{"version":3,"sources":["../../src/GeoJson.ts","../../src/mercator/boundingbox/to/boundary.ts","../../src/mercator/boundingbox/to/center.ts","../../src/mercator/boundingbox/to/polygon.ts","../../src/mercator/constants.ts","../../src/mercator/tile/from/point.ts","../../src/mercator/tile/from/quadkey.ts","../../src/mercator/tile/to/boundingbox.ts","../../src/mercator/types.ts","../../src/mercator/tile/to/children.ts","../../src/mercator/tile/to/geoJson.ts","../../src/mercator/tile/to/parent.ts","../../src/mercator/tile/to/point.ts","../../src/mercator/tile/to/quadkey.ts","../../src/mercator/tile/to/siblings.ts","../../src/mercator/tiles/equal.ts","../../src/mercator/tiles/from/boundingbox.ts","../../src/mercator/tiles/hasTile.ts","../../src/mercator/tiles/hasSiblings.ts","../../src/LayerBase.ts"],"sourcesContent":["import type {\n Feature, FeatureCollection, Geometry, Point, Polygon,\n} from 'geojson'\nimport MapBox from 'mapbox-gl'\n\nimport {\n boundingBoxToCenter, boundingBoxToPolygon, tileFromQuadkey, tileToBoundingBox,\n} from './mercator/index.ts'\n\n/** Provides GeoJSON geometry and MapBox source generation from a quadkey. */\nclass GeoJson {\n private _lngLat?: MapBox.LngLat\n private _point?: Point\n private _polygon?: Polygon\n private _zoom?: number\n\n private quadkey: string\n\n constructor(quadkey: string) {\n this.quadkey = quadkey\n }\n\n /**\n * Creates a GeoJSON FeatureCollection from an array of features.\n * @param features - The features to include\n * @returns A GeoJSON FeatureCollection\n */\n static featureCollection(features: Feature[]): FeatureCollection {\n return {\n features,\n type: 'FeatureCollection',\n }\n }\n\n /**\n * Creates a MapBox GeoJSON source specification from a FeatureCollection.\n * @param data - The FeatureCollection to use as the source data\n * @returns A MapBox GeoJSON source specification\n */\n static featuresSource(data: FeatureCollection): MapBox.GeoJSONSourceSpecification {\n return {\n data,\n type: 'geojson',\n }\n }\n\n /**\n * Wraps a geometry object in a GeoJSON Feature.\n * @param geometry - The geometry to wrap\n * @returns A GeoJSON Feature containing the geometry\n */\n static geometryFeature(geometry: Geometry): Feature {\n return {\n geometry,\n properties: {},\n type: 'Feature',\n }\n }\n\n /** Computes and caches the center point of the quadkey's bounding box as a MapBox LngLat. */\n center(): MapBox.LngLat {\n if (!this._lngLat) {\n const tile = tileFromQuadkey(this.quadkey)\n const bb = tileToBoundingBox(tile)\n const point = boundingBoxToCenter(bb)\n this._lngLat = new MapBox.LngLat(point[0], point[1])\n }\n return this._lngLat\n }\n\n /** Returns a GeoJSON Point geometry at the center of the quadkey's bounding box. */\n point(): Point {\n if (!this._point) {\n this._point = {\n coordinates: this.center().toArray(),\n type: 'Point',\n }\n }\n return this._point\n }\n\n /** Returns a GeoJSON Feature containing the center point geometry. */\n pointFeature(): Feature {\n return GeoJson.geometryFeature(this.point())\n }\n\n /** Returns a GeoJSON FeatureCollection containing the center point feature. */\n pointFeatureCollection(): FeatureCollection {\n return GeoJson.featureCollection([this.pointFeature()])\n }\n\n /** Returns a MapBox GeoJSON source specification for the center point. */\n pointSource(): MapBox.GeoJSONSourceSpecification {\n return {\n data: this.pointFeatureCollection(),\n type: 'geojson',\n }\n }\n\n /** Returns a GeoJSON Polygon geometry representing the quadkey's bounding box. */\n polygon(): Polygon {\n if (!this._polygon) {\n this._polygon = boundingBoxToPolygon(tileToBoundingBox(tileFromQuadkey(this.quadkey))) as Polygon\n }\n return this._polygon\n }\n\n /** Returns a GeoJSON Feature containing the polygon geometry. */\n polygonFeature(): Feature {\n return GeoJson.geometryFeature(this.polygon())\n }\n\n /** Returns a GeoJSON FeatureCollection containing the polygon feature. */\n polygonFeatureCollection(): FeatureCollection {\n return GeoJson.featureCollection([this.polygonFeature()])\n }\n\n /** Returns a MapBox GeoJSON source specification for the polygon. */\n polygonSource(): MapBox.GeoJSONSourceSpecification {\n return GeoJson.featuresSource(this.polygonFeatureCollection())\n }\n\n /** Returns the zoom level derived from the quadkey length. */\n zoom(): number {\n this._zoom = this._zoom ?? tileFromQuadkey(this.quadkey)[2]\n return this._zoom\n }\n}\n\nexport { GeoJson }\n","import type { MercatorBoundary, MercatorBoundingBox } from '../../types.ts'\n\n/**\n * Converts a bounding box to an ordered boundary polygon (closed ring of corner points).