filtration applies:</p>
<ul>
<li><strong>Total suspended solids reduced 65–71% and zinc 30–60%</strong> in grassed swales along a highway median. <em>(measured — Stagge and Davis, 2006)</em></li>
<li><strong>Load reduction exceeded concentration reduction</strong> in a 50-asset meta-analysis — meaning most water quality benefit comes from retaining water at all, not from filtering it. <em>(measured — global meta-analysis of field studies, 2025)</em></li>
</ul>
<p><strong>The hard limit, and it governs siting.</strong> Chloride has no known sinks in natural systems, and most salts are not attenuated during movement through soil — sodium and chloride collected in snowmelt travel through the vadose zone to groundwater with little attenuation. Chloride concentrations in runoff are <strong>highest in mid-to-late winter and early spring</strong>, from road de-icing, and often exceed both surface and groundwater standards. Nitrate behaves similarly: highly soluble, staying in solution after leaving the root zone until it reaches groundwater.</p>
<p>Soil depth does not help with either.</p>
<p><strong>A swale intercepting salted road runoff is not a recharge asset. It is an injection pathway to the aquifer.</strong></p>
<p>This couples badly with §6.1 and §6.3: macropore flow in frozen soil <strong>facilitates preferential contaminant transport to aquifers</strong>, and the peak chloride window is the snowmelt window. Vermont's largest recharge opportunity and its highest contamination risk are the same event, moving through the same pathway.</p>
<p><strong>The resulting rule is simple.</strong> Maximise root-driven infiltration where the contributing area is clean. Never site for infiltration where it is not. Speed and treatment trade against each other, and position on the slope decides which one is needed.</p>
<hr />
<h3>6.5 · Soil generation and reforestation</h3>
<p>A swale is the only water structure that manufactures its own growing medium.</p>
<p><strong>The sequence compounds.</strong> Re-watered ground supports planting. Planting drops organic material. Organic material becomes mulch, then soil. Roots and berm together retain soil that would otherwise leave. Each year the structure holds more water than the year before.</p>
<ul>
<li><strong>Vegetation recovery is a recorded outcome, not a hope.</strong> The Guerrero contour-trench monitoring lists erosion control, sediment retention, improved soil moisture, and vegetation recovery among measured co-benefits. <em>(measured — 12% slopes, one year)</em></li>
<li><strong>Restoration changes the soil's hydraulics, not just its cover.</strong> Converting cropland to shrubland raised steady-state infiltration 135% and saturated conductivity 155%; to forest, 76% and 91%. <em>(measured)</em></li>
<li><strong>Trees do the work once established.</strong> Root macropores persist after the root decays because woody roots leave a lining that holds the channel open. The tree builds capacity while alive and bequeaths it when it dies.</li>
<li><strong>Species choice can correct the deficiency.</strong> Nitrogen-fixing and deep-rooted species selected for the site address what made the ground degraded — a design decision, not an automatic outcome, and one that belongs to the practitioner rather than the model.</li>
</ul>
<p><strong>On soil carbon — a caution.</strong> The widely repeated claim that 1% more organic matter holds 20,000 more gallons per acre is not supported by the primary synthesis. Build this argument on <strong>structure and conduits</strong>, which are well established. See §6.6.</p>
<hr />
<h3>6.6 · Downstream — rivers, channels, and the floodplains we removed</h3>
<p>This is the argument most often missing, and it is the one that matters to a town.</p>
<p><strong>Peak stage is what floods a village.</strong> Not total volume — the crest. Water that arrives over three days instead of six hours produces a lower crest, and a lower crest means less bank scour, less channel incision, and less property under water.</p>
<p><strong>We have made this worse, deliberately and at scale.</strong></p>
<ul>
<li>Over <strong>182,000 km of undocumented artificial levees</strong> exist in the contiguous United States, and more than <strong>30% of the 100-year floodplain is now cultivated or developed land.</strong></li>
<li><strong>Blocking floodplain access raises peak velocity, flow, and stage</strong> on the channel side of levees <em>and</em> downstream. Levees shift flooding rather than removing it — raising stage upstream and pushing conveyance downstream, which drives higher channel velocities, bed coarsening, and <strong>incision</strong>.</li>
<li>The result is a deeper, faster, more erosive channel with nowhere to spread. <strong>US flood losses were far higher in the second half of the twentieth century than the first, despite billions spent on flood defences.</strong></li>
<li>Floodplains are not afforded the same legal protection as river channels.</li>
</ul>
<p><strong>Reconnecting floodplains works — where the river is flat enough.</strong> A levee setback on the Missouri River is estimated to reduce 100-year flood stages by 0.1–0.5 m. <em>(modeled)</em></p>
<p><strong>And here is the finding that matters in mountain country.</strong> Flood attenuation on a floodplain depends strongly on slope, and it is often the single most important variable. <strong>On steeper rivers, gravity dominates flood-wave propagation and floodplain attenuation is minimal.</strong></p>
<p>In steep terrain — Vermont, the Green Mountains, most of the places where flash flooding kills people — <strong>the valley cannot attenuate the flood. The only place left to slow the water is upslope, before it ever reaches the channel.</strong></p>
<p>That is precisely where a contour swale sits.</p>
<p>A swale is not a substitute for floodplain restoration. It is the intervention available where floodplain restoration cannot work, distributed across the hillsides that feed the channel.</p>
<hr />
<h3>6.7 · What the evidence does <em>not</em> support</h3>
<p>Included because a reviewer will look for it, and because a claim that survives its own limits is worth more than one that avoids them.</p>
<ul>
<li><strong>Nutrient removal is not established.</strong> The International Stormwater BMP Database found that across green infrastructure types, only suspended solids, metals, and faecal indicator bacteria showed statistically significant concentration reductions. <strong>For nutrients, outflow concentration was no different from inflow.</strong> <em>(Clary et al., 2020)</em></li>
<li><strong>Performance falls as storms get larger.</strong> Across 43 field experiments, outflow-control benefit dropped from 32 percentage points at a 2-year return period to 1–4 points at 50-year. A climate change factor reduced runoff volume and peak flow attenuation by 39% and 28%. <strong>A swale is not flood protection for a design storm.</strong> <em>(measured — Journal of Hydrology, 2024)</em></li>
<li><strong>Road salt degrades metal removal</strong>, most pronounced for copper and lead. <em>(measured — Blecken et al., Water Research)</em></li>
<li><strong>Retention capacity declines as structures fill with sediment</strong>, unless maintained.</li>
<li><strong>&quot;1% organic matter holds 20,000 gallons per acre&quot; is not supported.</strong> A synthesis of 60 studies and over 50,000 measurements found a 1% increase in soil organic carbon raises available water capacity by roughly 1.16% volumetrically — about <strong>3,400 gallons per acre</strong>, not 20,000 — and concluded that arguments for sequestering carbon to increase water storage are questionable. <em>(Minasny and McBratney, 2017)</em> Earthline does not use this figure. The soil argument here rests on <strong>structure and conduits</strong>, which are well established, not on gallons held per acre, which are not.</li>
</ul>
<hr />
<h3>6.8 · The engineered cousin, for scale</h3>
<p>These figures come from urban bioretention cells with filter media, underdrains, and defined inlets. A contour swale is simpler and unlined. Read them as the upper bound of what the mechanism can achieve, not as a prediction for this property.</p>
<ul>
<li><strong>Runoff volume reduced 63% (SD 26%) and peak flows reduced 74% (SD 29%)</strong> across 50 monitored assets. <em>(measured — global meta-analysis, 2025)</em></li>
<li><strong>Runoff reduced 36–59% even over tight clay soils</strong> with low permeability. <em>(measured — northeast Ohio, Science of the Total Environment)</em></li>
</ul>
<hr />
<h2>§7 · What this report does and does not claim</h2>
<p>Earthline is a <strong>screening tool</strong>. Every result in this report is labelled <strong>(MODELED)</strong> because it is produced from terrain, soil, and flow modelling — not from measurements taken on your ground.</p>
<p><strong>What the model does.</strong> It reads elevation data to find where water concentrates and where slope, soil, and drainage make infiltration likely. It ranks candidate corridors. It excludes locations near roads, structures, and existing watercourses.</p>
<p><strong>What the model does not do.</strong> It has not dug a test pit on your property. It has not measured your infiltration rate, found your bedrock depth, or located your septic field, buried utilities, or seasonal high water table. Those require site investigation, and in most jurisdictions the earthworks proposed here require permits and professional design before construction.</p>
<p><strong>Honest limits on the benefit.</strong> Total water yield leaving a watershed may fall slightly when retention increases, because stored water is also available to plants and to evaporation. What improves is <em>timing</em>: lower flood peaks, higher dry-season flows, and less sediment leaving the land. A watershed study in Ethiopia's Lake Tana basin found exactly this pattern — water harvesting reduced peak flows, increased low flows, and substantially reduced sediment yield leaving the watershed.</p>
<p><strong>Density has a limit.</strong> Retention structures are not infinitely additive. A study of multiple check dams in Rajasthan documented that structures built upstream reduced the recharge effectiveness of structures downstream — the first evidence of cumulative interference at catchment scale. The corridors ranked in this report are ranked partly for this reason: more is not automatically better.</p>
<p><strong>No-intervention is a valid result.</strong> If the modelling finds that this land does not warrant swales, the report says so. That is an output, not a failure.</p>
<hr />
<h2>§8 · What to do with this report</h2>
<ol>
<li><strong>Read the ranked corridors as candidates, not construction drawings.</strong> They indicate where to investigate first.</li>
<li><strong>Ground-truth the top-ranked corridor before anything else.</strong> Walk it. Dig a test pit. Watch it during a real storm.</li>
<li><strong>Confirm what the model cannot see</strong> — septic, wells, buried utilities, easements, and seasonal wet spots.</li>
<li><strong>Check local permitting</strong> before moving soil. Requirements vary by state, town, and proximity to wetlands or watercourses.</li>
<li><strong>Build one and watch it</strong> through a full wet season before building the rest.</li>
</ol>
<hr />
<h2>§9 · Why this report tells you what it cannot do</h2>
<p>Most material about bioswales is advocacy. Ours has a section listing what the evidence does not support, and we maintain a separate register of claims in this field that are wrong — including several we made ourselves before checking.</p>
<p>That is deliberate, and it is not modesty.</p>
<p>A screening report is only useful if someone can check it. A number without a source cannot be checked. A benefit without a limit cannot be trusted. If you hand this document to a hydrogeologist, an engineer, or a water board, the first thing they will look for is the overclaim — and if they find one, nothing else in the report survives it.</p>
<p>So we state the limits first, in our own words, with citations. Three examples of what that means in practice:</p>
<ul>
<li>We do not use the widely repeated figure that 1% more soil organic matter holds 20,000 additional gallons per acre. A synthesis of 60 studies puts it near 3,400, and concludes the effect is negligible for water storage purposes.</li>
<li>We do not claim nutrient removal. The primary US stormwater monitoring database found nutrient outflow concentrations statistically indistinguishable from inflow.</li>
<li>We do not present swales as flood protection. Their benefit falls sharply as storms grow — from 32 percentage points at a two-year event to 1–4 points at fifty-year.</li>
</ul>
<p>None of that weakens the case for a well-sited swale. It defines it.</p>
<p><strong>The most important consequence:</strong> if the analysis finds that this land does not warrant bioswales, this report will say so. That is a result, not a failure. A tool that recommends intervention everywhere is not a tool — it is a sales instrument.</p>
<hr />
<h2>Sources</h2>
<p>Alaoui, A., 2011. <em>Preferential Flow Effects on Infiltration and Runoff in Grassland and Forest Soils.</em> Vadose Zone Journal.</p>
<p>Alexander, R.B., et al. <em>The Role of Headwater Streams in Downstream Water Quality.</em> Journal of the American Water Resources Association.</p>
<p>Blecken, G-T., et al. <em>The influence of temperature and salt on metal and sediment removal in stormwater biofilters.</em> Water Research. PMID 24901625.</p>
<p>Chandler, K.R. and Chappell, N.A., 2008. — saturated hydraulic conductivity under individual oak trees versus adjacent grassland; review of 12 further studies.</p>
<p>Clary, J., et al., 2020. <em>International Stormwater BMP Database: Pollutant category statistical summary report.</em></p>
<p>Dile, Y.T., Karlberg, L., Daggupati, P., Srinivasan, R., Wiberg, D., Rockström, J. <em>Assessing the implications of water harvesting intensification on upstream–downstream ecosystem services: A case study in the Lake Tana basin.</em> Science of the Total Environment.</p>
<p>Dillon, P., et al. <em>Hydrologic and Cost–Benefit Analysis of Multiple Check Dams in Catchments of Ephemeral Streams, Rajasthan, India.</em> Water 14(15):2378, 2022.</p>
<p><em>Contour-Based Trenches as a Nature-Based Solution for Soil Restoration and Potential Managed Aquifer Recharge in Guerrero, Mexico.</em> Resources 15(6):74, 2026.</p>
<p><em>Effects of preferential flow on snowmelt partitioning and groundwater recharge in frozen soils.</em> Hydrology and Earth System Sciences 23:5017, 2019.</p>
<p><em>Effects of vegetation restoration on soil infiltrability and preferential flow in hilly gully areas of the Loess Plateau, China.</em> Catena, 2022.</p>
<p>Federman, C., et al., 2023. <em>Impact of floodplain and Stage 0 stream restoration on flood attenuation and floodplain exchange during small frequent storms.</em> JAWRA.</p>
<p>Hyman-Rabeler, K., et al., 2023. <em>Drivers of Variation in Winter and Spring Groundwater Recharge: Impacts of Midwinter Melt Events and Subsequent Freezeback.</em> Water Resources Research.</p>
<p><em>Long-Term Impact of Soil and Water Conservation Measures on Soil Erosion in a Tunisian Semi-Arid Watershed.</em> Land 12(8):1537, 2023.</p>
<p>Knox, R.L., Wohl, E.E., Morrison, R.R., 2022. <em>Levees don't protect, they disconnect: A critical review of how artificial levees impact floodplain functions.</em> Science of the Total Environment. — 182,000+ km of artificial levees in the contiguous US; 30%+ of the 100-year floodplain cultivated or developed.</p>
<p>Lammers, R.W., et al., 2024. <em>Modeling the effects of levee setbacks on flood hydraulics.</em> Journal of Flood Risk Management. — Missouri River setback, 0.1–0.5 m stage reduction; slope as the dominant attenuation variable.</p>
<p>Minasny, B. and McBratney, A.B., 2017. <em>Limited effect of organic matter on soil available water capacity.</em> European Journal of Soil Science. — 60 studies, &gt;50,000 measurements.</p>
<p>Minnesota Pollution Control Agency. <em>Pollutant fate and transport in stormwater infiltration systems.</em> Minnesota Stormwater Manual.</p>
<p>Mohammed, A.A., et al., 2018. <em>Snowmelt Infiltration and Macropore Flow in Frozen Soils: Overview, Knowledge Gaps, and a Conceptual Framework.</em> Vadose Zone Journal.</p>
<p>Peters, S.C., et al. <em>Colonial Era Impoundment of the Northeastern United States: Beaver Trapping and Low-head Dam Construction.</em> American Geophysical Union Fall Meeting, 2008.</p>
<p>Tull, N., et al., 2025. <em>Flood Wave Attenuation as a Function of Floodplain Storage, Secondary Channel Conveyance, and Discharge.</em> Water Resources Research.</p>
<p><em>Retrofit of grass swales with outflow controls for enhancing drainage capacity.</em> Journal of Hydrology, 2024.</p>
<p>Salberg, L., Anderson, S., Ge, S. <em>The Role of Groundwater Flow in a Montane, Semi-Arid, Headwater Catchment.</em> 2022.</p>
<p>Scamardo, J.E., et al. <em>Estimating widespread beaver dam loss: Habitat decline and surface storage loss at a regional scale.</em> Ecosphere, 2022.</p>
<p><em>Sediment yield estimation and evaluating the best management practices in Nashe watershed, Blue Nile Basin, Ethiopia.</em> PMC10209247.</p>
<p><em>Soil physicochemical properties and roots promoted preferential flow development after vegetation restoration.</em> Journal of Hydrology, 2025.</p>
<p>Stagge, J. and Davis, A., 2006. — grassed swales, highway median. Via Clemson Cooperative Extension, <em>An Introduction to Bioswales.</em></p>
<p><em>The impact of root systems on soil macropore abundance and soil infiltration capacity.</em> Plant and Soil, 2025.</p>
<p><em>Tracers Reveal Recharge Elevations, Groundwater Flow Paths and Travel Times on Mount Shasta, California.</em> Water 10(2):97, 2018.</p>
<p><em>Urban stormwater bioretention reduces runoff and improves water quality: A global meta-analysis of field studies.</em> 2025. — 50 monitored assets.</p>
<p>U.S. Environmental Protection Agency. <em>Streams: Headwater Streams.</em></p>
<p>Winston, R.J., et al. <em>Quantifying volume reduction and peak flow mitigation for three bioretention cells in clay soils in northeast Ohio.</em> Science of the Total Environment. PMID 26906696.</p>
<p>Wolka, K., et al. <em>Soil and water conservation management on hill slopes in Southwest Ethiopia. I. Effects of soil bunds on surface runoff, erosion and loss of nutrients.</em> Science of the Total Environment, 2020.</p>
<p><strong>Not used, and why.</strong> Three sources surfaced in research were excluded: a literature review in a low-tier journal (origin of the widely-repeated &quot;50–85% metals / 30–60% nitrogen&quot; figures), a consultancy blog post, and the &quot;20,000 gallons per acre per 1% organic matter&quot; claim, which the primary synthesis contradicts. Where those figures matter, cite the primary studies directly.</p>
<hr />
<p><em>Earthline — Slow it. Sink it. Spread it.</em></p>
</div>
</section>
<section class="el-precedent-16148" aria-labelledby="precedent-title-16148">
  <div class="el-precedent-head"><div class="k">Measured precedents · validation boundary</div><h2 id="precedent-title-16148">Water-harvesting systems that have worked</h2><p>These independent cases show that slowing, spreading, storing, and infiltrating water can produce meaningful outcomes. They are scientific precedent—not yet proof that Earthline selects the correct locations. Earthline's blind validation protocol remains unexecuted.</p></div>
  <div class="el-metric-strip" aria-label="Selected measured outcomes">
    <div class="el-metric"><strong>45 days</strong><span>Mean subsurface residence time in the Huamantanga amuna study</span><small>Managed hillslope infiltration</small></div>
    <div class="el-metric"><strong>99M m³/yr</strong><span>Estimated delayed streamflow under regional amuna upscaling</span><small>Modelled regional estimate</small></div>
    <div class="el-metric"><strong>+7.5%</strong><span>Estimated average dry-season flow increase in Lima source-water areas</span><small>Modelled regional estimate</small></div>
    <div class="el-metric"><strong>&gt;30%</strong><span>Modelled downstream peak reduction at Belford Burn</span><small>About 40 distributed features</small></div>
    <div class="el-metric"><strong>&gt;100M t/yr</strong><span>World Bank-reported reduction in sediment entering the Yellow River</span><small>Integrated Loess Plateau restoration</small></div>
  </div>
  <div class="el-case-grid">
    <article class="el-case"><span class="family">Managed infiltration</span><h3>Amunas — Huamantanga, Peru</h3><p>A 1,400-year-old system diverts wet-season headwater flow toward permeable hillslopes. Tracer monitoring found a <b>45-day mean residence time</b> before water resurfaced downslope. The lesson is delayed release and baseflow support—not water creation.</p></article>
    <article class="el-case"><span class="family">Retain and restore</span><h3>Ifugao rice terraces — Philippines</h3><p>Field monitoring and physically based modelling found that maintained terraces enhance groundwater recharge, while abandonment reduced overall water-resource availability. Existing functioning water infrastructure should be retained before new work is prescribed.</p></article>
    <article class="el-case"><span class="family">Distributed attenuation</span><h3>Belford Burn — United Kingdom</h3><p>About <b>40 distributed runoff-attenuation features</b> within a 5.7–6 km² catchment supported a modelled downstream peak-flow reduction above 30%. This is a network outcome, not a universal single-swale coefficient.</p></article>
    <article class="el-case"><span class="family">Natural runoff–runon analogue</span><h3>Banded vegetation — Niger drylands</h3><p>Bare interbands shed runoff while vegetated bands receive and infiltrate it. The contributing ground is essential, so corridor density cannot be maximized without preserving the area that supplies runoff.</p></article>
    <article class="el-case trade"><span class="family">Basin-scale trade-off</span><h3>Loess Plateau — China</h3><p>Integrated restoration substantially reduced erosion and sediment. Published studies disagree on water-yield effects, so downstream allocation, treatment density, climate variability, and vegetation water use must remain explicit.</p></article>
    <article class="el-case"><span class="family">Earthline study status</span><h3>What remains to be tested</h3><p>Exact treatment and control polygons must be frozen before Earthline is run blind. The study will report hit rate, false-positive rate, physical-gate agreement, spatial agreement, sensitivity, and every material miss.</p></article>
  </div>
  <div class="el-mechanism"><h3>Shared hydrologic mechanism</h3><div class="el-flow"><div>Intercept or receive runoff</div><div>Reduce velocity and peak concentration</div><div>Increase residence and infiltration opportunity</div><div>Support soil, vegetation, baseflow, or flood attenuation</div></div></div>
  
