Refactoring of import button, various improvements

This commit is contained in:
Pieter Vander Vennet 2021-12-10 04:00:02 +01:00
parent cabbdf96db
commit a095af4f18
17 changed files with 527 additions and 328 deletions

View file

@ -7,17 +7,11 @@ import Translations from "../i18n/Translations";
import Constants from "../../Models/Constants";
import Toggle from "../Input/Toggle";
import CreateNewNodeAction from "../../Logic/Osm/Actions/CreateNewNodeAction";
import {Tag} from "../../Logic/Tags/Tag";
import Loading from "../Base/Loading";
import LayoutConfig from "../../Models/ThemeConfig/LayoutConfig";
import {OsmConnection} from "../../Logic/Osm/OsmConnection";
import {Changes} from "../../Logic/Osm/Changes";
import {ElementStorage} from "../../Logic/ElementStorage";
import FeaturePipeline from "../../Logic/FeatureSource/FeaturePipeline";
import Lazy from "../Base/Lazy";
import ConfirmLocationOfPoint from "../NewPoint/ConfirmLocationOfPoint";
import Img from "../Base/Img";
import {Translation} from "../i18n/Translation";
import FilteredLayer from "../../Models/FilteredLayer";
import SpecialVisualizations from "../SpecialVisualizations";
import {FixedUiElement} from "../Base/FixedUiElement";
@ -28,68 +22,29 @@ import ShowDataLayer from "../ShowDataLayer/ShowDataLayer";
import AllKnownLayers from "../../Customizations/AllKnownLayers";
import StaticFeatureSource from "../../Logic/FeatureSource/Sources/StaticFeatureSource";
import ShowDataMultiLayer from "../ShowDataLayer/ShowDataMultiLayer";
import BaseLayer from "../../Models/BaseLayer";
import ReplaceGeometryAction from "../../Logic/Osm/Actions/ReplaceGeometryAction";
import CreateWayWithPointReuseAction, {MergePointConfig} from "../../Logic/Osm/Actions/CreateWayWithPointReuseAction";
import OsmChangeAction from "../../Logic/Osm/Actions/OsmChangeAction";
import OsmChangeAction, {OsmCreateAction} from "../../Logic/Osm/Actions/OsmChangeAction";
import FeatureSource from "../../Logic/FeatureSource/FeatureSource";
import {OsmObject, OsmWay} from "../../Logic/Osm/OsmObject";
import FeaturePipelineState from "../../Logic/State/FeaturePipelineState";
import {DefaultGuiState} from "../DefaultGuiState";
import {PresetInfo} from "../BigComponents/SimpleAddUI";
export interface ImportButtonState {
description?: Translation;
image: () => BaseUIElement,
message: string | BaseUIElement,
originalTags: UIEventSource<any>,
newTags: UIEventSource<Tag[]>,
targetLayer: FilteredLayer,
feature: any,
minZoom: number,
state: {
backgroundLayer: UIEventSource<BaseLayer>;
filteredLayers: UIEventSource<FilteredLayer[]>;
featureSwitchUserbadge: UIEventSource<boolean>;
featurePipeline: FeaturePipeline;
allElements: ElementStorage;
selectedElement: UIEventSource<any>;
layoutToUse: LayoutConfig,
osmConnection: OsmConnection,
changes: Changes,
locationControl: UIEventSource<{ zoom: number }>
},
guiState: { filterViewIsOpened: UIEventSource<boolean> },
/**
* SnapSettings for newly imported points
*/
snapSettings?: {
snapToLayers: string[],
snapToLayersMaxDist?: number
},
/**
* Settings if an imported feature must be conflated with an already existing feature
*/
conflationSettings?: {
conflateWayId: string
}
/**
* Settings for newly created points which are part of a way: when to snap to already existing points?
