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kepler.gl

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kepler.gl is a webgl based application to visualize large scale location data in the browser

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"use strict"; var _interopRequireDefault = require("@babel/runtime/helpers/interopRequireDefault"); Object.defineProperty(exports, "__esModule", { value: true }); exports.getAssetRequest = getAssetRequest; exports.getCategoricalColormapDataUrl = getCategoricalColormapDataUrl; exports.getImageDataURL = getImageDataURL; exports.getSTACImageRequests = getSTACImageRequests; exports.loadImages = loadImages; exports.loadSTACImageData = loadSTACImageData; exports.loadTerrain = loadTerrain; var _regenerator = _interopRequireDefault(require("@babel/runtime/regenerator")); var _defineProperty2 = _interopRequireDefault(require("@babel/runtime/helpers/defineProperty")); var _asyncToGenerator2 = _interopRequireDefault(require("@babel/runtime/helpers/asyncToGenerator")); var _slicedToArray2 = _interopRequireDefault(require("@babel/runtime/helpers/slicedToArray")); var _core = require("@loaders.gl/core"); var _terrain = require("@loaders.gl/terrain"); var _memoize = _interopRequireDefault(require("lodash/memoize")); var _commonUtils = require("@kepler.gl/common-utils"); var _constants = require("@kepler.gl/constants"); var _utils = require("@kepler.gl/utils"); var _config = require("./config"); var _gpuUtils = require("./gpu-utils"); var _rasterTileUtils = require("./raster-tile-utils"); var _url = require("./url"); var _requestThrottle = require("./request-throttle"); function ownKeys(e, r) { var t = Object.keys(e); if (Object.getOwnPropertySymbols) { var o = Object.getOwnPropertySymbols(e); r && (o = o.filter(function (r) { return Object.getOwnPropertyDescriptor(e, r).enumerable; })), t.push.apply(t, o); } return t; } function _objectSpread(e) { for (var r = 1; r < arguments.length; r++) { var t = null != arguments[r] ? arguments[r] : {}; r % 2 ? ownKeys(Object(t), !0).forEach(function (r) { (0, _defineProperty2["default"])(e, r, t[r]); }) : Object.getOwnPropertyDescriptors ? Object.defineProperties(e, Object.getOwnPropertyDescriptors(t)) : ownKeys(Object(t)).forEach(function (r) { Object.defineProperty(e, r, Object.getOwnPropertyDescriptor(t, r)); }); } return e; } // SPDX-License-Identifier: MIT // Copyright contributors to the kepler.gl project /** * Utility functions to create objects to pass to deck.gl-raster */ /** * Create dataUrl image from bitmap array * @param bitmap - RGBA byte bitmap array * @param width - width of the image * @param height - height of the image * @returns base64 data url of the image */ function getImageDataURL(bitmap, width, height) { var canvas = document.createElement('canvas'); if (!canvas.getContext) { return null; } canvas.setAttribute('width', "".concat(width)); canvas.setAttribute('height', "".concat(height)); var ctx = canvas.getContext('2d'); if (!ctx) { return null; } for (var i = 0; i < width; i++) { var _bitmap$subarray = bitmap.subarray(i * 4, i * 4 + 4), _bitmap$subarray2 = (0, _slicedToArray2["default"])(_bitmap$subarray, 4), r = _bitmap$subarray2[0], g = _bitmap$subarray2[1], b = _bitmap$subarray2[2], a = _bitmap$subarray2[3]; if (a !== 0) { ctx.fillStyle = "rgb(".concat(r, ", ").concat(g, ", ").concat(b, ")"); ctx.fillRect(i, 0, 1, 1); } } return canvas.toDataURL('image/png'); } // Global multiplier to be applied to terrain mesh resolution // A smaller number towards 0 will cause generation of mesh data with a smaller max error and thus a // higher resolution mesh var MESH_MULTIPLIER = 0.8; /** * Multiplier used to calculate the height of terrain mesh skirts. * The skirt is an extension of the terrain mesh that helps prevent gaps between terrain tiles * by extending the mesh edges downward. This multiplier is applied to the mesh's maximum error * to determine the skirt height, ensuring no gaps are visible. */ var SKIRT_HEIGHT_MULTIPLIER = 3; /** * Load images required for raster tile * @param assetRequests - STAC asset requests * @param colormapId - colormap id * @param categoricalOptions - categorical options requred for making of categorical colormap * @returns images map */ function loadImages(_x, _x2, _x3) { return _loadImages.apply(this, arguments); } /** * Cache loading of colormap. Each colormap file is very small, on the order of a few hundred bytes, * so a global cache like this is not expected to eat up too much memory. * Most colormaps are loaded