  <p class="el-candidates"><b>Candidate blind-study sites requiring frozen source packages:</b> Tigray stone bunds and contour trenches; Zaytuna Farm mature swales; Greening the Desert, Jordan; Sahel zaï and demi-lune fields; and matched negative controls.</p>
</section>
<section class="earthline-corrections-registry-16513 el12-corrections"><div class="el49-kicker">Corrections Registry · Current Public Record</div><h2>What Earthline has corrected — and how corrections are governed</h2><p>Earthline treats correction as part of the method, not as an embarrassment to hide. Errors are recorded; corrections are versioned; earlier reports retain their original method identity; every change declares whether science, data, rendering or wording changed; and field outcomes may become documented evidence records as the validation network grows.</p><div class="el49-callout"><b>Rule:</b> prior records are not silently rewritten. A correction belongs to a dated/versioned method or report release so a reviewer can tell exactly what changed.</div><h3>Current corrected or expressly rejected claims</h3><table class="el49-table el12-corrections-table"><thead><tr><th>Claim / practice</th><th>Earthline correction</th></tr></thead><tbody><tr><td><b>“1% more organic matter holds 20,000 gallons per acre.”</b></td><td>Not used. The primary synthesis cited in this report puts the effect near 3,400 gallons per acre and concludes the water-storage effect is limited. Earthline bases the soil argument on structure, roots and macropores instead.</td></tr><tr><td><b>Bioswales remove nutrients reliably.</b></td><td>Not claimed. The primary stormwater monitoring database did not find nutrient outflow concentrations significantly different from inflow across green-infrastructure types.</td></tr><tr><td><b>A bioswale is flood protection for a design storm.</b></td><td>Not claimed. Attenuation benefit falls sharply as events become larger. Earthline presents bioswales as distributed retention and timing infrastructure, not a substitute for engineered flood protection.</td></tr><tr><td><b>Salted road runoff should be infiltrated for recharge.</b></td><td>Rejected. Chloride and sodium are poorly attenuated in soil; a swale receiving salted road runoff can become an injection pathway to groundwater. This is why roads and contaminated contributing areas are exclusion concerns.</td></tr><tr><td><b>Urban bioretention performance is a prediction for a contour swale.</b></td><td>Rejected. Engineered bioretention figures are shown only as mechanism/scale context and an upper bound, not as a property-level prediction.</td></tr><tr><td><b>Comparable projects validate Earthline's placement engine.</b></td><td>Rejected. Comparable projects establish mechanism precedent. Validation requires independent/field comparison of Earthline's actual locations, exclusions and outcomes.</td></tr></tbody></table><p class="el49-source">Corrections governance: Earthline Screening Method v1.0 §15.5 and §16. Claim entries: How Bioswales Work v2.0 §§6.4, 6.7, 6.8 and §9.</p></section>
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      const howBioswalesApproved16388="<section id=\"earthlineHowBioswalesApproved16388\" style=\"max-width:1180px;margin:24px auto 34px;padding:42px 46px;border:1px solid #c8d2cd;border-radius:20px;background:#f8f8f5;color:#253940;font-family:system-ui,-apple-system,Segoe UI,sans-serif;font-size:18px;line-height:1.75;box-shadow:0 12px 32px rgba(29,54,62,.09)\">\n<div style=\"margin-bottom:26px\"><h2 style=\"margin:0 0 12px;font:700 40px/1.1 Fraunces,Georgia,serif;color:#17323d\">How Bioswales Work</h2></div>\n<div class=\"earthline-approved-how-bioswales-16388\"><h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">§1 · What happens to rain on this land right now</h2>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">When rain falls on sloped ground, most of it does not soak in. It sheets downhill, gathers into rivulets, then into channels, and leaves the property within hours. Whatever it picks up along the way — soil, fertilizer, road salt, manure — leaves with it.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">That water is not gone from the world. It is gone from <em>here</em>. It arrives in the nearest brook, then the nearest river, then the ocean, having spent almost no time in the ground beneath your feet.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Two costs follow from this, and they arrive in opposite seasons.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>In spring and after storms, there is too much water at once.</strong> Runoff that moves fast erodes what it crosses. It cuts gullies, undermines banks, and delivers a flood pulse downstream in a few hours instead of a few days.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>In late summer, there is too little.</strong> A stream between rainstorms is not fed by rain. It is fed by groundwater slowly seeping into the channel from the surrounding land — a flow called <em>baseflow</em>. Land that sheds its rain quickly has little stored to give back. The well runs low, the brook runs thin, and the pasture browns first.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Both problems have the same cause: the water moved too fast to be kept.</p>\n<hr />\n<h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">§2 · What a bioswale is</h2>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">A bioswale is a shallow, planted trench dug <em>along the contour</em> of a slope — level from end to end, so water cannot run along it. Soil excavated from the trench is mounded on the downhill side to form a low berm.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">That is the whole structure. No concrete, no pipe, no pump, no moving parts.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Water running downhill meets the trench and stops. Held there, it does the one thing runoff never does: it waits. And while it waits, it soaks downward through the soil.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">The three words on this report describe the sequence:</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>Slow it.</strong> The trench interrupts downhill flow and drops the water's speed to zero. Speed is what causes erosion; removing it removes the damage.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>Sink it.</strong> Standing water infiltrates. It passes down through soil and rock and joins the groundwater below — the saturated zone that feeds wells and springs.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>Spread it.</strong> Because the trench is level, water spreads sideways along its full length instead of concentrating at one point. A hundred feet of swale infiltrates across a hundred feet of ground.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">This is old technology. Contour water-harvesting earthworks appear independently in Andean, South Asian, North African, and Southwestern Indigenous agriculture, in some cases for thousands of years. Earthline did not invent this method. It locates where the method applies.</p>\n<hr />\n<h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">§3 · Where the water goes after it sinks</h2>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">This is the part that is easy to miss, and it is the reason this report exists.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Water that infiltrates does not stay under the swale. It moves — slowly, underground, downhill — along paths that can run for hundreds of meters or many kilometres, and it eventually re-emerges. It surfaces in springs, in wetlands, and in stream channels, where it becomes the baseflow that keeps water moving in dry weather.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">The transit is slow by design. Groundwater on longer, deeper paths spends more time in the subsurface than groundwater on short shallow ones. That delay is the entire benefit: rain that would have left in six hours instead leaves over weeks or months, arriving when the landscape needs it rather than when it can least use it.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">The distances involved are real and measured. On Mount Shasta in California, isotope and dissolved-gas tracing showed snowmelt infiltrating at 2,000–2,900 m elevation and discharging from springs more than 1,600 m lower, with residence times ranging from under two years at high-elevation springs to over sixty years at lower-elevation wells. Water recharged high on a landscape demonstrably supplies water low on it.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">In a monitored Colorado headwater catchment, modelling showed groundwater reaching the stream along long, deep flowpaths sourced from the upper catchment and its hillslopes, and accounted for roughly 16–34% of the stream's baseflow.</p>\n<hr />\n<h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">§4 · Why position on the slope matters</h2>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Water intercepted near the bottom of a slope has almost no landscape left to travel through. It infiltrates and re-emerges a short distance later.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Water intercepted higher up enters a longer flow path. It travels farther underground, stays stored longer, and re-emerges further down the system — supporting soil moisture, springs, wells, and stream baseflow across everything between the recharge point and the discharge point.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">This is why Earthline ranks corridors rather than simply counting them. Two swales of identical size do not deliver identical benefit; where they sit on the slope changes how much landscape their water passes through before it returns to the surface.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">The U.S. Environmental Protection Agency's assessment of headwaters makes the same point at watershed scale: headwater and seasonal streams absorb substantial rainwater, runoff, and snowmelt before flooding, and their storage capacity protects downstream communities both by moderating high flows and by maintaining flow during dry weather.</p>\n<hr />\n<h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">§5 · This landscape used to do this by itself</h2>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Before European settlement, the streams of the northeastern United States were dammed continuously — not by people, but by beavers, in numbers difficult to imagine now. Estimates of the pre-colonial North American population range from 60 to 400 million animals, against roughly 10–15 million today; the decline is put at 80–98% of historical numbers.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Their dams did precisely what a bioswale does, in the channels rather than on the hillsides: slow the water, spread it across the valley floor, and hold it long enough to soak in.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">The fur trade removed them. In the Northeast, harvest rates of 2,000–10,000 animals per year led to regional expatriation by the early 1700s. When the beavers went, the dams failed. One reconstruction estimates the resulting loss of pond storage between 1600 and 1840 at approximately <strong>17 million cubic metres of water and sediment</strong> — considerably more than the storage gained from all the mill dams built across the same period — and concludes that beaver eradication was a major driver of colonial-era hydrologic change.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">What followed is visible in the landscape today: dam failure led to stream incision, water tables dropping, and wet beaver meadows converting to drier riparian corridors.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">This matters for how the recommendations in this report should be read. <strong>A bioswale is not an addition to a natural system. It is a partial replacement for retention that was industrially removed from this watershed roughly four centuries ago and never restored.</strong> The comparison is not intervention versus untouched nature. It is intervention versus a landscape already stripped of most of its capacity to hold water.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Beavers held the channels. Deep forest soils and their organic layers held the hillslopes. Trapping removed the first; clearing, grazing, and compaction degraded the second. Bioswales address the hillslope half — and they rebuild it, because a swale re-waters ground where native trees and vegetation can be planted back, that vegetation drops litter that becomes mulch and then new soil, and roots and berm together retain the soil that would otherwise be washed downstream.</p>\n<hr />\n<h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">§6 · What this report does and does not claim</h2>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Earthline is a <strong>screening tool</strong>. Every result in this report is labelled <strong>(MODELED)</strong> because it is produced from terrain, soil, and flow modelling — not from measurements taken on your ground.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>What the model does.</strong> It reads elevation data to find where water concentrates and where slope, soil, and drainage make infiltration likely. It ranks candidate corridors. It excludes locations near roads, structures, and existing watercourses.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>What the model does not do.</strong> It has not dug a test pit on your property. It has not measured your infiltration rate, found your bedrock depth, or located your septic field, buried utilities, or seasonal high water table. Those require site investigation, and in most jurisdictions the earthworks proposed here require permits and professional design before construction.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>Honest limits on the benefit.</strong> Total water yield leaving a watershed may fall slightly when retention increases, because stored water is also available to plants and to evaporation. What improves is <em>timing</em>: lower flood peaks, higher dry-season flows, and less sediment leaving the land. A watershed study in Ethiopia's Lake Tana basin found exactly this pattern — water harvesting reduced peak flows, increased low flows, and substantially reduced sediment yield leaving the watershed.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>Density has a limit.</strong> Retention structures are not infinitely additive. A study of multiple check dams in Rajasthan documented that structures built upstream reduced the recharge effectiveness of structures downstream — the first evidence of cumulative interference at catchment scale. The corridors ranked in this report are ranked partly for this reason: more is not automatically better.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><strong>No-intervention is a valid result.</strong> If the modelling finds that this land does not warrant swales, the report says so. That is an output, not a failure.</p>\n<hr />\n<h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">§7 · What to do with this report</h2>\n<ol class=\"earthline-section7-black-16394\" style=\"color:#111111\">\n<li><strong>Read the ranked corridors as candidates, not construction drawings.</strong> They indicate where to investigate first.</li>\n<li><strong>Ground-truth the top-ranked corridor before anything else.</strong> Walk it. Dig a test pit. Watch it during a real storm.</li>\n<li><strong>Confirm what the model cannot see</strong> — septic, wells, buried utilities, easements, and seasonal wet spots.</li>\n<li><strong>Check local permitting</strong> before moving soil. Requirements vary by state, town, and proximity to wetlands or watercourses.</li>\n<li><strong>Build one and watch it</strong> through a full wet season before building the rest.</li>\n</ol>\n<hr />\n<h2 style=\"margin:34px 0 12px;font:700 28px/1.15 Fraunces,Georgia,serif;color:#17323d\">Sources</h2>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Alexander, R.B., et al. <em>The Role of Headwater Streams in Downstream Water Quality.</em> Journal of the American Water Resources Association.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Dile, Y.T., Karlberg, L., Daggupati, P., Srinivasan, R., Wiberg, D., Rockström, J. <em>Assessing the implications of water harvesting intensification on upstream–downstream ecosystem services: A case study in the Lake Tana basin.</em> Science of the Total Environment.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Dillon, P., et al. <em>Hydrologic and Cost–Benefit Analysis of Multiple Check Dams in Catchments of Ephemeral Streams, Rajasthan, India.</em> Water 14(15):2378, 2022.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Peters, S.C., et al. <em>Colonial Era Impoundment of the Northeastern United States: Beaver Trapping and Low-head Dam Construction.</em> American Geophysical Union Fall Meeting, 2008.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Salberg, L., Anderson, S., Ge, S. <em>The Role of Groundwater Flow in a Montane, Semi-Arid, Headwater Catchment.</em> 2022.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">Scamardo, J.E., et al. <em>Estimating widespread beaver dam loss: Habitat decline and surface storage loss at a regional scale.</em> Ecosphere, 2022.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\"><em>Tracers Reveal Recharge Elevations, Groundwater Flow Paths and Travel Times on Mount Shasta, California.</em> Water 10(2):97, 2018.</p>\n<p style=\"margin:0 0 17px;color:#354a52;font-size:18px;line-height:1.75\">U.S. Environmental Protection Agency. <em>Streams: Headwater Streams.</em></p>\n</div></section>";
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      const precedentSection=`<section id="earthlineSuccessfulSystems16149" style="max-width:1180px;margin:48px auto 80px;padding:34px;border:1px solid #294554;border-radius:24px;background:#0f1d25;color:#eaf5f7;font-family:system-ui,-apple-system,Segoe UI,sans-serif"><p style="margin:0 0 8px;color:#78d9ad;font-weight:900;letter-spacing:.09em;font-size:12px">SUCCESSFUL WATER-SLOWING PRECEDENTS</p><h2 style="margin:0 0 12px;font:700 34px/1.1 Fraunces,Georgia,serif">What proven landscape systems teach Earthline</h2><p style="max-width:850px;color:#b8cbd3;line-height:1.65">These cases demonstrate mechanisms that Earthline screens for: slowing concentrated runoff, spreading it across landform, increasing residence time, protecting soil, and supporting vegetation. They are scientific precedents—not validation of any Earthline corridor or a promise of identical performance.</p><div style="display:grid;grid-template-columns:repeat(auto-fit,minmax(220px,1fr));gap:14px;margin-top:24px"><article style="padding:18px;border:1px solid #315364;border-radius:16px;background:#132731"><h3 style="margin:0 0 8px;color:#86e3b5">Amunas water harvesting</h3><p style="margin:0;color:#c0d2d9">Contour-based earthworks in dryland farming show how small changes in flow path and residence time can support soil moisture and vegetation.</p></article><article style="padding:18px;border:1px solid #315364;border-radius:16px;background:#132731"><h3 style="margin:0 0 8px;color:#86e3b5">Ifugao terrace systems</h3><p style="margin:0;color:#c0d2d9">Long-lived terraced landscapes demonstrate distributed storage, controlled overflow, sediment retention, and water sharing across steep terrain.</p></article><article style="padding:18px;border:1px solid #315364;border-radius:16px;background:#132731"><h3 style="margin:0 0 8px;color:#86e3b5">Belford Burn catchment measures</h3><p style="margin:0;color:#c0d2d9">Distributed natural flood-management features illustrate how many modest interventions can collectively delay and attenuate runoff.</p></article><article style="padding:18px;border:1px solid #315364;border-radius:16px;background:#132731"><h3 style="margin:0 0 8px;color:#86e3b5">Loess Plateau restoration</h3><p style="margin:0;color:#c0d2d9">Large-scale land restoration shows the combined importance of slope treatment, vegetation recovery, erosion control, and watershed governance.</p></article><article style="padding:18px;border:1px solid #315364;border-radius:16px;background:#132731"><h3 style="margin:0 0 8px;color:#86e3b5">Banded vegetation</h3><p style="margin:0;color:#c0d2d9">Naturally patterned dryland vegetation demonstrates feedback between runoff concentration, infiltration zones, soil stability, and plant growth.</p></article></div><div style="display:grid;grid-template-columns:repeat(2,1fr);gap:12px;margin-top:20px"><div style="padding:14px;border-radius:14px;background:#102f2a"><b style="display:block;color:#8ee7bd">Mechanism</b><span>Slow, spread, infiltrate</span></div><div style="padding:14px;border-radius:14px;background:#102f2a"><b style="display:block;color:#8ee7bd">Earthline use</b><span>Screening and prioritization</span></div></div></section>`;
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  function status(msg,kind){let p=document.getElementById('earthlineVermontStatus16147');if(!p&&document.body){p=document.createElement('div');p.id='earthlineVermontStatus16147';p.setAttribute('role','status');p.setAttribute('aria-live','polite');document.body.appendChild(p)}if(p){p.textContent=msg;p.dataset.kind=kind||'info'}}
  function ensureModal(id,label){let p=document.getElementById(id);if(p)return p;p=document.createElement('section');p.id=id;p.className='el49-modal';p.setAttribute('role','dialog');p.setAttribute('aria-modal','true');p.setAttribute('aria-label',label);p.addEventListener('click',e=>{if(e.target===p)p.classList.remove('open')});document.body.appendChild(p);return p}
  function lineLengthKm(coords){let total=0;for(let i=1;i<(coords||[]).length;i++){const a=coords[i-1],b=coords[i];if(!a||!b)continue;const r=Math.PI/180,lat1=a[1]*r,lat2=b[1]*r,dlat=(b[1]-a[1])*r,dlng=(b[0]-a[0])*r,q=Math.sin(dlat/2)**2+Math.cos(lat1)*Math.cos(lat2)*Math.sin(dlng/2)**2;total+=6371*2*Math.atan2(Math.sqrt(q),Math.sqrt(Math.max(0,1-q)))}return total}
  function swales(){return visual()?.swales?.features||[]}
  function contours(){return visual()?.contours?.features||[]}
  function flows(){return visual()?.flows?.features||[]}
  function graded(){const counts={A:0,B:0,C:0};return swales().map((f,index)=>{const p=f.properties||{},g=/^[ABC]$/.test(String(p.grade||''))?String(p.grade):'C';counts[g]++;p.display_rank=counts[g];p.display_code=g+counts[g];return {f,p,grade:g,rank:counts[g],code:g+counts[g],score:Math.round(Number(p.score||0)),km:lineLengthKm(f.geometry?.coordinates||[]),index}})}
  function featureBounds(f){const c=f?.geometry?.coordinates||[];if(!c.length)return null;let w=Infinity,s=Infinity,e=-Infinity,n=-Infinity;for(const p of c){if(!Array.isArray(p))continue;w=Math.min(w,+p[0]);e=Math.max(e,+p[0]);s=Math.min(s,+p[1]);n=Math.max(n,+p[1])}return Number.isFinite(w)?[w,s,e,n]:null}
  window.earthlineOpenCorridorDetail16149=function(f,index){
    if(!f)return false;const rows=graded(),row=rows.find(x=>x.f===f)||rows[index]||{p:f.properties||{},grade:'C',rank:index+1,code:'C'+(index+1),score:0,km:lineLengthKm(f.geometry?.coordinates||[])};const p=row.p||{},slope=Number(p.slope_pct??p.slope??p.mean_slope_pct),stable=p.stable_id||p.corridor_id||('EL-'+row.code+'-'+String(snapshot()?.boundsHash||'regional').slice(0,8)),bounds=featureBounds(f),panel=ensureModal('earthlineCorridorDetail16149','Bioswale opportunity details');
    panel.innerHTML=`<article class="el49-detail-shell"><header class="el49-detail-head"><div><h2 style="font:700 32px Fraunces,Georgia,serif;margin:0">${esc(row.code)} · regional opportunity</h2><p style="margin:7px 0 0;color:#a9bdc8">Modeled potential ${esc(row.score)}/100 · evidence and limitations below</p></div><button class="el49-tool el49-close" aria-label="Close">×</button></header><div class="el49-detail-body"><div class="el49-detail-metrics"><div class="el49-detail-metric"><b>${esc(row.grade)}</b><span>Priority grade</span></div><div class="el49-detail-metric"><b>${esc(row.score)}</b><span>Modeled potential /100</span></div><div class="el49-detail-metric"><b>${esc(row.km?row.km.toFixed(2):'—')}</b><span>Rendered length, km</span></div><div class="el49-detail-metric"><b>${esc(Number.isFinite(slope)?slope.toFixed(1)+'%':'—')}</b><span>Modeled slope</span></div></div><div class="el49-detail-note"><b>Scale-honest meaning.</b> This is a regional opportunity corridor, not a surveyed construction alignment. Zoom changes presentation; it does not create new terrain resolution.</div><div class="el49-detail-note" style="border-color:#8a5c34;background:#27180f"><b>Before design.</b> Verify bare-earth terrain, soils and infiltration, buildings, roads, utilities, waterways, overflow routing, maintenance access and local permitting.</div><p class="el49-id">${esc(stable)}</p><div class="el49-detail-actions"><button class="el49-tool primary" data-action="zoom">ZOOM TO THIS LOCATION</button><button class="el49-tool" data-action="report">Open full impact report</button></div></div></article>`;
    panel.querySelector('.el49-close').onclick=()=>panel.classList.remove('open');panel.querySelector('[data-action="zoom"]').onclick=()=>{
      const geom=f?.geometry||{},parts=geom.type==='LineString'?[geom.coordinates]:(geom.type==='MultiLineString'?(geom.coordinates||[]):[]),line=(parts||[]).slice().sort((a,b)=>(b?.length||0)-(a?.length||0))[0]||[],mid=Array.isArray(line)&&line.length?line[Math.floor((line.length-1)/2)]:null;
      const lng=Number(mid?.[0]??(bounds?(bounds[0]+bounds[2])/2:NaN)),lat=Number(mid?.[1]??(bounds?(bounds[1]+bounds[3])/2:NaN));
      if(!Number.isFinite(lng)||!Number.isFinite(lat)){status('LOCATION SELECTION BLOCKED — the selected corridor center could not be resolved.','failed');return false}
      try{if(typeof window.earthlineSetPropertyTarget16201==='function')window.earthlineSetPropertyTarget16201({lng,lat,source:'corridor-navigation-16251',code:row.code,score:row.score},{scroll:true});else window.EARTHLINE_PROPERTY_TARGET_16201={lng,lat,source:'corridor-navigation-16251',code:row.code,score:row.score,at:new Date().toISOString()}}catch(_){}
      panel.classList.remove('open');
      try{map()?.stop?.();map()?.jumpTo?.({center:[lng,lat],zoom:Math.max(12.6,Math.min(14,Number(map()?.getZoom?.()||12.6))),bearing:0,pitch:0})}catch(_){}
      return true
    };panel.querySelector('[data-action="report"]').onclick=()=>{panel.classList.remove('open');openReport()};panel.classList.add('open');ledger('corridor_detail_opened',{code:row.code,score:row.score});return true
  };
  function allCoordinates(){const out=[];for(const f of [...contours(),...flows(),...swales()]){const c=f?.geometry?.coordinates;if(f?.geometry?.type==='LineString'&&Array.isArray(c))out.push(...c)}return out.filter(p=>Array.isArray(p)&&Number.isFinite(+p[0])&&Number.isFinite(+p[1]))}
  function reportBounds(d){const b=d?.bounds||visual()?.bounds;if(Array.isArray(b)&&b.length===4&&b.every(Number.isFinite))return b;const pts=allCoordinates();if(!pts.length)return[-73.5,42.7,-71.4,45.1];return[Math.min(...pts.map(p=>+p[0])),Math.min(...pts.map(p=>+p[1])),Math.max(...pts.map(p=>+p[0])),Math.max(...pts.map(p=>+p[1]))]}
  function mapSvg(d,small=false){
    const b=reportBounds(d),W=760,H=small?360:440,pad=30;
    const sx=x=>pad+(x-b[0])/Math.max(.000001,b[2]-b[0])*(W-pad*2),sy=y=>H-pad-(y-b[1])/Math.max(.000001,b[3]-b[1])*(H-pad*2);
    const inside=p=>p&&p[0]>=b[0]&&p[0]<=b[2]&&p[1]>=b[1]&&p[1]<=b[3];
    const smooth=coords=>{let pts=(coords||[]).map(p=>[+p[0],+p[1]]);for(let k=0;k<2&&pts.length>2;k++){const out=[pts[0]];for(let i=0;i<pts.length-1;i++){const a=pts[i],c=pts[i+1];out.push([.75*a[0]+.25*c[0],.75*a[1]+.25*c[1]],[.25*a[0]+.75*c[0],.25*a[1]+.75*c[1]])}out.push(pts[pts.length-1]);pts=out}return pts};
    const pathCoords=coords=>(coords||[]).map((p,i)=>(i?'L':'M')+sx(+p[0]).toFixed(1)+' '+sy(+p[1]).toFixed(1)).join(' ');
    const path=f=>pathCoords(f?.geometry?.coordinates||[]),smoothPath=f=>pathCoords(smooth(f?.geometry?.coordinates||[]));
    const towns=[['Burlington',-73.2121,44.4759],['Montpelier',-72.5754,44.2601],['Rutland',-72.9726,43.6106],['St. Johnsbury',-72.0151,44.4192],['Middlebury',-73.1673,44.0153],['St. Albans',-73.0832,44.8109],['Bennington',-73.1968,42.8781],['Brattleboro',-72.5579,42.8509],['Newport',-72.2051,44.9364],['Charlotte',-73.2271,44.3098]];
    const state=[[-73.44,45.01],[-72.53,45.01],[-71.50,45.01],[-71.47,44.00],[-71.55,43.00],[-72.46,42.73],[-73.26,42.75],[-73.27,43.58],[-73.41,44.45],[-73.44,45.01]];
    const roads=[
      [[-73.20,42.85],[-73.17,43.61],[-73.17,44.02],[-73.21,44.48],[-73.08,44.81],[-73.08,45.00]],
      [[-72.98,43.65],[-72.70,43.90],[-72.58,44.26],[-72.78,44.48],[-73.21,44.48],[-73.08,45.00]],
      [[-72.56,42.85],[-72.58,43.20],[-72.57,43.65],[-72.52,44.20],[-72.02,44.42],[-72.00,45.00]]
    ];
    const lonSpan=Math.max(.0001,b[2]-b[0]),midLat=(b[1]+b[3])/2,kmWide=lonSpan*111.32*Math.cos(midLat*Math.PI/180),niceKm=kmWide>300?100:kmWide>120?50:kmWide>50?20:kmWide>20?10:kmWide>8?5:kmWide>3?2:1,barPx=Math.max(54,Math.min(170,niceKm/kmWide*(W-pad*2)));
    const title=(String(d?.tier||d?.mode||'regional').toLowerCase()==='focus'?'Earthline focus screening map':'Earthline Vermont regional screening map');
    const parts=[`<svg viewBox="0 0 ${W} ${H}" role="img" aria-label="${title}"><defs><linearGradient id="elmapbg" x1="0" y1="0" x2="0" y2="1"><stop offset="0" stop-color="#eef5f2"/><stop offset="1" stop-color="#dbe8df"/></linearGradient><filter id="labelhalo"><feMorphology operator="dilate" radius="1.6" in="SourceAlpha" result="d"/><feFlood flood-color="#f8fbf9" flood-opacity=".95"/><feComposite in2="d" operator="in"/><feMerge><feMergeNode/><feMergeNode in="SourceGraphic"/></feMerge></filter></defs><rect width="${W}" height="${H}" fill="url(#elmapbg)"/><text x="${pad}" y="20" fill="#153947" font-size="13" font-weight="800">${title}</text>`];
    for(let i=1;i<6;i++)parts.push(`<path d="M ${i*W/6} ${pad} V ${H-pad} M ${pad} ${i*H/6} H ${W-pad}" stroke="#cbdad4" stroke-width=".65" opacity=".7"/>`);
    parts.push(`<path d="${pathCoords(state)}" fill="none" stroke="#5e7d72" stroke-width="1.5" opacity=".9"/>`);
    for(const r of roads)parts.push(`<path d="${pathCoords(r)}" fill="none" stroke="#b59664" stroke-width="1.15" opacity=".55"/>`);
    for(const f of contours().filter(x=>x?.geometry?.type==='LineString').slice(0,170))parts.push(`<path d="${path(f)}" fill="none" stroke="#879b99" stroke-width=".58" opacity=".45"/>`);
    for(const f of flows().filter(x=>x?.geometry?.type==='LineString'&&x?.properties?.feature_type==='flow').slice(0,240))parts.push(`<path d="${path(f)}" fill="none" stroke="#1a9fd3" stroke-width="1.15" opacity=".78"/>`);
    const rows=graded();for(const r of rows){const color=r.grade==='A'?'#17a867':r.grade==='B'?'#d29b1f':'#e5742b',dpath=smoothPath(r.f);parts.push(`<path d="${dpath}" fill="none" stroke="#3e2c1e" stroke-width="6.2" stroke-linecap="round" stroke-linejoin="round" opacity=".92"/><path d="${dpath}" fill="none" stroke="${color}" stroke-width="4.1" stroke-linecap="round" stroke-linejoin="round"/><path d="${dpath}" fill="none" stroke="#baf2d2" stroke-width="1.05" stroke-dasharray="5 4" stroke-linecap="round" opacity=".8"/>`)}
    for(const [name,x,y] of towns){if(!inside([x,y]))continue;parts.push(`<circle cx="${sx(x).toFixed(1)}" cy="${sy(y).toFixed(1)}" r="2.3" fill="#173d49"/><text x="${(sx(x)+5).toFixed(1)}" y="${(sy(y)-4).toFixed(1)}" fill="#173d49" font-size="9.5" font-weight="750" filter="url(#labelhalo)">${name}</text>`)}
    parts.push(`<g transform="translate(${W-54},38)"><path d="M0 20 L9 0 L18 20 L9 15 Z" fill="#153947"/><text x="9" y="31" text-anchor="middle" fill="#153947" font-size="9" font-weight="800">N</text></g>`);
    parts.push(`<g transform="translate(${pad},${H-27})"><path d="M0 0 H${barPx}" stroke="#153947" stroke-width="3"/><path d="M0 -4 V4 M${barPx} -4 V4" stroke="#153947" stroke-width="1.5"/><text x="${barPx/2}" y="14" text-anchor="middle" fill="#153947" font-size="9" font-weight="700">${niceKm} km</text></g>`);
    parts.push(`<g transform="translate(${W-242},${H-55})"><rect width="224" height="39" rx="5" fill="#f7faf8" stroke="#b8cbc3"/><text x="9" y="13" fill="#36535d" font-size="8.5" font-weight="800">GENERATED BY THE EARTHLINE SEARCH ENGINE</text><text x="9" y="25" fill="#526d75" font-size="7.5">${String(d?.tier||'regional').toUpperCase()} · ${String(d?.runToken||'run not recorded').slice(0,28)}</text><text x="9" y="34" fill="#526d75" font-size="7.5">Screening only — not a construction or survey document</text></g>`);
    parts.push(`<text x="${pad}" y="${H-5}" fill="#39525b" font-size="8">Bounds: ${b.map(v=>Number(v).toFixed(3)).join(', ')}</text></svg>`);return parts.join('')
  }
  function gradeSummary(){const rows=graded(),c={A:0,B:0,C:0};let km=0;for(const r of rows){c[r.grade]++;km+=r.km}return{rows,counts:c,total:rows.length,km}}
  function metric(label,value,note){return `<div class="el49-metric"><b>${esc(value)}</b><span>${esc(label)}<br>${esc(note||'')}</span></div>`}
  function footer(data,page){return `<div class="el49-footer"><span>${esc(data.reportId)} · ${esc(METHOD)}</span><span>${esc(page)}</span></div>`}
  function gradeChart(sum){const max=Math.max(1,sum.counts.A,sum.counts.B,sum.counts.C);return `<div class="el49-chart"><h3>Published opportunity distribution</h3><div class="el49-bars">${[['A','Highest','#15935b'],['B','Strong','#c48b10'],['C','General','#d36c21']].map(([g,name,color])=>`<div class="el49-bar-row"><b>${g} · ${name}</b><div class="el49-bar"><i style="width:${sum.counts[g]/max*100}%;background:${color}"></i></div><span>${sum.counts[g]}</span></div>`).join('')}</div></div>`}
  function corridorTable(sum){if(!sum.rows.length)return '<div class="el49-empty">No qualifying regional opportunity corridors were published. This is a valid screening result.</div>';return `<table class="el49-table"><thead><tr><th>Map ID</th><th>Durable ID</th><th>Grade</th><th>Modeled potential</th><th>Rendered length</th><th>Publication class</th></tr></thead><tbody>${sum.rows.slice(0,36).map(r=>`<tr><td><b>${esc(r.code)}</b></td><td class="el49-id">${esc(r.p?.stable_id||r.p?.corridor_id||'Not assigned')}</td><td>${esc(r.grade)}</td><td>${esc(r.score)}/100</td><td>${num(r.km,2)} km</td><td>Regional opportunity corridor</td></tr>`).join('')}</tbody></table>`}
  function processDiagram(){return `<div class="el49-process"><div class="el49-step"><b>1 · Resolve</b>Governed query and extent</div><div class="el49-step"><b>2 · Terrain</b>Elevation and slope screening</div><div class="el49-step"><b>3 · Water</b>Contours and modeled paths</div><div class="el49-step"><b>4 · Screen</b>Opportunity grading and exclusions</div><div class="el49-step"><b>5 · Publish</b>Map, evidence, gaps and next step</div></div>`}
  function sourceRows(d){const rows=[['Terrain',d.terrain?.source||d.terrain?.provider||'Not recorded',d.terrain?.surfaceType||d.terrain?.dataType||'Type not recorded',d.terrain?.limitation||''],['Watershed context',d.watersheds?.source||'Not available',`${d.watersheds?.features??0} feature(s)`,'Context only'],['Aquifer geometry',d.aquifers?.source||'Not available',d.aquifers?.boundaryClass||'', 'Regional context; not a parcel boundary'],['Hydrogeologic context',d.hydrogeologicContext?.statement||'No named context recorded',d.hydrogeologicContext?.status||'not assessed','Absence of polygon is not absence of groundwater'],['Modeled products','Earthline terrain-derived analysis',`${d.derived?.contours??0} contours; ${d.derived?.waterPaths??0} water paths`,'Screening output'],['Camera context','NOAA GRACE / WRI Aqueduct', 'Visual context hidden from report evidence','Not used as an analysis-bounds finding']];return `<table class="el49-table"><thead><tr><th>Component</th><th>Source / statement</th><th>Status</th><th>Reliance</th></tr></thead><tbody>${rows.map(r=>`<tr>${r.map(x=>`<td>${esc(x)}</td>`).join('')}</tr>`).join('')}</tbody></table>`}
  function gapRows(d){const gaps=[['Bare-earth terrain',d.terrain?.surfaceType&&/DTM/i.test(d.terrain.surfaceType)?'Available':'Not available or not verified','Material in forested or developed areas; detailed placement withheld.'],['Hydrologic soil group','Not attached to this regional snapshot','Material to infiltration, drawdown and section depth.'],['Live land cover','Not attached to this regional snapshot','Material to runoff coefficient, erosion and ecological interpretation.'],['Design storm','Not governed in this snapshot','Material to storage, capture fraction and flood claims.'],['Contributing-area polygon per corridor','Not emitted','Material to per-corridor volume and nested-catchment accounting.'],['Property exclusions','Regional screening only','Buildings, roads, utilities and local waterways require property-tier verification.'],['Aquifer boundary precision',d.aquifers?.features?'Regional geometry available':'Mapped geometry unavailable','Regional context only; no site boundary conclusion.'],['Blind field validation','Protocol defined; not yet executed','Earthline results remain screening outputs, not independently validated performance predictions.']];return `<table class="el49-table"><thead><tr><th>Data gap</th><th>Status</th><th>Significance</th></tr></thead><tbody>${gaps.map(r=>`<tr>${r.map(x=>`<td>${esc(x)}</td>`).join('')}</tr>`).join('')}</tbody></table>`}
  function precedents(){return `<div class="el49-precedents">${[['Amunas water harvesting','Contour earthworks demonstrate residence-time and soil-moisture mechanisms in dryland settings.'],['Ifugao terrace systems','Terraces demonstrate distributed storage, controlled overflow, sediment retention and long-term maintenance.'],['Belford Burn catchment measures','Distributed natural flood-management features demonstrate cumulative runoff-delay mechanisms.'],['Loess Plateau restoration','Watershed restoration demonstrates the interaction of slope treatment, vegetation and erosion control.'],['Banded vegetation','Natural patterning demonstrates feedback between runoff concentration, infiltration zones and plant establishment.']].map(([h,p])=>`<article class="el49-precedent"><h3>${esc(h)}</h3><p>${esc(p)}</p><span class="el49-badge">PRECEDENT · NOT VALIDATION</span></article>`).join('')}</div>`}

  /* EARTHLINE 16388 — approved search/report ledger. No safety card or safety messaging is surfaced. */
  const REPORT_LEDGER_KEY_16388='earthline-report-search-ledger-v1';
  let reportInstanceCounter16388=0;
  function readPersistentLedger16388(){try{const raw=localStorage.getItem(REPORT_LEDGER_KEY_16388);const parsed=raw?JSON.parse(raw):[];if(Array.isArray(parsed))return parsed}catch(_){}return Array.isArray(window.EARTHLINE_REPORT_SEARCH_LEDGER_16388)?window.EARTHLINE_REPORT_SEARCH_LEDGER_16388:[]}
  function writePersistentLedger16388(rows){const compact=(Array.isArray(rows)?rows:[]).slice(-400);window.EARTHLINE_REPORT_SEARCH_LEDGER_16388=compact;try{localStorage.setItem(REPORT_LEDGER_KEY_16388,JSON.stringify(compact));window.EARTHLINE_REPORT_SEARCH_LEDGER_PERSISTENCE_16388='localStorage'}catch(_){window.EARTHLINE_REPORT_SEARCH_LEDGER_PERSISTENCE_16388='memory-only'}return compact}
  function hash16388(value){let h=2166136261>>>0;const s=String(value||'');for(let i=0;i<s.length;i++){h^=s.charCodeAt(i);h=Math.imul(h,16777619)>>>0}return h.toString(16).padStart(8,'0')}
  function compactSearchRecord16388(d){const sum=gradeSummary(),m=(typeof M!=='undefined'&&M)||{};return {runToken:String(d?.runToken||activeToken()||''),boundsHash:String(d?.boundsHash||''),query:String(d?.query||d?.normalizedQuery||'Vermont'),tier:String(d?.extentClass||d?.tier||d?.mode||'screening'),completedAt:d?.completedAt||null,searchGen:Number(m.searchGen||0),opportunityCount:Number(sum.total||0),renderedKm:Number(sum.km||0),aquiferFeatures:Number(d?.aquifers?.features||0)}}
  function persistLedgerRow16388(kind,payload){const rows=readPersistentLedger16388(),sequence=(Number(rows[rows.length-1]?.sequence)||0)+1,row=Object.assign({schema:'earthline.report-search-ledger.v1',sequence,kind:String(kind||'event'),at:new Date().toISOString(),build:'EARTHLINE 16388'},payload||{});row.fingerprint=hash16388([row.kind,row.runToken,row.reportId,row.reportInstanceId,row.query,row.tier,row.at].join('|'));rows.push(row);writePersistentLedger16388(rows);window.EARTHLINE_LAST_REPORT_LEDGER_ENTRY_16388=row;return row}
  function capturePublishedSearch16388(reason){const d=snapshot();if(!d||!d.runToken)return null;const rows=readPersistentLedger16388();if(rows.some(r=>r&&r.kind==='search-published'&&String(r.runToken||'')===String(d.runToken)))return null;return persistLedgerRow16388('search-published',Object.assign({reason:String(reason||'analysis-complete')},compactSearchRecord16388(d)))}
  function recordReportGenerated16388(data){return persistLedgerRow16388('report-generated',Object.assign({},compactSearchRecord16388(data?.d||snapshot()||{}),{reportId:data.reportId,reportInstanceId:data.reportInstanceId,generatedAt:data.generatedAt,runSignature:data.signature}))}
  function recordReportAction16388(action,data,extra){return persistLedgerRow16388('report-'+String(action||'action'),Object.assign({reportId:data?.reportId||null,reportInstanceId:data?.reportInstanceId||null,runToken:data?.d?.runToken||activeToken()||null,query:data?.query||null,tier:data?.tier||null},extra||{}))}
  window.EARTHLINE_REPORT_SEARCH_LEDGER_16388=readPersistentLedger16388();
  document.addEventListener('earthline:analysis-complete',()=>{for(const delay of [0,180,700])setTimeout(()=>capturePublishedSearch16388('analysis-complete-'+delay),delay)},{passive:true});
  window.earthlineReportSearchLedger16388=()=>JSON.parse(JSON.stringify(readPersistentLedger16388()));
  window.earthlineClearReportSearchLedger16388=()=>{writePersistentLedger16388([]);return true};

  function earthlineReportStamp16388(opts){
  var o = opts || {};

  /* Brand — sampled from Earthline_Main_Logo_060526.jpeg. Used only when color:true. */
  var BRAND = {
    sun:   '#F9AC1B',
    green: '#3F9A3A',
    brown: '#96551C',
    blue:  '#1E8FDF',
    olive: '#3A4A22'
  };

  /* Black and white by default. Pass color:true for the brand palette. */
  var color = !!o.color;
  var ink   = o.ink || (color ? BRAND.olive : '#000000');
  var sun   = color ? BRAND.sun   : ink;
  var green = color ? BRAND.green : ink;
  var brown = color ? BRAND.brown : ink;
  var blue  = color ? BRAND.blue  : ink;

  var size = Number(o.size) || 268;
  var ringTop    = o.ringTop    != null ? o.ringTop    : 'EARTHLINE BIOSWALE SCREENING';
  var ringBottom = o.ringBottom != null ? o.ringBottom : '';
  var caption    = o.caption || [
    'MODELED SCREENING \u2014 NOT A PROFESSIONAL ENGINEERING SEAL',
    'FIELD VERIFICATION REQUIRED'
  ];

