forked from MapComplete/MapComplete
More refactoring to fix the tests
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16 changed files with 507 additions and 418 deletions
292
Logic/Actors/AvailableBaseLayersImplementation.ts
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292
Logic/Actors/AvailableBaseLayersImplementation.ts
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import BaseLayer from "../../Models/BaseLayer";
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import {UIEventSource} from "../UIEventSource";
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import Loc from "../../Models/Loc";
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import {GeoOperations} from "../GeoOperations";
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import * as editorlayerindex from "../../assets/editor-layer-index.json";
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import {TileLayer} from "leaflet";
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import * as X from "leaflet-providers";
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import * as L from "leaflet";
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import {Utils} from "../../Utils";
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import {AvailableBaseLayersObj} from "./AvailableBaseLayers";
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export default class AvailableBaseLayersImplementation implements AvailableBaseLayersObj{
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public readonly osmCarto: BaseLayer =
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{
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id: "osm",
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name: "OpenStreetMap",
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layer: () => AvailableBaseLayersImplementation.CreateBackgroundLayer("osm", "OpenStreetMap",
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"https://tile.openstreetmap.org/{z}/{x}/{y}.png", "OpenStreetMap", "https://openStreetMap.org/copyright",
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19,
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false, false),
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feature: null,
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max_zoom: 19,
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min_zoom: 0,
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isBest: false, // This is a lie! Of course OSM is the best map! (But not in this context)
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category: "osmbasedmap"
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}
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public layerOverview = AvailableBaseLayersImplementation.LoadRasterIndex().concat(AvailableBaseLayersImplementation.LoadProviderIndex());
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public AvailableLayersAt(location: UIEventSource<Loc>): UIEventSource<BaseLayer[]> {
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const source = location.map(
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(currentLocation) => {
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if (currentLocation === undefined) {
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return this.layerOverview;
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}
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const currentLayers = source?.data; // A bit unorthodox - I know
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const newLayers = this.CalculateAvailableLayersAt(currentLocation?.lon, currentLocation?.lat);
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if (currentLayers === undefined) {
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return newLayers;
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}
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if (newLayers.length !== currentLayers.length) {
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return newLayers;
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}
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for (let i = 0; i < newLayers.length; i++) {
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if (newLayers[i].name !== currentLayers[i].name) {
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return newLayers;
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}
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}
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return currentLayers;
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});
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return source;
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}
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public SelectBestLayerAccordingTo(location: UIEventSource<Loc>, preferedCategory: UIEventSource<string | string[]>): UIEventSource<BaseLayer> {
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return this.AvailableLayersAt(location).map(available => {
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// First float all 'best layers' to the top
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available.sort((a, b) => {
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if (a.isBest && b.isBest) {
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return 0;
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}
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if (!a.isBest) {
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return 1
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}
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return -1;
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}
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)
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if (preferedCategory.data === undefined) {
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return available[0]
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}
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let prefered: string []
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if (typeof preferedCategory.data === "string") {
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prefered = [preferedCategory.data]
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} else {
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prefered = preferedCategory.data;
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}
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prefered.reverse();
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for (const category of prefered) {
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//Then sort all 'photo'-layers to the top. Stability of the sorting will force a 'best' photo layer on top
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available.sort((a, b) => {
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if (a.category === category && b.category === category) {
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return 0;
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}
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if (a.category !== category) {
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return 1
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}
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return -1;
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}
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)
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}
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return available[0]
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})
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}
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private CalculateAvailableLayersAt(lon: number, lat: number): BaseLayer[] {
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const availableLayers = [this.osmCarto]
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const globalLayers = [];
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for (const layerOverviewItem of this.layerOverview) {
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const layer = layerOverviewItem;
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if (layer.feature?.geometry === undefined || layer.feature?.geometry === null) {
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globalLayers.push(layer);
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continue;
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}
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if (lon === undefined || lat === undefined) {
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continue;
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}
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if (GeoOperations.inside([lon, lat], layer.feature)) {
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availableLayers.push(layer);
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}
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}
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return availableLayers.concat(globalLayers);
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}
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private static LoadRasterIndex(): BaseLayer[] {
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const layers: BaseLayer[] = []
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// @ts-ignore
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const features = editorlayerindex.features;
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for (const i in features) {
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const layer = features[i];
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const props = layer.properties;
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if (props.id === "Bing") {
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// Doesnt work
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continue;
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}
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if (props.id === "MAPNIK") {
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// Already added by default
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continue;
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}
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if (props.overlay) {