from CDN. In case colormapId is categorical, the image is created from * categorical colormap options. * NOTE: this implementation will cache promise rejections as well, but since these are small files * on the CDN, that's an acceptable risk for the time being. */ function _loadImages() { _loadImages = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee(assetRequests, colormapId, categoricalOptions) { var _yield$Promise$all, _yield$Promise$all2, stacImages, colormap, imageColormap; return _regenerator["default"].wrap(function _callee$(_context) { while (1) switch (_context.prev = _context.next) { case 0: _context.next = 2; return Promise.all([loadSTACImageData(assetRequests), colormapId !== _config.CATEGORICAL_COLORMAP_ID && memoizedLoadColormap(colormapId) || null]); case 2: _yield$Promise$all = _context.sent; _yield$Promise$all2 = (0, _slicedToArray2["default"])(_yield$Promise$all, 2); stacImages = _yield$Promise$all2[0]; colormap = _yield$Promise$all2[1]; imageColormap = colormap; if (colormapId === _config.CATEGORICAL_COLORMAP_ID) { imageColormap = (0, _gpuUtils.generateCategoricalColormapTexture)(categoricalOptions); } return _context.abrupt("return", _objectSpread(_objectSpread({}, stacImages), {}, { imageColormap: imageColormap })); case 9: case "end": return _context.stop(); } }, _callee); })); return _loadImages.apply(this, arguments); } var memoizedLoadColormap = (0, _memoize["default"])(function (colormapId) { if (colormapId === _config.CATEGORICAL_COLORMAP_ID) { return null; } else { return loadColormap(colormapId); } }); /** * Load PNG colormap. * Since the colormap files are so small (couple hundred bytes), we load them always, even for an * RGB composite where the colormap won't be used. After the first load, the colormap should be * loaded from the disk cache. By loading always, we can prevent unnecessarily triggering * getTileData, which reduces flashing from reloading the images on the GPU. * * @param colormapId ID of colormap PNG * * @returns image object to pass to Texture2D constructor */ function loadColormap(_x4) { return _loadColormap.apply(this, arguments); } /** * Get the request data for loading a single or multi asset STAC metadata object. * @param options STAC metadata object and user-defined parameters. * @returns Image data, or null if the STAC metadata object is not supported. */ function _loadColormap() { _loadColormap = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee2(colormapId) { var request; return _regenerator["default"].wrap(function _callee2$(_context2) { while (1) switch (_context2.prev = _context2.next) { case 0: if (colormapId) { _context2.next = 2; break; } return _context2.abrupt("return", null); case 2: _context2.next = 4; return getAssetRequest({ url: _url.RasterLayerResources.rasterColorMap(colormapId), rasterServerUrl: '', options: {} }); case 4: request = _context2.sent; return _context2.abrupt("return", (0, _gpuUtils.loadImage)(request.url, _gpuUtils.COLORMAP_TEXTURE_PARAMETERS, request.options)); case 6: case "end": return _context2.stop(); } }, _callee2); })); return _loadColormap.apply(this, arguments); } function getSTACImageRequests(_x5) { return _getSTACImageRequests.apply(this, arguments); } // TODO: image loading should really be _driven by the modules_ // E.g. the user chooses what kind of pipeline they want on the GPU, then from those modules we can // see whether the user wants the pansharpened band, colormap, etc /** * Load images defined by a STAC metadata object plus user-defined parameters */ function _getSTACImageRequests() { _getSTACImageRequests = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee3(options) { var loadAssetIds, request; return _regenerator["default"].wrap(function _callee3$(_context3) { while (1) switch (_context3.prev = _context3.next) { case 0: loadAssetIds = options.loadAssetIds; if (!