  function esc(s){
    return String(s == null ? '' : s)
      .replace(/&/g,'&amp;').replace(/</g,'&lt;').replace(/>/g,'&gt;').replace(/"/g,'&quot;');
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  const HOW_BIOSWALES_REPORT_16388=["<h2>How to read this</h2>\n<p><strong>If you have two minutes</strong>, read §1 and §6.0. That is the problem and the full list of what a swale does about it.</p>\n<p><strong>If you have ten</strong>, add §2, §5, and §7 — what the structure is, why this landscape used to do the job itself, and what this report does not claim.</p>\n<p><strong>If you are checking our work</strong>, §6.1 through §6.8 carry the evidence with every figure sourced and marked <strong>(measured)</strong> or <strong>(modeled)</strong>, and §6.7 lists what the evidence does <em>not</em> support. A separate Corrections Register documents claims in this field that are wrong or contested, including several we made ourselves.</p>\n<p>Nothing here is a construction drawing. Everything here requires field verification.</p>\n<hr />\n<h2>§1 · What happens to rain on this land right now</h2>\n<p>When rain falls on sloped ground, most of it does not soak in. It sheets downhill, gathers into rivulets, then into channels, and leaves the property within hours. Whatever it picks up along the way — soil, fertilizer, road salt, manure — leaves with it.</p>\n<p>That water is not gone from the world. It is gone from <em>here</em>. It arrives in the nearest brook, then the nearest river, then the ocean, having spent almost no time in the ground beneath your feet.</p>\n<p>Two costs follow from this, and they arrive in opposite seasons.</p>\n<p><strong>In spring and after storms, there is too much water at once.</strong> Runoff that moves fast erodes what it crosses. It cuts gullies, undermines banks, and delivers a flood pulse downstream in a few hours instead of a few days.</p>\n<p><strong>In late summer, there is too little.</strong> A stream between rainstorms is not fed by rain. It is fed by groundwater slowly seeping into the channel from the surrounding land — a flow called <em>baseflow</em>. Land that sheds its rain quickly has little stored to give back. The well runs low, the brook runs thin, and the pasture browns first.</p>\n<p>Both problems have the same cause: the water moved too fast to be kept.</p>\n<p><strong>These are not two problems. They are one problem, arriving in two seasons.</strong></p>\n<p>Vermont saw both inside two years. July 2023 was the wettest summer on record, with catastrophic flooding. August 2025 was the driest August since 1895 — record-low streamflow and groundwater, more than four hundred families reporting dry wells in a single season, four times what the state had recorded in the previous nine years combined. Well drillers stopped taking new customers until spring.</p>\n<p>Two summers apart, in the same hills.</p>\n<hr />\n","<h2>§2 · What a bioswale is</h2>\n<p>A bioswale is a shallow, planted trench dug <em>along the contour</em> of a slope — level from end to end, so water cannot run along it. Soil excavated from the trench is mounded on the downhill side to form a low berm.</p>\n<p>That is the whole structure. No concrete, no pipe, no pump, no moving parts.</p>\n<p>Water running downhill meets the trench and stops. Held there, it does the one thing runoff never does: it waits. And while it waits, it soaks downward through the soil.</p>\n<p>The three words on this report describe the sequence:</p>\n<p><strong>Slow it.</strong> The trench interrupts downhill flow and drops the water's speed to zero. Speed is what causes erosion; removing it removes the damage.</p>\n<p><strong>Sink it.</strong> Standing water infiltrates. It passes down through soil and rock and joins the groundwater below — the saturated zone that feeds wells and springs.</p>\n<p><strong>Spread it.</strong> Because the trench is level, water spreads sideways along its full length instead of concentrating at one point. A hundred feet of swale infiltrates across a hundred feet of ground.</p>\n<p>This is old technology. Contour water-harvesting earthworks appear independently in Andean, South Asian, North African, and Southwestern Indigenous agriculture, in some cases for thousands of years. Earthline did not invent this method. It locates where the method applies.</p>\n<hr />\n","<h2>§3 · Where the water goes after it sinks</h2>\n<p>This is the part that is easy to miss, and it is the reason this report exists.</p>\n<p>Water that infiltrates does not stay under the swale. It moves — slowly, underground, downhill — along paths that can run for hundreds of meters or many kilometres, and it eventually re-emerges. It surfaces in springs, in wetlands, and in stream channels, where it becomes the baseflow that keeps water moving in dry weather.</p>\n<p>The transit is slow by design. Groundwater on longer, deeper paths spends more time in the subsurface than groundwater on short shallow ones. That delay is the entire benefit: rain that would have left in six hours instead leaves over weeks or months, arriving when the landscape needs it rather than when it can least use it.</p>\n<p>The distances involved are real and measured. On Mount Shasta in California, isotope and dissolved-gas tracing showed snowmelt infiltrating at 2,000–2,900 m elevation and discharging from springs more than 1,600 m lower, with residence times ranging from under two years at high-elevation springs to over sixty years at lower-elevation wells. Water recharged high on a landscape demonstrably supplies water low on it.</p>\n<p>In a monitored Colorado headwater catchment, modelling showed groundwater reaching the stream along long, deep flowpaths sourced from the upper catchment and its hillslopes, and accounted for roughly 16–34% of the stream's baseflow.</p>\n<hr />\n<h2>§4 · Why position on the slope matters</h2>\n<p>Water intercepted near the bottom of a slope has almost no landscape left to travel through. It infiltrates and re-emerges a short distance later.</p>\n<p>Water intercepted higher up enters a longer flow path. It travels farther underground, stays stored longer, and re-emerges further down the system — supporting soil moisture, springs, wells, and stream baseflow across everything between the recharge point and the discharge point.</p>\n<p>This is why Earthline ranks corridors rather than simply counting them. Two swales of identical size do not deliver identical benefit; where they sit on the slope changes how much landscape their water passes through before it returns to the surface.</p>\n<p>The U.S. Environmental Protection Agency's assessment of headwaters makes the same point at watershed scale: headwater and seasonal streams absorb substantial rainwater, runoff, and snowmelt before flooding, and their storage capacity protects downstream communities both by moderating high flows and by maintaining flow during dry weather.</p>\n<hr />\n","<h2>§5 · This landscape used to do this by itself</h2>\n<p>Before European settlement, the streams of the northeastern United States were dammed continuously — not by people, but by beavers, in numbers difficult to imagine now. Estimates of the pre-colonial North American population range from 60 to 400 million animals, against roughly 10–15 million today; the decline is put at 80–98% of historical numbers.</p>\n<p>Their dams did precisely what a bioswale does, in the channels rather than on the hillsides: slow the water, spread it across the valley floor, and hold it long enough to soak in.</p>\n<p>The fur trade removed them. In the Northeast, harvest rates of 2,000–10,000 animals per year led to regional expatriation by the early 1700s. When the beavers went, the dams failed. One reconstruction estimates the resulting loss of pond storage between 1600 and 1840 at approximately <strong>17 million cubic metres of water and sediment</strong> — considerably more than the storage gained from all the mill dams built across the same period — and concludes that beaver eradication was a major driver of colonial-era hydrologic change.</p>\n<p>What followed is visible in the landscape today: dam failure led to stream incision, water tables dropping, and wet beaver meadows converting to drier riparian corridors.</p>\n<p>This matters for how the recommendations in this report should be read. <strong>A bioswale is not an addition to a natural system. It is a partial replacement for retention that was industrially removed from this watershed roughly four centuries ago and never restored.</strong> The comparison is not intervention versus untouched nature. It is intervention versus a landscape already stripped of most of its capacity to hold water.</p>\n<p>Beavers held the channels. Deep forest soils and their organic layers held the hillslopes. Trapping removed the first; clearing, grazing, and compaction degraded the second. Bioswales address the hillslope half — and they rebuild it, because a swale re-waters ground where native trees and vegetation can be planted back, that vegetation drops organic material that becomes mulch and then new soil, and roots and berm together retain the soil that would otherwise be washed downstream.</p>\n<hr />\n","<h2>§6 · What else a swale does</h2>\n<p>Groundwater recharge is why Earthline ranks a corridor. It is not the only thing the corridor does.</p>\n<p>Everything below is field or watershed data with the source named. Figures are marked <strong>(measured)</strong> or <strong>(modeled)</strong>. Where the evidence is weak or contested, that is stated rather than omitted.</p>\n<hr />\n<h3>6.0 · The short list</h3>\n<p>What a well-sited swale does, in one line each. Every item is expanded below with its evidence.</p>\n<p><strong>Water arriving too fast</strong></p>\n<ul>\n<li><strong>Cuts the flood peak.</strong> Retention structures reduced peak flows by up to 74% in monitored field studies — the water still arrives, just later and lower.</li>\n<li><strong>Blunts flash flooding specifically.</strong> Flash floods are a rate problem, not a volume problem. A swale converts a fast surface pulse into slow subsurface travel, which is the exact intervention.</li>\n<li><strong>Lowers peak stage in the creek below.</strong> Less water arriving at once means a lower crest, less bank scour, and less channel deepening.</li>\n<li><strong>Attenuates where nothing else can.</strong> On steep rivers, gravity dominates flood-wave propagation and floodplain storage barely helps. In mountain terrain the only place to slow water is <em>upslope, before it reaches the channel.</em></li>\n<li><strong>Partly compensates for floodplains we've disconnected.</strong> Over 182,000 km of artificial levees exist in the lower 48, and blocking floodplain access raises velocity, flow, and stage both at the levee and downstream. Hillslope retention adds back storage the valley no longer has.</li>\n</ul>\n<p><strong>Water leaving too fast</strong></p>\n<ul>\n<li><strong>Recharges groundwater</strong> — the wells, springs, and dry-season stream flow that a landscape lives on.</li>\n<li><strong>Extends baseflow into late summer</strong> by converting a six-hour runoff event into weeks or months of slow subsurface release.</li>\n<li><strong>Works through frozen ground.</strong> In cold climates, 45–100% of depression-focused recharge occurred while the soil was still partly frozen.</li>\n<li><strong>Captures snowmelt that would otherwise run off.</strong> Ground with intact root structure sheds roughly <em>half</em> as much snowmelt as compacted ground.</li>\n</ul>\n<p><strong>The land itself</strong></p>\n<ul>\n<li><strong>Keeps soil on the slope.</strong> Measured soil-loss reductions of up to 96% on contour earthworks.</li>\n<li><strong>Builds new soil.</strong> Re-watered ground supports planting; planting drops organic material; organic material becomes mulch and then soil. The structure improves every year instead of degrading.</li>\n<li><strong>Reforests.</strong> A swale makes tree establishment viable on ground too dry or too eroded to support it — and the trees then do the hydrological work.</li>\n<li><strong>Installs permanent underground plumbing.</strong> Tree roots build macropores that persist after the root decays. Conductivity under trees has measured 2 to 140 times that of adjacent pasture.</li>\n<li><strong>Corrects the soil while it works.</strong> Nitrogen-fixing and deep-rooted species chosen for the site address the deficiency that made it degraded in the first place.</li>\n</ul>\n<p><strong>Water quality</strong></p>\n<ul>\n<li><strong>Cleaner water reaches the aquifer when it enters high on a slope</strong> — a smaller contributing area means fewer contaminant sources upstream, and a thicker unsaturated zone means more filtration on the way down.</li>\n<li><strong>Traps sediment and particle-bound pollutants</strong>, including phosphorus — 65–71% suspended solids removal measured in grassed swales.</li>\n<li><strong>Reduces what leaves the property.</strong> Load reduction exceeds concentration reduction: most of the water-quality benefit comes from keeping the water at all.</li>\n</ul>\n<p><strong>And one thing it does not do</strong></p>\n<ul>\n<li><strong>It is not flood protection for a design storm.</strong> Benefit falls sharply as storms grow. Say this out loud before someone else does.</li>\n</ul>\n<hr />\n","<h3>6.1 · A swale is an interruption, not a filter</h3>\n<p>This distinction matters more than it sounds.</p>\n<p>An engineered urban bioretention cell is a <strong>treatment device</strong>. Water passes through manufactured media, the media clogs, and performance decays with age.</p>\n<p>A contour swale planted with trees is not a device. It interrupts water's journey across the surface and then <strong>builds permanent vertical plumbing beneath itself</strong>. The trench is not the structure. The trench is the seed; the structure is the soil it grows.</p>\n<p>Root channels are the mechanism.</p>\n<ul>\n<li><strong>Saturated hydraulic conductivity 3 m from individual oak trunks measured 2.3× (median) and 3.4× (mean) that of surrounding grassland.</strong> A review of twelve further studies found the ratio of A-horizon conductivity under trees versus adjacent pasture ranging from <strong>2 to 140</strong>. <em>(measured — Chandler and Chappell, 2008)</em></li>\n<li><strong>Flow through root macropores can run several hundred times faster than flow through the soil matrix.</strong> <em>(Aubertin 1971; Buttle and House 1997, in Chandler and Chappell 2008)</em></li>\n<li><strong>Preferential flow carried 61–77% of total infiltration</strong> across a regional meta-analysis, running 1.87–4.88× faster than matrix flow. <strong>Root characteristics were the single dominant control</strong>, independently explaining 23.1% of the variance. <em>(measured — Loess Plateau meta-analysis)</em></li>\n<li><strong>Converting cropland to shrubland raised steady-state infiltration 135% and saturated conductivity 155%</strong>; conversion to forest raised them 76% and 91%. <em>(measured — same study region)</em></li>\n<li><strong>Suppress root growth for five years and macropores over 3 mm fall by 93.67%.</strong> <em>(measured — in-situ infiltration experiment)</em></li>\n</ul>\n<p><strong>Why trees rather than grass.</strong> Tree roots are dicot — they thicken with secondary growth, so their channels are wide and stable. Grass roots do not thicken, and their macropores collapse. Woody roots also leave a lining on the channel wall that <strong>holds the conduit open after the root itself decays</strong>. A tree builds infiltration capacity while it lives and bequeaths it when it dies.</p>\n<p>The consequence is measurable at the surface: infiltration-excess overland flow <strong>dominates in grassland</strong>, because a fine dense topsoil layer blocks water from reaching the macropores below, while forest soil moves water vertically and efficiently. <em>(measured — Alaoui, Vadose Zone Journal, 2011)</em></p>\n<p><strong>A grassed swale can still shed water. A treed swale increasingly cannot.</strong></p>\n<p>This makes a planted contour swale close to the only stormwater structure that <strong>improves with age</strong> rather than degrading.</p>\n<hr />\n","<h3>6.2 · Erosion, sediment, and soil retention</h3>\n<ul>\n<li><strong>Runoff reduced 80–92% and soil loss reduced 96%</strong> on loam and clay-loam hillslopes, from contour bunds paired with upslope trenches. <em>(measured — Wolka et al., Bokole-Karetha watershed, southwest Ethiopia)</em></li>\n<li><strong>Soil erosion reduced 50–74%</strong> across a meta-analysis of soil and stone bunds, terracing, and integrated measures. <em>(measured — Ethiopian meta-analysis)</em></li>\n<li><strong>Roughly 90% of trench storage capacity filled per effective rainfall event</strong> on 12% slopes — the same grade as this report's Vermont test site — with erosion control, sediment retention, improved soil moisture, and vegetation recovery all recorded as co-benefits. <em>(measured — contour trenches, Guerrero, Mexico, one year of monitoring)</em></li>\n<li><strong>Watershed sediment yield reduced 39.6% by contouring and 55–58% by bunds and terracing.</strong> <em>(modeled — SWAT, Nashe watershed, Blue Nile Basin)</em></li>\n<li><strong>The erosion benefit compounds.</strong> Erosion reduction per hectare of terracing after 10–20 years was <strong>9 to 33 times higher</strong> than in the first five years. <em>(modeled — SWAT, Wadi Rmel watershed, Tunisia, validated NSE 0.83)</em></li>\n</ul>\n<p>Soil retained on the slope is soil that does not become sediment in a stream, a pond, or a reservoir.</p>\n<hr />\n<h3>6.3 · Snowmelt — the Vermont case</h3>\n<p>In a cold climate, snowmelt is the dominant recharge event of the year. The surprising finding is that swales work while the ground is still frozen.</p>\n<ul>\n<li><strong>45–100% of depression-focused infiltration and recharge occurred while the ground was partially frozen</strong>, beginning before complete thaw. The mechanism is macropore networks letting meltwater bypass the frozen soil matrix. <em>(measured — multi-site frozen-soil study)</em></li>\n<li><strong>Infiltration is often the dominant flux over runoff during snowmelt</strong>, attributed to water entering air-filled macropores. <em>(measured — Canadian Prairies field observations)</em></li>\n<li><strong>Macropores retard the formation of the frozen layer</strong> — root-rich ground freezes less deeply than compacted ground beside it. <em>(measured — soil column freeze/thaw experiment)</em></li>\n<li><strong>Snowmelt runoff ratios averaged 21% at uncultivated grassland sites against 43% at cultivated sites.</strong> In a more humid climate closer to Vermont's, the split was <strong>52% versus 72%</strong>. The difference is explicitly attributed to macropore development and higher frozen-soil infiltrability. <strong>Ground with intact root structure sheds roughly half as much snowmelt.</strong></li>\n</ul>\n<p><strong>Design consequence.</strong> When macropores stay air-filled but frozen, rapid recharge occurs. Under high antecedent soil moisture, <strong>pore ice blocks the macropores and enhances runoff instead</strong> — and infiltrated water that refreezes inside a channel will not clear until the whole frozen layer disappears. A swale saturated going into freeze-up performs worse than one that drains. This argues for depth and drainage, not capture alone.</p>\n<p><strong>Climate direction.</strong> In snowmelt-dominated watersheds, 100-year peak daily streamflow is projected to rise <strong>10–30% by the 2080s</strong>, with peak timing shifting <strong>up to a month earlier</strong>. <em>(modeled — VIC, 20 Midwestern watersheds)</em> Earlier, sharper melt is precisely what distributed retention buffers.</p>\n<hr />\n","<h3>6.4 · Water quality — and why slope position decides it</h3>\n<p>Two independent mechanisms make the same volume of recharge cleaner when it enters high on a slope.</p>\n<p><strong>Contributing area.</strong> Water intercepted near the top of a slope has crossed less ground and had fewer opportunities to contact a road, a barnyard, a septic field, or a fertilized acre. Nitrogen available for leaching is directly related to impervious cover in the contributing watershed.</p>\n<p><strong>Vadose zone thickness.</strong> Upslope positions generally have a deeper unsaturated zone. More soil column means more attenuation before water reaches the water table. Suspended solids and particle-bound pollutants — most metals — are readily removed by filtration on the way down.</p>\n<p>Measured removal, where filtration applies:</p>\n<ul>\n<li><strong>Total suspended solids reduced 65–71% and zinc 30–60%</strong> in grassed swales along a highway median. <em>(measured — Stagge and Davis, 2006)</em></li>\n<li><strong>Load reduction exceeded concentration reduction</strong> in a 50-asset meta-analysis — meaning most water quality benefit comes from retaining water at all, not from filtering it. <em>(measured — global meta-analysis of field studies, 2025)</em></li>\n</ul>\n<p><strong>The hard limit, and it governs siting.</strong> Chloride has no known sinks in natural systems, and most salts are not attenuated during movement through soil — sodium and chloride collected in snowmelt travel through the vadose zone to groundwater with little attenuation. Chloride concentrations in runoff are <strong>highest in mid-to-late winter and early spring</strong>, from road de-icing, and often exceed both surface and groundwater standards. Nitrate behaves similarly: highly soluble, staying in solution after leaving the root zone until it reaches groundwater.</p>\n<p>Soil depth does not help with either.</p>\n<p><strong>A swale intercepting salted road runoff is not a recharge asset. It is an injection pathway to the aquifer.</strong></p>\n<p>This couples badly with §6.1 and §6.3: macropore flow in frozen soil <strong>facilitates preferential contaminant transport to aquifers</strong>, and the peak chloride window is the snowmelt window. Vermont's largest recharge opportunity and its highest contamination risk are the same event, moving through the same pathway.</p>\n<p><strong>The resulting rule is simple.</strong> Maximise root-driven infiltration where the contributing area is clean. Never site for infiltration where it is not. Speed and treatment trade against each other, and position on the slope decides which one is needed.</p>\n<hr />\n","<h3>6.5 · Soil generation and reforestation</h3>\n<p>A swale is the only water structure that manufactures its own growing medium.</p>\n<p><strong>The sequence compounds.</strong> Re-watered ground supports planting. Planting drops organic material. Organic material becomes mulch, then soil. Roots and berm together retain soil that would otherwise leave. Each year the structure holds more water than the year before.</p>\n<ul>\n<li><strong>Vegetation recovery is a recorded outcome, not a hope.</strong> The Guerrero contour-trench monitoring lists erosion control, sediment retention, improved soil moisture, and vegetation recovery among measured co-benefits. <em>(measured — 12% slopes, one year)</em></li>\n<li><strong>Restoration changes the soil's hydraulics, not just its cover.</strong> Converting cropland to shrubland raised steady-state infiltration 135% and saturated conductivity 155%; to forest, 76% and 91%. <em>(measured)</em></li>\n<li><strong>Trees do the work once established.</strong> Root macropores persist after the root decays because woody roots leave a lining that holds the channel open. The tree builds capacity while alive and bequeaths it when it dies.</li>\n<li><strong>Species choice can correct the deficiency.</strong> Nitrogen-fixing and deep-rooted species selected for the site address what made the ground degraded — a design decision, not an automatic outcome, and one that belongs to the practitioner rather than the model.</li>\n</ul>\n<p><strong>On soil carbon — a caution.</strong> The widely repeated claim that 1% more organic matter holds 20,000 more gallons per acre is not supported by the primary synthesis. Build this argument on <strong>structure and conduits</strong>, which are well established. See §6.6.</p>\n<hr />\n<h3>6.6 · Downstream — rivers, channels, and the floodplains we removed</h3>\n<p>This is the argument most often missing, and it is the one that matters to a town.</p>\n<p><strong>Peak stage is what floods a village.</strong> Not total volume — the crest. Water that arrives over three days instead of six hours produces a lower crest, and a lower crest means less bank scour, less channel incision, and less property under water.</p>\n<p><strong>We have made this worse, deliberately and at scale.</strong></p>\n<ul>\n<li>Over <strong>182,000 km of undocumented artificial levees</strong> exist in the contiguous United States, and more than <strong>30% of the 100-year floodplain is now cultivated or developed land.</strong></li>\n<li><strong>Blocking floodplain access raises peak velocity, flow, and stage</strong> on the channel side of levees <em>and</em> downstream. Levees shift flooding rather than removing it — raising stage upstream and pushing conveyance downstream, which drives higher channel velocities, bed coarsening, and <strong>incision</strong>.</li>\n<li>The result is a deeper, faster, more erosive channel with nowhere to spread. <strong>US flood losses were far higher in the second half of the twentieth century than the first, despite billions spent on flood defences.</strong></li>\n<li>Floodplains are not afforded the same legal protection as river channels.</li>\n</ul>\n<p><strong>Reconnecting floodplains works — where the river is flat enough.</strong> A levee setback on the Missouri River is estimated to reduce 100-year flood stages by 0.1–0.5 m. <em>(modeled)</em></p>\n<p><strong>And here is the finding that matters in mountain country.</strong> Flood attenuation on a floodplain depends strongly on slope, and it is often the single most important variable. <strong>On steeper rivers, gravity dominates flood-wave propagation and floodplain attenuation is minimal.</strong></p>\n<p>In steep terrain — Vermont, the Green Mountains, most of the places where flash flooding kills people — <strong>the valley cannot attenuate the flood. The only place left to slow the water is upslope, before it ever reaches the channel.</strong></p>\n<p>That is precisely where a contour swale sits.</p>\n<p>A swale is not a substitute for floodplain restoration. It is the intervention available where floodplain restoration cannot work, distributed across the hillsides that feed the channel.</p>\n<hr />\n","<h3>6.7 · What the evidence does <em>not</em> support</h3>\n<p>Included because a reviewer will look for it, and because a claim that survives its own limits is worth more than one that avoids them.</p>\n<ul>\n<li><strong>Nutrient removal is not established.</strong> The International Stormwater BMP Database found that across green infrastructure types, only suspended solids, metals, and faecal indicator bacteria showed statistically significant concentration reductions. <strong>For nutrients, outflow concentration was no different from inflow.</strong> <em>(Clary et al., 2020)</em></li>\n<li><strong>Performance falls as storms get larger.</strong> Across 43 field experiments, outflow-control benefit dropped from 32 percentage points at a 2-year return period to 1–4 points at 50-year. A climate change factor reduced runoff volume and peak flow attenuation by 39% and 28%. <strong>A swale is not flood protection for a design storm.</strong> <em>(measured — Journal of Hydrology, 2024)</em></li>\n<li><strong>Road salt degrades metal removal</strong>, most pronounced for copper and lead. <em>(measured — Blecken et al., Water Research)</em></li>\n<li><strong>Retention capacity declines as structures fill with sediment</strong>, unless maintained.</li>\n<li><strong>&quot;1% organic matter holds 20,000 gallons per acre&quot; is not supported.</strong> A synthesis of 60 studies and over 50,000 measurements found a 1% increase in soil organic carbon raises available water capacity by roughly 1.16% volumetrically — about <strong>3,400 gallons per acre</strong>, not 20,000 — and concluded that arguments for sequestering carbon to increase water storage are questionable. <em>(Minasny and McBratney, 2017)</em> Earthline does not use this figure. The soil argument here rests on <strong>structure and conduits</strong>, which are well established, not on gallons held per acre, which are not.</li>\n</ul>\n<hr />\n<h3>6.8 · The engineered cousin, for scale</h3>\n<p>These figures come from urban bioretention cells with filter media, underdrains, and defined inlets. A contour swale is simpler and unlined. Read them as the upper bound of what the mechanism can achieve, not as a prediction for this property.</p>\n<ul>\n<li><strong>Runoff volume reduced 63% (SD 26%) and peak flows reduced 74% (SD 29%)</strong> across 50 monitored assets. <em>(measured — global meta-analysis, 2025)</em></li>\n<li><strong>Runoff reduced 36–59% even over tight clay soils</strong> with low permeability. <em>(measured — northeast Ohio, Science of the Total Environment)</em></li>\n</ul>\n<hr />\n","<h2>§7 · What this report does and does not claim</h2>\n<p>Earthline is a <strong>screening tool</strong>. Every result in this report is labelled <strong>(MODELED)</strong> because it is produced from terrain, soil, and flow modelling — not from measurements taken on your ground.</p>\n<p><strong>What the model does.</strong> It reads elevation data to find where water concentrates and where slope, soil, and drainage make infiltration likely. It ranks candidate corridors. It excludes locations near roads, structures, and existing watercourses.</p>\n<p><strong>What the model does not do.</strong> It has not dug a test pit on your property. It has not measured your infiltration rate, found your bedrock depth, or located your septic field, buried utilities, or seasonal high water table. Those require site investigation, and in most jurisdictions the earthworks proposed here require permits and professional design before construction.</p>\n<p><strong>Honest limits on the benefit.</strong> Total water yield leaving a watershed may fall slightly when retention increases, because stored water is also available to plants and to evaporation. What improves is <em>timing</em>: lower flood peaks, higher dry-season flows, and less sediment leaving the land. A watershed study in Ethiopia's Lake Tana basin found exactly this pattern — water harvesting reduced peak flows, increased low flows, and substantially reduced sediment yield leaving the watershed.</p>\n<p><strong>Density has a limit.</strong> Retention structures are not infinitely additive. A study of multiple check dams in Rajasthan documented that structures built upstream reduced the recharge effectiveness of structures downstream — the first evidence of cumulative interference at catchment scale. The corridors ranked in this report are ranked partly for this reason: more is not automatically better.</p>\n<p><strong>No-intervention is a valid result.</strong> If the modelling finds that this land does not warrant swales, the report says so. That is an output, not a failure.</p>\n<hr />\n<h2>§8 · What to do with this report</h2>\n<ol>\n<li><strong>Read the ranked corridors as candidates, not construction drawings.</strong> They indicate where to investigate first.</li>\n<li><strong>Ground-truth the top-ranked corridor before anything else.</strong> Walk it. Dig a test pit. Watch it during a real storm.</li>\n<li><strong>Confirm what the model cannot see</strong> — septic, wells, buried utilities, easements, and seasonal wet spots.</li>\n<li><strong>Check local permitting</strong> before moving soil. Requirements vary by state, town, and proximity to wetlands or watercourses.</li>\n<li><strong>Build one and watch it</strong> through a full wet season before building the rest.</li>\n</ol>\n<hr />\n","<h2>§9 · Why this report tells you what it cannot do</h2>\n<p>Most material about bioswales is advocacy. Ours has a section listing what the evidence does not support, and we maintain a separate register of claims in this field that are wrong — including several we made ourselves before checking.</p>\n<p>That is deliberate, and it is not modesty.</p>\n<p>A screening report is only useful if someone can check it. A number without a source cannot be checked. A benefit without a limit cannot be trusted. If you hand this document to a hydrogeologist, an engineer, or a water board, the first thing they will look for is the overclaim — and if they find one, nothing else in the report survives it.</p>\n<p>So we state the limits first, in our own words, with citations. Three examples of what that means in practice:</p>\n<ul>\n<li>We do not use the widely repeated figure that 1% more soil organic matter holds 20,000 additional gallons per acre. A synthesis of 60 studies puts it near 3,400, and concludes the effect is negligible for water storage purposes.</li>\n<li>We do not claim nutrient removal. The primary US stormwater monitoring database found nutrient outflow concentrations statistically indistinguishable from inflow.</li>\n<li>We do not present swales as flood protection. Their benefit falls sharply as storms grow — from 32 percentage points at a two-year event to 1–4 points at fifty-year.</li>\n</ul>\n<p>None of that weakens the case for a well-sited swale. It defines it.</p>\n<p><strong>The most important consequence:</strong> if the analysis finds that this land does not warrant bioswales, this report will say so. That is a result, not a failure. A tool that recommends intervention everywhere is not a tool — it is a sales instrument.</p>\n<hr />\n","<h2>Sources</h2><div class=\"el12-source-list\">\n<p>Alaoui, A., 2011. <em>Preferential Flow Effects on Infiltration and Runoff in Grassland and Forest Soils.</em> Vadose Zone Journal.</p>\n<p>Alexander, R.B., et al. <em>The Role of Headwater Streams in Downstream Water Quality.</em> Journal of the American Water Resources Association.</p>\n<p>Blecken, G-T., et al. <em>The influence of temperature and salt on metal and sediment removal in stormwater biofilters.</em> Water Research. PMID 24901625.</p>\n<p>Chandler, K.R. and Chappell, N.A., 2008. — saturated hydraulic conductivity under individual oak trees versus adjacent grassland; review of 12 further studies.</p>\n<p>Clary, J., et al., 2020. <em>International Stormwater BMP Database: Pollutant category statistical summary report.</em></p>\n<p>Dile, Y.T., Karlberg, L., Daggupati, P., Srinivasan, R., Wiberg, D., Rockström, J. <em>Assessing the implications of water harvesting intensification on upstream–downstream ecosystem services: A case study in the Lake Tana basin.</em> Science of the Total Environment.</p>\n<p>Dillon, P., et al. <em>Hydrologic and Cost–Benefit Analysis of Multiple Check Dams in Catchments of Ephemeral Streams, Rajasthan, India.</em> Water 14(15):2378, 2022.</p>\n<p><em>Contour-Based Trenches as a Nature-Based Solution for Soil Restoration and Potential Managed Aquifer Recharge in Guerrero, Mexico.</em> Resources 15(6):74, 2026.</p>\n<p><em>Effects of preferential flow on snowmelt partitioning and groundwater recharge in frozen soils.</em> Hydrology and Earth System Sciences 23:5017, 2019.</p>\n<p><em>Effects of vegetation restoration on soil infiltrability and preferential flow in hilly gully areas of the Loess Plateau, China.</em> Catena, 2022.</p>\n<p>Federman, C., et al., 2023. <em>Impact of floodplain and Stage 0 stream restoration on flood attenuation and floodplain exchange during small frequent storms.</em> JAWRA.</p>\n<p>Hyman-Rabeler, K., et al., 2023. <em>Drivers of Variation in Winter and Spring Groundwater Recharge: Impacts of Midwinter Melt Events and Subsequent Freezeback.</em> Water Resources Research.</p>\n<p><em>Long-Term Impact of Soil and Water Conservation Measures on Soil Erosion in a Tunisian Semi-Arid Watershed.</em> Land 12(8):1537, 2023.</p>\n<p>Knox, R.L., Wohl, E.E., Morrison, R.R., 2022. <em>Levees don't protect, they disconnect: A critical review of how artificial levees impact floodplain functions.</em> Science of the Total Environment. — 182,000+ km of artificial levees in the contiguous US; 30%+ of the 100-year floodplain cultivated or developed.</p>\n<p>Lammers, R.W., et al., 2024. <em>Modeling the effects of levee setbacks on flood hydraulics.</em> Journal of Flood Risk Management. — Missouri River setback, 0.1–0.5 m stage reduction; slope as the dominant attenuation variable.</p>\n<p>Minasny, B. and McBratney, A.B., 2017. <em>Limited effect of organic matter on soil available water capacity.</em> European Journal of Soil Science. — 60 studies, &gt;50,000 measurements.</p>\n<p>Minnesota Pollution Control Agency. <em>Pollutant fate and transport in stormwater infiltration systems.</em> Minnesota Stormwater Manual.</p>\n<p>Mohammed, A.A., et al., 2018. <em>Snowmelt Infiltration and Macropore Flow in Frozen Soils: Overview, Knowledge Gaps, and a Conceptual Framework.</em> Vadose Zone Journal.</p>\n<p>Peters, S.C., et al. <em>Colonial Era Impoundment of the Northeastern United States: Beaver Trapping and Low-head Dam Construction.</em> American Geophysical Union Fall Meeting, 2008.</p>\n<p>Tull, N., et al., 2025. <em>Flood Wave Attenuation as a Function of Floodplain Storage, Secondary Channel Conveyance, and Discharge.</em> Water Resources Research.</p>\n<p><em>Retrofit of grass swales with outflow controls for enhancing drainage capacity.</em> Journal of Hydrology, 2024.</p>\n<p>Salberg, L., Anderson, S., Ge, S. <em>The Role of Groundwater Flow in a Montane, Semi-Arid, Headwater Catchment.</em> 2022.</p>\n<p>Scamardo, J.E., et al. <em>Estimating widespread beaver dam loss: Habitat decline and surface storage loss at a regional scale.</em> Ecosphere, 2022.</p>\n<p><em>Sediment yield estimation and evaluating the best management practices in Nashe watershed, Blue Nile Basin, Ethiopia.</em> PMC10209247.</p>\n<p><em>Soil physicochemical properties and roots promoted preferential flow development after vegetation restoration.</em> Journal of Hydrology, 2025.</p>\n<p>Stagge, J. and Davis, A., 2006. — grassed swales, highway median. Via Clemson Cooperative Extension, <em>An Introduction to Bioswales.</em></p>\n<p><em>The impact of root systems on soil macropore abundance and soil infiltration capacity.</em> Plant and Soil, 2025.</p>\n<p><em>Tracers Reveal Recharge Elevations, Groundwater Flow Paths and Travel Times on Mount Shasta, California.</em> Water 10(2):97, 2018.</p>\n<p><em>Urban stormwater bioretention reduces runoff and improves water quality: A global meta-analysis of field studies.</em> 2025. — 50 monitored assets.</p>\n<p>U.S. Environmental Protection Agency. <em>Streams: Headwater Streams.</em></p>\n<p>Winston, R.J., et al. <em>Quantifying volume reduction and peak flow mitigation for three bioretention cells in clay soils in northeast Ohio.</em> Science of the Total Environment. PMID 26906696.</p>\n<p>Wolka, K., et al. <em>Soil and water conservation management on hill slopes in Southwest Ethiopia. I. Effects of soil bunds on surface runoff, erosion and loss of nutrients.</em> Science of the Total Environment, 2020.</p>\n<p><strong>Not used, and why.</strong> Three sources surfaced in research were excluded: a literature review in a low-tier journal (origin of the widely-repeated &quot;50–85% metals / 30–60% nitrogen&quot; figures), a consultancy blog post, and the &quot;20,000 gallons per acre per 1% organic matter&quot; claim, which the primary synthesis contradicts. Where those figures matter, cite the primary studies directly.</p>\n</div>"];
  const EARTHLINE_CORRECTIONS_REGISTRY_16513="<section class=\"el49-page el12-corrections\"><div class=\"el49-kicker\">Corrections Registry · Current Public Record</div><h2>What Earthline has corrected — and how corrections are governed</h2><p>Earthline treats correction as part of the method, not as an embarrassment to hide. Errors are recorded; corrections are versioned; earlier reports retain their original method identity; every change declares whether science, data, rendering or wording changed; and field outcomes may become documented evidence records as the validation network grows.</p><div class=\"el49-callout\"><b>Rule:</b> prior records are not silently rewritten. A correction belongs to a dated/versioned method or report release so a reviewer can tell exactly what changed.</div><h3>Current corrected or expressly rejected claims</h3><table class=\"el49-table el12-corrections-table\"><thead><tr><th>Claim / practice</th><th>Earthline correction</th></tr></thead><tbody><tr><td><b>“1% more organic matter holds 20,000 gallons per acre.”</b></td><td>Not used. The primary synthesis cited in this report puts the effect near 3,400 gallons per acre and concludes the water-storage effect is limited. Earthline bases the soil argument on structure, roots and macropores instead.</td></tr><tr><td><b>Bioswales remove nutrients reliably.</b></td><td>Not claimed. The primary stormwater monitoring database did not find nutrient outflow concentrations significantly different from inflow across green-infrastructure types.</td></tr><tr><td><b>A bioswale is flood protection for a design storm.</b></td><td>Not claimed. Attenuation benefit falls sharply as events become larger. Earthline presents bioswales as distributed retention and timing infrastructure, not a substitute for engineered flood protection.</td></tr><tr><td><b>Salted road runoff should be infiltrated for recharge.</b></td><td>Rejected. Chloride and sodium are poorly attenuated in soil; a swale receiving salted road runoff can become an injection pathway to groundwater. This is why roads and contaminated contributing areas are exclusion concerns.</td></tr><tr><td><b>Urban bioretention performance is a prediction for a contour swale.</b></td><td>Rejected. Engineered bioretention figures are shown only as mechanism/scale context and an upper bound, not as a property-level prediction.</td></tr><tr><td><b>Comparable projects validate Earthline's placement engine.</b></td><td>Rejected. Comparable projects establish mechanism precedent. Validation requires independent/field comparison of Earthline's actual locations, exclusions and outcomes.</td></tr></tbody></table><p class=\"el49-source\">Corrections governance: Earthline Screening Method v1.0 §15.5 and §16. Claim entries: How Bioswales Work v2.0 §§6.4, 6.7, 6.8 and §9.</p></section>";
  function howBioswalesReportPages16388(data){return HOW_BIOSWALES_REPORT_16388.map((body,i)=>`<section class="el49-page el88-how"><div class="el49-kicker">How Bioswales Work · ${i+1} of ${HOW_BIOSWALES_REPORT_16388.length}</div>${body}${footer(data,'HBW-'+(i+1))}</section>`).join('')}
  function reportData(){const d=JSON.parse(JSON.stringify(snapshot()||{})),v=JSON.parse(JSON.stringify(visual()||{})),sum=gradeSummary(),token=String(d.runToken||'unverified'),date=new Date(d.completedAt||Date.now()),reportId='EL-'+date.toISOString().slice(0,10).replace(/-/g,'')+'-'+token.slice(-8).toUpperCase(),query=d.query||d.normalizedQuery||'Vermont',tier=d.extentClass||d.tier||'Regional screening',signature=String(d.boundsHash||token).slice(0,16),generatedAt=new Date().toISOString(),reportInstanceId=reportId+'-G'+generatedAt.replace(/[-:.TZ]/g,'').slice(0,14)+'-'+String(++reportInstanceCounter16388).padStart(3,'0'),exclusionEvidence=(String(d.tier||d.mode||'').toLowerCase()==='property'&&typeof window.earthlineGetExclusionEvidence16516==='function')?window.earthlineGetExclusionEvidence16516():null;return Object.freeze({d,v,sum,reportId,reportInstanceId,query,tier,signature,issued:date.toLocaleDateString(),generatedAt,exclusionEvidence})}