*/
mergeConfigs: MergePointConfig[]
}
import {TagUtils} from "../../Logic/Tags/TagUtils";
import {And} from "../../Logic/Tags/And";
import ReplaceGeometryAction from "../../Logic/Osm/Actions/ReplaceGeometryAction";
import CreateMultiPolygonWithPointReuseAction from "../../Logic/Osm/Actions/CreateMultiPolygonWithPointReuseAction";
import {Tag} from "../../Logic/Tags/Tag";
abstract class AbstractImportButton implements SpecialVisualizations {
public readonly funcName: string
public readonly docs: string
public readonly args: { name: string, defaultValue?: string, doc: string }[]
private readonly showRemovedTags: boolean;
constructor(funcName: string, docsIntro: string, extraArgs: { name: string, doc: string, defaultValue?: string }[]) {
constructor(funcName: string, docsIntro: string, extraArgs: { name: string, doc: string, defaultValue?: string }[], showRemovedTags = true) {
this.funcName = funcName
this.showRemovedTags = showRemovedTags;
this.docs = `${docsIntro}
@ -102,9 +57,7 @@ The argument \`tags\` of the import button takes a \`;\`-seperated list of tags
${Utils.Special_visualizations_tagsToApplyHelpText}
${Utils.special_visualizations_importRequirementDocs}
`
this.args = [
{
name: "targetLayer",
@ -128,11 +81,16 @@ ${Utils.special_visualizations_importRequirementDocs}
};
abstract constructElement(state: FeaturePipelineState, args: { minzoom: string, max_snap_distance: string, snap_onto_layers: string, icon: string, text: string, tags: string, targetLayer: string },
tagSource: UIEventSource<any>, guiState: DefaultGuiState): BaseUIElement;
abstract constructElement(state: FeaturePipelineState,
args: { max_snap_distance: string, snap_onto_layers: string, icon: string, text: string, tags: string, newTags: UIEventSource<any>, targetLayer: string },
tagSource: UIEventSource<any>,
guiState: DefaultGuiState,
feature: any,
onCancelClicked: () => void): BaseUIElement;
constr(state, tagSource, argsRaw, guiState) {
const self = this;
/**
* Some generic import button pre-validation is implemented here:
* - Are we logged in?
@ -144,7 +102,7 @@ ${Utils.special_visualizations_importRequirementDocs}
const t = Translations.t.general.add.import;
const t0 = Translations.t.general.add;
const args = this.parseArgs(argsRaw)
const args = this.parseArgs(argsRaw, tagSource)
{
// Some initial validation
@ -171,26 +129,22 @@ ${Utils.special_visualizations_importRequirementDocs}
const id = tagSource.data.id;
const feature = state.allElements.ContainingFeatures.get(id)
/**** THe actual panel showing the import guiding map ****/
const importGuidingPanel = this.constructElement(state, args, tagSource, guiState)
// Explanation of the tags that will be applied onto the imported/conflated object
const newTags = SpecialVisualizations.generateTagsToApply(args.tags, tagSource)
const appliedTags = new Toggle(
new VariableUiElement(
newTags.map(tgs => {
const parts = []
for (const tag of tgs) {
parts.push(tag.key + "=" + tag.value)
}
const txt = parts.join(" & ")
return t0.presetInfo.Subs({tags: txt}).SetClass("subtle")
})), undefined,
const filteredTags = tgs.filter(tg => self.showRemovedTags || (tg.value ?? "") !== "")
const asText = new And(filteredTags)
.asHumanString(true, true, {})
return t0.presetInfo.Subs({tags: asText}).SetClass("subtle");
})),
undefined,
state.osmConnection.userDetails.map(ud => ud.csCount >= Constants.userJourney.tagsVisibleAt)
)
const importClicked = new UIEventSource(false);
inviteToImportButton.onClick(() => {
@ -207,15 +161,17 @@ ${Utils.special_visualizations_importRequirementDocs}
const isImported = tagSource.map(tags => tags._imported === "yes")
/**** THe actual panel showing the import guiding map ****/