(loadAssetIds.length === 1)) { _context3.next = 6; break; } _context3.next = 4; return getSingleAssetSTACRequest(options); case 4: request = _context3.sent; return _context3.abrupt("return", request ? [request] : null); case 6: _context3.next = 8; return getMultiAssetSTACRequest(options); case 8: return _context3.abrupt("return", _context3.sent); case 9: case "end": return _context3.stop(); } }, _callee3); })); return _getSTACImageRequests.apply(this, arguments); } function loadSTACImageData(_x6) { return _loadSTACImageData.apply(this, arguments); } /** * Utility function that forms an asset request based on given parameters. */ function _loadSTACImageData() { _loadSTACImageData = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee4(requests) { return _regenerator["default"].wrap(function _callee4$(_context4) { while (1) switch (_context4.prev = _context4.next) { case 0: return _context4.abrupt("return", requests.length === 1 ? loadSingleAssetSTAC(requests[0]) : loadMultiAssetSTAC(requests)); case 1: case "end": return _context4.stop(); } }, _callee4); })); return _loadSTACImageData.apply(this, arguments); } function getAssetRequest(_x7) { return _getAssetRequest.apply(this, arguments); } /** * Utility function for forming a request for a single asset STAC metadata object. */ // eslint-disable-next-line complexity, max-statements function _getAssetRequest() { _getAssetRequest = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee5(_ref) { var url, rasterServerUrl, params, options, _ref$useMask, useMask, responseRequiredBandIndices, requestUrl, requestParams, requestOptions, assetUrl; return _regenerator["default"].wrap(function _callee5$(_context5) { while (1) switch (_context5.prev = _context5.next) { case 0: url = _ref.url, rasterServerUrl = _ref.rasterServerUrl, params = _ref.params, options = _ref.options, _ref$useMask = _ref.useMask, useMask = _ref$useMask === void 0 ? true : _ref$useMask, responseRequiredBandIndices = _ref.responseRequiredBandIndices; requestUrl = url; requestParams = params !== null && params !== void 0 ? params : new URLSearchParams(); requestOptions = options; assetUrl = requestParams ? "".concat(requestUrl, "?").concat(requestParams.toString()) : requestUrl; return _context5.abrupt("return", { url: assetUrl, rasterServerUrl: rasterServerUrl, options: requestOptions, useMask: useMask, responseRequiredBandIndices: responseRequiredBandIndices }); case 6: case "end": return _context5.stop(); } }, _callee5); })); return _getAssetRequest.apply(this, arguments); } function getSingleAssetSTACRequest(_x8) { return _getSingleAssetSTACRequest.apply(this, arguments); } /** * Utility function for forming requests for a multi asset STAC metadata object. */ function _getSingleAssetSTACRequest() { _getSingleAssetSTACRequest = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee6(options) { var stac, loadAssetIds, loadBandIndexes, signal, useSTACSearching, _options$index, x, y, z, stacSearchProvider, startDate, endDate, _stacQuery, useMask, urlInfo, urlParams, responseRequiredBandIndices; return _regenerator["default"].wrap(function _callee6$(_context6) { while (1) switch (_context6.prev = _context6.next) { case 0: stac = options.stac, loadAssetIds = options.loadAssetIds, loadBandIndexes = options.loadBandIndexes, signal = options.signal, useSTACSearching = options.useSTACSearching, _options$index = options.index, x = _options$index.x, y = _options$index.y, z = _options$index.z, stacSearchProvider = options.stacSearchProvider, startDate = options.startDate, endDate = options.endDate, _stacQuery = options._stacQuery; useMask = true; // Only a single URL because only a single asset urlInfo = null; urlParams = new URLSearchParams(); responseRequiredBandIndices = loadBandIndexes; if (!(useSTACSearching && stac.type !== 'Feature')) { _context6.next = 10; break; } urlParams = (0, _url.getStacApiUrlParams)({ stac: stac, stacSearchProvider: stacSearchProvider, startDate: startDate, endDate: endDate, mask: useMask, loadAssetIds: loadAssetIds, _stacQuery: _stacQuery }); urlInfo = (0, _url.getTitilerUrl)({ stac: stac, useSTACSearching: useSTACSearching, x: x, y: y, z: z }); _context6.next = 17; break; case 10: if (!(stac.type === 'Feature')) { _context6.next = 16; break; } // stac is an Item urlParams = (0, _url.getSingleCOGUrlParams)({ stac: stac, loadAssetId: loadAssetIds[0], loadBandIndexes: loadBandIndexes, mask: useMask }); urlInfo = (0, _url.getTitilerUrl)({ stac: stac, useSTACSearching: useSTACSearching, x: x, y: y, z: z }); responseRequiredBandIndices = null; _context6.next = 17; break; case 16: return _context6.abrupt("return", null); case 17: if (urlInfo.url) { _context6.next = 19; break; } return _context6.abrupt("return", null); case 19: _context6.next = 21; return getAssetRequest(_objectSpread(_objectSpread({}, urlInfo), {}, { params: urlParams, options: { signal: signal }, useMask: useMask, responseRequiredBandIndices: responseRequiredBandIndices })); case 21: return _context6.abrupt("return", _context6.sent); case 22: case "end": return _context6.stop(); } }, _callee6); })); return _getSingleAssetSTACRequest.apply(this, arguments); } function getMultiAssetSTACRequest(_x9) { return _getMultiAssetSTACRequest.apply(this, arguments); } /** * Load image data when consolidated in bands within a single STAC Asset */ function _getMultiAssetSTACRequest() { _getMultiAssetSTACRequest = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee7(options) { var stac, loadAssetIds, loadBandIndexes, signal, useSTACSearching, stacSearchProvider, startDate, endDate, _options$index2, x, y, z, _stacQuery, requestData, requestMask; return _regenerator["default"].wrap(function _callee7$(_context7) { while (1) switch (_context7.prev = _context7.next) { case 0: stac = options.stac, loadAssetIds = options.loadAssetIds, loadBandIndexes = options.loadBandIndexes, signal = options.signal, useSTACSearching = options.useSTACSearching, stacSearchProvider = options.stacSearchProvider, startDate = options.startDate, endDate = options.endDate, _options$index2 = options.index, x = _options$index2.x, y = _options$index2.y, z = _options$index2.z, _stacQuery = options._stacQuery; // Multiple urls, one for each asset requestData = []; // We assume that there's only one validity mask for the entire asset, and therefore any of the // requests would return the same validity bitmap. Therefore we only request a mask for the first // asset requestMask = new Array(loadAssetIds.length).fill(false); requestMask[0] = true; if (useSTACSearching && stac.type !== 'Feature') { requestData = zip(loadAssetIds, requestMask).map(function (_ref2) { var _ref3 = (0, _slicedToArray2["default"])(_ref2, 2), assetId = _ref3[0], mask = _ref3[1]; var params = (0, _url.getStacApiUrlParams)({ stac: stac, stacSearchProvider: stacSearchProvider, startDate: startDate, endDate: endDate, mask: mask, loadAssetIds: [assetId], _stacQuery: _stacQuery }); var urlInfo = (0, _url.getTitilerUrl)({ stac: stac, useSTACSearching: useSTACSearching, x: x, y: y, z: z }); return _objectSpread(_objectSpread({}, urlInfo), {}, { params: params }); }); } else if (stac.type === 'Feature') { requestData = zip3(loadAssetIds, loadBandIndexes, requestMask).map(function (_ref4) { var _ref5 = (0, _slicedToArray2["default"])(_ref4, 3), assetId = _ref5[0], bandIndex = _ref5[1], mask = _ref5[2]; var params = (0, _url.getSingleCOGUrlParams)({ stac: stac, loadAssetId: assetId, loadBandIndexes: [bandIndex], mask: mask }); var urlInfo = (0, _url.getTitilerUrl)({ stac: stac, useSTACSearching: useSTACSearching, x: x, y: y, z: z }); return _objectSpread(_objectSpread({}, urlInfo), {}, { params: params }); }); } if (!isValidRequestData(requestData)) { _context7.next = 9; break; } _context7.next = 8; return Promise.all(requestData.map(function (request) { var _request$options; return getAssetRequest(_objectSpread(_objectSpread({}, request), {}, { options: (_request$options = request.options) !== null && _request$options !== void 0 ? _request$options : { signal: signal } })); })); case 8: return _context7.abrupt("return", _context7.sent); case 9: return _context7.abrupt("return", null); case 10: case "end": return _context7.stop(); } }, _callee7); })); return _getMultiAssetSTACRequest.apply(this, arguments); } function loadSingleAssetSTAC(_x10) { return _loadSingleAssetSTAC.apply(this, arguments); } /** * Load image data when split among multiple STAC Assets */ function _loadSingleAssetSTAC() { _loadSingleAssetSTAC = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee8(request) { var imageBands, imageMask, mappedImageBands; return _regenerator["default"].wrap(function _callee8$(_context8) { while (1) switch (_context8.prev = _context8.next) { case 0: _context8.next = 2; return (0, _gpuUtils.loadNpyArray)(request, true); case 2: imageBands = _context8.sent; if (imageBands) { _context8.next = 5; break; } return _context8.abrupt("return", { imageBands: imageBands }); case 5: imageMask = request.useMask && imageBands.pop() || null; mappedImageBands = imageBands; if (request.responseRequiredBandIndices) { mappedImageBands = request.responseRequiredBandIndices.map(function (i) { return imageBands[i]; }); } return _context8.abrupt("return", { imageBands: mappedImageBands, imageMask: imageMask }); case 9: case "end": return _context8.stop(); } }, _callee8); })); return _loadSingleAssetSTAC.apply(this, arguments); } function loadMultiAssetSTAC(_x11) { return _loadMultiAssetSTAC.apply(this, arguments); } /** * Iterate over two arrays simultaneously, similar to Python's zip builtin */ function _loadMultiAssetSTAC() { _loadMultiAssetSTAC = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee9(requests) { var _results$; var results, imageMask, imageBands; return _regenerator["default"].wrap(function _callee9$(_context9) { while (1) switch (_context9.prev = _context9.next) { case 0: _context9.next = 2; return Promise.all(requests.map(function (request) { return (0, _gpuUtils.loadNpyArray)(request, true); })); case 2: results = _context9.sent; // The first request includes a mask imageMask = ((_results$ = results[0]) === null || _results$ === void 0 ? void 0 : _results$.pop()) || null; imageBands = results.flat().filter(function (band) { return band !