\n * @param box - The bounding box to convert\n * @returns An array of corner points forming a closed boundary\n */\nexport const boundingBoxToBoundary = (box: MercatorBoundingBox): MercatorBoundary => {\n return [box.getNorthWest(), box.getNorthEast(), box.getSouthEast(), box.getSouthWest(), box.getNorthWest()]\n}\n","import type { MercatorBoundingBox } from '../../types.ts'\n\n/**\n * Computes the center point of a bounding box as [lng, lat], rounded to the specified decimal places.\n * @param boundingBox - The bounding box to find the center of\n * @param decimal - Number of decimal places for rounding (default 6)\n * @returns A [longitude, latitude] tuple representing the center\n */\nexport const boundingBoxToCenter = (boundingBox: MercatorBoundingBox, decimal = 6) => {\n const west = boundingBox.getWest()\n const south = boundingBox.getSouth()\n const east = boundingBox.getEast()\n const north = boundingBox.getNorth()\n let lng = (west - east) / 2 + east\n let lat = (south - north) / 2 + north\n if (decimal !== undefined && decimal !== null) {\n lng = Number(lng.toFixed(decimal))\n lat = Number(lat.toFixed(decimal))\n }\n return [lng, lat]\n}\n","import type { Polygon } from 'geojson'\n\nimport type { MercatorBoundingBox, MercatorLngLat } from '../../types.ts'\nimport { boundingBoxToBoundary } from './boundary.ts'\n\n/**\n * Converts a bounding box to a GeoJSON Polygon geometry.\n * @param box - The bounding box to convert\n * @returns A GeoJSON Polygon representing the bounding box\n */\nexport const boundingBoxToPolygon = (box: MercatorBoundingBox): Polygon => {\n const boundry = boundingBoxToBoundary(box)\n return {\n coordinates: [boundry.map((lnglng: MercatorLngLat) => lnglng.toArray())],\n type: 'Polygon',\n }\n}\n","/** Conversion factor from degrees to radians. */\nconst d2r = Math.PI / 180\n/** Conversion factor from radians to degrees. */\nconst r2d = 180 / Math.PI\n\nexport { d2r, r2d }\n","import { d2r } from '../../constants.ts'\nimport type { MercatorLngLat, MercatorTile } from '../../types.ts'\n\n/**\n * Converts a geographic point to fractional tile coordinates at the given zoom level.\n * @param point - The geographic coordinate\n * @param z - The zoom level\n * @returns A tile with fractional x and y values\n */\nconst pointToTileFraction = (point: MercatorLngLat, z: number): MercatorTile => {\n const sin = Math.sin(point.lat * d2r)\n const z2 = Math.pow(2, z)\n let x = z2 * (point.lng / 360 + 0.5)\n const y = z2 * (0.5 - (0.25 * Math.log((1 + sin) / (1 - sin))) / Math.PI)\n\n // Wrap Tile X\n x = x % z2\n if (x < 0) x = x + z2\n return [x, y, z]\n}\n\n/**\n * Converts a geographic point to the integer Mercator tile containing it at the given zoom level.\n * @param point - The geographic coordinate\n * @param z - The zoom level\n * @returns The tile as [x, y, zoom]\n */\nconst tileFromPoint = (point: MercatorLngLat, z: number): MercatorTile => {\n const [tileX, tileY, tileZoom] = pointToTileFraction(point, z)\n const x = Math.max(Math.floor(tileX), 0)\n const y = Math.max(Math.floor(tileY), 0)\n return [x, y, tileZoom]\n}\n\nexport { tileFromPoint }\n","import type { MercatorTile } from '../../types.ts'\n\n/**\n * Converts a quadkey string to a Mercator tile [x, y, zoom].