const importGuidingPanel = this.constructElement(state, args, tagSource, guiState, feature, () => importClicked.setData(false))
const importFlow = new Toggle(
new Toggle(
new Loading(t0.stillLoading),
new Combine([importGuidingPanel, appliedTags]).SetClass("flex flex-col"),
state.featurePipeline.runningQuery
) ,
new Loading(t0.stillLoading),
new Combine([importGuidingPanel, appliedTags]).SetClass("flex flex-col"),
state.featurePipeline.runningQuery
),
inviteToImportButton,
importClicked
);
@ -239,12 +195,16 @@ ${Utils.special_visualizations_importRequirementDocs}
}
private parseArgs(argsRaw: string[]): { minzoom: string, max_snap_distance: string, snap_onto_layers: string, icon: string, text: string, tags: string, targetLayer: string } {
return Utils.ParseVisArgs(this.args, argsRaw)
private parseArgs(argsRaw: string[], originalFeatureTags: UIEventSource<any>): { minzoom: string, max_snap_distance: string, snap_onto_layers: string, icon: string, text: string, tags: string, targetLayer: string, newTags: UIEventSource<Tag[]> } {
const baseArgs = Utils.ParseVisArgs(this.args, argsRaw)
if (originalFeatureTags !== undefined) {
baseArgs["newTags"] = SpecialVisualizations.generateTagsToApply(baseArgs.tags, originalFeatureTags)
}
return baseArgs
}
getLayerDependencies(argsRaw: string[]) {
const args = this.parseArgs(argsRaw)
const args = this.parseArgs(argsRaw, undefined)
const dependsOnLayers: string[] = []
@ -261,181 +221,31 @@ ${Utils.special_visualizations_importRequirementDocs}
protected abstract canBeImported(feature: any)
}
export class ImportButtonSpecialViz extends AbstractImportButton {
constructor() {
super("import_button",
"This button will copy the data from an external dataset into OpenStreetMap",
[{
name: "snap_onto_layers",
doc: "If a way of the given layer(s) is closeby, will snap the new point onto this way (similar as preset might snap). To show multiple layers to snap onto, use a `;`-seperated list",
},
{
name: "max_snap_distance",
doc: "If the imported object is a point, the maximum distance that this point will be moved to snap onto a way in an already existing layer (in meters)",
defaultValue: "5"
}]
)
}
canBeImported(feature: any) {
const type = feature.geometry.type
return type === "Point" || type === "LineString" || type === "Polygon"
}
constructElement(state, args,
tagSource,
guiState): BaseUIElement {
let snapSettings = undefined
{
// Configure the snapsettings (if applicable)
const snapToLayers = args.snap_onto_layers?.trim()?.split(";")?.filter(s => s !== "")
const snapToLayersMaxDist = Number(args.max_snap_distance ?? 5)
if (snapToLayers.length > 0) {
snapSettings = {
snapToLayers,
snapToLayersMaxDist
}
}
}
const o =
{
state, guiState, image: img,
feature, newTags, message, minZoom: 18,
originalTags: tagSource,
targetLayer,
snapSettings,
conflationSettings: undefined,
mergeConfigs: undefined
}
return ImportButton.createConfirmPanel(o, isImported, importClicked),
}
}
export default class ImportButton {
public static createConfirmPanel(o: ImportButtonState,
isImported: UIEventSource<boolean>,
importClicked: UIEventSource<boolean>) {
const geometry = o.feature.geometry
if (geometry.type === "Point") {
return new Lazy(() => ImportButton.createConfirmPanelForPoint(o, isImported, importClicked))
}
if (geometry.type === "Polygon" && geometry.coordinates.length > 1) {
return new Lazy(() => ImportButton.createConfirmForMultiPolygon(o, isImported, importClicked))
}
if (geometry.type === "Polygon" || geometry.type == "LineString") {
return new Lazy(() => ImportButton.createConfirmForWay(o, isImported, importClicked))
}
console.error("Invalid type to import", geometry.type)