== null; }); return _context9.abrupt("return", { imageBands: imageBands, imageMask: imageMask }); case 6: case "end": return _context9.stop(); } }, _callee9); })); return _loadMultiAssetSTAC.apply(this, arguments); } function zip(a, b) { return a.map(function (k, i) { return [k, b[i]]; }); } /** * Iterate over three arrays simultaneously, similar to Python's zip builtin */ function zip3(a, b, c) { return a.map(function (k, i) { return [k, b[i], c[i]]; }); } /** * Type guard to check if all array elements are strings */ function isValidRequestData(arr) { return arr.every(function (x) { return typeof (x === null || x === void 0 ? void 0 : x.url) === 'string' && (x === null || x === void 0 ? void 0 : x.params) !== null; }); } /** * Create base64 image data url for categorical colormap * @param categoricalOptions - color map configuration and min-max values of categorical band * @returns base64 image data url */ function getCategoricalColormapDataUrl(categoricalOptions) { var bitmap = (0, _rasterTileUtils.generateCategoricalBitmapArray)(categoricalOptions); if (!bitmap) { return null; } return getImageDataURL(bitmap, _rasterTileUtils.CATEGORICAL_TEXTURE_WIDTH, 1); } /** * Load terrain mesh from raster tile server * @param props - properties to load terrain data * @returns terrain mesh data */ function loadTerrain(_x12) { return _loadTerrain.apply(this, arguments); } function _loadTerrain() { _loadTerrain = (0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee11(props) { var _props$index, x, y, z, boundsForGeometry, signal, rasterTileServerUrls, meshMaxError, terrainUrlInfo, loaderOptions, numAttempts, mesh; return _regenerator["default"].wrap(function _callee11$(_context11) { while (1) switch (_context11.prev = _context11.next) { case 0: _props$index = props.index, x = _props$index.x, y = _props$index.y, z = _props$index.z, boundsForGeometry = props.boundsForGeometry, signal = props.signal, rasterTileServerUrls = props.rasterTileServerUrls; meshMaxError = (0, _url.getMeshMaxError)(z, MESH_MULTIPLIER); terrainUrlInfo = (0, _url.getTerrainUrl)(rasterTileServerUrls, x, y, z, meshMaxError); loaderOptions = (0, _constants.getLoaderOptions)(); numAttempts = 1 + (0, _utils.getApplicationConfig)().rasterServerMaxRetries; _context11.next = 7; return (0, _requestThrottle.getRequestThrottle)().throttleRequest(terrainUrlInfo.rasterServerUrl, /*#__PURE__*/(0, _asyncToGenerator2["default"])( /*#__PURE__*/_regenerator["default"].mark(function _callee10() { var attempt, _getApplicationConfig, _error$response; return _regenerator["default"].wrap(function _callee10$(_context10) { while (1) switch (_context10.prev = _context10.next) { case 0: attempt = 0; case 1: if (!(attempt < numAttempts)) { _context10.next = 17; break; } _context10.prev = 2; _context10.next = 5; return (0, _core.load)(terrainUrlInfo.url, _terrain.QuantizedMeshLoader, { fetch: { signal: signal }, 'quantized-mesh': _objectSpread(_objectSpread({}, loaderOptions['quantized-mesh']), {}, { bounds: boundsForGeometry, skirtHeight: meshMaxError * SKIRT_HEIGHT_MULTIPLIER }) }); case 5: return _context10.abrupt("return", _context10.sent); case 8: _context10.prev = 8; _context10.t0 = _context10["catch"](2); if (!(attempt < numAttempts && _context10.t0 instanceof _core.FetchError && (_getApplicationConfig = (0, _utils.getApplicationConfig)().rasterServerServerErrorsToRetry) !== null && _getApplicationConfig !