  function buildReport(data){const {d,sum}=data,decision=sum.total?`${sum.total} regional opportunity corridor${sum.total===1?'':'s'} warrant prioritization for a smaller-area Focus or Property review. No corridor in this report is a construction instruction; every result shown here was generated by the Earthline search engine from the frozen published run.`:'No qualifying regional opportunity corridors were published at this screening scale. The null result must be retained rather than backfilled with weaker candidates.',next=sum.total?'Select a smaller project area around a high-priority corridor, obtain bare-earth terrain and local exclusion data, and complete field infiltration and overflow review.':'Review terrain/source coverage and consider other intervention types or a smaller analysis extent; do not reuse corridors from another run.';return `<div class="el49-report">
<section class="el49-page el49-cover"><div class="el91-report-top"><div class="el91-report-logo">${reportLogo16391()}</div><div class="el90-cover-issued">${esc(data.issued)}</div></div><div class="el49-kicker el90-cover-kicker">${esc(data.tier)}</div><h1>Bioswale <span class="el53-blue">Impact Report</span></h1><div class="el49-location">${esc(data.query)}</div><p class="el49-purpose">A professional decision-support screening report identifying where landscape-based water infrastructure may warrant closer investigation. Findings, interpretation, data gaps, reliance limits and next actions are kept separate.</p>${(typeof window.earthlineExclusionEvidenceReportHtml16516==='function'&&data.exclusionEvidence)?window.earthlineExclusionEvidenceReportHtml16516(data.exclusionEvidence):''}<div class="el49-cover-map">${mapSvg(d,true)}</div><div class="el91-cover-below"><div class="el49-cover-meta"><div><span>REPORT ID</span><strong>${esc(data.reportId)}</strong></div><div><span>METHOD</span><strong>${esc(METHOD)}</strong></div><div><span>RUN SIGNATURE</span><strong>${esc(data.signature)}</strong></div><div><span>ISSUED</span><strong>${esc(data.issued)}</strong></div></div>${coverStamp16388(data)}</div>${footer(data,'Cover')}</section>
<section class="el49-page"><div class="el49-kicker">01 · Executive Decision</div><h2>What this report supports</h2><div class="el49-decision">${esc(decision)}</div><div class="el49-plain"><b>In plain English:</b> Earthline screens terrain for places where slowing, spreading and infiltrating rainfall may deserve closer investigation. It does not authorize construction and does not promise recharge, flood, erosion, carbon or habitat performance.</div><div class="el49-metrics">${metric('Analytical tier',data.tier,'Precision is limited by tier')}${metric('Published opportunities',sum.total,'Within-grade map IDs')}${metric('Rendered geometry',num(sum.km,2)+' km','Not an earthworks quantity')}${metric('Mapped aquifer context',d.aquifers?.features??0,'Regional context only')}</div><div class="el49-grid"><div class="el49-panel"><h3>Finding</h3><p>${sum.total?`${sum.total} corridors met the current regional screening publication threshold.`:'No corridor met the current regional screening publication threshold.'}</p><span class="el49-badge">MODELED FINDING</span></div><div class="el49-panel"><h3>Recommended action</h3><p>${esc(next)}</p><span class="el49-badge gap">PROFESSIONAL NEXT STEP</span></div></div><div class="el49-callout warn"><b>Decision boundary:</b> regional opportunity corridors are not exact swale locations. Property placement is withheld until terrain, soils, exclusions and field conditions support it.</div>${footer(data,'01')}</section>
<section class="el49-page"><div class="el49-kicker">02 · Analysis Area and Technical Map</div><h2>A figure that remains useful outside the interface</h2><figure class="el49-figure">${mapSvg(d,false)}<figcaption>Figure 1. Technical screening map generated by the Earthline search engine from the frozen published geometry for this run. Gray lines are modeled contours, blue lines are modeled surface-water paths and green/gold/orange lines are graded opportunity corridors. The figure does not rely on a camera screenshot or camera-scoped context raster.</figcaption></figure><div class="el49-grid"><div class="el49-panel"><h3>Authoritative extent</h3><p class="el49-id">${esc((d.bounds||[]).join(', ')||'Bounds not recorded')}</p><p>The analysis extent is governed by the run. The viewport follows it; panning or zooming does not redefine the science.</p></div><div class="el49-panel"><h3>Map interpretation</h3><p>Map IDs restart within grade: A1, A2… then B1, B2… Scores are intentionally removed from the regional map and appear in the corridor detail/report.</p></div></div>${footer(data,'02')}</section>
<section class="el49-page"><div class="el49-kicker">03 · Method and Conformance</div><h2>How the screening was produced</h2><div class="el49-callout"><b>Method statement.</b> Prepared under ${esc(METHOD)} for groundwater-recharge opportunity screening. This is a controlled screening method, not a licensed engineering design standard.</div><div style="margin:22px 0">${processDiagram()}</div><table class="el49-table"><thead><tr><th>Stage</th><th>What Earthline does</th><th>Publication boundary</th></tr></thead><tbody><tr><td>Extent</td><td>Resolves a governed regional or property analysis frame.</td><td>Viewport never defines the scientific extent.</td></tr><tr><td>Terrain</td><td>Builds elevation, contour, slope and flow-screening products.</td><td>DSM limitations are disclosed; DTM required for detailed placement in canopy or dense development.</td></tr><tr><td>Hydrology</td><td>Models surface-runoff pathways from the stated terrain source.</td><td>Modeled paths are not mapped rivers.</td></tr><tr><td>Opportunity</td><td>Ranks qualifying areas relative to the current run.</td><td>Grades are prioritization, not probability or construction readiness.</td></tr><tr><td>Evidence</td><td>Separates mapped findings, literature/context, missing inputs and next actions.</td><td>Missing data is named, never silently interpreted as absence.</td></tr></tbody></table><div class="el49-callout warn"><b>Terrain disclosure:</b> ${esc(d.terrain?.limitation||'Terrain limitation not recorded.')}</div>${footer(data,'03')}</section>
<section class="el49-page"><div class="el49-kicker">04 · Findings</div><h2>What the current run produced</h2><div class="el49-metrics">${metric('Contours',d.derived?.contours??'—','Modeled elevation lines')}${metric('Water paths',d.derived?.waterPaths??'—','Modeled, terrain-derived')}${metric('Direction arrows',d.derived?.directionArrows??'—','Display of modeled direction')}${metric('Opportunity corridors',sum.total,'Published under current threshold')}</div><div class="el49-grid"><div>${gradeChart(sum)}</div><div class="el49-panel"><h3>Hydrogeologic finding</h3><p>${esc(d.hydrogeologicContext?.statement||'No named hydrogeologic context was attached to this run.')}</p><p><b>Mapped geometry:</b> ${num(d.aquifers?.features??0)} feature(s). ${esc(d.aquifers?.boundaryClass||'Boundary class not recorded.')}</p><span class="el49-badge">REGIONAL CONTEXT</span></div></div><h3 style="margin-top:24px">Published corridor register</h3>${corridorTable(sum)}${footer(data,'04')}</section>
<section class="el49-page"><div class="el49-kicker">05 · Opinions and Interpretation</div><h2>Professional interpretation of the modeled findings</h2><div class="el49-grid"><div class="el49-panel"><h3>Relative priority</h3><p>A-grade corridors are the highest-priority opportunities within this run—not globally and not by construction feasibility. B and C corridors may remain valuable where ownership, access, soils, overflow design or ecological context make them more practical.</p></div><div class="el49-panel"><h3>Water-path relationship</h3><p>Opportunity corridors should be interpreted together with modeled flow concentration and mapped channels. Earthline seeks landform positions that intercept or disperse runoff without placing earthworks in primary waterways.</p></div><div class="el49-panel"><h3>Groundwater relationship</h3><p>Mapped aquifer or carbonate/karst context identifies hydrogeologic setting. It does not establish local depth to water, transmissivity, recharge rate, well yield or a parcel-scale aquifer boundary.</p></div><div class="el49-panel"><h3>Implementation judgment</h3><p>Scientific suitability is separate from funding and investment readiness. Land tenure, ownership, governance and implementation access do not erase the physical finding; they affect whether and how a project proceeds.</p></div></div><div class="el49-callout warn"><b>Opinion boundary:</b> no net recharge volume, flood-peak reduction, erosion reduction, carbon sequestration or biodiversity gain is quantified unless its required input chain is present and stated.</div>${footer(data,'05')}</section>
<section class="el49-page"><div class="el49-kicker">06 · Comparable Systems and Precedents</div><h2>Evidence for the mechanism—not validation of this map</h2><p>Earthline’s intervention logic is consistent with long-standing landscape systems that slow runoff, increase residence time, retain sediment and support vegetation. These cases demonstrate mechanisms. They do not validate the location, dimensions or performance of any corridor in this report.</p><div style="margin-top:20px">${precedents()}</div><div class="el49-callout"><b>Claim boundary.</b> Comparable systems justify investigating the mechanism. Only local observation, survey, soil testing, monitored implementation and blind validation can establish Earthline performance.</div>${footer(data,'06')}</section>
<section class="el49-page"><div class="el49-kicker">07 · Data Gaps and Their Significance</div><h2>What is missing—and whether it changes the decision</h2>${gapRows(d)}<div class="el49-callout warn"><b>Material consequence:</b> the missing inputs prevent construction placement and most quantitative impact claims. They do not erase the regional finding that certain landform positions deserve closer investigation.</div><h3 style="margin-top:24px">Source and evidence register</h3>${sourceRows(d)}${footer(data,'07')}</section>
<section class="el49-page"><div class="el49-kicker">08 · Conclusions and Recommended Next Step</div><h2>Move from regional screening to defensible project evidence</h2><div class="el49-decision">${esc(next)}</div><div class="el49-grid" style="margin-top:22px"><div class="el49-panel"><h3>1 · Select</h3><p>Choose a smaller project area around one or more priority corridors. Preserve the original regional run identity for traceability.</p></div><div class="el49-panel"><h3>2 · Verify terrain</h3><p>Use bare-earth LiDAR/DTM or survey-grade contours. Do not infer detailed grade from canopy-top or building-top elevation.</p></div><div class="el49-panel"><h3>3 · Verify water and exclusions</h3><p>Confirm mapped and field-observed channels, structures, roads, driveways, utilities and safe overflow.</p></div><div class="el49-panel"><h3>4 · Verify soils</h3><p>Complete infiltration testing and soil-profile review. Apply the 48-hour drawdown method to the verified corridor position.</p></div><div class="el49-panel"><h3>5 · Design ecology and maintenance</h3><p>Select locally appropriate vegetation, access, sediment forebays, inspection and long-term maintenance responsibilities.</p></div><div class="el49-panel"><h3>6 · Monitor</h3><p>Document as-built geometry and observe water levels, overflow, sediment, vegetation and maintenance after storms.</p></div></div>${footer(data,'08')}</section>
${howBioswalesReportPages16388(data)}
${EARTHLINE_CORRECTIONS_REGISTRY_16513}
<section class="el49-page"><div class="el49-kicker">09 · Limitations and Reliance</div><h2>Conditions of use</h2><ul><li>This report presents screening results generated by the Earthline search engine from remotely sensed terrain, mapped contextual data and rule-based hydrologic screening. It is not an engineering design, construction document, geotechnical investigation, survey, permit, environmental assessment, title opinion or physical site assessment.</li><li>Regional and Focus outputs are opportunity corridors or candidate reaches. Exact swale locations are prohibited above Property tier.</li><li>Terrain, hydrography, soils, rainfall, land cover, exclusions and aquifer evidence carry independent source versions and limitations.</li><li>Camera-scoped NOAA GRACE and WRI Aqueduct rasters are visual context only and are excluded from report findings.</li><li>Absence of mapped aquifer geometry is never interpreted as absence of groundwater.</li><li>Pre-DTM corridor-specific drawdown verdicts, storage, earthworks and recharge estimates remain provisional because corridor position and contributing area may change.</li><li>Qualified local professionals and field verification are required before implementation.</li></ul><div class="el49-callout"><b>Reliance.</b> Earthline search-engine results may support screening, prioritization and scoping of further work. It may not be relied upon for construction, regulatory compliance, financing-grade engineering quantities or performance guarantees.</div><h3 style="margin-top:24px">Machine provenance</h3><table class="el49-table"><tbody><tr><th>Build</th><td>${esc(BUILD)}</td></tr><tr><th>Run token</th><td class="el49-source">${esc(d.runToken||'not recorded')}</td></tr><tr><th>Bounds hash</th><td class="el49-source">${esc(d.boundsHash||'not recorded')}</td></tr><tr><th>Completed</th><td>${esc(d.completedAt||'not recorded')}</td></tr><tr><th>Report generated</th><td>${esc(new Date().toISOString())}</td></tr></tbody></table>${footer(data,'09')}</section>
<section class="el49-page"><div class="el49-kicker">Appendix A · Calculation and Corridor Register</div><h2>Traceable screening outputs</h2>${corridorTable(sum)}<div class="el49-callout warn"><b>Quantity boundary:</b> rendered line length is not trench length, excavation volume, storage volume or recharge. Those require verified geometry, section dimensions, contributing area, storm depth and infiltration inputs.</div>${footer(data,'A')}</section>
<section class="el49-page"><div class="el49-kicker">Appendix B · Source Manifest and Artifact Preservation</div><h2>What this release is required to preserve</h2>${sourceRows(d)}<h3 style="margin-top:24px">Preserved product artifacts</h3><ul><li>One authoritative Run Analysis control beside search; no floating map Run Analysis button.</li><li>Clickable A/B corridor labels and wide hit paths.</li><li>Within-grade map numbering with scores removed from the regional map.</li><li>Aquifer fill and boundary persistence while zooming; repeated map labels suppressed.</li><li>Full institutional report with Findings, Opinions, Data Gaps, Conclusions, Limitations and appendices.</li><li>Swales Explained precedents and claim boundaries.</li><li>Mapbox-owned cursor behavior and actual-camera scale bar.</li></ul>${footer(data,'B')}</section>
<section class="el49-page"><div class="el49-kicker">Appendix C · Search and Report Ledger</div><h2>Run identity retained with this report</h2><p>Earthline records a compact ledger entry for each published search and each generated or exported report. The standalone file uses browser local storage when available and an in-memory fallback otherwise. Each downloaded HTML report also embeds its matching machine-readable ledger record.</p><table class="el49-table"><tbody><tr><th>Report ID</th><td class="el49-source">${esc(data.reportId)}</td></tr><tr><th>Report instance</th><td class="el49-source">${esc(data.reportInstanceId)}</td></tr><tr><th>Current query</th><td>${esc(data.query)}</td></tr><tr><th>Analytical tier</th><td>${esc(data.tier)}</td></tr><tr><th>Run token</th><td class="el49-source">${esc(d.runToken||'not recorded')}</td></tr><tr><th>Bounds hash</th><td class="el49-source">${esc(d.boundsHash||'not recorded')}</td></tr><tr><th>Search generation</th><td>${esc(Number((typeof M!=='undefined'&&M.searchGen)||0))}</td></tr><tr><th>Report generated</th><td>${esc(data.generatedAt)}</td></tr><tr><th>Ledger sequence</th><td>${esc(data.ledgerSequence??'not recorded')}</td></tr><tr><th>Ledger fingerprint</th><td class="el49-source">${esc(data.ledgerFingerprint||'not recorded')}</td></tr></tbody></table>${footer(data,'C')}</section>
</div>`}
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    const m=map();if(!m)return false;
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      root.classList.contains('earthline-property-running-16233');
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    /* EARTHLINE 16374 — this late preservation policy used to force the broad live
       Regional aquifer fill visible every 1.5 s even after Property tier ownership
       had taken over. That directly competed with the Property renderer/handoff owner
       and could flash a 0.40-opacity orange Regional polygon behind the Property map.
       Preserve/cache Regional context, but never publish the live Regional layer while
       Property is running or displayed. Property uses its separate earthline-aquifers-*
       native context owner. */
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        try{if(m.getLayer?.(id))m.setLayoutProperty(id,'visibility','none')}catch(_){}
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      }
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      build:'EARTHLINE 16374',analysisTier:analysisTier||null,propertyActive,
      regionalLiveAquiferVisible:!propertyActive,
      cachedRegionalFeatures:Number(aquiferCache?.features?.length||0),
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  function metersBetween(a,b){const r=Math.PI/180,lat1=a.lat*r,lat2=b.lat*r,dlat=(b.lat-a.lat)*r,dlng=(b.lng-a.lng)*r,q=Math.sin(dlat/2)**2+Math.cos(lat1)*Math.cos(lat2)*Math.sin(dlng/2)**2;return 6371000*2*Math.atan2(Math.sqrt(q),Math.sqrt(Math.max(0,1-q)))}
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  /* 16152: one authoritative corridor interaction owner.
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     redraw from deleting the SVG target between pointerdown and click. */
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    const raw=el.dataset?.swaleIndex??el.getAttribute?.('data-swale-index');
    const index=Number(raw);
    const f=el.__earthlineFeature||(Number.isInteger(index)?swales()[index]:null);
    return f?{el,index:Number.isInteger(index)?index:0,f}:null;
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    try{e.stopPropagation()}catch(_){}
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    if(!target?.f||typeof window.earthlineOpenCorridorDetail16149!=='function')return false;
    document.getElementById('earthlineSwaleGpsTooltip16070')?.style?.removeProperty('display');
    const ok=window.earthlineOpenCorridorDetail16149(target.f,target.index);
    if(ok){lastCorridorOpen16152=performance.now();corridorOpenCount16152++;ledger('corridor_interaction_16152',{via,index:target.index,code:target.f?.properties?.display_code||null});}
    return !!ok;
  }
  function installCorridorInteraction16152(){
    if(window.__EARTHLINE_CORRIDOR_INTERACTION_16152_INSTALLED)return;
    window.__EARTHLINE_CORRIDOR_INTERACTION_16152_INSTALLED=true;
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      const t=corridorEventTarget16152(e);if(!t)return;
      corridorPointer16152={...t,pointerId:e.pointerId,x:e.clientX,y:e.clientY,at:performance.now()};
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      const p=corridorPointer16152;if(!p||p.pointerId!==e.pointerId)return;
      const moved=Math.hypot(e.clientX-p.x,e.clientY-p.y),elapsed=performance.now()-p.at;
      stopCorridorEvent16152(e);clearCorridorPress16152();
      if(moved<=18&&elapsed<=1600)openCorridor16152(p,'pointer');
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    document.addEventListener('click',e=>{
      const t=corridorEventTarget16152(e);if(!t)return;
      stopCorridorEvent16152(e);
      if(performance.now()-lastCorridorOpen16152>350)openCorridor16152(t,'click-fallback');
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      if(e.key!=='Enter'&&e.key!==' ')return;
      const t=corridorEventTarget16152(e);if(!t)return;
      stopCorridorEvent16152(e);openCorridor16152(t,'keyboard');
    },true);
  }
  window.earthlineInstallCorridorInteraction16152=installCorridorInteraction16152;
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<!-- EARTHLINE BUILD-CHECK-16157-VERMONT START
     Parent: EARTHLINE-VERMONT-16155-RUN-READINESS-REPAIR.html
     Scope: deterministic Regional → Corridor → Focus navigation, cached regional restore,
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  function updateBreadcrumb(){const b=breadcrumb(),show=!!regionalCache&&(!!selectedCorridor||tier()==='focus'||tier()==='property');b.classList.toggle('open',show);b.dataset.tier=tier()==='focus'||tier()==='property'?'focus':'corridor';const r=b.querySelector('.region'),c=b.querySelector('.current');if(r)r.textContent=regionLabel();if(c)c.textContent=currentLabel();return show}
  function resetTierNavigationForSearch16178(reason,runToken,query){
    clearCorridorTransientState('search-reset:'+String(reason||''),true);
    regionalCache=null;selectedCorridor=null;lastFocusAudit=null;historyTier='home';lastStage='none';document.documentElement.classList.remove('earthline-direct-property-handoff-16250');
    window.EARTHLINE_REGIONAL_CACHE_16157=null;window.EARTHLINE_FOCUS_RESULT_AUDIT_16157=null;window.EARTHLINE_FOCUS_RESULT_AUDIT_16158=null;
    const b=breadcrumb();b.classList.remove('open');b.dataset.tier='pending';
    const p=prompt();p.classList.remove('open');p.dataset.stage='none';
    const d=document.getElementById('earthlineCorridorDetail16149');if(d)d.classList.remove('open');
    window.EARTHLINE_TIER_RESET_AUDIT_16178={build:'EARTHLINE 16178',reason:String(reason||'new-search'),runToken:runToken||null,query:String(query||''),regionalCacheCleared:true,selectionCleared:true,breadcrumbClosed:true,at:new Date().toISOString()};
    return true;
  }
  function clearCorridorMotionOnly16162(reason){
    const tooltip=document.getElementById('earthlineSwaleGpsTooltip16070');
    const hadTooltip=!!(tooltip&&(tooltip.style.display==='block'||tooltip.textContent.trim()));
    if(tooltip){tooltip.style.display='none';tooltip.textContent='';tooltip.style.removeProperty('left');tooltip.style.removeProperty('top')}
    document.querySelectorAll('.earthline-swale-hit-16070.el52-pressed,.earthline-swale-label-16149.el52-pressed').forEach(el=>el.classList.remove('el52-pressed'));
    window.EARTHLINE_CORRIDOR_MOTION_AUDIT_16162={build:BUILD,reason:String(reason||'map-motion'),tooltipCleared:hadTooltip,detailStillOpen:!!document.getElementById('earthlineCorridorDetail16149')?.classList?.contains('open'),selectionPreserved:!!selectedCorridor,tier:tier()||'regional',zoom:Number(map()?.getZoom?.()||0),at:new Date().toISOString()};
    return hadTooltip
  }
  function opacityForZoom(z,start=10){const floor=Math.max(10,Number(start)||10);if(z<=floor)return 1;if(z>=floor+3)return 0;return Math.max(.28,1-((z-floor)/3)*.72)}
  function regionalVisibilityFloor16337(){
    const d=displayed(),pub=window.EARTHLINE_REGIONAL_PUBLICATION_VIEW_16337||null;
    const currentToken=String(d&&d.runToken||document.documentElement.dataset.earthlineActiveRun||'');
    return pub&&currentToken&&String(pub.runToken||'')===currentToken&&Number.isFinite(Number(pub.zoom))
      ?Math.max(10,Number(pub.zoom)):10;
  }
  function setLayerOpacity(id,property,value){const m=map();try{if(m?.getLayer?.(id))m.setPaintProperty(id,property,value)}catch(_){}}
  function applyHandoff(){
    const m=map();if(!m)return false;
    const z=Number(m.getZoom?.()||0),regional=isRegionalDisplayed(),p=prompt();
    let analysisFactor=1,contextFactor=1,stage='none';
    const propertyRunActive=document.documentElement.dataset.earthlinePropertyRunState==='running'||document.documentElement.classList.contains('earthline-property-running-16233');
    const currentTier=propertyRunActive?'property':(tier()||'regional');
    const visibilityFloor16337=regionalVisibilityFloor16337();
    const crossedIntoRegionalZoom=currentTier==='regional'&&Number.isFinite(lastObservedZoom16165)&&lastObservedZoom16165>10&&z<=10;
    if(crossedIntoRegionalZoom)clearCorridorTransientState('regional-zoom-threshold-crossing',true);
    lastObservedZoom16165=z;
    if(currentTier==='focus'){analysisFactor=1;contextFactor=0;stage='none'}
    else if(currentTier==='property'){analysisFactor=0;contextFactor=0;stage='none'}
    else if(regional&&!document.documentElement.classList.contains('earthline-direct-property-handoff-16250')&&!(window.EARTHLINE_PROPERTY_TARGET_16201&&window.EARTHLINE_PROPERTY_TARGET_16201.code)&&z>visibilityFloor16337){
      analysisFactor=opacityForZoom(z,visibilityFloor16337);
      contextFactor=analysisFactor;
      stage=z>=visibilityFloor16337+3?'required':'offer'
    }
    document.documentElement.dataset.earthlineAnalysisTier=currentTier;
    const svg=document.getElementById(REGIONAL_OVERLAY);
    if(svg){svg.style.opacity=String(analysisFactor);svg.dataset.analysisTier=currentTier;svg.style.pointerEvents='none'}
    setLayerOpacity(AQUIFER_FILL,'fill-opacity',.40*contextFactor);
    setLayerOpacity(AQUIFER_LINE,'line-opacity',.94*contextFactor);
    if(stage==='none'){p.classList.remove('open');p.dataset.stage='none'}
    else{
      p.classList.add('open');p.dataset.stage=stage;
      const body=p.querySelector('p');
      if(body)body.textContent=stage==='required'
        ?'The regional layers have reached their valid display limit. Declare the map-center location to run a fixed 3 km focus analysis.'
        :'Regional layers are fading as you zoom. Declare this location to create a reproducible, viewport-independent focus analysis.';
      const btn=p.querySelector('button');
      if(btn){btn.textContent=focusBusy?'ANALYZING FIXED LOCATION…':'ANALYZE THIS LOCATION';btn.disabled=focusBusy}
    }
    if(stage!==lastStage){
      lastStage=stage;
      window.EARTHLINE_FOCUS_HANDOFF_STATE_16160=window.EARTHLINE_FOCUS_HANDOFF_STATE_16159={
        build:BUILD,stage,zoom:z,tier:currentTier,analysisFactor,contextFactor,at:new Date().toISOString()
      }
    }
    window.EARTHLINE_FOCUS_VISIBILITY_AUDIT_16161=window.EARTHLINE_FOCUS_VISIBILITY_AUDIT_16160={
      build:BUILD,tier:currentTier,zoom:z,analysisFactor,contextFactor,
      regionalVisibilityFloor16337:visibilityFloor16337,
      regionalPublicationView16337:window.EARTHLINE_REGIONAL_PUBLICATION_VIEW_16337||null,
      overlayVisible:analysisFactor>0,regionalContextVisible:contextFactor>0,at:new Date().toISOString()
    };
    updateBreadcrumb();return true
  }
  function copyKeys(obj,keys){const out={};if(!obj)return out;for(const k of keys){const v=clone(obj[k]);if(v!==null&&v!==undefined)out[k]=v}return out}
  function sourceSnapshot(){const m=map(),out={};if(!m?.getStyle)return out;let ids=[];try{ids=Object.keys(m.getStyle()?.sources||{})}catch(_){}for(const id of ids){if(!/^(earthline-|el-live-)/.test(id))continue;try{const src=m.getSource(id),data=src&&src._data;if(data&&typeof data==='object'&&(data.type==='FeatureCollection'||data.type==='Feature'||data.type==='Polygon'||data.type==='LineString'||data.type==='MultiPolygon'||data.type==='MultiLineString'))out[id]=clone(data)}catch(_){}}return out}
  function layerSnapshot(sourceIds){const m=map(),out={};if(!m?.getStyle)return out;const props=['fill-opacity','line-opacity','circle-opacity','raster-opacity','text-opacity','icon-opacity'];try{for(const layer of m.getStyle().layers||[]){if(!sourceIds.includes(layer.source))continue;const row={visibility:m.getLayoutProperty?.(layer.id,'visibility')||'visible',paint:{}};for(const p of props){try{const v=m.getPaintProperty?.(layer.id,p);if(v!==undefined)row.paint[p]=clone(v)}catch(_){}}out[layer.id]=row}}catch(_){}return out}
  function cameraSnapshot(){const m=map();if(!m)return null;try{const c=m.getCenter();return{center:[Number(c.lng),Number(c.lat)],zoom:Number(m.getZoom()),bearing:Number(m.getBearing?.()||0),pitch:Number(m.getPitch?.()||0)}}catch(_){return null}}
  function captureRegional(reason){if(!isRegionalDisplayed())return regionalCache;const st=regionalState(),md=model(),sources=sourceSnapshot();regionalCache={build:BUILD,capturedAt:new Date().toISOString(),reason:reason||'regional-published',snapshot:clone(displayed()),visual:clone(window.EARTHLINE_REGIONAL_VISUAL_DATA_16020),lastLive:clone(window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970),state:copyKeys(st,STATE_KEYS),model:copyKeys(md,MODEL_KEYS),sources,layers:layerSnapshot(Object.keys(sources)),camera:cameraSnapshot(),status:document.getElementById('earthlineVermontStatus16147')?.textContent||''};window.EARTHLINE_REGIONAL_CACHE_16157=regionalCache;historyTier='regional';try{history.replaceState(Object.assign({},history.state||{},{earthlineNav16157:'regional',earthlineNav16156:'regional'}),'')}catch(_){}updateBreadcrumb();return regionalCache}
  function setSourceData(id,data){const m=map();try{const s=m?.getSource?.(id);if(s?.setData)s.setData(clone(data));return !!s}catch(_){return false}}
  function restoreLayerState(cache){const m=map();if(!m)return;for(const [id,row] of Object.entries(cache.layers||{})){try{if(!m.getLayer?.(id))continue;m.setLayoutProperty(id,'visibility',row.visibility||'visible');for(const [p,v] of Object.entries(row.paint||{}))m.setPaintProperty(id,p,clone(v))}catch(_){}}}
  function restoreRegional(reason){document.documentElement.classList.remove('earthline-direct-property-handoff-16250');if(!regionalCache){status('REGIONAL RESTORE UNAVAILABLE — run Vermont screening first.','failed');return false}const m=map(),st=regionalState(),md=model();try{m?.stop?.()}catch(_){}if(st)for(const [k,v] of Object.entries(regionalCache.state||{}))st[k]=clone(v);if(st){st.active=true;st.mode='regional';st.pendingAnalysisFrame15827=null}if(md){for(const [k,v] of Object.entries(regionalCache.model||{}))md[k]=clone(v);md.pendingAnalysisFrame15827=null;md.analysisBoundaryLngLat=clone(regionalCache.model?.analysisBoundaryLngLat||null)}window.EARTHLINE_REGIONAL_VISUAL_DATA_16020=clone(regionalCache.visual);window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970=clone(regionalCache.lastLive||regionalCache.snapshot);window.EARTHLINE_LAST_LIVE_REGIONAL_ERROR_15970=null;clearCorridorTransientState('restore-regional:'+String(reason||''),true);for(const [id,data] of Object.entries(regionalCache.sources||{}))setSourceData(id,data);try{if(typeof window.earthlineApplyRendererOwnership15805==='function')window.earthlineApplyRendererOwnership15805('regional')}catch(_){}try{if(typeof window.earthlineSyncLayers15778==='function')window.earthlineSyncLayers15778('regional')}catch(_){}for(const [id,data] of Object.entries(regionalCache.sources||{}))setSourceData(id,data);try{if(window.EARTHLINE_REGIONAL_VISUAL_DATA_16020&&typeof window.earthlineRenderRegionalOverlay16020==='function')window.earthlineRenderRegionalOverlay16020(window.EARTHLINE_REGIONAL_VISUAL_DATA_16020)}catch(_){}restoreLayerState(regionalCache);try{if(regionalCache.camera)m?.jumpTo?.(regionalCache.camera)}catch(_){}const snap=clone(regionalCache.snapshot);if(snap&&typeof window.earthlinePublishDisplayedRun16151==='function')window.earthlinePublishDisplayedRun16151(snap);historyTier='regional';try{history.replaceState(Object.assign({},history.state||{},{earthlineNav16157:'regional',earthlineNav16156:'regional'}),'')}catch(_){}status(regionLabel()+' regional screening restored from cache.','published');applyHandoff();window.EARTHLINE_TIER_NAV_LAST_ACTION_16156={action:'restore-regional',reason:reason||'',at:new Date().toISOString()};return true}
  function clearEarthlineSources(){const m=map(),st=regionalState(),md=model();if(st){st.active=false;st.mode='home';st.pendingAnalysisFrame15827=null}if(md){md.analysisReady=false;md.terrainReady=false;md.swales=[];md.analysisBoundaryLngLat=null;md.pendingAnalysisFrame15827=null}try{const cv=document.getElementById('map');if(cv?.getContext){const ctx=cv.getContext('2d');ctx?.clearRect(0,0,cv.width||0,cv.height||0)}}catch(_){}try{const r=document.getElementById('earthlineRechargeOverlay');if(r)r.innerHTML=''}catch(_){}if(!m?.getStyle)return;let ids=[];try{ids=Object.keys(m.getStyle().sources||{})}catch(_){}for(const id of ids){if(!/^(earthline-|el-live-)/.test(id))continue;try{const src=m.getSource(id);if(src?.setData)src.setData(clone(EMPTY))}catch(_){}}const svg=document.getElementById(REGIONAL_OVERLAY);if(svg){svg.innerHTML='';svg.style.opacity='0'}}
  function returnHome(){document.documentElement.classList.remove('earthline-direct-property-handoff-16250');const m=map();clearCorridorTransientState('return-home',true);clearEarthlineSources();window.EARTHLINE_DISPLAYED_RUN_16151=null;window.EARTHLINE_DISPLAYED_RUN_16149=null;window.EARTHLINE_DISPLAYED_RUN_16147=null;window.EARTHLINE_ACTIVE_RUN_TOKEN_16151=null;window.EARTHLINE_ACTIVE_RUN_TOKEN_16147=null;document.documentElement.dataset.earthlineRunState='idle';const input=document.getElementById('searchInput');if(input)input.value='';historyTier='home';try{m?.stop?.();m?.jumpTo?.({center:[-20,18],zoom:0.8,bearing:0,pitch:0})}catch(_){}prompt().classList.remove('open');breadcrumb().classList.remove('open');status('Choose a location, then run Earthline analysis.','info');try{history.replaceState(Object.assign({},history.state||{},{earthlineNav16157:'home',earthlineNav16156:'home'}),'')}catch(_){}window.EARTHLINE_TIER_NAV_LAST_ACTION_16156={action:'home',at:new Date().toISOString()};return true}
  function featureCode(f,index){const p=f?.properties||{};const direct=String(p.display_code||p.label||'').trim();if(direct)return direct;const grade=/^[ABC]$/.test(String(p.grade||''))?String(p.grade):'C';return grade+String(Number(p.display_rank||p.rank||index+1)||index+1)}
  function wrapCorridorDetail(){if(detailWrapped)return;const prior=window.earthlineOpenCorridorDetail16149;if(typeof prior!=='function')return;const wrapped=function(f,index){selectedCorridor={code:featureCode(f,index),index:Number(index||0),feature:clone(f),selectedAt:new Date().toISOString()};captureRegional('corridor-selected');if(historyTier==='regional'){try{history.pushState({earthlineNav16157:'corridor',earthlineNav16156:'corridor',code:selectedCorridor.code},'');historyTier='corridor'}catch(_){}}updateBreadcrumb();return prior.apply(this,arguments)};wrapped.__earthlineTierNav16156=true;window.earthlineOpenCorridorDetail16149=wrapped;detailWrapped=true}
  function focusFrame(sizeM=3000){const m=map();if(!m?.getCenter)return null;const c=m.getCenter(),lat=Number(c.lat),lng=Number(c.lng),side=Math.max(2000,Math.min(5000,Number(sizeM||3000))),half=side/2,dy=half/111320,dx=half/(111320*Math.max(.05,Math.cos(lat*Math.PI/180)));return{center:{lng,lat},boundary:[[lng-dx,lat-dy],[lng+dx,lat-dy],[lng+dx,lat+dy],[lng-dx,lat+dy]],sizeM:side,widthM:side,heightM:side}}
  async function runFocus(ev){ev?.preventDefault?.();ev?.stopPropagation?.();ev?.stopImmediatePropagation?.();if(focusBusy)return false;clearCorridorTransientState('focus-run-start',false);captureRegional('focus-requested');const engine=window.earthlineFocusRunEngine16158,frame=focusFrame(3000),button=prompt().querySelector('button');if(typeof engine!=='function'){status('FOCUS ANALYSIS UNAVAILABLE — the fixed-extent focus engine is not loaded.','failed');return false}if(!frame){status('FOCUS ANALYSIS UNAVAILABLE — map-center scientific frame could not be created.','failed');return false}focusBusy=true;if(button){button.disabled=true;button.textContent='ANALYZING 3 KM FOCUS AREA…'}status('Running a fixed 3 km focus analysis at '+frame.center.lat.toFixed(5)+', '+frame.center.lng.toFixed(5)+'…','pending');try{history.pushState({earthlineNav16158:'focus',earthlineNav16157:'focus',code:selectedCorridor?.code||null},'');historyTier='focus'}catch(_){}const regionalSignature=String(regionalCache?.visual?.swales?.features?.length||0)+'|'+String(regionalCache?.state?.opportunityLines?.features?.length||0);try{const out=await engine({center:clone(frame.center),sizeM:frame.sizeM,label:selectedCorridor?.code||'declared location',regionalParentRunToken:regionalCache?.snapshot?.runToken||null});if(!out||String(out.tier||out.mode||'').toLowerCase()!=='focus')throw new Error(String(window.EARTHLINE_LAST_LIVE_REGIONAL_ERROR_15970?.error||'the focus engine did not publish a verified focus result'));const focusCount=Number(out.derived?.swaleOpportunityLines||0),focusSignature=String(focusCount)+'|'+String(out.boundsHash||'');lastFocusAudit={build:BUILD,mode:'focus',regionalSignature,focusSignature,frameSquare:true,viewportIndependent:true,focusSizeM:frame.sizeM,focusCorridors:focusCount,published:true,center:clone(frame.center),at:new Date().toISOString()};window.EARTHLINE_FOCUS_RESULT_AUDIT_16157=lastFocusAudit;window.EARTHLINE_FOCUS_RESULT_AUDIT_16158=lastFocusAudit;status(focusCount?'Focus screening published — '+focusCount+' qualifying corridor'+(focusCount===1?'':'s')+' in the declared 3 km area. Use Back to Vermont to restore the cached regional result.':'Focus screening complete — no qualifying bioswale corridors were identified in this declared 3 km area. This is a valid Earthline search-engine result; move the crosshair or return to Vermont to test another location.','published');applyHandoff();return out}catch(err){const reason=String(err?.message||err||'unknown focus error');lastFocusAudit={build:BUILD,published:false,error:reason,focusSizeM:frame.sizeM,center:clone(frame.center),at:new Date().toISOString()};window.EARTHLINE_FOCUS_RESULT_AUDIT_16157=lastFocusAudit;window.EARTHLINE_FOCUS_RESULT_AUDIT_16158=lastFocusAudit;restoreRegional('focus-failed');status('FOCUS ANALYSIS FAILED — regional view restored. '+reason,'failed');return false}finally{focusBusy=false;if(button){button.disabled=false;button.textContent='ANALYZE THIS LOCATION'}setTimeout(applyHandoff,80)}}
  function interceptFocusClick(e){const btn=e.target?.closest?.('#earthlineFocusPrompt16154 button');if(!btn)return;e.preventDefault();e.stopPropagation();e.stopImmediatePropagation?.();runFocus(e)}
  function onPopState(e){const target=e.state?.earthlineNav16158||e.state?.earthlineNav16157||e.state?.earthlineNav16156;if(target==='regional'&&regionalCache){restoreRegional('browser-back');return}if(target==='home'){returnHome();return}if((tier()==='focus'||selectedCorridor)&&regionalCache){restoreRegional('browser-back-fallback')}}
  function reconcile(){correctMotto();ensureBuildStamp();ensureBlueBrand();wrapCorridorDetail();if(isRegionalDisplayed()&&!regionalCache)captureRegional('reconcile');applyHandoff()}
  function install(){if(installed)return;installed=true;const m=map();reconcile();if(m?.on){let raf=0;const schedule=()=>{cancelAnimationFrame(raf);raf=requestAnimationFrame(reconcile)};for(const ev of ['zoomstart','movestart'])m.on(ev,()=>clearCorridorMotionOnly16162(ev));for(const ev of ['zoomend','moveend','style.load','resize'])m.on(ev,schedule);for(const ev of ['zoom','styledata','idle'])m.on(ev,()=>{});}document.addEventListener('click',interceptFocusClick,true);window.addEventListener('popstate',onPopState);document.addEventListener('earthline:analysis-complete',()=>setTimeout(()=>{if(isRegionalDisplayed())captureRegional('analysis-complete');reconcile()},60),{passive:true});let moRaf16158=0;const mo=new MutationObserver(()=>{if(moRaf16158)return;moRaf16158=requestAnimationFrame(()=>{moRaf16158=0;ensureBlueBrand();ensureBuildStamp();wrapCorridorDetail()})});mo.observe(document.documentElement,{childList:true,subtree:true});clearInterval(enforceTimer);enforceTimer=setInterval(()=>{correctMotto();ensureBuildStamp();ensureBlueBrand();wrapCorridorDetail()},700);window.earthlineAnalyzeThisLocation16158=runFocus;window.earthlineRestoreRegional16158=restoreRegional;window.earthlineReturnHome16158=returnHome;window.earthlineCaptureRegional16158=captureRegional;window.earthlineClearCorridorSelection16162=window.earthlineClearCorridorSelection16161=(reason)=>clearCorridorTransientState(reason||'external-clear',true);window.earthlineResetTierNavigationForSearch16178=resetTierNavigationForSearch16178;window.earthlineClearCorridorMotionOnly16162=(reason)=>clearCorridorMotionOnly16162(reason||'external-motion');window.earthlineTierNavigationAudit16158=()=>({build:BUILD,tier:tier()||'regional',regionalCached:!!regionalCache,regionalRunToken:regionalCache?.snapshot?.runToken||null,selectedCorridor:selectedCorridor?.code||null,breadcrumbVisible:breadcrumb().classList.contains('open'),promptVisible:prompt().classList.contains('open'),historyTier,focusAudit:lastFocusAudit,motto:(document.querySelector('.mantra-primary')?.textContent||'').replace(/\s+/g,' ').trim(),focusEngineExposed:typeof window.earthlineFocusRunEngine16158==='function'});window.earthlineCorridorPanelPersistenceAudit16165=()=>({build:BUILD,zoom:Number(map()?.getZoom?.()||0),lastObservedZoom:lastObservedZoom16165,tier:tier()||'regional',detailOpen:!!document.getElementById('earthlineCorridorDetail16149')?.classList?.contains('open'),selectedCorridor:selectedCorridor?.code||null,rule:'close only on explicit restore/home or actual >10 to <=10 zoom crossing'});const prior=window.EARTHLINE_ARTIFACT_MANIFEST_16153?.required||[];window.EARTHLINE_ARTIFACT_MANIFEST_16162=window.EARTHLINE_ARTIFACT_MANIFEST_16161=window.EARTHLINE_ARTIFACT_MANIFEST_16160=window.EARTHLINE_ARTIFACT_MANIFEST_16159=window.EARTHLINE_ARTIFACT_MANIFEST_16158={build:BUILD,required:[...new Set([...prior,'corridor detail remains open during local map motion while GPS tooltip clears','corridor detail remains open during periodic reconciliation at regional zoom after a user selects it','corridor detail, GPS tooltip and selection state clear on regional restore and regional zoom-out','locked motto: Slow it. Sink it. Spread it.','Bioswale word uses Earthline blue in front-page report control and report title','restrained silver metallic Impact Report finish with subtle hover sheen','focus analytical overlay remains visible after focus publication while regional groundwater context remains hidden','visible on-screen build provenance','regional overlays fade at their valid display limit','high-zoom view offers deterministic fixed-location focus analysis','focus extent is a square 3 km frame independent of viewport dimensions','20-acre/property analysis is reserved for a declared address, parcel or drawn project boundary','cached regional result restores without endpoint rerun','tier state remains governed while the legacy floating breadcrumb is presentation-suppressed to prevent Navigation Box overlap','browser Back returns one analysis tier','explicit Home returns to splash state','focus run reaches the live terrain-derived focus engine directly','institutional report opens in a durable new tab from a synchronous user gesture','institutional HTML download uses a uniquely named exporter and retains its blob URL for 30 seconds','legacy property text exporter is uniquely named and cannot shadow the institutional report exporter'])]}}
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();