return new FixedUiElement("Invalid geometry type:" + geometry.type).SetClass("alert")
}
public static createConfirmForMultiPolygon(o: ImportButtonState,
isImported: UIEventSource<boolean>,
importClicked: UIEventSource<boolean>): BaseUIElement {
if (o.conflationSettings !== undefined) {
return new FixedUiElement("Conflating multipolygons is not supported").SetClass("alert")
}
// For every single linear ring, we create a new way
const createRings: (OsmChangeAction & { getPreview(): Promise<FeatureSource> })[] = []
for (const coordinateRing of o.feature.geometry.coordinates) {
createRings.push(new CreateWayWithPointReuseAction(
// The individual way doesn't receive any tags
[],
coordinateRing,
// @ts-ignore
o.state,
o.mergeConfigs
))
}
return new FixedUiElement("Multipolygon! Here we come").SetClass("alert")
}
public static createConfirmForWay(o: ImportButtonState,
isImported: UIEventSource<boolean>,
importClicked: UIEventSource<boolean>): BaseUIElement {
protected createConfirmPanelForWay(
state: FeaturePipelineState,
args: { max_snap_distance: string, snap_onto_layers: string, icon: string, text: string, newTags: UIEventSource<Tag[]>, targetLayer: string },
feature: any,
originalFeatureTags: UIEventSource<any>,
action: (OsmChangeAction & { getPreview(): Promise<FeatureSource>, newElementId?: string }),
onCancel: () => void): BaseUIElement {
const self = this;
const confirmationMap = Minimap.createMiniMap({
allowMoving: false,
background: o.state.backgroundLayer
background: state.backgroundLayer
})
confirmationMap.SetStyle("height: 20rem; overflow: hidden").SetClass("rounded-xl")
const relevantFeatures = Utils.NoNull([o.feature, o.state.allElements?.ContainingFeatures?.get(o.conflationSettings?.conflateWayId)])
// SHow all relevant data - including (eventually) the way of which the geometry will be replaced
new ShowDataMultiLayer({
leafletMap: confirmationMap.leafletMap,
enablePopups: false,
zoomToFeatures: true,
features: new StaticFeatureSource(relevantFeatures, false),
allElements: o.state.allElements,
layers: o.state.filteredLayers
features: new StaticFeatureSource([feature], false),
allElements: state.allElements,
layers: state.filteredLayers
})
let action: OsmChangeAction & { getPreview(): Promise<FeatureSource> }
const changes = o.state.changes
let confirm: () => Promise<string>
if (o.conflationSettings !== undefined) {
// Conflate the way
action = new ReplaceGeometryAction(
o.state,
o.feature,
o.conflationSettings.conflateWayId,
{
theme: o.state.layoutToUse.id,
newTags: o.newTags.data
}
)
confirm = async () => {
changes.applyAction(action)
return o.feature.properties.id
}
} else {
// Upload the way to OSM
const geom = o.feature.geometry
let coordinates: [number, number][]
if (geom.type === "LineString") {
coordinates = geom.coordinates
} else if (geom.type === "Polygon") {
coordinates = geom.coordinates[0]
}
action = new CreateWayWithPointReuseAction(
o.newTags.data,
coordinates,
// @ts-ignore
o.state,
o.mergeConfigs
)
confirm = async () => {
changes.applyAction(action)
return action.mainObjectId
}
}
action.getPreview().then(changePreview => {
new ShowDataLayer({
@ -443,89 +253,328 @@ export default class ImportButton {
enablePopups: false,
zoomToFeatures: false,
features: changePreview,
allElements: o.state.allElements,
allElements: state.allElements,
layerToShow: AllKnownLayers.sharedLayers.get("conflation")
})
})
const tagsExplanation = new VariableUiElement(o.newTags.map(tagsToApply => {
const tagsStr = tagsToApply.map(t => t.asHumanString(false, true)).join("&");
const tagsExplanation = new VariableUiElement(args.newTags.map(tagsToApply => {