== void 0 && _getApplicationConfig.includes((_error$response = _context10.t0.response) === null || _error$response === void 0 ? void 0 : _error$response.status))) { _context10.next = 14; break; } _context10.next = 13; return (0, _commonUtils.sleep)((0, _utils.getApplicationConfig)().rasterServerRetryDelay); case 13: return _context10.abrupt("continue", 14); case 14: attempt++; _context10.next = 1; break; case 17: return _context10.abrupt("return", null); case 18: case "end": return _context10.stop(); } }, _callee10, null, [[2, 8]]); }))); case 7: mesh = _context11.sent; return _context11.abrupt("return", mesh); case 9: case "end": return _context11.stop(); } }, _callee11); })); return _loadTerrain.apply(this, arguments); } //# 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SPDX-License-Identifier: MIT\n// Copyright contributors to the kepler.gl project\n\n/**\n * Utility functions to create objects to pass to deck.gl-raster\n */\n\nimport {load, FetchError} from '@loaders.gl/core';\nimport {QuantizedMeshLoader} from '@loaders.gl/terrain';\nimport memoize from 'lodash/memoize';\n\nimport {sleep} from '@kepler.gl/common-utils';\nimport {getLoaderOptions} from '@kepler.gl/constants';\nimport {getApplicationConfig} from '@kepler.gl/utils';\n\nimport {CATEGORICAL_COLORMAP_ID} from './config';\nimport {\n  loadNpyArray,\n  generateCategoricalColormapTexture,\n  loadImage,\n  COLORMAP_TEXTURE_PARAMETERS\n} from './gpu-utils';\nimport {CATEGORICAL_TEXTURE_WIDTH, generateCategoricalBitmapArray} from './raster-tile-utils';\nimport {\n  GetTileDataProps,\n  ImageData,\n  TerrainData,\n  AssetRequestData,\n  CategoricalColormapOptions,\n  ColormapImageData\n} from './types';\nimport {\n  getTitilerUrl,\n  getTerrainUrl,\n  getSingleCOGUrlParams,\n  getStacApiUrlParams,\n  getMeshMaxError,\n  RasterLayerResources\n} from './url';\nimport {getRequestThrottle} from './request-throttle';\n\n/**\n * Create dataUrl image from bitmap array\n * @param bitmap - RGBA byte bitmap array\n * @param width - width of the image\n * @param height - height of the image\n * @returns base64 data url of the image\n */\nexport function getImageDataURL(bitmap: Uint8Array, width: number, height: number): string | null {\n  const canvas = document.createElement('canvas');\n  if (!canvas.getContext) {\n    return null;\n  }\n  canvas.setAttribute('width', `${width}`);\n  canvas.setAttribute('height', `${height}`);\n  const ctx = canvas.getContext('2d');\n  if (!ctx) {\n    return null;\n  }\n  for (let i = 0; i < width; i++) {\n    const [r, g, b, a] = bitmap.subarray(i * 4, i * 4 + 4);\n    if (a !== 0) {\n      ctx.fillStyle = `rgb(${r}, ${g}, ${b})`;\n      ctx.fillRect(i, 0, 1, 1);\n    }\n  }\n  return canvas.toDataURL('image/png');\n}\n\n// Global multiplier to be applied to terrain mesh resolution\n// A smaller number towards 0 will cause generation of mesh data with a smaller max error and thus a\n// higher resolution mesh\nconst MESH_MULTIPLIER = 0.8;\n\n/**\n * Multiplier used to calculate the height of terrain mesh skirts.\n * The skirt is an extension of the terrain mesh that helps prevent gaps between terrain tiles\n * by extending the mesh edges downward. This multiplier is applied to the mesh's maximum error\n * to determine the skirt height, ensuring no gaps are visible.\n */\nconst SKIRT_HEIGHT_MULTIPLIER = 3;\n\n/**\n * Load images required for raster tile\n * @param assetRequests - STAC asset requests\n * @param colormapId - colormap id\n * @param categoricalOptions - categorical options requred for making of categorical colormap\n * @returns images map\n */\nexport async function loadImages(\n  assetRequests: AssetRequestData[],\n  colormapId: string,\n  categoricalOptions: CategoricalColormapOptions\n): Promise<ImageData> {\n  // We load image data (single or multi asset based on number of requests) and colormap in parallel\n  const [stacImages, colormap] = await Promise.all([\n    loadSTACImageData(assetRequests),\n    (colormapId !== CATEGORICAL_COLORMAP_ID && memoizedLoadColormap(colormapId)) || null\n  ]);\n  let imageColormap = colormap;\n  if (colormapId === CATEGORICAL_COLORMAP_ID) {\n    imageColormap = generateCategoricalColormapTexture(categoricalOptions);\n  }\n  return {\n    ...stacImages,\n    imageColormap\n  };\n}\n\n/**\n * Cache loading of colormap. Each colormap file is very small, on the order of a few hundred bytes,\n * so a global cache like this is not expected to eat up too much memory.\n * Most colormaps are loaded from CDN. In case colormapId is categorical, the image is created from\n * categorical colormap options.\n * NOTE: this implementation will cache promise rejections as well, but since these are small files\n * on the CDN, that's an acceptable risk for the time being.\n */\nconst memoizedLoadColormap: (colormapId: string) => Promise<ColormapImageData | null> | null =\n  memoize((colormapId: string) => {\n    if (colormapId === CATEGORICAL_COLORMAP_ID) {\n      return null;\n    } else {\n      return loadColormap(colormapId);\n    }\n  });\n\n/**\n * Load PNG colormap.