/* EARTHLINE 16166 merged controller — preserves 64-block baseline */

(function(){
  'use strict';
  const BUILD='EARTHLINE 16167';
  const SOURCE='earthline-ranked-swale-opportunities-15775';
  const ORIGINAL=['earthline-ranked-swale-soil-15777','earthline-ranked-swale-plant-15777','earthline-ranked-swale-water-15777'];
  const LOCATION_LABEL='earthline-ranked-swale-label-15775',LOCATION_HIT='earthline-ranked-swale-hit-16153';
  const FOCUS={
    casing:'earthline-focus-swale-casing-16166',
    berm:'earthline-focus-swale-berm-16166',
    ditch:'earthline-focus-swale-ditch-16166',
    crown:'earthline-focus-swale-crown-16166',
    center:'earthline-focus-swale-centerline-16166'
  };
  const PROPERTY_SOURCE='earthline-living-swales-15792';
  const PROPERTY={
    ditch:'earthline-property-swale-ditch-16166',
    canopy:'earthline-property-swale-canopy-16166',
    survey:'earthline-property-swale-survey-16166'
  };
  let installed=false,lastTier='',styleOwner=null;
  function map(){try{return window.earthlineMap||earthlineMap||null}catch(_){return null}}
  function displayed(){return window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16149||window.EARTHLINE_DISPLAYED_RUN_16147||null}
  function tier(){return String(displayed()?.tier||displayed()?.mode||'regional').toLowerCase()||'regional'}
  function safeLayer(spec,before){const m=map();if(!m||!m.getSource?.(spec.source))return false;try{if(!m.getLayer(spec.id))m.addLayer(spec,before);return true}catch(e){console.warn('[Earthline] 16166 layer',spec.id,e);return false}}
  function visible(id,on){const m=map();try{if(m?.getLayer?.(id))m.setLayoutProperty(id,'visibility',on?'visible':'none')}catch(_){}}
  function setPaint(id,prop,value){const m=map();try{if(m?.getLayer?.(id))m.setPaintProperty(id,prop,value)}catch(_){}}
  function ensureFocusLayers(){
    const m=map();if(!m?.getSource?.(SOURCE))return false;
    const before=m.getLayer?.('earthline-ranked-swale-label-15775')?'earthline-ranked-swale-label-15775':undefined;
    safeLayer({id:FOCUS.casing,type:'line',source:SOURCE,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#0A1A12','line-width':['interpolate',['linear'],['zoom'],10,10,12,18,15,24,18,28],'line-opacity':.96}},before);
    safeLayer({id:FOCUS.berm,type:'line',source:SOURCE,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#7A5A3A','line-width':['interpolate',['linear'],['zoom'],10,8,12,15,15,20,18,23],'line-opacity':.96}},before);
    safeLayer({id:FOCUS.ditch,type:'line',source:SOURCE,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#2F4A3E','line-width':['interpolate',['linear'],['zoom'],10,4.5,12,8,15,11,18,13],'line-opacity':.98}},before);
    safeLayer({id:FOCUS.crown,type:'line',source:SOURCE,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':['match',['get','grade'],'A','#39e88b','B','#f0bd38','C','#f08335','#7fc89e'],'line-width':['interpolate',['linear'],['zoom'],10,2.4,12,4.4,15,6.2,18,7.2],'line-offset':['interpolate',['linear'],['zoom'],10,-1.4,12,-3.0,15,-4.2,18,-5.0],'line-dasharray':[.72,.42],'line-opacity':.98}},before);
    safeLayer({id:FOCUS.center,type:'line',source:SOURCE,layout:{'line-cap':'butt','line-join':'round'},paint:{'line-color':'rgba(255,255,255,.58)','line-width':['interpolate',['linear'],['zoom'],10,.7,15,1.05,18,1.25],'line-offset':['interpolate',['linear'],['zoom'],10,-.5,15,-1.2,18,-1.6],'line-dasharray':[1,3],'line-opacity':.78}},before);
    return true;
  }
  function ensurePropertyLayers(){
    const m=map();if(!m?.getSource?.(PROPERTY_SOURCE))return false;
    const before=m.getLayer?.('earthline-swales-casing')?'earthline-swales-casing':undefined;
    safeLayer({id:PROPERTY.ditch,type:'line',source:PROPERTY_SOURCE,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#2b493d','line-width':['interpolate',['linear'],['zoom'],14,3.4,17,5.4,20,7.2],'line-opacity':.96}},before);
    safeLayer({id:PROPERTY.canopy,type:'line',source:PROPERTY_SOURCE,layout:{'line-cap':'round','line-join':'round'},paint:{'line-color':'#78b85e','line-width':['interpolate',['linear'],['zoom'],14,2.2,17,4.2,20,5.8],'line-offset':['interpolate',['linear'],['zoom'],14,-2.2,17,-3.8,20,-5.2],'line-dasharray':[.62,.42],'line-opacity':.96}},before);
    safeLayer({id:PROPERTY.survey,type:'line',source:PROPERTY_SOURCE,layout:{'line-cap':'butt','line-join':'round'},paint:{'line-color':'rgba(255,255,255,.62)','line-width':['interpolate',['linear'],['zoom'],14,.65,20,1.05],'line-offset':['interpolate',['linear'],['zoom'],14,-.6,20,-1.4],'line-dasharray':[1,3],'line-opacity':.72}},before);
    return true;
  }
  function applyTierStyling(){
    const t=tier();ensureFocusLayers();ensurePropertyLayers();
    const focus=t==='focus',property=t==='property';
    for(const id of ORIGINAL)visible(id,!focus&&!property);
    for(const id of Object.values(FOCUS))visible(id,false);
    for(const id of Object.values(PROPERTY))visible(id,property);
    visible(LOCATION_HIT,!property);visible(LOCATION_LABEL,!property);
    try{const m=map();if(!property&&m?.getLayer?.(LOCATION_HIT))m.moveLayer(LOCATION_HIT);if(!property&&m?.getLayer?.(LOCATION_LABEL))m.moveLayer(LOCATION_LABEL);}catch(_){}
    if(property){
      setPaint('earthline-living-swales-earth-15792','line-color','#7A5A3A');
      setPaint('earthline-living-swales-life-15792','line-offset',['interpolate',['linear'],['zoom'],14,-1.6,17,-2.8,20,-4.0]);
    }
    if((t==="property"||t==="regional")&&typeof window.earthlineApplyRendererOwnership15805==="function"){
      try{window.earthlineApplyRendererOwnership15805(t);}catch(_){}
    }
    lastTier=t;
    window.EARTHLINE_SWALE_RENDERING_AUDIT_16167=window.EARTHLINE_SWALE_RENDERING_AUDIT_16166={build:BUILD,tier:t,locationPillLayerVisible:!property&&!!map()?.getLayer?.(LOCATION_LABEL),locationHitLayerVisible:!property&&!!map()?.getLayer?.(LOCATION_HIT),focusLayers:Object.values(FOCUS).filter(id=>!!map()?.getLayer?.(id)),propertyLayers:Object.values(PROPERTY).filter(id=>!!map()?.getLayer?.(id)),regionalOriginalVisible:!focus&&!property,focusCrossSectionVisible:focus,propertyTextureVisible:property,at:new Date().toISOString()};
  }
  function syncFullscreen(){const on=!!document.querySelector('.center.fs');document.documentElement.classList.toggle('earthline-map-expanded-16166',on);const b=document.getElementById('fsBtn');if(b){b.setAttribute('aria-pressed',String(on));b.title=on?'Exit expanded map':'Expand map'}}
  function ensureBuild(){/* Visible build ownership belongs to the terminal 16171 startup controller. */}
  function audit(){const m=map(),cur=m?.getCanvas?.()?.style?.cursor||'',containerClass=m?.getCanvasContainer?.()?.className||'';return {build:BUILD,tier:tier(),expanded:document.documentElement.classList.contains('earthline-map-expanded-16166'),fullscreenButtonVisible:getComputedStyle(document.getElementById('fsBtn')).display!=='none',mapboxCanvasCursor:cur||'Mapbox default',canvasContainerClass:String(containerClass),rendering:window.EARTHLINE_SWALE_RENDERING_AUDIT_16166||null,contour:window.EARTHLINE_CONTOUR_VALIDITY_AUDIT_16166||null}}
  function install(){if(installed)return;installed=true;ensureBuild();syncFullscreen();const c=document.querySelector('.center');if(c)new MutationObserver(()=>{syncFullscreen();setTimeout(()=>map()?.resize?.(),0)}).observe(c,{attributes:true,attributeFilter:['class']});document.addEventListener('keydown',e=>{if(e.key==='Escape'&&document.querySelector('.center.fs')){e.preventDefault();if(typeof setFullscreen==='function')setFullscreen(false);else document.querySelector('.center')?.classList.remove('fs');syncFullscreen()}},true);const m=map();if(m?.on){const update=()=>requestAnimationFrame(()=>{ensureBuild();applyTierStyling();syncFullscreen()});for(const ev of ['style.load','zoomend','moveend','resize'])m.on(ev,update);for(const ev of ['styledata','idle'])m.on(ev,()=>{});styleOwner=m}setTimeout(applyTierStyling,0);setTimeout(applyTierStyling,500);setTimeout(applyTierStyling,1600);window.earthlineExpandMap16166=on=>{if(typeof setFullscreen==='function')setFullscreen(on!==false);else document.querySelector('.center')?.classList.toggle('fs',on!==false);syncFullscreen();return true};window.earthlineVisualAudit16166=audit;const prior=window.EARTHLINE_ARTIFACT_MANIFEST_16162?.required||window.EARTHLINE_ARTIFACT_MANIFEST_16153?.required||[];window.EARTHLINE_ARTIFACT_MANIFEST_16167=window.EARTHLINE_ARTIFACT_MANIFEST_16166={build:BUILD,required:[...new Set([...prior,'authoritative expand-map control with Escape restore','Mapbox-owned grab and grabbing cursor behavior','focus bioswale cross-section: casing, berm, ditch, planted crown and survey centerline','property bioswale canopy rhythm and drafted survey line','focus corridor longitudinal contour validation with 5 m tolerance','regional corridor generation is not erased by the focus-only 5 m tolerance','slowly spinning search orb and phase-specific Vermont loading status','regional and focus location pills remain visible and clickable above bioswale cross-section layers'])]}}
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();

</script>
<!-- EARTHLINE BUILD-CHECK-16165-VERMONT END -->

<!-- EARTHLINE BUILD-CHECK-16167-REGIONAL-CORRIDOR-LOADING-REPAIR START -->
<style id="earthline-build-16166-css">
:root{--earthline-blue:#4ec9ff}
/* Restore the existing full-map control as the one authoritative expand owner. */
#fsBtn{
  display:grid!important;place-items:center!important;position:absolute!important;
  top:162px!important;right:18px!important;width:44px!important;height:44px!important;
  z-index:1400!important;border-radius:13px!important;border:1px solid rgba(151,184,202,.56)!important;
  background:linear-gradient(160deg,rgba(36,52,64,.96),rgba(12,24,33,.98))!important;
  color:#eef8fc!important;box-shadow:0 10px 26px rgba(0,0,0,.38)!important;cursor:pointer!important
}
#fsBtn:hover,#fsBtn:focus-visible{border-color:var(--earthline-blue)!important;box-shadow:0 10px 30px rgba(0,0,0,.42),0 0 0 2px rgba(78,201,255,.16)!important;outline:none!important}
.center.fs #fsExit{
  display:block!important;position:absolute!important;top:14px!important;left:14px!important;transform:none!important;
  z-index:1500!important;border-color:rgba(78,201,255,.72)!important;background:rgba(7,20,29,.94)!important;
  color:#eef9ff!important;padding:9px 13px!important;border-radius:11px!important
}
html.earthline-map-expanded-16166 #earthlineSwaleLegend16050,
html.earthline-map-expanded-16166 #earthlineAquiferLegend16070,
html.earthline-map-expanded-16166 #earthlineDiagramLegend16080,
html.earthline-map-expanded-16166 #earthlineVermontReport16149,
html.earthline-map-expanded-16166 #earthlineVermontStatus16147,
html.earthline-map-expanded-16166 #earthlineTierBreadcrumb16156,
html.earthline-map-expanded-16166 #earthlineFocusPrompt16154,
html.earthline-map-expanded-16166 #earthlineSwaleGpsTooltip16070,
html.earthline-map-expanded-16166 #earthlineCorridorDetail16149{display:none!important}
html.earthline-map-expanded-16166 #earthlineBuildStamp16154{display:block!important;opacity:.78!important}
html.earthline-map-expanded-16166 .compass,
html.earthline-map-expanded-16166 #earthlineZoomDock15779{display:block!important;visibility:visible!important;opacity:1!important}
/* Mapbox owns the base map cursor. Clickable corridor surfaces use pointer, not crosshair. */
#earthlineRegionalVectorOverlay16020 .earthline-swale-hit-16070{cursor:pointer!important}

/* 16241: legacy clockwise whole-SVG spinner owner retired; the governed Orb owner below controls motion. */
@keyframes earthline-search-orb-spin-16167{to{transform:none}}
#runBtn[data-state="running"][aria-busy="true"] svg{filter:drop-shadow(0 2px 3px rgba(0,0,0,.5))!important}
#runBtn[data-state="running"],#runBtn[aria-busy="true"]{border-color:rgba(78,201,255,.66)!important;box-shadow:0 10px 26px rgba(0,0,0,.35),0 0 0 2px rgba(78,201,255,.12)!important}

/* Focus bioswale layers are drafted as an earthwork cross-section in plan view. */
@media(max-width:720px){#fsBtn{top:151px!important;right:12px!important;width:42px!important;height:42px!important}}
</style>

<!-- EARTHLINE BUILD-CHECK-16167-REGIONAL-CORRIDOR-LOADING-REPAIR END -->

<!-- EARTHLINE BUILD-CHECK-16168-MAP-ONLY-CURSOR-SWALE-RENDER START -->
<style id="earthline-build-16168-css">
#fsBtn{
  display:flex!important;visibility:visible!important;opacity:1!important;align-items:center!important;justify-content:center!important;gap:8px!important;
  position:fixed!important;right:18px!important;top:365px!important;width:112px!important;height:44px!important;
  z-index:1420!important;border-radius:13px!important;border:1px solid rgba(127,182,217,.58)!important;
  background:linear-gradient(160deg,rgba(40,56,68,.98),rgba(12,25,34,.98))!important;color:#eef9ff!important;
  box-shadow:0 10px 28px rgba(0,0,0,.40)!important;font:850 11px/1 system-ui,-apple-system,"Segoe UI",sans-serif!important;
  letter-spacing:.07em!important;cursor:pointer!important;pointer-events:auto!important
}
#fsBtn:hover,#fsBtn:focus-visible{border-color:#4ec9ff!important;box-shadow:0 10px 30px rgba(0,0,0,.44),0 0 0 2px rgba(78,201,255,.18)!important;outline:none!important}
.center.fs #fsBtn{display:none!important}
.center.fs #fsExit{display:block!important;visibility:visible!important;opacity:1!important;position:fixed!important;left:auto!important;right:18px!important;top:18px!important;z-index:1600!important}
html.earthline-map-expanded-16166 .topbar{display:none!important}
html.earthline-map-expanded-16166 #earthlineSwaleLegend16050,
html.earthline-map-expanded-16166 #earthlineAquiferLegend16070,
html.earthline-map-expanded-16166 #earthlineDiagramLegend16080,
html.earthline-map-expanded-16166 #earthlineVermontReport16149,
html.earthline-map-expanded-16166 #earthlineVermontStatus16147,
html.earthline-map-expanded-16166 #earthlineTierBreadcrumb16156,
html.earthline-map-expanded-16166 #earthlineFocusPrompt16154,
html.earthline-map-expanded-16166 #earthlineSwaleGpsTooltip16070,
html.earthline-map-expanded-16166 #earthlineCorridorDetail16149{display:none!important}
#earthlineRegionalVectorOverlay16020 .earthline-swale-hit-16070,
#earthlineRegionalVectorOverlay16020 .earthline-swale-label-16149{cursor:pointer!important}
@media(max-width:720px){#fsBtn{top:auto!important;right:12px!important;bottom:146px!important;width:106px!important;height:42px!important}.center.fs #fsExit{right:12px!important;top:12px!important}}
</style>
<script id="earthline-build-16168-js">
(function(){
  'use strict';
  const BUILD='EARTHLINE 16168';
  let installed=false;
  function map(){try{return window.earthlineMap||earthlineMap||null}catch(_){return null}}
  function tier(){const d=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16149||window.EARTHLINE_DISPLAYED_RUN_16147||null;return String(d&&(d.tier||d.mode)||'regional').toLowerCase()}
  function restoreControls(){
    const b=document.getElementById('fsBtn'),x=document.getElementById('fsExit');
    for(const el of [b,x])if(el){el.style.removeProperty('display');el.style.removeProperty('visibility');el.style.removeProperty('opacity')}
    if(b){b.setAttribute('aria-label','Show map only');b.title='Map only (Esc to restore)'}
  }
  function restoreGrab(){
    const m=map(),container=m?.getCanvasContainer?.(),canvas=m?.getCanvas?.();
    for(const el of [container,canvas])if(el)el.style.removeProperty('cursor');
    if(container&&!container.classList.contains('mapboxgl-interactive'))container.classList.add('mapboxgl-interactive');
    document.documentElement.dataset.earthlineRestingCursor16168='grab';
  }
  function refreshRender(){
    if(window.EARTHLINE_REGIONAL_VISUAL_DATA_16020&&typeof window.earthlineRenderRegionalOverlay16020==='function')try{window.earthlineRenderRegionalOverlay16020(window.EARTHLINE_REGIONAL_VISUAL_DATA_16020)}catch(_){}
  }
  function audit(){
    const b=document.getElementById('fsBtn'),g=document.querySelector('[data-layer="swale-opportunities"]');
    const counts={casing:g?.querySelectorAll('.earthline-swale-casing-16168').length||0,berm:g?.querySelectorAll('.earthline-swale-berm-16168').length||0,ditch:g?.querySelectorAll('.earthline-swale-ditch-16168').length||0,crown:g?.querySelectorAll('.earthline-swale-crown-16168').length||0,survey:g?.querySelectorAll('.earthline-swale-survey-16168').length||0,water:g?.querySelectorAll('.earthline-swale-water-16174').length||0,canopy:g?.querySelectorAll('.earthline-swale-canopy-16174').length||0,trees:g?.querySelectorAll('.earthline-swale-tree-crown-16174').length||0,understory:g?.querySelectorAll('.earthline-swale-understory-16174').length||0,cores:g?.querySelectorAll('.earthline-swale-core-16168').length||0,hits:g?.querySelectorAll('.earthline-swale-hit-16070').length||0,labels:document.querySelectorAll('.earthline-swale-label-16149').length};
    return {build:BUILD,tier:tier(),mapOnlyVisible:!!b&&getComputedStyle(b).display!=='none',expanded:document.querySelector('.center')?.classList.contains('fs')||false,restingCursor:getComputedStyle(map()?.getCanvasContainer?.()||document.body).cursor,inlineContainerCursor:map()?.getCanvasContainer?.()?.style?.cursor||'',inlineCanvasCursor:map()?.getCanvas?.()?.style?.cursor||'',physicalPathCounts:counts,focusCrossSectionPhysicallyRendered:tier()==='focus'&&counts.casing>0&&counts.berm===counts.casing&&counts.ditch===counts.casing&&counts.crown===counts.casing&&counts.survey===counts.casing,naturalSwalePhysicallyRendered:tier()==='focus'&&counts.water===counts.casing&&counts.canopy>0,at:new Date().toISOString()};
  }
  function install(){
    if(installed)return;installed=true;
    window.EARTHLINE_BUILD=BUILD;document.documentElement.dataset.earthlineVermontBuild='16168';
    const stamp=document.getElementById('earthlineBuildStamp16154');if(stamp)stamp.textContent='EARTHLINE 16168';
    restoreControls();restoreGrab();
    const m=map();if(m?.on){for(const ev of ['zoomend','moveend','rotateend','pitchend','idle'])m.on(ev,()=>{restoreGrab();restoreControls();if(tier()==='focus')refreshRender()})}
    document.addEventListener('keydown',e=>{if(e.key==='Escape'){setTimeout(()=>{restoreControls();restoreGrab()},0)}},true);
    let controlsMutationRaf16168=0;
    const obs=new MutationObserver(()=>{if(controlsMutationRaf16168)return;controlsMutationRaf16168=requestAnimationFrame(()=>{controlsMutationRaf16168=0;restoreControls()})});obs.observe(document.documentElement,{childList:true,subtree:true,attributes:true,attributeFilter:['style','class']});
    setTimeout(()=>{restoreControls();restoreGrab();refreshRender()},0);
    setTimeout(()=>{restoreControls();restoreGrab();refreshRender()},800);
    window.earthlineMapOnlyAudit16168=audit;
    window.earthlineRestoreGrabCursor16168=restoreGrab;
    window.EARTHLINE_ARTIFACT_MANIFEST_16168={build:BUILD,required:[...new Set([...(window.EARTHLINE_ARTIFACT_MANIFEST_16167?.required||[]),'one visible MAP ONLY control using the existing fullscreen owner','Escape and Exit Full Screen restore all chrome','standard Mapbox grab/grabbing cursor restored after completed motion','authoritative live SVG focus swales physically contain casing, berm, ditch, crown and survey paths','corridor hit targets bind to explicit core paths independent of visual band count'])]};
  }
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();
</script>
<!-- EARTHLINE BUILD-CHECK-16168-MAP-ONLY-CURSOR-SWALE-RENDER END -->

