275 lines
No EOL
11 KiB
TypeScript
275 lines
No EOL
11 KiB
TypeScript
import {SubtleButton} from "../Base/SubtleButton";
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import Svg from "../../Svg";
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import Translations from "../i18n/Translations";
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import State from "../../State";
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import {Utils} from "../../Utils";
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import Combine from "../Base/Combine";
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import CheckBoxes from "../Input/Checkboxes";
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import {GeoOperations} from "../../Logic/GeoOperations";
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import Toggle from "../Input/Toggle";
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import Title from "../Base/Title";
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import FeaturePipeline from "../../Logic/FeatureSource/FeaturePipeline";
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import {UIEventSource} from "../../Logic/UIEventSource";
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import SimpleMetaTagger from "../../Logic/SimpleMetaTagger";
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import LayoutConfig from "../../Models/ThemeConfig/LayoutConfig";
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import {BBox} from "../../Logic/BBox";
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import FilteredLayer, {FilterState} from "../../Models/FilteredLayer";
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import geojson2svg from "geojson2svg"
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import Constants from "../../Models/Constants";
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import LayerConfig from "../../Models/ThemeConfig/LayerConfig";
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export class DownloadPanel extends Toggle {
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constructor(state: {
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filteredLayers: UIEventSource<FilteredLayer[]>
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featurePipeline: FeaturePipeline,
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layoutToUse: LayoutConfig,
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currentBounds: UIEventSource<BBox>,
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}) {
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const t = Translations.t.general.download
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const name = State.state.layoutToUse.id;
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const includeMetaToggle = new CheckBoxes([t.includeMetaData])
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const metaisIncluded = includeMetaToggle.GetValue().map(selected => selected.length > 0)
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const buttonGeoJson = new SubtleButton(Svg.floppy_ui(),
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new Combine([t.downloadGeojson.SetClass("font-bold"),
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t.downloadGeoJsonHelper]).SetClass("flex flex-col"))
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.OnClickWithLoading(t.exporting, async () => {
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const geojson = DownloadPanel.getCleanGeoJson(state, metaisIncluded.data)
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Utils.offerContentsAsDownloadableFile(JSON.stringify(geojson, null, " "),
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`MapComplete_${name}_export_${new Date().toISOString().substr(0, 19)}.geojson`, {
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mimetype: "application/vnd.geo+json"
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});
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})
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const buttonCSV = new SubtleButton(Svg.floppy_ui(), new Combine(
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[t.downloadCSV.SetClass("font-bold"),
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t.downloadCSVHelper]).SetClass("flex flex-col"))
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.OnClickWithLoading(t.exporting, async () => {
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const geojson = DownloadPanel.getCleanGeoJson(state, metaisIncluded.data)
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const csv = GeoOperations.toCSV(geojson.features)
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Utils.offerContentsAsDownloadableFile(csv,
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`MapComplete_${name}_export_${new Date().toISOString().substr(0, 19)}.csv`, {
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mimetype: "text/csv"
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});
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})
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const buttonSvg = new SubtleButton(Svg.floppy_ui(), new Combine(
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[t.downloadAsSvg.SetClass("font-bold"),
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t.downloadAsSvgHelper]).SetClass("flex flex-col"))
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.OnClickWithLoading(t.exporting, async () => {
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const geojson = DownloadPanel.getCleanGeoJsonPerLayer(state, metaisIncluded.data)
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const leafletdiv = document.getElementById("leafletDiv")
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const csv = DownloadPanel.asSvg(geojson,
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{
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layers: state.filteredLayers.data.map(l => l.layerDef),
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mapExtent: state.currentBounds.data,
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width: leafletdiv.offsetWidth,
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height: leafletdiv.offsetHeight
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})
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Utils.offerContentsAsDownloadableFile(csv,
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`MapComplete_${name}_export_${new Date().toISOString().substr(0, 19)}.svg`, {
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mimetype: "image/svg+xml"
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});
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})
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const downloadButtons = new Combine(
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[new Title(t.title),
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buttonGeoJson,
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buttonCSV,
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buttonSvg,
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includeMetaToggle,
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t.licenseInfo.SetClass("link-underline")])
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.SetClass("w-full flex flex-col border-4 border-gray-300 rounded-3xl p-4")
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super(
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downloadButtons,
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t.noDataLoaded,
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state.featurePipeline.somethingLoaded)
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}
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/**
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* Converts a geojson to an SVG
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*
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* const feature = {
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* "type": "Feature",
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* "properties": {},
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* "geometry": {
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* "type": "LineString",
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* "coordinates": [
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* [-180, 80],
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* [180, -80]
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* ]
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* }
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* }
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* const perLayer = new Map<string, any[]>([["testlayer", [feature]]])
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* DownloadPanel.asSvg(perLayer).replace(/\n/g, "") // => `<svg width="1000px" height="1000px" viewBox="0 0 1000 1000"> <g id="testlayer" inkscape:groupmode="layer" inkscape:label="testlayer"> <path d="M0,27.77777777777778 1000,472.22222222222223" style="fill:none;stroke-width:1" stroke="#ff0000"/> </g></svg>`
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*/
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public static asSvg(perLayer: Map<string, any[]>,
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options?:
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{
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layers?: LayerConfig[],
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width?: 1000 | number,
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height?: 1000 | number,
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mapExtent?: BBox
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unit?: "px" | "mm" | string
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}) {
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options = options ?? {}
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const w = options.width ?? 1000
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const h = options.height ?? 1000
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const unit = options.unit ?? "px"