\n * Since the colormap files are so small (couple hundred bytes), we load them always, even for an\n * RGB composite where the colormap won't be used. After the first load, the colormap should be\n * loaded from the disk cache. By loading always, we can prevent unnecessarily triggering\n * getTileData, which reduces flashing from reloading the images on the GPU.\n *\n * @param colormapId      ID of colormap PNG\n *\n * @returns image object to pass to Texture2D constructor\n */\nasync function loadColormap(colormapId: string): Promise<ColormapImageData | null> {\n  if (!colormapId) {\n    return null;\n  }\n\n  const request = await getAssetRequest({\n    url: RasterLayerResources.rasterColorMap(colormapId),\n    rasterServerUrl: '',\n    options: {}\n  });\n  return loadImage(request.url, COLORMAP_TEXTURE_PARAMETERS, request.options);\n}\n\n/**\n * Get the request data for loading a single or multi asset STAC metadata object.\n * @param options STAC metadata object and user-defined parameters.\n * @returns Image data, or null if the STAC metadata object is not supported.\n */\nexport async function getSTACImageRequests(\n  options: GetTileDataProps\n): Promise<AssetRequestData[] | null> {\n  const {loadAssetIds} = options;\n\n  if (loadAssetIds.length === 1) {\n    const request = await getSingleAssetSTACRequest(options);\n    return request ? [request] : null;\n  }\n\n  return await getMultiAssetSTACRequest(options);\n}\n\n// TODO: image loading should really be _driven by the modules_\n// E.g. the user chooses what kind of pipeline they want on the GPU, then from those modules we can\n// see whether the user wants the pansharpened band, colormap, etc\n/**\n * Load images defined by a STAC metadata object plus user-defined parameters\n */\nexport async function loadSTACImageData(requests: AssetRequestData[]): Promise<ImageData> {\n  return requests.length === 1 ? loadSingleAssetSTAC(requests[0]) : loadMultiAssetSTAC(requests);\n}\n\n/**\n * Utility function that forms an asset request based on given parameters.\n */\nexport async function getAssetRequest({\n  url,\n  rasterServerUrl,\n  params,\n  options,\n  useMask = true,\n  responseRequiredBandIndices\n}: {\n  url: string;\n  rasterServerUrl: string;\n  params?: URLSearchParams | null;\n  options: RequestInit;\n  useMask?: boolean;\n  responseRequiredBandIndices?: number[] | null;\n}): Promise<AssetRequestData> {\n  const requestUrl = url;\n  const requestParams = params ?? new URLSearchParams();\n  const requestOptions = options;\n\n  const assetUrl = requestParams ? `${requestUrl}?${requestParams.toString()}` : requestUrl;\n  return {\n    url: assetUrl,\n    rasterServerUrl,\n    options: requestOptions,\n    useMask,\n    responseRequiredBandIndices\n  };\n}\n\n/**\n * Utility function for forming a request for a single asset STAC metadata object.\n */\n// eslint-disable-next-line complexity, max-statements\nasync function getSingleAssetSTACRequest(\n  options: GetTileDataProps\n): Promise<AssetRequestData | null> {\n  const {\n    stac,\n    loadAssetIds,\n    loadBandIndexes,\n    signal,\n    useSTACSearching,\n    index: {x, y, z},\n    stacSearchProvider,\n    startDate,\n    endDate,\n    _stacQuery\n  } = options;\n\n  const useMask = true;\n\n  // Only a single URL because only a single asset\n  let urlInfo: {url: string; rasterServerUrl: string} | null = null;\n  let urlParams: URLSearchParams | null = new URLSearchParams();\n  let responseRequiredBandIndices: number[] | null = loadBandIndexes;\n  if (useSTACSearching && stac.type !== 'Feature') {\n    urlParams = getStacApiUrlParams({\n      stac,\n      stacSearchProvider,\n      startDate,\n      endDate,\n      mask: useMask,\n      loadAssetIds,\n      _stacQuery\n    });\n    urlInfo = getTitilerUrl({stac, useSTACSearching, x, y, z});\n  } else if (stac.type === 'Feature') {\n    // stac is an Item\n    urlParams = getSingleCOGUrlParams({\n      stac,\n      loadAssetId: loadAssetIds[0],\n      loadBandIndexes,\n      mask: useMask\n    });\n    urlInfo = getTitilerUrl({stac, useSTACSearching, x, y, z});\n    responseRequiredBandIndices = null;\n  } else {\n    return null;\n  }\n\n  if (!urlInfo.url) {\n    return null;\n  }\n\n  return await getAssetRequest({\n    ...urlInfo,\n    params: urlParams,\n    options: {signal},\n    useMask,\n    responseRequiredBandIndices\n  });\n}\n\n/**\n * Utility function for forming requests for a multi asset STAC metadata object.