\n * @param quadkey - The quadkey string to decode\n * @returns The tile as [x, y, zoom]\n */\nconst tileFromQuadkey = (quadkey: string): MercatorTile => {\n let x = 0\n let y = 0\n const z = quadkey.length\n\n for (let i = z; i > 0; i--) {\n const mask = 1 << (i - 1)\n const q = +quadkey[z - i]\n if (q === 1) x |= mask\n if (q === 2) y |= mask\n if (q === 3) {\n x |= mask\n y |= mask\n }\n }\n return [x, y, z]\n}\n\nexport { tileFromQuadkey }\n","import MapBox from 'mapbox-gl'\n\nimport { r2d } from '../../constants.ts'\nimport type { MercatorTile } from '../../types.ts'\nimport { MercatorBoundingBox } from '../../types.ts'\n\nconst toLongitude = (x: number, z: number): number => {\n return (x / Math.pow(2, z)) * 360 - 180\n}\n\nconst toLatitude = (y: number, z: number): number => {\n const n = Math.PI - (2 * Math.PI * y) / Math.pow(2, z)\n return r2d * Math.atan(0.5 * (Math.exp(n) - Math.exp(-n)))\n}\n\n/**\n * Converts a Mercator tile to its geographic bounding box.\n * @param tile - The tile as [x, y, zoom]\n * @returns The bounding box covering the tile's geographic extent\n */\nconst tileToBoundingBox = (tile: MercatorTile): MercatorBoundingBox => {\n const e = toLongitude(tile[0] + 1, tile[2])\n const w = toLongitude(tile[0], tile[2])\n const s = toLatitude(tile[1] + 1, tile[2])\n const n = toLatitude(tile[1], tile[2])\n return new MercatorBoundingBox(new MapBox.LngLat(w, s), new MapBox.LngLat(e, n))\n}\n\nexport { tileToBoundingBox }\n","import MapBox from 'mapbox-gl'\n\n/** A Mercator tile represented as [x, y, zoom]. */\ntype MercatorTile = readonly [x: number, y: number, zoom: number]\n/** An ordered array of MercatorLngLat points forming a boundary. */\ntype MercatorBoundary = MercatorLngLat[]\n/** A Mercator bounding box extending MapBox LngLatBounds. */\nclass MercatorBoundingBox extends MapBox.LngLatBounds {}\n/** A Mercator coordinate extending MapBox LngLat. */\nclass MercatorLngLat extends MapBox.LngLat {}\n\nexport { MercatorBoundingBox, MercatorLngLat }\nexport type { MercatorBoundary, MercatorTile }\n","import type { MercatorTile } from '../../types.ts'\n\n/**\n * Returns the four child tiles at one zoom level higher.\n * @param tile - The parent tile as [x, y, zoom]\n * @returns An array of four child tiles at zoom + 1\n */\nconst tileToChildren = (tile: MercatorTile): MercatorTile[] => {\n return [\n [tile[0] * 2, tile[1] * 2, tile[2] + 1],\n [tile[0] * 2 + 1, tile[1] * 2, tile[2] + 1],\n [tile[0] * 2 + 1, tile[1] * 2 + 1, tile[2] + 1],\n [tile[0] * 2, tile[1] * 2 + 1, tile[2] + 1],\n ]\n}\n\nexport { tileToChildren }\n","import type { Polygon, Position } from 'geojson'\n\nimport type { MercatorTile } from '../../types.ts'\nimport { tileToBoundingBox } from './boundingbox.ts'\n\n/**\n * Converts a Mercator tile to a GeoJSON Polygon geometry.\n * @param tile - The tile as [x, y, zoom]\n * @returns A GeoJSON Polygon representing the tile's geographic extent\n */\nconst tileToGeoJson = (tile: MercatorTile): Polygon => {\n const box = tileToBoundingBox(tile)\n const poly: Polygon = {\n coordinates: [\n [\n box.getNorthWest().toArray() as Position,\n box.getNorthEast().toArray() as Position,\n box.getSouthEast().toArray() as Position,\n box.getSouthWest().toArray() as Position,\n box.getNorthWest().toArray() as Position,\n ],\n ],\n type: 'Polygon',\n }\n return poly\n}\n\nexport { tileToGeoJson }\n","import type { MercatorTile } from '../../types.ts'\n\n/**\n * Returns the parent tile at one zoom level lower.\n * @param tile - The tile as [x, y, zoom]\n * @returns The parent tile at zoom - 1\n */\nconst tileToParent = (tile: MercatorTile): MercatorTile => {\n return [tile[0] >> 1, tile[1] >> 1, tile[2] - 1]\n}\n\nexport { tileToParent }\n","import type { MercatorLngLat, MercatorTile } from '../../types.ts'\nimport { tileToBoundingBox } from './boundingbox.ts'\n\n/**\n * Returns the center point of a Mercator tile.\n * @param tile - The tile as [x, y, zoom]\n * @returns The center coordinate as a MercatorLngLat\n */\nconst tileToPoint = (tile: MercatorTile): MercatorLngLat => {\n const boundingBox = tileToBoundingBox(tile)\n boundingBox.getCenter()\n return boundingBox.getCenter()\n}\n\nexport { tileToPoint }\n","import type { MercatorTile } from '../../types.ts'\n\n/**\n * Converts a Mercator tile to its quadkey string representation.\n * @param param0 - The tile as [tileX, tileY, tileZoom]\n * @returns The quadkey string encoding the tile's position and zoom\n */\nconst tileToQuadkey = ([tileX, tileY, tileZoom]: MercatorTile): string => {\n let index = ''\n for (let z = tileZoom; z > 0; z--) {\n let b = 0\n const mask = 1 << (z - 1)\n if ((tileX & mask) !