<style id="earthline-consolidated-interface-16188-css">

/* EARTHLINE 16244 — consolidated shell. 16238 logo/navigation position is locked unchanged. Orb-only repair: persistent independent Orb shell + same-token context-terminal lifecycle. */
:root{--el-rail-16188:62px;--el-panel-16188:385px;--el-sun-16233:#d59a17;--el-panel-bg-16233:#111923;--el-panel-line-16233:#263543}
html,body{overflow:hidden!important}
body{padding:0!important}
.topbar,.missionbar,#impactStrip,#bottomChrome,.footer,.bstrip,.lp,.rp{display:none!important}
.main{position:fixed!important;left:var(--el-rail-16188)!important;right:0!important;top:0!important;bottom:0!important;width:auto!important;height:auto!important;min-height:0!important;display:block!important;padding:0!important;margin:0!important;overflow:hidden!important}
.center{position:absolute!important;inset:0!important;min-height:0!important;width:100%!important;height:100%!important;border:0!important;border-radius:0!important;overflow:hidden!important}
.center.fs{position:absolute!important;inset:0!important}
#mapboxBase,#map,.map-area{position:absolute!important;inset:0!important;width:100%!important;height:100%!important}
#mapboxBase{transform:none!important;border-radius:0!important;box-shadow:none!important}
#earthSplash{display:none!important}
#map{pointer-events:none!important}
#mapboxBase,.mapboxgl-map,.mapboxgl-canvas-container,.mapboxgl-canvas{pointer-events:auto!important}
.mapboxgl-ctrl-logo,.mapboxgl-ctrl-attrib,#earthlineBuildStamp16154,.buildchip15760{display:none!important}
#earthlineRail16188{position:fixed;z-index:1900;left:0;top:0;bottom:0;width:var(--el-rail-16188);display:flex;flex-direction:column;align-items:center;gap:12px;padding:10px 7px;background:#0c141c;border-right:1px solid rgba(121,151,173,.24)}
.el-rail-control-16188{width:46px;height:46px;border:1px solid #385064;border-radius:13px;display:grid;place-items:center;color:#e9f3f8;background:#16232d;font:900 22px/1 system-ui;cursor:pointer;user-select:none}
.el-rail-control-16188:hover,.el-rail-control-16188.active{background:#20323f;border-color:var(--el-sun-16233)}
#earthlineRailMenu16188{font-size:20px;border-color:var(--el-sun-16233)!important}
#earthlineHamburgerMenu16233{position:fixed;z-index:2400;left:calc(var(--el-rail-16188) + 8px);top:68px;display:none;min-width:220px;padding:8px;border:1px solid var(--el-sun-16233);border-radius:12px;background:#111b24;box-shadow:0 14px 34px rgba(0,0,0,.45)}
#earthlineHamburgerMenu16233.open{display:block}
#earthlineHamburgerMenu16233 a{display:flex;align-items:center;gap:10px;padding:11px 12px;border:1px solid var(--el-sun-16233);border-radius:9px;color:#fff;text-decoration:none;font:700 18px/1.15 'Fraunces',Georgia,serif;background:linear-gradient(180deg,#1f7138,#15562a);box-shadow:inset 0 1px 0 rgba(255,255,255,.08)}
#earthlineHamburgerMenu16233 a:hover{background:linear-gradient(180deg,#278348,#1a6332);border-color:var(--el-sun-16233);color:#fff}
#earthlineHamburgerMenu16233 a.earthline-process-link-16265{margin-top:8px;border-color:var(--el-sun-16233);background:linear-gradient(180deg,#2868bb,#184a8c);box-shadow:inset 0 1px 0 rgba(255,255,255,.10)}
#earthlineHamburgerMenu16233 a.earthline-process-link-16265:hover{background:linear-gradient(180deg,#3279d6,#1d5aa7);border-color:var(--el-sun-16233);color:#fff}
.earthline-process-logo-16400{width:34px;height:30px;flex:0 0 34px;display:flex;align-items:center;justify-content:center;overflow:hidden}
.earthline-process-logo-16400 img{display:block;width:34px;height:auto;max-height:30px;object-fit:contain}
#earthlinePanel16188{position:fixed;z-index:1800;left:var(--el-rail-16188);top:0;bottom:0;width:var(--el-panel-16188);display:flex;flex-direction:column;background:rgba(17,25,35,.985);border-right:1px solid rgba(121,151,173,.28);box-shadow:14px 0 38px rgba(0,0,0,.30);transform:translateX(-101%);transition:transform .18s ease;color:#eef5fa}
html.earthline-panel-open-16188 #earthlinePanel16188{transform:translateX(0)}
html.earthline-panel-open-16188 .main{left:calc(var(--el-rail-16188) + var(--el-panel-16188))!important}
#earthlinePanelHeader16188{height:14px;min-height:14px;position:relative;display:block;padding:0}
#earthlinePanelClose16188{position:absolute;top:6px;right:12px;z-index:3;width:34px;height:34px;border-radius:50%;display:grid;place-items:center;background:#24333f;color:#f1f7fa;font:800 24px/1 system-ui;cursor:pointer}
#earthlinePanelBody16188{flex:1;min-height:0;overflow:auto;padding:0 16px 26px}
.el-panel-section-16188{padding:11px 0;border-bottom:1px solid rgba(121,151,173,.17)}
#earthlineBrandSection16188{padding-top:0!important}
.el-panel-label-16188{margin:0 0 8px 3px;color:#8fa6b7;font:900 10px/1 system-ui;letter-spacing:.13em;text-transform:uppercase}
#earthlinePanelBrand16201{display:flex;flex-direction:column;align-items:center;padding:0 8px 13px;border-bottom:1px solid rgba(121,151,173,.20);text-align:center}
#earthlinePanelBrand16201 .brand{display:flex!important;width:100%!important;min-height:76px!important;padding:0!important;align-items:center!important;justify-content:center!important;overflow:visible!important}
#earthlinePanelBrand16201 .brand img{display:block!important;width:min(245px,100%)!important;height:auto!important;max-height:92px!important;object-fit:contain!important;object-position:center!important}
#earthlinePanelBrand16201 .brand .word,#earthlinePanelBrand16201 .brand .tagline{display:none!important}
#earthlinePanelBrand16201 .earthline-mantra-header{display:block!important;width:100%!important;margin:0!important;padding:0!important;background:transparent!important;border:0!important;box-shadow:none!important;text-align:center!important;transform:translateX(7px)}
#earthlinePanelBrand16201 .mantra-primary{display:block!important;margin:0!important;font-family:'Fraunces',Georgia,serif!important;font-size:27px!important;font-weight:700!important;line-height:1.12!important;color:#e7eef7!important;white-space:nowrap!important;text-align:center!important}
#earthlinePanelBrand16201 .mantra-primary .sink{color:#4ec9ff!important}
#earthlinePanelBrand16201 .mantra-secondary{display:none!important}
#earthlineSearchSlot16188 .searchwrap{display:flex!important;flex-direction:column!important;width:100%!important;min-width:0!important;max-width:none!important;gap:10px!important;align-items:stretch!important}
#earthlineSearchSlot16188 .searchbox.grow{position:relative!important;width:100%!important;min-width:0!important;display:flex!important;background:#0f171f!important;border:1px solid var(--el-sun-16233)!important;border-radius:12px!important;box-shadow:none!important;padding:11px 12px!important}
#earthlineSearchSlot16188 #runBtn,#earthlineDeclareProperty16169{position:static!important;inset:auto!important;transform:none!important;width:100%!important;max-width:none!important;margin:0!important;min-height:26px!important;height:26px!important;max-height:26px!important;padding-top:0!important;padding-bottom:0!important;box-sizing:border-box!important;border-radius:12px!important;display:flex!important;align-items:center!important;justify-content:center!important;gap:8px!important;z-index:auto!important;border:1px solid var(--el-sun-16233)!important;box-shadow:none!important}
#earthlineVermontReport16149{position:static!important;inset:auto!important;transform:none!important;width:100%!important;max-width:none!important;margin:0!important;min-height:52px!important;border-radius:12px!important;display:flex!important;align-items:center!important;justify-content:center!important;gap:10px!important;z-index:auto!important;border:1px solid var(--el-sun-16233)!important;box-shadow:none!important}
#earthlineSearchSlot16188 #runBtn{background:linear-gradient(180deg,#1f7138,#15562a)!important;color:#fff!important;font:900 14px/1 system-ui!important;letter-spacing:.04em!important}
#earthlineDeclareProperty16169{background:linear-gradient(180deg,#1c7040,#14542f)!important;color:#fff!important;font:900 10.5px/1.15 system-ui!important;letter-spacing:.035em!important;padding:0 13px!important;user-select:none!important;-webkit-user-select:none!important;-webkit-tap-highlight-color:transparent!important;outline:none!important}
#earthlineDeclareProperty16169:focus,#earthlineDeclareProperty16169:focus-visible{outline:none!important;box-shadow:none!important}
#earthlineDeclareProperty16169 span:last-child::before{content:"⌖";display:inline-block;font:900 18px/1 system-ui,sans-serif;line-height:1!important;margin-right:6px;vertical-align:-2px;letter-spacing:0!important}
html:not(.earthline-property-ready-16188) #earthlineDeclareProperty16169{opacity:.48!important;pointer-events:none!important;filter:saturate(.45)!important}
#runBtn > svg,#earthlineDeclareProperty16169 > svg{display:none!important;visibility:hidden!important;opacity:0!important;animation:none!important;transform:none!important}
#runBtn::before,#earthlineDeclareProperty16169::before{content:none!important;display:none!important}
.earthline-orb-shell-16244{
  display:block!important;width:24px!important;height:24px!important;min-width:24px!important;flex:0 0 24px!important;
  background-image:url("data:image/svg+xml;base64,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")!important;
  background-repeat:no-repeat!important;background-position:center!important;background-size:24px 24px!important;
  transform:translateZ(0) rotate(0deg);transform-origin:50% 50%!important;will-change:transform;backface-visibility:hidden!important;contain:paint!important;
  animation:none!important;
  filter:drop-shadow(0 2px 3px rgba(0,0,0,.5))!important;pointer-events:none!important;
}
@keyframes earthlineOrbCounterClockwise16245{from{transform:translateZ(0) rotate(0deg)}to{transform:translateZ(0) rotate(-360deg)}}
html.earthline-regional-orb-latched-16244 #runBtn > i.earthline-orb-shell-16244,
html.earthline-property-orb-latched-16244 #earthlineDeclareProperty16169 > i.earthline-orb-shell-16244{
  animation:earthlineOrbCounterClockwise16245 1.05s linear infinite!important;
}
#runBtn [class*="spinner"],#runBtn [class*="orbit-track"],#earthlineDeclareProperty16169 [class*="spinner"],#earthlineDeclareProperty16169 [class*="orbit-track"],#earthlineDeclareProperty16169 .el69-dot{display:none!important;visibility:hidden!important;opacity:0!important}
#runBtn,#runBtn *,#earthlineDeclareProperty16169,#earthlineDeclareProperty16169 *,#earthlineMapRun15970,#earthlineMapRun15970 *,#earthlineMapRun16020,#earthlineMapRun16020 *{cursor:pointer!important}
#earthlinePropertySelection16201,#earthlineLocationSection16188,#earthlineLocationSlot16188,.loccard{display:none!important}
#earthlinePropertySlot16188{display:grid;gap:8px}
html.earthline-direct-property-handoff-16250 #earthlineFocusPrompt16154{display:none!important}
html.earthline-direct-property-handoff-16250 #earthlinePropertySection16188{display:none!important}
html.earthline-direct-property-handoff-16250 #earthlineDeclareProperty16169{display:none!important}

#earthlinePropertyContext16233{display:none;color:#9fb2c0;font:700 10px/1.4 system-ui;text-align:center}
#earthlinePropertyContext16233.visible{display:block}
#earthlineVermontReport16149{background:linear-gradient(180deg,#222b31,#182027)!important;color:#d8e8ef!important;font-size:19px!important;line-height:1.05!important;padding:10px 12px!important}
#earthlineVermontReport16149 .method{font-size:11px!important;line-height:1.1!important;color:#74ba8a!important;-webkit-text-stroke:.45px rgba(188,48,48,.92);text-shadow:0 0 1px rgba(188,48,48,.72)!important}
#earthlineVermontReport16149 .el53-blue,#earthlineVermontReport16149 .el54-bioswale{color:#4ec9ff!important}
#earthlineSearchSuggestions15970{position:fixed!important;z-index:2600!important;display:none!important;pointer-events:auto!important;margin:0!important;max-height:340px!important;overflow:auto!important;padding:7px!important;border:1px solid var(--el-sun-16233)!important;border-radius:13px!important;background:rgba(250,252,254,.99)!important;box-shadow:0 18px 42px rgba(0,0,0,.34)!important;color:#162434!important}
#earthlineSearchSuggestions15970.open{display:block!important}
#earthlineSearchSuggestions15970 button{width:100%!important;pointer-events:auto!important;touch-action:manipulation!important;display:flex!important;align-items:center!important;gap:10px!important;border:0!important;border-radius:10px!important;background:transparent!important;color:#162434!important;padding:9px 10px!important;text-align:left!important;font:600 13px/1.25 system-ui!important;cursor:pointer!important}
#earthlineSearchSuggestions15970 button:hover,#earthlineSearchSuggestions15970 button:focus{background:#eaf3fb!important;outline:0!important}
#earthlineSearchSuggestions15970 .el-copy{min-width:0!important;display:flex!important;flex-direction:column!important;gap:2px!important}
#earthlineSearchSuggestions15970 strong,#earthlineSearchSuggestions15970 small{white-space:nowrap!important;overflow:hidden!important;text-overflow:ellipsis!important}
#earthlineSearchSuggestions15970 small{font-size:11px!important;color:#66798d!important}
#earthlineStatusSlot16188>*{position:static!important;inset:auto!important;transform:none!important;width:100%!important;max-width:none!important;margin:0 0 8px!important;box-shadow:none!important}
#earthlineCorridorDetail16149.el49-modal{position:fixed!important;inset:0!important;z-index:6000!important;width:100vw!important;height:100vh!important;max-width:none!important;max-height:none!important;overflow:auto!important;transform:none!important}
#earthlineCorridorTip16248{position:fixed;z-index:2750;left:calc(var(--el-rail-16188) + var(--el-panel-16188) + 18px);top:142px;width:min(350px,calc(100vw - var(--el-rail-16188) - var(--el-panel-16188) - 38px));display:none;padding:15px 42px 15px 16px;border:1px solid rgba(78,201,255,.72);border-radius:16px;background:rgba(7,20,29,.97);color:#eaf7fb;box-shadow:0 16px 40px rgba(0,0,0,.46),0 0 0 1px rgba(78,201,255,.10) inset;pointer-events:auto}
#earthlineCorridorTip16248.open{display:block}
#earthlineCorridorTip16248::before{content:"";position:absolute;left:-8px;top:24px;width:14px;height:14px;background:rgba(7,20,29,.97);border-left:1px solid rgba(78,201,255,.72);border-bottom:1px solid rgba(78,201,255,.72);transform:rotate(45deg)}
#earthlineCorridorTip16248 strong{display:block;margin:0 0 7px;font:700 18px/1.15 'Fraunces',Georgia,serif;color:#fff}
#earthlineCorridorTip16248 p{margin:0;color:#bcd2dc;font:650 12px/1.5 system-ui,-apple-system,'Segoe UI',sans-serif}
#earthlineCorridorTip16248 b{color:#4ec9ff}
#earthlineCorridorTip16248 button{position:absolute;right:9px;top:9px;width:28px;height:28px;border:1px solid rgba(137,174,193,.42);border-radius:50%;background:#172833;color:#f2f8fb;font:900 18px/1 system-ui;cursor:pointer}
#earthlineCorridorTip16248 button:hover,#earthlineCorridorTip16248 button:focus-visible{border-color:#4ec9ff;outline:none}
/* EARTHLINE 16293 — Property searches stay map-clean. Progress remains in the governed button/status panel; transient map notices are suppressed. */
html.earthline-property-running-16233 #toast,
html.earthline-property-running-16233 #earthlineCorridorTip16248,
html.earthline-property-running-16233 #earthlineTierNotice16173,
html.earthline-property-running-16233 #earthlineSwaleLegend16050,
html.earthline-property-running-16233 #earthlineAquiferLegend16070,
html.earthline-property-running-16233 #earthlineDiagramLegend16080,
html[data-earthline-analysis-tier="property"] #toast,
html[data-earthline-analysis-tier="property"] #earthlineCorridorTip16248,
html[data-earthline-analysis-tier="property"] #earthlineTierNotice16173,
html[data-earthline-analysis-tier="property"] #earthlineSwaleLegend16050,
html[data-earthline-analysis-tier="property"] #earthlineAquiferLegend16070,
html[data-earthline-analysis-tier="property"] #earthlineDiagramLegend16080{display:none!important;opacity:0!important;visibility:hidden!important;pointer-events:none!important}
#earthlineResultsSlot16188:empty,#earthlineStatusSlot16188:empty,#earthlineResultsSection16188:has(#earthlineResultsSlot16188:empty){display:none!important}
#earthlineMapOnlyExit16169,#earthlineMapRun15970,#earthlineMapRun16020,#runBtnSide,#fsBtn{display:none!important}
#earthlineCenterTarget15782,#earthlineAnalysisCenterTarget15830{z-index:100!important}
@media(max-width:760px){:root{--el-rail-16188:54px;--el-panel-16188:min(330px,calc(100vw - 54px))}#earthlinePanelBrand16201 .mantra-primary{font-size:23px!important}.main,html.earthline-panel-open-16188 .main{left:var(--el-rail-16188)!important}#earthlinePanel16188{width:calc(100vw - var(--el-rail-16188))}#earthlineCorridorTip16248{left:calc(var(--el-rail-16188) + 10px);right:10px;top:118px;width:auto}}


#earthlineRegionalCorridorTabs16323{
  display:none!important;margin:2px 0 0;padding:10px;border:1px solid rgba(132,164,178,.22);
  border-radius:12px;background:rgba(7,17,24,.72);box-shadow:inset 0 1px 0 rgba(255,255,255,.035)
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tabs-head-16323{
  display:flex;align-items:center;justify-content:space-between;gap:8px;margin:0 0 8px;
  font:700 11px/1.2 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif;
  letter-spacing:.035em;color:#dcebf2
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tabs-head-16323 span{
  color:#819aa6;font-size:10px;font-weight:650;letter-spacing:.02em
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tabs-rail-16323{
  display:flex;flex-wrap:wrap;gap:6px;max-height:188px;overflow:auto;padding:1px 2px 3px 1px;
  scrollbar-width:thin;overscroll-behavior:contain
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tab-16323{
  display:inline-flex;align-items:center;justify-content:center;gap:5px;min-width:48px;
  height:30px;padding:0 8px;border-radius:9px;border:1px solid rgba(166,192,203,.28);
  background:rgba(17,32,39,.92);color:#f3f8fa;text-decoration:none;
  font:800 11px/1 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif;
  box-shadow:0 2px 8px rgba(0,0,0,.16);cursor:pointer;user-select:none
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tab-16323 span{
  padding-left:5px;border-left:1px solid rgba(255,255,255,.15);font-size:9px;color:#a9bdc6;font-weight:700
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tab-16323.grade-a{
  border-color:rgba(83,185,118,.56);background:rgba(12,71,39,.88)
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tab-16323.grade-b{
  border-color:rgba(213,159,72,.53);background:rgba(87,55,14,.86)
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tab-16323.grade-c{
  border-color:rgba(151,126,101,.48);background:rgba(62,45,31,.86)
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tab-16323:hover,
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tab-16323:focus-visible{
  transform:translateY(-1px);outline:2px solid rgba(78,201,255,.72);outline-offset:1px
}
#earthlineRegionalCorridorTabs16323 .earthline-regional-corridor-tabs-legend-16323{
  margin-top:7px;color:#78919d;font:650 9px/1.2 system-ui,-apple-system,BlinkMacSystemFont,"Segoe UI",sans-serif;
  letter-spacing:.035em
}

</style>

<!-- EARTHLINE BUILD 16178 — OFFICIAL VERMONT BOUNDARY AND SEARCH-IDENTITY OWNER START -->
<script id="earthline-build-16178-state-identity-boundary-timeout">
(function(){
  'use strict';
  const BUILD='EARTHLINE 16249';
  const SERVICE='https://maps.vcgi.vermont.gov/arcgis/rest/services/VCGI_services/VCGI_BASEMAP_WM_v2/MapServer/21/query';
  const CACHE_KEY='earthline.vcgi.state-boundary.v1';
  let boundaryPromise=null,boundaryGeometry=null,lastError=null;
  const clone=v=>v==null?v:JSON.parse(JSON.stringify(v));
  function finitePoint(p){return Array.isArray(p)&&Number.isFinite(Number(p[0]))&&Number.isFinite(Number(p[1]));}
  /* EARTHLINE 16318 — exact point-in-ring acceleration. The original crossing
     predicate is preserved byte-for-byte below; this index only eliminates ring
     segments whose latitude range cannot possibly participate in the test. */
  const ringIndexCache16318=new WeakMap();
  const ringIndexStats16318={ringsBuilt:0,segmentsIndexed:0,pointTests:0,candidateSegments:0};
  function ringIndex16318(ring){
    if(!Array.isArray(ring)||ring.length<3)return null;
    const cached=ringIndexCache16318.get(ring);if(cached)return cached;
    let minX=Infinity,minY=Infinity,maxX=-Infinity,maxY=-Infinity;
    const segments=[];
    for(let i=0,j=ring.length-1;i<ring.length;j=i++){
      const a=ring[j],b=ring[i];if(!finitePoint(a)||!finitePoint(b))continue;
      const x1=Number(a[0]),y1=Number(a[1]),x2=Number(b[0]),y2=Number(b[1]);
      minX=Math.min(minX,x1,x2);maxX=Math.max(maxX,x1,x2);
      minY=Math.min(minY,y1,y2);maxY=Math.max(maxY,y1,y2);
      segments.push({a,b,ymin:Math.min(y1,y2),ymax:Math.max(y1,y2)});
    }
    if(!segments.length)return null;
    const bucketCount=Math.max(32,Math.min(512,Math.ceil(Math.sqrt(segments.length)*2)));
    const span=Math.max(1e-12,maxY-minY),buckets=Array.from({length:bucketCount},()=>[]);
    const bucketFor=y=>Math.max(0,Math.min(bucketCount-1,Math.floor(((Number(y)-minY)/span)*bucketCount)));
    for(const seg of segments){
      const lo=bucketFor(seg.ymin),hi=bucketFor(seg.ymax);
      for(let k=lo;k<=hi;k++)buckets[k].push(seg);
    }
    const meta={minX,minY,maxX,maxY,span,bucketCount,buckets,bucketFor,segments:segments.length};
    ringIndexCache16318.set(ring,meta);
    ringIndexStats16318.ringsBuilt++;
    ringIndexStats16318.segmentsIndexed+=segments.length;
    return meta;
  }
  function edgeContains(p,a,b){
    const x=Number(p[0]),y=Number(p[1]),x1=Number(a[0]),y1=Number(a[1]),x2=Number(b[0]),y2=Number(b[1]);
    const dx=x2-x1,dy=y2-y1,len=dx*dx+dy*dy;if(len<1e-20)return Math.hypot(x-x1,y-y1)<1e-10;
    const cross=(x-x1)*dy-(y-y1)*dx;if(Math.abs(cross)>1e-10)return false;
    const dot=(x-x1)*dx+(y-y1)*dy;if(dot<0)return false;return dot<=len;
  }
  function inRing(point,ring){
    if(!finitePoint(point)||!Array.isArray(ring)||ring.length<3)return false;
    const meta=ringIndex16318(ring);if(!meta)return false;
    let inside=false;const x=Number(point[0]),y=Number(point[1]);
    ringIndexStats16318.pointTests++;
    if(x<meta.minX||x>meta.maxX||y<meta.minY||y>meta.maxY)return false;
    const candidates=meta.buckets[meta.bucketFor(y)]||[];
    ringIndexStats16318.candidateSegments+=candidates.length;
    for(const seg of candidates){
      const a=seg.a,b=seg.b;if(edgeContains(point,a,b))return true;
      const xi=Number(b[0]),yi=Number(b[1]),xj=Number(a[0]),yj=Number(a[1]);
      const hit=((yi>y)!==(yj>y))&&(x<(xj-xi)*(y-yi)/((yj-yi)||1e-15)+xi);if(hit)inside=!inside;
    }
    return inside;
  }
  function inPolygon(point,rings){
    if(!Array.isArray(rings)||!rings.length||!inRing(point,rings[0]))return false;
    for(let i=1;i<rings.length;i++)if(inRing(point,rings[i]))return false;
    return true;
  }
  function inGeometry(point,geometry){
    if(!geometry)return false;
    if(geometry.type==='Polygon')return inPolygon(point,geometry.coordinates||[]);
    if(geometry.type==='MultiPolygon')return (geometry.coordinates||[]).some(poly=>inPolygon(point,poly));
    return false;
  }
  /* EARTHLINE 16317 — certify a complete analysis rectangle as interior to the
     official VCGI geometry once, instead of clipping every already-interior
     contour/flow/swale line against the state polygon. Any uncertainty falls
     back to the frozen exact clip path below. */
  const interiorCertificateCache16317=new Map();
  const exactClipRunCache16318=new Map();
  function pointInRect16317(p,b){
    return finitePoint(p)&&Array.isArray(b)&&b.length===4&&
      Number(p[0])>=Number(b[0])&&Number(p[0])<=Number(b[2])&&
      Number(p[1])>=Number(b[1])&&Number(p[1])<=Number(b[3]);
  }
  function orient16317(a,b,c){
    return (Number(b[0])-Number(a[0]))*(Number(c[1])-Number(a[1]))-
           (Number(b[1])-Number(a[1]))*(Number(c[0])-Number(a[0]));
  }
  function segmentsIntersect16317(a,b,c,d){
    const o1=orient16317(a,b,c),o2=orient16317(a,b,d),o3=orient16317(c,d,a),o4=orient16317(c,d,b),eps=1e-12;
    if(((o1>eps&&o2<-eps)||(o1<-eps&&o2>eps))&&((o3>eps&&o4<-eps)||(o3<-eps&&o4>eps)))return true;
    if(Math.abs(o1)<=eps&&edgeContains(c,a,b))return true;
    if(Math.abs(o2)<=eps&&edgeContains(d,a,b))return true;
    if(Math.abs(o3)<=eps&&edgeContains(a,c,d))return true;
    if(Math.abs(o4)<=eps&&edgeContains(b,c,d))return true;
    return false;
  }
  function geometryRings16317(g){
    if(!g)return [];
    if(g.type==='Polygon')return g.coordinates||[];
    if(g.type==='MultiPolygon'){
      const out=[];for(const poly of (g.coordinates||[]))for(const ring of (poly||[]))out.push(ring);
      return out;
    }
    return [];
  }
  function boundaryTouchesRect16317(g,b){
    const rect=[
      [Number(b[0]),Number(b[1])],[Number(b[2]),Number(b[1])],
      [Number(b[2]),Number(b[3])],[Number(b[0]),Number(b[3])]
    ];
    const rectEdges=[[rect[0],rect[1]],[rect[1],rect[2]],[rect[2],rect[3]],[rect[3],rect[0]]];
    for(const ring of geometryRings16317(g)){
      if(!Array.isArray(ring)||ring.length<2)continue;
      for(const p of ring)if(pointInRect16317(p,b))return true;
      for(let i=1;i<ring.length;i++){
        const a=ring[i-1],c=ring[i];if(!finitePoint(a)||!finitePoint(c))continue;
        for(const [r1,r2] of rectEdges)if(segmentsIntersect16317(a,c,r1,r2))return true;
      }
      const a=ring[ring.length-1],c=ring[0];
      if(finitePoint(a)&&finitePoint(c))for(const [r1,r2] of rectEdges)if(segmentsIntersect16317(a,c,r1,r2))return true;
    }
    return false;
  }
  function boundsCertifiedInterior16317(b,g){
    if(!Array.isArray(b)||b.length!==4||!g)return false;
    const key=b.map(v=>Number(v).toFixed(7)).join(',');
    if(interiorCertificateCache16317.has(key))return interiorCertificateCache16317.get(key);
    const pts=[
      [b[0],b[1]],[b[2],b[1]],[b[2],b[3]],[b[0],b[3]],
      [(Number(b[0])+Number(b[2]))/2,(Number(b[1])+Number(b[3]))/2]
    ];
    const inside=pts.every(p=>inGeometry(p,g));
    const certified=!!(inside&&!boundaryTouchesRect16317(g,b));
    interiorCertificateCache16317.set(key,certified);
    if(interiorCertificateCache16317.size>12){
      const first=interiorCertificateCache16317.keys().next().value;
      interiorCertificateCache16317.delete(first);
    }
    return certified;
  }
  function certifiedFeatureCollection16317(fc){
    return {type:'FeatureCollection',features:(fc&&fc.features||[]).map(f=>({
      type:'Feature',
      properties:Object.assign({},f&&f.properties||{},{vermont_boundary_verified:true}),
      geometry:f&&f.geometry||null
    })).filter(f=>f.geometry)};
  }
  function normalizeGeoJSON(data){
    const features=Array.isArray(data&&data.features)?data.features.filter(f=>f&&f.geometry):[];
    const polygons=[];
    for(const f of features){const g=f.geometry;if(g.type==='Polygon')polygons.push(g.coordinates);else if(g.type==='MultiPolygon')polygons.push(...g.coordinates);}
    if(!polygons.length)throw new Error('VCGI state-boundary response contained no polygon');
    return {type:'MultiPolygon',coordinates:polygons};
  }
  function esriToGeoJSON(data){
    const polygons=[];for(const f of (data&&data.features||[])){for(const ring of (f&&f.geometry&&f.geometry.rings||[])){if(Array.isArray(ring)&&ring.length>=4)polygons.push([ring.map(p=>[Number(p[0]),Number(p[1])])]);}}
    if(!polygons.length)throw new Error('VCGI JSONP boundary response contained no rings');
    return {type:'MultiPolygon',coordinates:polygons};
  }
  function loadCache(){try{const raw=localStorage.getItem(CACHE_KEY);if(!raw)return null;const row=JSON.parse(raw);return row&&row.geometry?row.geometry:null}catch(_){return null}}
  function saveCache(g){try{localStorage.setItem(CACHE_KEY,JSON.stringify({source:SERVICE,geometry:g,savedAt:new Date().toISOString()}))}catch(_){}}
  function fetchGeoJSON(){
    const p=new URLSearchParams({where:'1=1',outFields:'OBJECTID',returnGeometry:'true',outSR:'4326',f:'geojson'}),ctl=new AbortController(),timer=setTimeout(()=>ctl.abort(),8000);
    return fetch(SERVICE+'?'+p.toString(),{mode:'cors',cache:'force-cache',signal:ctl.signal}).then(r=>{if(!r.ok)throw new Error('VCGI boundary HTTP '+r.status);return r.json()}).then(normalizeGeoJSON).finally(()=>clearTimeout(timer));
  }
  function fetchJSONP(){
    return new Promise((resolve,reject)=>{
      const cb='__earthlineVtBoundary16178_'+Date.now()+'_'+Math.random().toString(36).slice(2),script=document.createElement('script');
      const params=new URLSearchParams({where:'1=1',outFields:'OBJECTID',returnGeometry:'true',outSR:'4326',f:'json',callback:cb});
      const timer=setTimeout(()=>{cleanup();reject(new Error('VCGI boundary JSONP timed out'));},8000);
      function cleanup(){clearTimeout(timer);script.remove();try{delete window[cb]}catch(_){window[cb]=undefined}}
      window[cb]=data=>{try{const g=esriToGeoJSON(data);cleanup();resolve(g)}catch(err){cleanup();reject(err)}};
      script.onerror=()=>{cleanup();reject(new Error('VCGI boundary JSONP failed'))};script.async=true;script.src=SERVICE+'?'+params.toString();document.head.appendChild(script);
    });
  }
  async function ensureBoundary(){
    if(boundaryGeometry)return boundaryGeometry;if(boundaryPromise)return boundaryPromise;
    boundaryPromise=(async()=>{
      const cached=loadCache();if(cached){boundaryGeometry=cached;window.EARTHLINE_VERMONT_BOUNDARY_SOURCE_16178={source:'cached official VCGI state boundary',service:SERVICE,at:new Date().toISOString()};return boundaryGeometry;}
      const cors=Promise.resolve().then(fetchGeoJSON).then(geometry=>({geometry,source:'VCGI GeoJSON'}));
      const jsonp=Promise.resolve().then(fetchJSONP).then(geometry=>({geometry,source:'VCGI JSONP'}));
      let winner;
      try{
        if(typeof Promise.any==='function')winner=await Promise.any([cors,jsonp]);
        else winner=await new Promise((resolve,reject)=>{let failed=0,last;for(const p of [cors,jsonp])p.then(resolve,e=>{last=e;if(++failed===2)reject(last)});});
      }catch(error){lastError=new Error('official Vermont boundary unavailable: '+String(error&&error.message||error));throw lastError;}
      boundaryGeometry=winner.geometry;
      window.EARTHLINE_VERMONT_BOUNDARY_SOURCE_16178={source:winner.source,service:SERVICE,parallelTransport16453:true,at:new Date().toISOString()};
      saveCache(boundaryGeometry);return boundaryGeometry;
    })().finally(()=>{boundaryPromise=null});
    return boundaryPromise;
  }
  function centroid(points){const pts=(points||[]).filter(finitePoint);if(!pts.length)return null;return [pts.reduce((a,p)=>a+Number(p[0]),0)/pts.length,pts.reduce((a,p)=>a+Number(p[1]),0)/pts.length];}
  async function validateBoundary(points,options={}){
    const pts=(points||[]).filter(finitePoint),context=String(options.context||'analysis');
    if(pts.length<3)return {ok:false,context,reason:'missing-analysis-boundary',message:'A declared project boundary is required before '+context+' analysis.'};
    let g;try{g=await ensureBoundary()}catch(err){return {ok:false,context,reason:'state-boundary-unavailable',message:'OFFICIAL VERMONT BOUNDARY UNAVAILABLE — '+String(err&&err.message||err),service:SERVICE};}
    const checks=options.requireAll===false?[centroid(pts)]:[...pts,centroid(pts)].filter(Boolean),inside=checks.map(p=>inGeometry(p,g)),ok=inside.length>0&&inside.every(Boolean);
    return {ok,context,reason:ok?'inside-vermont':'outside-vermont',pointsChecked:checks.length,insideCount:inside.filter(Boolean).length,service:SERVICE,message:ok?'Declared area verified inside Vermont.':'OUTSIDE VERMONT — this Vermont Property/Focus build will not analyze or label the selected area as Vermont.'};
  }
  function isVermontRequest(q,loc){const text=(String(q||'')+' '+String(loc&&loc.label||'')+' '+String(loc&&loc.extentClass||'')).toLowerCase();return /\bvermont\b|\bvt\b/.test(text);}
  function interpolate(a,b,t){return [Number(a[0])+(Number(b[0])-Number(a[0]))*t,Number(a[1])+(Number(b[1])-Number(a[1]))*t];}
  function boundaryPoint(a,b,g,aInside){let lo=0,hi=1;for(let i=0;i<24;i++){const mid=(lo+hi)/2,v=inGeometry(interpolate(a,b,mid),g);if(v===aInside)lo=mid;else hi=mid;}return interpolate(a,b,(lo+hi)/2);}
  function clipLine(coords,g){
    const raw=(coords||[]).filter(finitePoint);if(raw.length<2)return [];
    const pts=[raw[0]];for(let i=1;i<raw.length;i++){const a=raw[i-1],b=raw[i],steps=Math.max(1,Math.ceil(Math.max(Math.abs(Number(b[0])-Number(a[0])),Math.abs(Number(b[1])-Number(a[1])))/.01));for(let k=1;k<=steps;k++)pts.push(interpolate(a,b,k/steps));}
    const runs=[];let run=[];let prev=pts[0],prevIn=inGeometry(prev,g);if(prevIn)run=[prev];
    for(let i=1;i<pts.length;i++){
      const cur=pts[i],curIn=inGeometry(cur,g);
      if(prevIn&&curIn){if(!run.length)run=[prev];run.push(cur)}
      else if(prevIn&&!curIn){const x=boundaryPoint(prev,cur,g,true);if(!run.length)run=[prev];run.push(x);if(run.length>=2)runs.push(run);run=[]}
      else if(!prevIn&&curIn){const x=boundaryPoint(prev,cur,g,false);run=[x,cur]}
      prev=cur;prevIn=curIn;
    }
    if(run.length>=2)runs.push(run);return runs;
  }
  function clipFeatureCollection(fc,g){
    const out=[];for(const feature of (fc&&fc.features||[])){if(!feature||!feature.geometry)continue;const geom=feature.geometry,props=clone(feature.properties||{});
      if(geom.type==='Point'){if(inGeometry(geom.coordinates,g))out.push({type:'Feature',properties:props,geometry:clone(geom)});continue;}
      const lines=geom.type==='LineString'?[geom.coordinates]:geom.type==='MultiLineString'?(geom.coordinates||[]):[];
      for(const line of lines)for(const run of clipLine(line,g))out.push({type:'Feature',properties:Object.assign({},props,{vermont_boundary_verified:true}),geometry:{type:'LineString',coordinates:run}});
    }return {type:'FeatureCollection',features:out};
  }
  function rerankSwales(fc){
    const features=(fc&&fc.features||[]).sort((a,b)=>Number(a.properties&&a.properties.rank||999)-Number(b.properties&&b.properties.rank||999));
    features.forEach((f,i)=>{const p=f.properties||(f.properties={}),rank=i+1,grade=String(p.grade||'C').match(/^[ABC]$/)?String(p.grade):'C';p.rank=rank;p.display_rank=rank;p.display_code=grade+rank;p.label=String(p.label||grade+rank+' — REGIONAL BIOSWALE OPPORTUNITY').replace(/^[ABC]\d+\s*[—•-]\s*/i,grade+rank+' — ');});
    return {type:'FeatureCollection',features};
  }
  async function clipProducts(payload={}){
    const clipStarted16317=performance.now();
    let g;try{g=await ensureBoundary()}catch(err){return {ok:false,message:'OFFICIAL VERMONT BOUNDARY UNAVAILABLE — '+String(err&&err.message||err)};}
    const focusMode=!!payload.focusMode,bounds=Array.isArray(payload.bounds)?payload.bounds:null;
    if(focusMode&&bounds){const ring=[[bounds[0],bounds[1]],[bounds[2],bounds[1]],[bounds[2],bounds[3]],[bounds[0],bounds[3]]],gate=await validateBoundary(ring,{requireAll:true,context:'focus'});if(!gate.ok)return {ok:false,message:gate.message,audit:{build:BUILD,tier:'focus',gate,runToken:payload.runToken||null,at:new Date().toISOString()}};}
    const before={contours:Number(payload.contours&&payload.contours.features&&payload.contours.features.length||0),flows:Number(payload.flows&&payload.flows.features&&payload.flows.features.length||0),swales:Number(payload.swales&&payload.swales.features&&payload.swales.features.length||0)};
    const certifiedInterior=!!(bounds&&boundsCertifiedInterior16317(bounds,g));
    const boundsKey16318=Array.isArray(bounds)?bounds.map(v=>Number(v).toFixed(7)).join(','):'no-bounds';
    const runKey16318=String(payload.runToken||'no-run')+'|'+boundsKey16318;
    let contours,flows,swales,reusedPreviewSwales16318=false;
    if(certifiedInterior){
      contours=certifiedFeatureCollection16317(payload.contours);
      flows=certifiedFeatureCollection16317(payload.flows);
      swales=rerankSwales(certifiedFeatureCollection16317(payload.swales));
    }else{
      contours=clipFeatureCollection(payload.contours,g);
      flows=clipFeatureCollection(payload.flows,g);
      const cached16318=exactClipRunCache16318.get(runKey16318);
      if(cached16318&&cached16318.swalesInput===payload.swales&&cached16318.swalesRaw){
        swales=rerankSwales(clone(cached16318.swalesRaw));
        reusedPreviewSwales16318=true;
      }else{
        const swalesRaw16318=clipFeatureCollection(payload.swales,g);
        swales=rerankSwales(swalesRaw16318);
        if(payload.swales){
          exactClipRunCache16318.set(runKey16318,{swalesInput:payload.swales,swalesRaw:clone(swalesRaw16318),at:Date.now()});
          if(exactClipRunCache16318.size>16){
            const first16318=exactClipRunCache16318.keys().next().value;
            exactClipRunCache16318.delete(first16318);
          }
        }
      }
    }
    const after={contours:contours.features.length,flows:flows.features.length,swales:swales.features.length},audit={build:BUILD,tier:focusMode?'focus':'regional',source:SERVICE,runToken:payload.runToken||null,query:String(payload.query||''),before,after,removed:{contours:Math.max(0,before.contours-after.contours),flows:Math.max(0,before.flows-after.flows),swales:Math.max(0,before.swales-after.swales)},rule:certifiedInterior?'official VCGI polygon; complete analysis rectangle certified interior; no per-feature clip required':'official VCGI polygon; exact per-feature boundary clip with indexed point-in-ring lookup',interiorCertificate16317:certifiedInterior,reusedPreviewSwales16318,at:new Date().toISOString()};
    const clipRow16318={build:'EARTHLINE 16318',runToken:payload.runToken||null,kind:(before.contours||before.flows)?'full':'preview',certifiedInterior,reusedPreviewSwales:reusedPreviewSwales16318,elapsedMs:Math.round(performance.now()-clipStarted16317),before,after,ringIndex:{ringsBuilt:ringIndexStats16318.ringsBuilt,segmentsIndexed:ringIndexStats16318.segmentsIndexed,pointTests:ringIndexStats16318.pointTests,candidateSegments:ringIndexStats16318.candidateSegments},at:new Date().toISOString()};
    const clipAudit16318=window.EARTHLINE_VERMONT_CLIP_PERFORMANCE_16318;
    if(!clipAudit16318||clipAudit16318.runToken!==String(payload.runToken||'')){
      window.EARTHLINE_VERMONT_CLIP_PERFORMANCE_16318={runToken:String(payload.runToken||''),calls:[clipRow16318]};
    }else{
      clipAudit16318.calls.push(clipRow16318);if(clipAudit16318.calls.length>6)clipAudit16318.calls.splice(0,clipAudit16318.calls.length-6);
    }
    window.EARTHLINE_VERMONT_CLIP_PERFORMANCE_16317=clipRow16318;
    return {ok:true,contours,flows,swales,audit};
  }
  function audit(){return {build:BUILD,boundaryLoaded:!!boundaryGeometry,boundarySource:window.EARTHLINE_VERMONT_BOUNDARY_SOURCE_16178||null,lastError:lastError&&String(lastError.message||lastError),tierReset:window.EARTHLINE_TIER_RESET_AUDIT_16178||null,productBoundary:window.EARTHLINE_VERMONT_PRODUCT_BOUNDARY_AUDIT_16178||null,propertyBoundary:window.EARTHLINE_PROPERTY_BOUNDARY_AUDIT_16178||null,propertyTimeout:window.EARTHLINE_PROPERTY_TIMEOUT_AUDIT_16178||null,at:new Date().toISOString()};}
  function stamp(){window.EARTHLINE_BUILD=BUILD;document.documentElement.dataset.earthlineVermontBuild='16250';const e=document.getElementById('earthlineBuildStamp16154');if(e)e.textContent=BUILD;}
  window.earthlineEnsureVermontBoundary16178=ensureBoundary;window.earthlineValidateVermontBoundary16178=validateBoundary;window.earthlineClipVermontProducts16178=clipProducts;window.earthlineIsVermontRequest16178=isVermontRequest;window.earthlinePointInVermont16178=async p=>inGeometry(p,await ensureBoundary());window.earthlineBuild16178Audit=audit;
  /* EARTHLINE 16482 — the state boundary is static governing Vermont evidence and
     does not depend on the selected Property. Begin the unchanged official owner
     as soon as this script installs so normal user interaction overlaps its network
     acquisition instead of starting the 8-second-bounded transport at Run click. */
  try{void ensureBoundary().catch(()=>{});}catch(_){ }