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continue;
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}
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if (props.url.toLowerCase().indexOf("apikey") > 0) {
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continue;
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}
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if (props.max_zoom < 19) {
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// We want users to zoom to level 19 when adding a point
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// If they are on a layer which hasn't enough precision, they can not zoom far enough. This is confusing, so we don't use this layer
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continue;
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}
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if (props.name === undefined) {
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console.warn("Editor layer index: name not defined on ", props)
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continue
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}
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const leafletLayer: () => TileLayer = () => AvailableBaseLayersImplementation.CreateBackgroundLayer(
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props.id,
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props.name,
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props.url,
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props.name,
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props.license_url,
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props.max_zoom,
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props.type.toLowerCase() === "wms",
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props.type.toLowerCase() === "wmts"
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)
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// Note: if layer.geometry is null, there is global coverage for this layer
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layers.push({
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id: props.id,
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max_zoom: props.max_zoom ?? 25,
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min_zoom: props.min_zoom ?? 1,
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name: props.name,
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layer: leafletLayer,
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feature: layer,
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isBest: props.best ?? false,
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category: props.category
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});
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}
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return layers;
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}
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private static LoadProviderIndex(): BaseLayer[] {
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// @ts-ignore
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X; // Import X to make sure the namespace is not optimized away
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function l(id: string, name: string): BaseLayer {
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try {
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const layer: any = () => L.tileLayer.provider(id, undefined);
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return {
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feature: null,
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id: id,
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name: name,
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layer: layer,
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min_zoom: layer.minzoom,
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max_zoom: layer.maxzoom,
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category: "osmbasedmap",
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isBest: false
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}
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} catch (e) {
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console.error("Could not find provided layer", name, e);
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return null;
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}
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}
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const layers = [
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l("CyclOSM", "CyclOSM - A bicycle oriented map"),
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l("Stamen.TonerLite", "Toner Lite (by Stamen)"),
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l("Stamen.TonerBackground", "Toner Background - no labels (by Stamen)"),
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l("Stamen.Watercolor", "Watercolor (by Stamen)"),
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l("Stadia.OSMBright", "Osm Bright (by Stadia)"),
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l("CartoDB.Positron", "Positron (by CartoDB)"),
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l("CartoDB.PositronNoLabels", "Positron - no labels (by CartoDB)"),
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l("CartoDB.Voyager", "Voyager (by CartoDB)"),
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l("CartoDB.VoyagerNoLabels", "Voyager - no labels (by CartoDB)"),
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];
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return Utils.NoNull(layers);
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}
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/**
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* Converts a layer from the editor-layer-index into a tilelayer usable by leaflet
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*/
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private static CreateBackgroundLayer(id: string, name: string, url: string, attribution: string, attributionUrl: string,
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maxZoom: number, isWms: boolean, isWMTS?: boolean): TileLayer {
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url = url.replace("{zoom}", "{z}")
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.replace("&BBOX={bbox}", "")
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.replace("&bbox={bbox}", "");
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const subdomainsMatch = url.match(/{switch:[^}]*}/)
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let domains: string[] = [];
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if (subdomainsMatch !== null) {
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let domainsStr = subdomainsMatch[0].substr("{switch:".length);
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domainsStr = domainsStr.substr(0, domainsStr.length - 1);
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domains = domainsStr.split(",");
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url = url.replace(/{switch:[^}]*}/, "{s}")
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}
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if (isWms) {
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url = url.replace("&SRS={proj}", "");
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url = url.replace("&srs={proj}", "");
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const paramaters = ["format", "layers", "version", "service", "request", "styles", "transparent", "version"];
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const urlObj = new URL(url);
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const isUpper = urlObj.searchParams["LAYERS"] !== null;
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const options = {
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maxZoom: maxZoom ?? 19,
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attribution: attribution + " | ",
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subdomains: domains,
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uppercase: isUpper,
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transparent: false
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};
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for (const paramater of paramaters) {
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let p = paramater;
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if (isUpper) {
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p = paramater.toUpperCase();
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}
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options[paramater] = urlObj.searchParams.get(p);
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}
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if (options.transparent === null) {
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options.transparent = false;
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}
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return L.tileLayer.wms(urlObj.protocol + "//" + urlObj.host + urlObj.pathname, options);
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}
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if (attributionUrl) {
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attribution = `<a href='${attributionUrl}' target='_blank'>${attribution}</a>`;
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}
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return L.tileLayer(url,
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{
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attribution: attribution,
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maxZoom: maxZoom,
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minZoom: 1,
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// @ts-ignore
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wmts: isWMTS ?? false,
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subdomains: domains
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});
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}
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}
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