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const mapExtent = {left: -180, bottom: -90, right: 180, top: 90}
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if (options.mapExtent !== undefined) {
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const bbox = options.mapExtent
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mapExtent.left = bbox.minLon
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mapExtent.right = bbox.maxLon
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mapExtent.bottom = bbox.minLat
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mapExtent.top = bbox.maxLat
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}
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const elements: string [] = []
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for (const layer of Array.from(perLayer.keys())) {
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const features = perLayer.get(layer)
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if(features.length === 0){
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continue
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}
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const layerDef = options?.layers?.find(l => l.id === layer)
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const rendering = layerDef?.lineRendering[0]
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const converter = geojson2svg({
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viewportSize: {width: w, height: h},
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mapExtent,
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output: 'svg',
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attributes:[
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{
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property: "style",
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type:'static',
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value: "fill:none;stroke-width:1"
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},
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{
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property: 'properties.stroke',
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type:'dynamic',
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key: 'stroke'
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}
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]
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});
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for (const feature of features) {
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const stroke = rendering?.color?.GetRenderValue(feature.properties)?.txt ?? "#ff0000"
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const color = Utils.colorAsHex( Utils.color(stroke))
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feature.properties.stroke = color
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}
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const groupPaths: string[] = converter.convert({type: "FeatureCollection", features})
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const group = ` <g id="${layer}" inkscape:groupmode="layer" inkscape:label="${layer}">\n` +
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groupPaths.map(p => " " + p).join("\n")
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+ "\n </g>"
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elements.push(group)
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}
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const header = `<svg width="${w}${unit}" height="${h}${unit}" viewBox="0 0 ${w} ${h}">`
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return header + "\n" + elements.join("\n") + "\n</svg>"
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}
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/**
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* Gets all geojson as geojson feature
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* @param state
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* @param includeMetaData
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* @private
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*/
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private static getCleanGeoJson(state: {
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featurePipeline: FeaturePipeline,
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currentBounds: UIEventSource<BBox>,
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filteredLayers: UIEventSource<FilteredLayer[]>
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}, includeMetaData: boolean) {
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const perLayer = DownloadPanel.getCleanGeoJsonPerLayer(state, includeMetaData)
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const features = [].concat(...Array.from(perLayer.values()))
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return {
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type: "FeatureCollection",
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features
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}
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}
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private static getCleanGeoJsonPerLayer(state: {
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featurePipeline: FeaturePipeline,
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currentBounds: UIEventSource<BBox>,
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filteredLayers: UIEventSource<FilteredLayer[]>
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}, includeMetaData: boolean): Map<string, any[]> /*{layerId --> geojsonFeatures[]}*/ {
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const perLayer = new Map<string, any[]>();
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const neededLayers = state.filteredLayers.data.map(l => l.layerDef.id)
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const bbox = state.currentBounds.data
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const featureList = state.featurePipeline.GetAllFeaturesAndMetaWithin(bbox, new Set(neededLayers));
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outer : for (const tile of featureList) {
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if(Constants.priviliged_layers.indexOf(tile.layer) >= 0){
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continue
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}
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const layer = state.filteredLayers.data.find(fl => fl.layerDef.id === tile.layer)
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if (!perLayer.has(tile.layer)) {
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perLayer.set(tile.layer, [])
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}
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const featureList = perLayer.get(tile.layer)
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const filters = layer.appliedFilters.data
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for (const feature of tile.features) {
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if (!bbox.overlapsWith(BBox.get(feature))) {
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continue
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}
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if (filters !== undefined) {
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for (let key of Array.from(filters.keys())) {
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const filter: FilterState = filters.get(key)
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if (filter?.currentFilter === undefined) {
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continue
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}
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if (!filter.currentFilter.matchesProperties(feature.properties)) {
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continue outer;
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}
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}
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}
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const cleaned = {
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type: feature.type,
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geometry: {...feature.geometry},
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properties: {...feature.properties}
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}
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if (!includeMetaData) {
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for (const key in cleaned.properties) {
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if (key === "_lon" || key === "_lat") {
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continue;
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}
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if (key.startsWith("_")) {
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delete feature.properties[key]
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}
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}
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}
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const datedKeys = [].concat(SimpleMetaTagger.metatags.filter(tagging => tagging.includesDates).map(tagging => tagging.keys))
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for (const key of datedKeys) {
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delete feature.properties[key]
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}
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featureList.push(feature)
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}
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}
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return perLayer
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}
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} |