  let panelInstalled16188=false,searchEngaged16233=false,regionalRequested16233=false,regionalRequestStarted16240=0,regionalSawActive16240=false,regionalIdleSince16233=0,propertyTargetMoveBound16201=false,regionalOrbLatched16244=false,regionalOrbToken16244='',regionalOrbPriorToken16244='',regionalOrbStartedAt16244=0,regionalOrbEpoch16244=0,propertyOrbLatched16244=false,propertyOrbSawRunning16244=false,propertyOrbEpoch16244=0,propertyOrbRequestedAt16270=0,lastCorridorTipCheck16270=0,orbRaf16244=0;
  function makeNode16188(tag,id,cls,text){const el=document.createElement(tag);if(id)el.id=id;if(cls)el.className=cls;if(text!=null)el.textContent=text;return el}
  function makeControl16188(id,label,glyph){const el=makeNode16188('div',id,'el-rail-control-16188',glyph);el.setAttribute('role','button');el.setAttribute('tabindex','0');el.setAttribute('aria-label',label);el.title=label;return el}
  function activate16188(el,fn){el.addEventListener('click',fn);el.addEventListener('keydown',e=>{if(e.key==='Enter'||e.key===' '){e.preventDefault();fn(e)}})}
  function panelMap16188(){try{return window.earthlineMap||earthlineMap||null}catch(_){return window.earthlineMap||null}}
  function setPanel16188(open){document.documentElement.classList.toggle('earthline-panel-open-16188',!!open);const c=document.getElementById('earthlineRailSearch16188');if(c)c.classList.toggle('active',!!open);setTimeout(()=>{const m=panelMap16188();if(m&&typeof m.resize==='function')m.resize()},220)}
  function currentRegionalToken16244(){return String(document.documentElement.dataset.earthlineActiveRun||window.EARTHLINE_ACTIVE_RUN_TOKEN_16151||window.EARTHLINE_ACTIVE_RUN_TOKEN_16147||'')}
  function ensureOrb16233(buttonId){
    const b=document.getElementById(buttonId);if(!b)return null;const NS='http://www.w3.org/2000/svg';
    /* Keep one hidden compatibility SVG because older run owners expect to find it, but never use it as the visible Orb. */
    let svg=b.querySelector(':scope > svg');if(!svg){svg=document.createElementNS(NS,'svg');b.prepend(svg)}
    svg.setAttribute('viewBox','0 0 100 100');svg.setAttribute('width','24');svg.setAttribute('height','24');svg.setAttribute('aria-hidden','true');
    let spin=svg.querySelector(':scope > .earthline-orb-spin-16240');if(!spin){spin=document.createElementNS(NS,'g');spin.setAttribute('class','earthline-orb-spin-16240');svg.replaceChildren(spin)}
    let use=spin.querySelector(':scope > use');if(!use){use=document.createElementNS(NS,'use');spin.replaceChildren(use)}else{for(const child of [...spin.children])if(child!==use)child.remove()}
    use.setAttribute('href','#orb');use.setAttributeNS('http://www.w3.org/1999/xlink','xlink:href','#orb');
    try{if(svg.__earthlineSpin16203){svg.__earthlineSpin16203.cancel();svg.__earthlineSpin16203=null}}catch(_){ }
    svg.classList.remove('earthline-orb-spinning-16202','earthline-orb-spinning-16203');svg.style.removeProperty('animation');svg.style.removeProperty('transform');svg.style.removeProperty('transform-origin');svg.style.removeProperty('transform-box');
    /* 16244 visible Orb is an <i>, not SVG or SPAN, so legacy setBusy() rewrites cannot replace it or turn it into a blue spinner. */
    let shell=b.querySelector(':scope > i.earthline-orb-shell-16244');
    if(!shell){shell=document.createElement('i');shell.className='earthline-orb-shell-16244';shell.setAttribute('aria-hidden','true');b.insertBefore(shell,svg.nextSibling)}
    for(const child of [...b.children]){
      if(child===svg||child===shell||child.tagName==='SPAN')continue;
      child.remove();
    }
    b.querySelectorAll('.el69-dot,[class*="spinner"],[class*="orbit-track"]').forEach(el=>el.remove());
    return shell
  }
  function regionalEngineActive16240(){
    const b=document.getElementById('runBtn');let audit=null;try{if(typeof window.earthlineLiveRegionalAudit16010==='function')audit=window.earthlineLiveRegionalAudit16010()}catch(error){console.error('[Earthline 16244] Regional audit unavailable',error)}
    const state=String(document.documentElement.dataset.earthlineRunState||'');return !!(audit&&audit.running||state==='pending'||state==='running'||b&&b.dataset.busy==='1'||b&&b.getAttribute('aria-busy')==='true')
  }
  function regionalRunning16233(){return !!(regionalOrbLatched16244||regionalEngineActive16240())}
  function propertyRunning16240(){const p=document.getElementById('earthlineDeclareProperty16169'),state=String(document.documentElement.dataset.earthlinePropertyRunState||'');return !!(propertyOrbLatched16244||state==='running'||p&&(p.dataset.busy==='1'||p.dataset.terminalRunning==='1'||p.getAttribute('aria-busy')==='true'))}
  function paintOrbFrame16244(){/* 16245: compositor CSS owns Orb motion so JS long tasks cannot freeze the animation. */}
  function ensureOrbRaf16244(){return 0}
  function bindRegionalToken16244(){
    if(!regionalOrbLatched16244||regionalOrbToken16244)return regionalOrbToken16244;
    const active=currentRegionalToken16244();if(!active)return '';
    const state=String(document.documentElement.dataset.earthlineRunState||'');
    if(active!==regionalOrbPriorToken16244||state==='pending'||state==='running')regionalOrbToken16244=active;
    return regionalOrbToken16244
  }
  function stopRegionalOrb16244(){regionalOrbLatched16244=false;regionalRequested16233=false;regionalOrbToken16244='';regionalOrbPriorToken16244='';regionalOrbStartedAt16244=0;document.documentElement.classList.remove('earthline-regional-orb-latched-16244','earthline-regional-running-16233')}
  function stopPropertyOrb16244(){propertyOrbLatched16244=false;propertyOrbSawRunning16244=false;document.documentElement.classList.remove('earthline-property-orb-latched-16244','earthline-property-running-16233')}
  function syncOrbMotion16240(){
    const root=document.documentElement;bindRegionalToken16244();
    const propertyState=String(root.dataset.earthlinePropertyRunState||'');
    /* EARTHLINE 16270 — a fail-closed publication block is itself a scientific
       terminal. The block may be published before the outer Property promise
       settles, so the existing Orb owner must recognize the run-current block
       directly instead of waiting for a later promise/audit transition. */
    let currentBlock16270=null,blockedAt16270=NaN;
    try{currentBlock16270=window.EARTHLINE_PROPERTY_PUBLICATION_BLOCK_16176||null;blockedAt16270=Date.parse(currentBlock16270&&currentBlock16270.blockedAt||'')}catch(_){}
    if(propertyOrbLatched16244&&propertyOrbRequestedAt16270&&currentBlock16270&&Number.isFinite(blockedAt16270)&&blockedAt16270>=propertyOrbRequestedAt16270-100){
      stopPropertyOrb16244();
    }
    if(propertyOrbLatched16244&&propertyState==='running')propertyOrbSawRunning16244=true;
    if(propertyOrbLatched16244){
      let a=null;try{if(typeof window.earthlinePropertyRunAudit16173==='function')a=window.earthlinePropertyRunAudit16173()}catch(_){}
      /* EARTHLINE 16339 — scientific publication is the visual Orb terminal even
         if the old compatibility saw-running flag missed a very fast transition.
         Optional aquifer/texture/presentation work must not keep the Property Orb moving. */
      if(a&&a.scientificSettled===true)stopPropertyOrb16244();
      else if(propertyOrbSawRunning16244&&propertyState==='idle'&&a&&a.settled===true)stopPropertyOrb16244();
    }
    root.classList.toggle('earthline-regional-orb-latched-16244',!!regionalOrbLatched16244);
    root.classList.toggle('earthline-property-orb-latched-16244',!!propertyOrbLatched16244);
    /* EARTHLINE 16346 — visible Regional Orb motion follows only the authoritative latch. */root.classList.toggle('earthline-regional-running-16233',!!regionalOrbLatched16244);
    /* EARTHLINE 16345 — visible Orb motion follows only the authoritative latch; raw Property busy state cannot restart it after terminal. */root.classList.toggle('earthline-property-running-16233',!!propertyOrbLatched16244);
    ensureOrbRaf16244();
    return {regional:!!regionalOrbLatched16244,property:!!propertyOrbLatched16244,regionalToken:regionalOrbToken16244}
  }
  function syncRegionalOrb16233(){ensureOrb16233('runBtn');syncOrbMotion16240()}
  function markRegionalRequested16233(){
    regionalRequested16233=true;regionalRequestStarted16240=Date.now();regionalSawActive16240=false;regionalIdleSince16233=0;
    regionalOrbPriorToken16244=currentRegionalToken16244();regionalOrbToken16244='';regionalOrbStartedAt16244=Date.now();regionalOrbEpoch16244=performance.now();regionalOrbLatched16244=true;
    document.documentElement.classList.add('earthline-regional-orb-latched-16244','earthline-regional-running-16233');ensureOrb16233('runBtn');ensureOrbRaf16244();
  }
  window.earthlineMarkRegionalRequested16233=markRegionalRequested16233;
  function markPropertyRequested16243(){
    /* EARTHLINE 16345 — this latch is armed only by terminalPropertyRun after the
       authoritative Property owner has synchronously entered running state. No
       pointerdown/click pre-latch may arm, re-arm, or race the scientific owner. */
    propertyOrbLatched16244=true;propertyOrbSawRunning16244=true;propertyOrbEpoch16244=performance.now();propertyOrbRequestedAt16270=Date.now();
    document.documentElement.classList.add('earthline-property-orb-latched-16244','earthline-property-running-16233');
    ensureOrb16233('earthlineDeclareProperty16169');ensureOrbRaf16244();
  }
  window.earthlineMarkPropertyRequested16243=markPropertyRequested16243;
  function reconcileOrbTerminal16243(){
    const root=document.documentElement,state=String(root.dataset.earthlineRunState||'');bindRegionalToken16244();
    if(regionalOrbLatched16244){
      if(state==='failed'||state==='unavailable'){stopRegionalOrb16244();}
      else if(regionalOrbToken16244){
        const token=regionalOrbToken16244;
        const context=window.EARTHLINE_REGIONAL_CONTEXT_16198||null;
        const displayed=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970||null;
        const tier=String(displayed&&displayed.runToken===token&&(displayed.tier||displayed.mode)||'').toLowerCase();
        let audit=null;try{if(typeof window.earthlineLiveRegionalAudit16010==='function')audit=window.earthlineLiveRegionalAudit16010()}catch(_){}
        /* EARTHLINE 16539 — same-token terrain-core publication is the Regional/Focus
           terminal. Optional watershed/groundwater context may enrich the published
           result afterward, but it no longer owns Search Orb motion. */
        if(state==='published'&&(tier==='regional'||tier==='focus')){stopRegionalOrb16244();}
        else if(context&&String(context.runToken||'')===token&&context.at){stopRegionalOrb16244();}
        /* A primary Run button may legitimately execute Property directly; it has no regional-context phase. */
        else if(tier==='property'&&!(audit&&audit.running)&&state!=='pending'&&state!=='running'){stopRegionalOrb16244();}
        /* Fail-safe only after the governed engine has been idle well beyond its own timeout; never a transient busy drop. */
        else if(regionalOrbStartedAt16244&&Date.now()-regionalOrbStartedAt16244>65000&&!(audit&&audit.running)&&state!=='pending'&&state!=='running'){stopRegionalOrb16244();}
      }
    }
    syncOrbMotion16240();
  }
  function closeSuggestions16233(){const menu=document.getElementById('earthlineSearchSuggestions15970');if(menu)menu.classList.remove('open')}
  function positionSuggestions16233(){const input=document.getElementById('searchInput'),menu=document.getElementById('earthlineSearchSuggestions15970');if(!input||!menu)return;const r=input.closest('.searchbox')?.getBoundingClientRect()||input.getBoundingClientRect();menu.style.left=Math.round(r.left)+'px';menu.style.top=Math.round(r.bottom+7)+'px';menu.style.width=Math.round(r.width)+'px'}
  function openSuggestions16233(){if(!searchEngaged16233)return;const menu=document.getElementById('earthlineSearchSuggestions15970');if(!menu)return;positionSuggestions16233();if(menu.querySelector('button'))menu.classList.add('open')}
  function bindSearchSuggestions16233(){const input=document.getElementById('searchInput'),menu=document.getElementById('earthlineSearchSuggestions15970');if(!input||!menu||input.dataset.earthline16233Bound==='1')return;input.dataset.earthline16233Bound='1';for(const ev of ['focus','pointerdown'])input.addEventListener(ev,()=>{searchEngaged16233=true;setTimeout(openSuggestions16233,0)});input.addEventListener('input',()=>{if(document.documentElement.dataset.earthlineSuggestionCommit16246==='1'){searchEngaged16233=false;closeSuggestions16233();return;}searchEngaged16233=true;setTimeout(openSuggestions16233,0)});input.addEventListener('keydown',e=>{if(e.key==='Enter')closeSuggestions16233();if(e.key==='Escape'){searchEngaged16233=false;closeSuggestions16233()}});menu.addEventListener('click',()=>{searchEngaged16233=false;closeSuggestions16233()});document.addEventListener('pointerdown',e=>{if(e.target===input||e.target.closest('#earthlineSearchSuggestions15970'))return;searchEngaged16233=false;closeSuggestions16233()},true);const mo=new MutationObserver(()=>{if(!searchEngaged16233)closeSuggestions16233();else positionSuggestions16233()});mo.observe(menu,{attributes:true,attributeFilter:['class'],childList:true,subtree:true});for(const delay of [0,80,300,900])setTimeout(()=>{if(!searchEngaged16233)closeSuggestions16233()},delay)}
  function propertyTargetLabel16233(target){if(target&&target.code)return String(target.code)+' · ZOOM + ANALYZE · 20 ACRES';if(target&&Number.isFinite(Number(target.lat))&&Number.isFinite(Number(target.lng)))return 'CROSSHAIR · '+Number(target.lat).toFixed(5)+', '+Number(target.lng).toFixed(5)+' · 20 ACRES';return 'PROPERTY SEARCH · 20 ACRES'}
  function setPropertyTarget16201(target,options={}){if(!target||!Number.isFinite(Number(target.lng))||!Number.isFinite(Number(target.lat)))return false;const displayed16347=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||null,displayedTier16347=String(displayed16347&&(displayed16347.tier||displayed16347.mode)||'').toLowerCase(),parentRunToken16347=target.parentRunToken?String(target.parentRunToken):(target.code&&displayedTier16347==='regional'?String(displayed16347&&displayed16347.runToken||''):'');window.EARTHLINE_PROPERTY_TARGET_16201={lng:Number(target.lng),lat:Number(target.lat),source:String(target.source||'crosshair'),code:target.code?String(target.code):'',score:Number(target.score||0),parentRunToken:parentRunToken16347||'',at:new Date().toISOString()};if(window.EARTHLINE_PROPERTY_TARGET_16201.code){try{if(typeof earthlinePrewarmPropertyDem16297==='function')void earthlinePrewarmPropertyDem16297(Number(target.lat),Number(target.lng));}catch(_){}}try{if(typeof window.earthlinePrefetchVermontAuthority16263==='function'&&typeof earthlineRectangleAround==='function'){const boundary16466=earthlineRectangleAround(Number(target.lng),Number(target.lat),20);void window.earthlinePrefetchVermontAuthority16263(boundary16466,M.searchGen);}}catch(_){}const b=document.getElementById('earthlineDeclareProperty16169');if(b){ensureOrb16233('earthlineDeclareProperty16169');let span=b.querySelector('span:last-child');if(!span){span=document.createElement('span');b.appendChild(span)}span.dataset.crosshair16247=window.EARTHLINE_PROPERTY_TARGET_16201.code?'0':'1';if(b.dataset.busy!=='1')span.textContent=propertyTargetLabel16233(window.EARTHLINE_PROPERTY_TARGET_16201);b.disabled=false;b.setAttribute('aria-disabled','false')}const ctx=document.getElementById('earthlinePropertyContext16233');if(ctx){ctx.textContent=window.EARTHLINE_PROPERTY_TARGET_16201.code?'Selected regional corridor '+window.EARTHLINE_PROPERTY_TARGET_16201.code:'Current fixed crosshair target';ctx.classList.add('visible')}document.documentElement.classList.add('earthline-property-ready-16188');if(options.openPanel!==false)setPanel16188(true);if(options.scroll)document.getElementById('earthlinePropertySection16188')?.scrollIntoView({block:'start',behavior:'smooth'});return true}
  function syncPropertyTargetFromMap16201(){const m=panelMap16188();if(!m||typeof m.getCenter!=='function')return false;const c=m.getCenter();if(!c||!Number.isFinite(Number(c.lng))||!Number.isFinite(Number(c.lat)))return false;const existing=window.EARTHLINE_PROPERTY_TARGET_16201;if(existing&&existing.code)return true;return setPropertyTarget16201({lng:Number(c.lng),lat:Number(c.lat),source:'crosshair'},{openPanel:false})}
  const CORRIDOR_TIP_KEY_16248='earthline.corridor-tip.seen.v3';
  let corridorTipRegionalReady16252=false;
  let corridorTipSeenThisPage16253=false;
  function corridorTipSeen16248(){return corridorTipSeenThisPage16253===true}
  function markCorridorTipSeen16248(){corridorTipSeenThisPage16253=true;window.__earthlineCorridorTipSeen16248=true}
  function ensureCorridorTip16248(){let tip=document.getElementById('earthlineCorridorTip16248');if(tip)return tip;tip=makeNode16188('aside','earthlineCorridorTip16248','',null);tip.setAttribute('role','status');tip.setAttribute('aria-live','polite');tip.innerHTML='<button type="button" aria-label="Dismiss corridor tip">×</button><strong>Regional corridors are clickable</strong><p>Select a map label such as <b>A4</b> to open its evidence, ranking and actions.</p>';tip.querySelector('button').addEventListener('click',()=>dismissCorridorTip16248('dismissed'));document.body.appendChild(tip);return tip}
  function dismissCorridorTip16248(reason){const tip=document.getElementById('earthlineCorridorTip16248');if(tip)tip.classList.remove('open');markCorridorTipSeen16248();window.EARTHLINE_CORRIDOR_TIP_AUDIT_16248={build:'EARTHLINE 16249',state:'dismissed',reason:String(reason||'dismissed'),at:new Date().toISOString()};return true}
  function maybeShowCorridorTip16248(){if(corridorTipSeen16248())return false;const d=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16149||window.EARTHLINE_DISPLAYED_RUN_16147||window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970||null,t=String(d&&(d.tier||d.mode)||'').toLowerCase(),clickable=document.querySelectorAll('.earthline-swale-label-16149,.earthline-swale-hit-16070').length,regionalEvidence=clickable>0||Number(d?.derived?.swaleOpportunityLines||0)>0||Number(d?.corridorCount||0)>0,analysisTier=String(document.documentElement.dataset.earthlineAnalysisTier||'').toLowerCase(),propertyRunning=String(document.documentElement.dataset.earthlinePropertyRunState||'')==='running',regionalDisplayed=t==='regional'||(analysisTier==='regional'&&t!=='property'&&t!=='focus');if(propertyRunning||!regionalDisplayed){const openTip=document.getElementById('earthlineCorridorTip16248');if(openTip)openTip.classList.remove('open');return false}const regionalReady=!!corridorTipRegionalReady16252||regionalDisplayed;if(!regionalReady||!regionalEvidence)return false;const tip=ensureCorridorTip16248();tip.classList.add('open');window.EARTHLINE_CORRIDOR_TIP_AUDIT_16248={build:'EARTHLINE 16279',state:'shown-until-acknowledged',tier:'regional',clickable,at:new Date().toISOString()};return true}
  function portalCorridorDetail16248(){const detail=document.getElementById('earthlineCorridorDetail16149');if(detail&&detail.parentElement!==document.body)document.body.appendChild(detail);return detail}
  function wrapCorridorDetail16233(){if(window.__earthlineCorridorWrap16233)return;const prior=window.earthlineOpenCorridorDetail16149;if(typeof prior!=='function')return;window.earthlineOpenCorridorDetail16149=function(f,index){dismissCorridorTip16248('corridor-opened');const out=prior.apply(this,arguments);portalCorridorDetail16248();try{const g=f&&f.geometry;const coords=g&&g.type==='LineString'?g.coordinates:g&&g.type==='MultiLineString'&&Array.isArray(g.coordinates)?g.coordinates.slice().sort((a,b)=>(b?.length||0)-(a?.length||0))[0]:null;if(Array.isArray(coords)&&coords.length){const p=f.properties||{},ll=coords[Math.floor((coords.length-1)/2)],code=String(p.display_code||p.label||((/^[ABC]$/.test(String(p.grade||''))?String(p.grade):'C')+String(Number(p.display_rank||p.rank||Number(index||0)+1)||Number(index||0)+1)));setTimeout(()=>setPropertyTarget16201({lng:Number(ll[0]),lat:Number(ll[1]),source:'corridor',code,score:Number(p.score||0)},{scroll:true}),0)}}catch(error){console.error('[Earthline 16233] Corridor target failed',error)}return out};window.__earthlineCorridorWrap16233=true}
  function initRealGlobe16233(){const m=panelMap16188();if(!m)return false;const hasResult=!!(window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147||window.EARTHLINE_CHOSEN_LOCATION_16189);if(hasResult)return false;try{if(typeof m.setProjection==='function')m.setProjection('globe')}catch(error){console.warn('[Earthline 16233] Globe projection unavailable',error)}try{if(typeof m.setFog==='function')m.setFog({'range':[.5,10],'color':'#07111d','high-color':'#102238','space-color':'#02050a','star-intensity':.35})}catch(_){ }try{if(typeof m.jumpTo==='function')m.jumpTo({center:[0,18],zoom:1.25,bearing:0,pitch:0})}catch(error){console.warn('[Earthline 16233] Globe camera unavailable',error)}return true}
  function ensureRegionalCorridorTabs16323(resultsSlot){
    /* EARTHLINE 16334 — explicitly removed by user direction.
       Do not recreate ranked corridor chips/chart in navigation. */
    document.getElementById('earthlineRegionalCorridorTabs16323')?.remove();
    return false;
  }
  function reconcilePanel16188(){const searchSlot=document.getElementById('earthlineSearchSlot16188'),propertySlot=document.getElementById('earthlinePropertySlot16188'),reportSlot=document.getElementById('earthlineReportSlot16188'),statusSlot=document.getElementById('earthlineStatusSlot16188'),resultsSlot=document.getElementById('earthlineResultsSlot16188');const searchwrap=document.querySelector('.searchwrap');if(searchwrap&&searchwrap.parentElement!==searchSlot)searchSlot.appendChild(searchwrap);ensureOrb16233('runBtn');const property=document.getElementById('earthlineDeclareProperty16169');if(property&&property.parentElement!==propertySlot)propertySlot.appendChild(property);if(property){property.querySelector('.el69-dot')?.remove();ensureOrb16233('earthlineDeclareProperty16169');let span=property.querySelector('span:last-child');if(!span){span=document.createElement('span');property.appendChild(span)}span.dataset.crosshair16247=window.EARTHLINE_PROPERTY_TARGET_16201?.code?'0':'1';if(property.dataset.busy!=='1')span.textContent=propertyTargetLabel16233(window.EARTHLINE_PROPERTY_TARGET_16201);const ready=!!(window.EARTHLINE_PROPERTY_TARGET_16201||window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16147);document.documentElement.classList.toggle('earthline-property-ready-16188',ready);property.disabled=!ready&&property.dataset.busy!=='1';property.setAttribute('aria-disabled',property.disabled?'true':'false')}document.getElementById('earthlinePropertySelection16201')?.remove();const report=document.getElementById('earthlineVermontReport16149');if(report&&report.parentElement!==reportSlot)reportSlot.appendChild(report);for(const id of ['earthlineVermontStatus16147','earthlineTierNotice16173']){const el=document.getElementById(id);if(el&&el.parentElement!==statusSlot)statusSlot.appendChild(el)}{const el=document.getElementById('earthlineTierBreadcrumb16156');if(el&&el.parentElement!==resultsSlot)resultsSlot.appendChild(el)}document.getElementById('earthlineRegionalCorridorTabs16323')?.remove();portalCorridorDetail16248();wrapCorridorDetail16233();syncRegionalOrb16233()}
  window.earthlineReconcilePanel16188=reconcilePanel16188;
  function installPanel16188(){if(panelInstalled16188)return;panelInstalled16188=true;const rail=makeNode16188('aside','earthlineRail16188','',null),search=makeControl16188('earthlineRailSearch16188','Open or close Earthline panel','⌕'),menuButton=makeControl16188('earthlineRailMenu16188','Open Earthline menu','☰');rail.append(search,menuButton);const menu=makeNode16188('div','earthlineHamburgerMenu16233','',null);menu.innerHTML='<a href="#swales-explained"><i class="earthline-orb-shell-16244" aria-hidden="true"></i><span>Swales Explained</span></a><a class="earthline-process-link-16265" href="#earthline-process"><span class="earthline-process-logo-16400" aria-hidden="true"></span><span>The Earthline Process</span></a>';try{const src=document.querySelector('img[alt="Earthline"]')?.getAttribute('src'),holder=menu.querySelector('.earthline-process-logo-16400');if(src&&holder){const im=document.createElement('img');im.src=src;im.alt='';holder.replaceChildren(im)}}catch(_){}const panel=makeNode16188('aside','earthlinePanel16188','',null),head=makeNode16188('div','earthlinePanelHeader16188','',null),close=makeNode16188('div','earthlinePanelClose16188','','×'),body=makeNode16188('div','earthlinePanelBody16188','',null);close.setAttribute('role','button');close.setAttribute('tabindex','0');close.setAttribute('aria-label','Close Earthline panel');head.append(close);panel.append(head,body);const sections=[['brand',''],['search','Search'],['property','Property Investigation'],['report','Bioswale Impact Report'],['status','Status'],['results','Results']];for(const [key,label] of sections){const sec=makeNode16188('section','earthline'+key[0].toUpperCase()+key.slice(1)+'Section16188','el-panel-section-16188',null);if(label)sec.appendChild(makeNode16188('div','','el-panel-label-16188',label));const slot=makeNode16188('div','earthline'+key[0].toUpperCase()+key.slice(1)+'Slot16188','',null);sec.appendChild(slot);body.appendChild(sec)}const ctx=makeNode16188('div','earthlinePropertyContext16233','',null);document.getElementById('earthlinePropertySlot16188')?.appendChild(ctx);document.body.append(rail,menu,panel);const brandSlot=document.getElementById('earthlineBrandSlot16188');if(brandSlot){brandSlot.id='earthlinePanelBrand16201';const brand=document.querySelector('.brand'),mantra=document.querySelector('.earthline-mantra-header');if(brand)brandSlot.appendChild(brand);if(mantra)brandSlot.appendChild(mantra);const primary=brandSlot.querySelector('.mantra-primary');if(primary)primary.innerHTML='Slow it. <span class="sink">Sink it.</span> Spread it.'}activate16188(search,()=>setPanel16188(!document.documentElement.classList.contains('earthline-panel-open-16188')));activate16188(close,()=>setPanel16188(false));activate16188(menuButton,()=>menu.classList.toggle('open'));menu.addEventListener('click',()=>menu.classList.remove('open'));document.addEventListener('pointerdown',e=>{if(e.target.closest('#earthlineHamburgerMenu16233,#earthlineRailMenu16188'))return;menu.classList.remove('open')},true);/* EARTHLINE 16346 — Regional Orb launch belongs only to runRegional(). UI events may close suggestions but cannot arm/re-arm the Orb. */document.addEventListener('click',e=>{if(e.target.closest('#runBtn'))closeSuggestions16233()},true);document.addEventListener('earthline:analysis-complete',ev=>{const mode=String(ev?.detail?.tier||ev?.detail?.mode||'').toLowerCase(),d=window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16149||window.EARTHLINE_DISPLAYED_RUN_16147||window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970||null,shown=String(d&&(d.tier||d.mode)||'').toLowerCase();/* 16346: core publication is not the Regional Orb terminal; reconcileOrbTerminal16243 owns same-token context/failure terminal. */if(mode==='regional'||shown==='regional')corridorTipRegionalReady16252=true;setTimeout(syncRegionalOrb16233,50);setTimeout(reconcilePanel16188,80);for(const delay of [250,650,1200,2200,4000])setTimeout(maybeShowCorridorTip16248,delay)},{passive:true});let panelMutationRaf16188=0;const bodyObserver=new MutationObserver(()=>{if(panelMutationRaf16188)return;panelMutationRaf16188=requestAnimationFrame(()=>{panelMutationRaf16188=0;reconcilePanel16188()})});bodyObserver.observe(document.body,{childList:true,subtree:true});const m=panelMap16188();if(m&&typeof m.on==='function'){for(const ev of ['load','style.load'])m.on(ev,()=>setTimeout(initRealGlobe16233,0));m.on('dragend',()=>{const t=window.EARTHLINE_PROPERTY_TARGET_16201;if(t&&t.code){const c=m.getCenter?.();if(c&&Number.isFinite(Number(c.lng))&&Number.isFinite(Number(c.lat)))setPropertyTarget16201({lng:Number(c.lng),lat:Number(c.lat),source:'crosshair-user-drag-16414'},{openPanel:false})}});m.on('moveend',()=>{syncPropertyTargetFromMap16201();positionSuggestions16233()});m.on('resize',positionSuggestions16233)}setPanel16188(true);reconcilePanel16188();for(const delay of [100,500,1400])setTimeout(()=>{reconcilePanel16188();initRealGlobe16233()},delay);setInterval(()=>{syncRegionalOrb16233();const p=document.getElementById('earthlineDeclareProperty16169');if(p)ensureOrb16233('earthlineDeclareProperty16169');reconcileOrbTerminal16243();const now16270=Date.now();if(now16270-lastCorridorTipCheck16270>=500){lastCorridorTipCheck16270=now16270;maybeShowCorridorTip16248()}},120);window.earthlineSetPropertyTarget16201=setPropertyTarget16201;window.earthlineSyncPropertyTargetFromMap16201=syncPropertyTargetFromMap16201;window.earthlinePanelAudit16188=()=>({build:'EARTHLINE 16256',open:document.documentElement.classList.contains('earthline-panel-open-16188'),motto:document.querySelector('#earthlinePanelBrand16201 .mantra-primary')?.textContent?.trim()||'',locationBoxAbsent:!document.getElementById('earthlineLocationSection16188'),suggestionsOpen:document.getElementById('earthlineSearchSuggestions15970')?.classList.contains('open')||false,regionalOrb:document.documentElement.classList.contains('earthline-regional-running-16233'),propertyOrb:document.documentElement.classList.contains('earthline-property-running-16233'),singlePropertyAction:document.querySelectorAll('#earthlinePropertySlot16188 #earthlineDeclareProperty16169').length===1,scriptBlocks:document.scripts.length-1,at:new Date().toISOString()})}
  window.earthlineRegionalPerformance16191=()=>window.EARTHLINE_REGIONAL_PERFORMANCE_16191||state.lastRegionalPerformance16191||null;
  function install(){stamp();installPanel16188();ensureBoundary().catch(error=>{lastError=error;console.error('[Earthline 16233] Vermont boundary unavailable',error)});setTimeout(stamp,1200);window.EARTHLINE_ARTIFACT_MANIFEST_16178={build:BUILD,required:[...new Set([...(window.EARTHLINE_ARTIFACT_MANIFEST_16177?.required||window.EARTHLINE_ARTIFACT_MANIFEST_16176?.required||[]),'one consolidated side-panel owner replaces stacked repair owners','search suggestions stay closed until the search field is engaged','Regional and Property orbs have independent lifecycles','real Mapbox globe is used at startup','Swales Explained is available only from the hamburger menu','Swales Explained uses the motto Fraunces font, Earthline Orb and green action styling','The Earthline Process is available as a blue hamburger-menu tab with the approved Optimum Bioswale Location Engine language','regional corridor onboarding tip appears once after the first regional result and remains until acknowledged','corridor detail opens as a body-level full-screen modal with close control','ranked corridor detail selects and zooms only; the Navigation Box Property button runs the governed 20-acre Property analysis directly at the exact selected target','Property tier replaces Regional corridor display before property swales publish','right-side compass and zoom controls are fixed at the top-right','Location box is removed','Property Search and 20 Acres are one control'])]}}
  if(document.readyState==='loading')document.addEventListener('DOMContentLoaded',install,{once:true});else install();
})();
</script>
<!-- EARTHLINE BUILD 16178 — OFFICIAL VERMONT BOUNDARY AND SEARCH-IDENTITY OWNER END -->