\n */\nasync function getMultiAssetSTACRequest(\n  options: GetTileDataProps\n): Promise<AssetRequestData[] | null> {\n  const {\n    stac,\n    loadAssetIds,\n    loadBandIndexes,\n    signal,\n    useSTACSearching,\n    stacSearchProvider,\n    startDate,\n    endDate,\n    index: {x, y, z},\n    _stacQuery\n  } = options;\n\n  // Multiple urls, one for each asset\n  let requestData: {\n    url: string;\n    rasterServerUrl: string;\n    params: URLSearchParams | null;\n    options?: RequestInit;\n  }[] = [];\n\n  // We assume that there's only one validity mask for the entire asset, and therefore any of the\n  // requests would return the same validity bitmap. Therefore we only request a mask for the first\n  // asset\n  const requestMask: boolean[] = new Array(loadAssetIds.length).fill(false);\n  requestMask[0] = true;\n\n  if (useSTACSearching && stac.type !== 'Feature') {\n    requestData = zip(loadAssetIds, requestMask).map(([assetId, mask]) => {\n      const params = getStacApiUrlParams({\n        stac,\n        stacSearchProvider,\n        startDate,\n        endDate,\n        mask,\n        loadAssetIds: [assetId],\n        _stacQuery\n      });\n      const urlInfo = getTitilerUrl({stac, useSTACSearching, x, y, z});\n      return {...urlInfo, params};\n    });\n  } else if (stac.type === 'Feature') {\n    requestData = zip3(loadAssetIds, loadBandIndexes, requestMask).map(\n      ([assetId, bandIndex, mask]) => {\n        const params = getSingleCOGUrlParams({\n          stac,\n          loadAssetId: assetId,\n          loadBandIndexes: [bandIndex],\n          mask\n        });\n        const urlInfo = getTitilerUrl({stac, useSTACSearching, x, y, z});\n        return {...urlInfo, params};\n      }\n    );\n  }\n\n  if (isValidRequestData(requestData)) {\n    return await Promise.all(\n      requestData.map(request =>\n        getAssetRequest({...request, options: request.options ?? {signal}})\n      )\n    );\n  }\n\n  return null;\n}\n\n/**\n * Load image data when consolidated in bands within a single STAC Asset\n */\nasync function loadSingleAssetSTAC(request: AssetRequestData): Promise<ImageData> {\n  const imageBands = await loadNpyArray(request, true);\n\n  if (!imageBands) {\n    return {\n      imageBands\n    };\n  }\n\n  const imageMask = (request.useMask && imageBands.pop()) || null;\n  let mappedImageBands = imageBands;\n  if (request.responseRequiredBandIndices) {\n    mappedImageBands = request.responseRequiredBandIndices.map(i => imageBands[i]);\n  }\n  return {imageBands: mappedImageBands, imageMask};\n}\n\n/**\n * Load image data when split among multiple STAC Assets\n */\nasync function loadMultiAssetSTAC(requests: AssetRequestData[]): Promise<ImageData> {\n  const results = await Promise.all(requests.map(request => loadNpyArray(request, true)));\n  // The first request includes a mask\n  const imageMask = results[0]?.pop() || null;\n  const imageBands = results.flat().filter(band => band !== null) as ImageData['imageBands'];\n  return {imageBands, imageMask};\n}\n\n/**\n * Iterate over two arrays simultaneously, similar to Python's zip builtin\n */\nfunction zip<T1, T2>(a: T1[], b: T2[]): [T1, T2][] {\n  return a.map((k, i) => [k, b[i]]);\n}\n\n/**\n * Iterate over three arrays simultaneously, similar to Python's zip builtin\n */\nfunction zip3<T1, T2, T3>(a: T1[], b: T2[], c: T3[]): [T1, T2, T3][] {\n  return a.map((k, i) => [k, b[i], c[i]]);\n}\n\n/**\n * Type guard to check if all array elements are strings\n */\nfunction isValidRequestData(\n  arr: {url: unknown; params: unknown; options?: unknown}[]\n): arr is {url: string; params: URLSearchParams; options: unknown}[] {\n  return arr.every(x => typeof x?.url === 'string' && x?.params !== null);\n}\n\n/**\n * Create base64 image data url for categorical colormap\n * @param categoricalOptions - color map configuration and min-max values of categorical band\n * @returns base64 image data url\n */\nexport function getCategoricalColormapDataUrl(\n  categoricalOptions: CategoricalColormapOptions\n): string | null {\n  const bitmap = generateCategoricalBitmapArray(categoricalOptions);\n  if (!bitmap) {\n    return null;\n  }\n  return getImageDataURL(bitmap, CATEGORICAL_TEXTURE_WIDTH, 1);\n}\n\n/**\n * Load terrain mesh from raster tile server\n * @param props - properties to load terrain data\n * @returns terrain mesh data\n */\nexport async function loadTerrain(props: {\n  index: {x: number; y: number; z: number};\n  signal: AbortSignal;\n  rasterTileServerUrls: string[];\n  boundsForGeometry?: [number, number, number, number];\n}): Promise<TerrainData | null> {\n  const {\n    index: {x, y, z},\