== 0) b++\n if ((tileY & mask) !== 0) b += 2\n index += b.toString()\n }\n return index\n}\n\nexport { tileToQuadkey }\n","import type { MercatorTile } from '../../types.ts'\nimport { tileToChildren } from './children.ts'\nimport { tileToParent } from './parent.ts'\n\n/**\n * Returns the four sibling tiles (children of the parent tile) for the given tile.\n * @param tile - The tile as [x, y, zoom]\n * @returns An array of four sibling tiles at the same zoom level\n */\nconst tileToSiblings = (tile: MercatorTile): MercatorTile[] => {\n return tileToChildren(tileToParent(tile))\n}\n\nexport { tileToSiblings }\n","import type { MercatorTile } from '../types.ts'\n\n/**\n * Checks whether two Mercator tiles are equal by comparing their x, y, and zoom values.\n * @param param0 - The first tile as [x, y, zoom]\n * @param param1 - The second tile as [x, y, zoom]\n * @returns True if both tiles have identical coordinates and zoom\n */\nexport const tilesEqual = /* @__PURE__ */ ([x1, y1, zoom1]: MercatorTile, [x2, y2, zoom2]: MercatorTile): boolean => {\n return x1 === x2 && y1 === y2 && zoom1 === zoom2\n}\n","import { tileFromPoint } from '../../tile/index.ts'\nimport type { MercatorBoundingBox, MercatorTile } from '../../types.ts'\n\n/**\n * Returns all Mercator tiles that intersect the given bounding box at the specified zoom level.\n * @param box - The geographic bounding box\n * @param zoom - The zoom level\n * @returns An array of tiles covering the bounding box\n */\nconst tilesFromBoundingBox = (box: MercatorBoundingBox, zoom: number): MercatorTile[] => {\n const nw = tileFromPoint(box.getNorthWest(), zoom)\n const se = tileFromPoint(box.getSouthEast(), zoom)\n const size = Math.pow(2, zoom)\n\n let minX = nw[0]\n let maxX = se[0]\n let minY = nw[1]\n let maxY = se[1]\n\n // in case of horizontal wrapping\n if (minX >= maxX) {\n maxX = maxX + size\n }\n\n if (zoom < 4) {\n minX = 0\n maxX = size - 1\n minY = 0\n maxY = size - 1\n }\n\n const result: MercatorTile[] = []\n\n for (let x = minX; x <= maxX; x++) {\n for (let y = minY; y <= maxY; y++) {\n result.push([x % size, y, zoom])\n }\n }\n\n return result\n}\n\nexport { tilesFromBoundingBox }\n","import type { MercatorTile } from '../types.ts'\nimport { tilesEqual } from './equal.ts'\n\n/**\n * Checks whether a specific tile exists in the given tile array.\n * @param tiles - The array of tiles to search\n * @param tile - The tile to look for\n * @returns True if the tile is found in the array\n */\nexport const tilesHasTile = (tiles: MercatorTile[], tile: MercatorTile) => {\n for (const tileToCheck of tiles) {\n if (tilesEqual(tileToCheck, tile)) return true\n }\n return false\n}\n","import { tileToSiblings } from '../tile/index.ts'\nimport type { MercatorTile } from '../types.ts'\nimport { tilesHasTile } from './hasTile.ts'\n\n/**\n * Checks whether all four siblings of the given tile exist in the tile array.\n * @param tiles - The array of tiles to search\n * @param tile - The tile whose siblings to check for\n * @returns True if all siblings are present in the array\n */\nexport const hasSiblings = (tiles: MercatorTile[], tile: MercatorTile) => {\n const siblings = tileToSiblings(tile)\n for (const sibling of siblings) {\n if (!tilesHasTile(tiles, sibling)) return false\n }\n return true\n}\n","import type MapBox from 'mapbox-gl'\n\n/** Abstract base class for managing MapBox map layers with add/remove lifecycle. */\nexport abstract class LayerBase {\n id: string\n source: string\n\n constructor(id: string, source: string) {\n this.id = id\n this.source = source\n }\n\n /**\n * Removes and re-adds the layer on the map, optionally hiding it.\n * @param map - The MapBox map instance\n * @param show - Whether to show the layer after updating (default true)\n */\n update(map: MapBox.Map, show = true) {\n if (map.getLayer(this.id)) {\n map.removeLayer(this.id)\n }\n if (show) {\n map.addLayer(this.buildLayer())\n }\n }\n\n /** Builds the MapBox layer configuration object. */\n abstract buildLayer(): 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