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<!-- EARTHLINE 16488 — USER-APPROVED UI RESTORATION ONLY -->
<style id="earthline-16488-ui-restore-css">
/* Repair group 1: Language + clean Recharge Potential gauge + slight logo lift. */
#earthlineLanguageWrap16488{
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}
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}
#earthlinePanelBrand16201 .brand{transform:translateY(-7px)!important;margin-bottom:-7px!important}
#earthlinePanelBrand16201 .earthline-mantra-header{transform:none!important;margin-top:-1px!important}
#earthlinePanelBrand16201 .mantra-primary.earthline-recharge-header-16488{
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  width:100%!important;margin:0!important;white-space:normal!important;text-align:left!important;font-family:"Noto Sans","Segoe UI",Arial,sans-serif!important;
  font-size:inherit!important;line-height:1.3!important;letter-spacing:0!important
}
.earthline-engine-copy-16488{min-width:0;padding-top:4px;text-align:left;color:#e7eef7}
.earthline-engine-sentence-16488{font:650 13.467px/1.42 "Noto Sans","Segoe UI",Arial,sans-serif;color:#e7eef7}
.earthline-professional-note-16488{margin-top:7px;font:650 12.167px/1.34 "Noto Sans","Segoe UI",Arial,sans-serif;color:#c8d5df}
.earthline-climate-note-16488{margin-top:4px;font:500 italic 10.967px/1.3 "Noto Sans","Segoe UI",Arial,sans-serif;color:#4ec9ff}
.earthline-recharge-gauge-wrap-16488{width:126px;display:flex;flex-direction:column;align-items:center;justify-content:flex-start;justify-self:end}
.earthline-recharge-nautical-rim-16488{
  position:relative;width:106px;height:106px;padding:6px;box-sizing:border-box;border-radius:50%;display:grid;place-items:center;
  background:linear-gradient(145deg,#d3b26a 0%,#88652d 22%,#d7bc78 47%,#735120 72%,#caa65d 100%);
  box-shadow:0 8px 20px rgba(0,0,0,.42),inset 0 0 0 1px rgba(255,246,205,.34),inset 0 0 0 4px rgba(67,43,13,.24)
}
/* 16492: four small slotted screw heads sit on the centerline of the brass rim. */
.earthline-recharge-nautical-rim-16488::before{
  content:"";position:absolute;inset:0;border-radius:50%;z-index:4;pointer-events:none;
  background:
    radial-gradient(circle at 50% 4px,#f2dfaa 0 1.8px,#684819 2.0px 2.8px,transparent 3.0px),
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    radial-gradient(circle at 4px 50%,#f2dfaa 0 1.8px,#684819 2.0px 2.8px,transparent 3.0px)
}
.earthline-recharge-nautical-rim-16488::after{
  content:"";position:absolute;inset:0;border-radius:50%;z-index:5;pointer-events:none;
  background:
    linear-gradient(90deg,transparent 0 18%,#594018 18% 82%,transparent 82%) 50% 2px/6px 4px no-repeat,
    linear-gradient(0deg,transparent 0 18%,#594018 18% 82%,transparent 82%) calc(100% - 2px) 50%/4px 6px no-repeat,
    linear-gradient(90deg,transparent 0 18%,#594018 18% 82%,transparent 82%) 50% calc(100% - 2px)/6px 4px no-repeat,
    linear-gradient(0deg,transparent 0 18%,#594018 18% 82%,transparent 82%) 2px 50%/4px 6px no-repeat
}

.earthline-recharge-gauge-ring-16488{
  --earthline-recharge-pct:0;--earthline-recharge-fill:0;position:relative;z-index:1;width:94px;height:94px;border-radius:50%;display:grid;place-items:center;isolation:isolate;
  background:radial-gradient(circle at 42% 34%,#213647 0%,#101b25 63%,#08121a 100%);border:1px solid rgba(188,214,228,.26);
  box-shadow:inset 0 2px 8px rgba(0,0,0,.72),inset 0 0 19px rgba(78,201,255,.08)
}
.earthline-recharge-gauge-ring-16488::before{
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}
.earthline-recharge-gauge-ring-16488::after{content:none!important;display:none!important}
.earthline-recharge-gauge-ring-16488 span{position:relative;z-index:3;color:#f3fbff;font:800 24px/1 "Segoe UI",Arial,sans-serif;text-shadow:0 1px 3px rgba(0,0,0,.72)}
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/* Repair group 2: restore the approved DATA rail control; existing report stays in its canonical panel slot. */
#earthlineRailData16488{display:flex!important;flex-direction:column!important;align-items:center!important;justify-content:center!important;gap:2px!important;font-size:16px!important;border-color:var(--el-sun-16233)!important}
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#earthlineRailData16488 .earthline-data-label-16488{font:900 7px/1 system-ui,sans-serif;letter-spacing:.09em;color:#e8b553}
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#earthlineRechargeDataModal16488.open{display:flex}
#earthlineRechargeDataShell16488{position:relative;margin-left:calc(var(--el-rail-16188) + var(--el-panel-16188) + 10px);width:min(410px,calc(100vw - var(--el-rail-16188) - 40px));max-height:calc(100vh - 36px);overflow:auto;box-sizing:border-box;background:#e9ece6;color:#1a1d18;border:1px solid #c3c9bc;padding:20px 22px 18px;box-shadow:0 18px 55px rgba(0,0,0,.38);font-family:"Noto Sans",system-ui,-apple-system,sans-serif}
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.earthline-data-driver16488{margin:0 0 14px}.earthline-data-driver16488.weak .earthline-data-fill16488{background:#8fa9be}
.earthline-data-driverhead16488{display:flex;justify-content:space-between;gap:12px;color:#2c3831;font:700 11px/1.25 "Noto Sans",Arial,sans-serif}
.earthline-data-driverdetail16488{color:#7a8378;font-weight:500}
.earthline-data-track16488{height:5px;margin-top:5px;background:#cbd1c5;overflow:hidden}.earthline-data-row-source16492{margin-top:5px;color:#6e766a;font:500 9.5px/1.35 "Noto Sans",Arial,sans-serif}
.earthline-data-fill16488{height:100%;background:#1b5fa8}
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#earthlineReportSection16188,#earthlineReportSlot16188,#earthlineVermontReport16149{visibility:visible!important}
@media(max-width:760px){
  #earthlinePanelBrand16201 .mantra-primary.earthline-recharge-header-16488{grid-template-columns:minmax(0,1fr) 112px!important;gap:9px!important}
  .earthline-recharge-gauge-wrap-16488{width:112px}.earthline-recharge-nautical-rim-16488{width:96px;height:96px;padding:5px}.earthline-recharge-gauge-ring-16488{width:86px;height:86px}
  .earthline-recharge-gauge-ring-16488 span{font-size:21px}
  #earthlineRechargeDataShell16488{margin-left:calc(var(--el-rail-16188) + 6px);width:calc(100vw - var(--el-rail-16188) - 18px)}
}
</style>
<script id="earthline-16488-ui-restore-js">
(function(){
'use strict';
const BUILD='EARTHLINE 16492';
function model(){try{return typeof M!=='undefined'?M:(window.M||null)}catch(_){return window.M||null}}
function clamp(v,a=0,b=100){v=Number(v);return Number.isFinite(v)?Math.max(a,Math.min(b,v)):null}
function displayed(){return window.EARTHLINE_DISPLAYED_RUN_16151||window.EARTHLINE_DISPLAYED_RUN_16149||window.EARTHLINE_DISPLAYED_RUN_16147||window.EARTHLINE_LAST_LIVE_REGIONAL_RUN_15970||null}
function tier(){const d=displayed();return String(d&&(d.tier||d.mode)||document.documentElement.dataset.earthlineAnalysisTier||'').toLowerCase()}
function regionalSummary(){try{return window.earthlineRegional15778&&window.earthlineRegional15778.summary||null}catch(_){return null}}
function currentScore(){const m=model(),rs=regionalSummary(),d=displayed(),t=tier(),regional=/^(regional|region|statewide)$/.test(t);let v=NaN;if(regional&&d&&d.recharge&&Number.isFinite(Number(d.recharge.score)))v=Number(d.recharge.score);else if(regional&&rs&&Number.isFinite(Number(rs.rechargeScore)))v=Number(rs.rechargeScore);else if(!regional&&m&&m.rechargeStats)v=Number(m.rechargeStats.modeledPotentialPct);return clamp(v)}
function currentRain(){const m=model(),rs=regionalSummary(),d=displayed(),t=tier(),regional=/^(regional|region|statewide)$/.test(t);const v=Number(regional&&d&&d.recharge&&Number.isFinite(Number(d.recharge.rainfallIn))?d.recharge.rainfallIn:(regional&&rs&&Number.isFinite(Number(rs.precipIn))?rs.precipIn:(m&&m.loc&&m.loc.precipIn)));return Number.isFinite(v)&&v>0?v:null}
function band(v){if(v==null)return 'Not calculated';if(v>=85)return 'Very high';if(v>=55)return 'High';if(v>=35)return 'Moderate';return 'Low'}
function ensureLanguage(){const rail=document.getElementById('earthlineRail16188');if(!rail)return null;let wrap=document.getElementById('earthlineLanguageWrap16488');if(wrap){if(wrap.parentElement!==rail)rail.appendChild(wrap);const existing=wrap.querySelector('#earthlineLanguage16488');if(existing&&!existing.querySelector('option[value="vi"]')){const opt=document.createElement('option');opt.value='vi';opt.textContent='Việt';existing.appendChild(opt)}return wrap}wrap=document.createElement('label');wrap.id='earthlineLanguageWrap16488';wrap.innerHTML='<span id="earthlineLanguageLabel16488">Language</span><select id="earthlineLanguage16488" aria-label="Language"><option value="en">English</option><option value="th">ไทย</option><option value="vi">Việt</option></select>';const data=document.getElementById('earthlineRailData16488'),menu=document.getElementById('earthlineRailMenu16188');if(data&&data.nextSibling)rail.insertBefore(wrap,data.nextSibling);else if(data)rail.appendChild(wrap);else if(menu&&menu.nextSibling)rail.insertBefore(wrap,menu.nextSibling);else rail.appendChild(wrap);const sel=wrap.querySelector('select');let saved='en';try{saved=localStorage.getItem('earthlineLanguage16488')||'en'}catch(_){}if(!['en','th','vi'].includes(saved))saved='en';sel.value=saved;applyLanguage(saved);sel.addEventListener('change',()=>{const value=['en','th','vi'].includes(sel.value)?sel.value:'en';try{localStorage.setItem('earthlineLanguage16488',value)}catch(_){}applyLanguage(value)});return wrap}
function applyLanguage(value){const next=['en','th','vi'].includes(value)?value:'en';document.documentElement.lang=next;const label=document.getElementById('earthlineLanguageLabel16488');if(label)label.textContent=next==='th'?'ภาษา':next==='vi'?'Ngôn ngữ':'Language';window.EARTHLINE_LANGUAGE_16488=next}
function ensureGauge(){const host=document.getElementById('earthlinePanelBrand16201'),mantra=host&&host.querySelector('.earthline-mantra-header'),p=mantra&&mantra.querySelector('.mantra-primary');if(!p)return null;if(p.dataset.earthlineGauge16488!=='1'){p.dataset.earthlineGauge16488='1';p.className='mantra-primary earthline-recharge-header-16488';p.innerHTML='<div class="earthline-engine-copy-16488"><div class="earthline-engine-sentence-16488">Earthline analyzes slope and water paths to identify optimum aquifer recharge locations — in any location.</div><div class="earthline-professional-note-16488">All sites need to be verified by a professional landscape expert.</div><div class="earthline-climate-note-16488">*Results have been modelled for climate change impacts.</div></div><div class="earthline-recharge-gauge-wrap-16488"><div class="earthline-recharge-nautical-rim-16488"><div class="earthline-recharge-gauge-ring-16488" style="--earthline-recharge-pct:0;--earthline-recharge-fill:0" role="img" aria-label="Recharge Potential not yet calculated"><span id="earthlineRechargePotentialValue16488">—%</span></div></div><div class="earthline-recharge-gauge-label-16488">Recharge Potential</div><div class="earthline-rainfall-label-16488">Average yearly rainfall:</div><div class="earthline-rainfall-value-16488" id="earthlineAverageRainfall16488">—</div></div>'}syncGauge();return p}
function syncGauge(){const p=document.querySelector('#earthlinePanelBrand16201 .mantra-primary[data-earthline-gauge16488="1"]')||document.querySelector('#earthlinePanelBrand16201 .mantra-primary[data-earthline-gauge16488]');if(!p)return false;const score=currentScore(),q=score==null?null:Math.round(score),rain=currentRain(),value=p.querySelector('#earthlineRechargePotentialValue16488'),ring=p.querySelector('.earthline-recharge-gauge-ring-16488'),rainEl=p.querySelector('#earthlineAverageRainfall16488');if(value)value.textContent=q==null?'—%':q+'%';if(ring){ring.style.setProperty('--earthline-recharge-pct',q==null?0:q);ring.style.setProperty('--earthline-recharge-fill',(q==null?0:q)*0.75);ring.setAttribute('aria-label',q==null?'Recharge Potential not yet calculated':'Recharge Potential '+q+' percent')}if(rainEl)rainEl.textContent=rain==null?'—':(Math.round(rain*10)/10)+' in';return true}
function groundwaterAudit16492(){const m=model(),a=m&&m.usgsAquiferAudit&&m.usgsAquiferAudit.summary||{};return {mappedMaterial:Number(a.mappedAquiferMaterialRings||0),nearbyWells:Number(a.nearbyWells||0),bedrock:Number(a.bedrockEvidenceWells||0),gravel:Number(a.sandGravelEvidenceWells||0)}}
function demLabel16492(){const m=model(),raw=String(m&&m.demSource||'Mapbox Terrain-RGB');return raw||'Mapbox Terrain-RGB'}
function propertyDrivers(){const m=model();if(!m||!m.inP||!m.acc)return [];let width=null;try{if(typeof GW!=='undefined')width=Number(GW)}catch(_){}if(!Number.isFinite(width)||width<=0)return [];const maxAcc=Math.max(1,Number(m.maxAcc||1)),step=Math.max(1,Math.floor(m.inP.length/12000));let n=0,aq=0,soil=0,sl=0,flow=0,slopeRaw=0,soilLoaded=false,mappedAq=!!(m.usgsAquifers&&m.usgsAquifers.length);try{soilLoaded=typeof _soilData!=='undefined'&&!!_soilData}catch(_){}for(let i=0;i<m.inP.length;i+=step){if(!m.inP[i])continue;const x=i%width,y=Math.floor(i/width);let av=.45,sv=.55,sp=0;try{if(typeof aquiferPermAt==='function')av=Number(aquiferPermAt(x,y))}catch(_){}try{if(typeof soilPercAt==='function'){const q=Number(soilPercAt(x,y));if(q>=0)sv=q}}catch(_){}try{if(typeof slopePct==='function')sp=Math.max(0,Number(slopePct(x,y)||0))}catch(_){}const fv=Math.log(Number(m.acc[i]||0)+1)/Math.log(maxAcc+1);aq+=Math.max(0,Math.min(1,av));soil+=Math.max(0,Math.min(1,sv));sl+=Math.max(0,Math.min(1,1-sp/12));flow+=Math.max(0,Math.min(1,fv));slopeRaw+=sp;n++}if(!n)return [];const gw=groundwaterAudit16492(),wellBasis=gw.nearbyWells?(gw.bedrock>gw.gravel?'fractured bedrock, ':'well evidence, ')+gw.nearbyWells+' nearby well'+(gw.nearbyWells===1?'':'s'):'';const aqBasis=gw.mappedMaterial?'mapped aquifer material':(wellBasis?('model fallback · '+wellBasis):'model fallback');const aqSource=gw.mappedMaterial?'Vermont ANR mapped aquifer-material geometry':(gw.nearbyWells?'VT ANR Well Driller Reports · point observations, not mapped extent; score uses Earthline aquifer fallback':'Earthline aquifer fallback; no fine-scale mapped aquifer material active');return [{name:'Aquifer permeability',basis:aqBasis,value:Math.round(aq/n*100),weight:.30,source:aqSource,weak:!gw.mappedMaterial},{name:'Soil infiltration',basis:soilLoaded?'SSURGO active':'model fallback',value:Math.round(soil/n*100),weight:.20,source:soilLoaded?'NRCS SSURGO':'No local infiltration test — Earthline model fallback',weak:!soilLoaded},{name:'Slope',basis:(slopeRaw/n).toFixed(1)+'% mean',value:Math.round(sl/n*100),weight:.18,source:demLabel16492()},{name:'Contributing flow',basis:'D8 accumulation',value:Math.round(flow/n*100),weight:.17,source:'Derived from the same elevation model'}]}
function regionalDrivers16492(){const d=displayed(),c=d&&d.recharge&&d.recharge.components;if(!c)return [];return [{name:'Aquifer permeability',basis:'regional model fallback',value:Number(c.aquifer||45),weight:.30,source:'Earthline fallback value at regional screening scale; no parcel aquifer boundary implied',weak:true},{name:'Soil infiltration',basis:'regional model fallback',value:Number(c.soil||55),weight:.20,source:'No regional infiltration measurement — Earthline model fallback',weak:true},{name:'Slope',basis:'regional terrain mean',value:Number(c.slope||0),weight:.18,source:String(d&&d.terrain&&d.terrain.source||'Regional elevation model')},{name:'Contributing flow',basis:'D8 accumulation',value:Number(c.flow||0),weight:.17,source:'Derived from the same Regional elevation model'}]}
function drivers(){const t=tier();if(/^(regional|region|statewide)$/.test(t)){const rows=regionalDrivers16492();if(rows.length)return rows;const rs=regionalSummary();if(Array.isArray(rs&&rs.chartDrivers)&&rs.chartDrivers.length)return rs.chartDrivers.slice(0,4).map((r,i)=>({name:String(r.label||r.name||'Component'),basis:String(r.detail||r.basis||''),value:Number(r.score||r.value||0),weight:[.30,.20,.18,.17][i]||0,source:String(r.source||'Existing Regional summary')}))}return propertyDrivers()}
function dataTitle16492(){const d=displayed(),m=model(),t=tier(),loc=m&&m.loc||{};if(t==='property'&&Number.isFinite(Number(loc.lat))&&Number.isFinite(Number(loc.lng))){const acres=Math.round(Number(loc.acres||20));return acres+'-acre project area at '+Number(loc.lat).toFixed(5)+', '+Number(loc.lng).toFixed(5)}return String(d&&d.query||loc.name||'Current Earthline run')}
function coverageNote16492(){const t=tier(),d=displayed(),gw=groundwaterAudit16492();if(/^(regional|region|statewide)$/.test(t))return 'Regional recharge score uses model fallback for aquifer permeability and soil infiltration. Regional groundwater layers are context only and are not treated as parcel-scale mapped permeability.';if(gw.mappedMaterial)return 'Fine-scale mapped aquifer-material context intersects this Property run. Nearby well observations, when present, are supplemental evidence.';if(gw.nearbyWells)return 'No fine-scale mapped aquifer coverage at this location. Nearest well evidence shown instead.';return 'No fine-scale mapped aquifer coverage is active at this location; the aquifer component uses Earthline model fallback.'}
function sourceRows16492(){const t=tier(),d=displayed(),m=model(),gw=groundwaterAudit16492(),rows=[],regional=/^(regional|region|statewide)$/.test(t);const terrain=String((regional&&d&&d.terrain&&d.terrain.source)||m&&m.demSource||'Mapbox Terrain-RGB');if(/Terrain-RGB/i.test(terrain))rows.push({label:'Mapbox Terrain-RGB',scale:'≈2–5 m',vintage:'current'});else rows.push({label:terrain,scale:'analysis-grid source',vintage:'current run'});if(t==='property'&&gw.nearbyWells)rows.push({label:'VT ANR Well Driller Reports',scale:'point',vintage:'updated nightly'});if(t==='property'&&gw.mappedMaterial)rows.push({label:'Vermont ANR mapped aquifer materials',scale:'mapped polygon context',vintage:'current service'});const aq=Array.isArray(m&&m.usgsAquifers)?m.usgsAquifers:[],hasPrincipal=aq.some(x=>/principal-national|usgs principal|principal aquifer/i.test(String(x&&x.aquiferType||'')+' '+String(x&&x.source||'')+' '+String(x&&x.name||'')));if(hasPrincipal)rows.push({label:'USGS Principal Aquifers',scale:'1:2,500,000',vintage:'regional guidance only — not site-specific'});if(regional&&d&&d.aquifers&&d.aquifers.source){const label=String(d.aquifers.source);if(!rows.some(r=>r.label===label))rows.push({label,scale:String(d.aquifers.boundaryClass||'regional context'),vintage:'current run'})}return rows}
function formulaNote16492(){const rain=currentRain(),need=rain==null?null:Math.max(0,Math.min(1,(45-rain)/40)),mult=need==null?null:(.82+need*.33);return 'Earthline base = Aquifer × 0.30 + Soil × 0.20 + Slope × 0.18 + Flow × 0.17 + (50 × 0.15). '+(mult==null?'The climate multiplier is applied when annual rainfall is available.':'Climate multiplier = 0.82 + need × 0.33 = '+mult.toFixed(3)+' for '+(Math.round(rain*10)/10)+' in annual rainfall.')}
function ensureDataModal(){let modal=document.getElementById('earthlineRechargeDataModal16488');if(modal)return modal;modal=document.createElement('div');modal.id='earthlineRechargeDataModal16488';modal.setAttribute('role','dialog');modal.setAttribute('aria-modal','true');modal.setAttribute('aria-label','Recharge Suitability Data');modal.innerHTML='<div id="earthlineRechargeDataShell16488"><button type="button" id="earthlineRechargeDataClose16488" aria-label="Close Recharge Suitability Data">×</button><div id="earthlineRechargeDataContent16488"></div></div>';document.body.appendChild(modal);modal.querySelector('#earthlineRechargeDataClose16488').addEventListener('click',closeData);modal.addEventListener('pointerdown',e=>{if(e.target===modal)closeData()});return modal}
function esc(v){return String(v==null?'':v).replace(/[&<>\"]/g,c=>({'&':'&amp;','<':'&lt;','>':'&gt;','\"':'&quot;'}[c]))}
function renderData(){const modal=ensureDataModal(),content=modal.querySelector('#earthlineRechargeDataContent16488'),score=currentScore(),q=score==null?null:Math.round(score),rain=currentRain(),rows=drivers(),sources=sourceRows16492();content.innerHTML='<div class="earthline-data-eyebrow16488">DATA · Recharge suitability</div><div class="earthline-data-title16488">'+esc(dataTitle16492())+'</div><div class="earthline-data-score16488">'+(q==null?'—':q)+'<span class="earthline-data-scoreof16492">/ 100</span></div><div class="earthline-data-band16488">'+esc(band(q))+' recharge suitability</div><div class="earthline-data-note16492">Modelled — not a measured infiltration rate. The headline is the mean of per-cell Earthline recharge scores. The rows expose the weighted inputs; because the engine clamps each cell before averaging, row means are explanatory rather than a second independent calculation.</div><div class="earthline-data-rain16488">Average yearly rainfall: <strong>'+(rain==null?'—':(Math.round(rain*10)/10)+' in')+'</strong></div>'+rows.map(r=>'<div class="earthline-data-driver16488'+(r.weak?' weak':'')+'"><div class="earthline-data-driverhead16488"><span>'+esc(r.name)+' <span class="earthline-data-driverdetail16488">· '+esc(r.basis||'')+'</span></span><strong>'+esc(Math.round(Number(r.value)||0))+' <span class="earthline-data-driverdetail16488">× '+Number(r.weight||0).toFixed(2)+'</span></strong></div><div class="earthline-data-track16488"><div class="earthline-data-fill16488" style="width:'+Math.max(0,Math.min(100,Number(r.value)||0))+'%"></div></div><div class="earthline-data-row-source16492">'+esc(r.source||'')+'</div></div>').join('')+'<div class="earthline-data-formula16492">'+esc(formulaNote16492())+'</div><div class="earthline-data-coverage16492">'+esc(coverageNote16492())+'</div><div class="earthline-data-source16488">'+sources.map(s=>'<b>'+esc(s.label)+'</b>'+(s.scale?' · '+esc(s.scale):'')+(s.vintage?' · '+esc(s.vintage):'')).join('<br>')+'</div>';return modal}
function openData(){renderData().classList.add('open')}
function closeData(){document.getElementById('earthlineRechargeDataModal16488')?.classList.remove('open')}
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<style id="earthline-16536-regional-crosshair-centered-medium">
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<style id="earthline-apple-zoom-dock-16542">
/* 16542 — presentation only. Keep the one existing native +/- group, but restore the Apple-style lower-right dock. */
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  opacity:1!important;
  position:fixed!important;
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