const filteredTags = tagsToApply.filter(t => self.showRemovedTags || (t.value ?? "") !== "")
const tagsStr = new And(filteredTags).asHumanString(false, true, {})
return Translations.t.general.add.import.importTags.Subs({tags: tagsStr});
}
)).SetClass("subtle")
const confirmButton = new SubtleButton(o.image(), new Combine([o.message, tagsExplanation]).SetClass("flex flex-col"))
const confirmButton = new SubtleButton(new Img(args.icon), new Combine([args.text, tagsExplanation]).SetClass("flex flex-col"))
confirmButton.onClick(async () => {
{
if (isImported.data) {
return
}
o.originalTags.data["_imported"] = "yes"
o.originalTags.ping() // will set isImported as per its definition
const idToSelect = await confirm()
o.state.selectedElement.setData(o.state.allElements.ContainingFeatures.get(idToSelect))
originalFeatureTags.data["_imported"] = "yes"
originalFeatureTags.ping() // will set isImported as per its definition
state.changes.applyAction(action)
state.selectedElement.setData(state.allElements.ContainingFeatures.get(action.newElementId ?? action.mainObjectId))
}
})
const cancel = new SubtleButton(Svg.close_ui(), Translations.t.general.cancel).onClick(() => importClicked.setData(false))
const cancel = new SubtleButton(Svg.close_ui(), Translations.t.general.cancel).onClick(onCancel)
return new Combine([confirmationMap, confirmButton, cancel]).SetClass("flex flex-col")
}
}
public static createConfirmPanelForPoint(
o: ImportButtonState,
isImported: UIEventSource<boolean>,
importClicked: UIEventSource<boolean>): BaseUIElement {
export class ConflateButton extends AbstractImportButton {
constructor() {
super("conflate_button", "This button will modify the geometry of an existing OSM way to match the specified geometry. This can conflate OSM-ways with LineStrings and Polygons (only simple polygons with one single ring). An attempt is made to move points with special values to a decent new location (e.g. entrances)",
[{
name: "way_to_conflate",
doc: "The key, of which the corresponding value is the id of the OSM-way that must be conflated; typically a calculatedTag"
}]
);
}
protected canBeImported(feature: any) {
return feature.geometry.type === "LineString" || (feature.geometry.type === "Polygon" && feature.geometry.coordinates.length === 1)
}
constructElement(state: FeaturePipelineState,
args: { max_snap_distance: string; snap_onto_layers: string; icon: string; text: string; tags: string; newTags: UIEventSource<Tag[]>; targetLayer: string },
tagSource: UIEventSource<any>, guiState: DefaultGuiState, feature: any, onCancelClicked: () => void): BaseUIElement {
const nodesMustMatch = args.snap_onto_layers?.split(";")?.map((tag, i) => TagUtils.Tag(tag, "TagsSpec for import button " + i))
const mergeConfigs = []
if (nodesMustMatch !== undefined && nodesMustMatch.length > 0) {
const mergeConfig: MergePointConfig = {
mode: args["point_move_mode"] == "move_osm" ? "move_osm_point" : "reuse_osm_point",
ifMatches: new And(nodesMustMatch),
withinRangeOfM: Number(args.max_snap_distance)
}
mergeConfigs.push(mergeConfig)
}
const key = args["way_to_conflate"]
const wayToConflate = tagSource.data[key]
const action = new ReplaceGeometryAction(
state,
feature,
wayToConflate,
{
theme: state.layoutToUse.id,
newTags: args.newTags.data
}
)
return this.createConfirmPanelForWay(
state,
args,
feature,
tagSource,
action,
onCancelClicked
)
}
}
export class ImportWayButton extends AbstractImportButton {
constructor() {
super("import_way_button",
"This button will copy the data from an external dataset into OpenStreetMap",
[
{
name: "snap_to_point_if",
doc: "Points with the given tags will be snapped to or moved",
},
{
name: "max_snap_distance",
doc: "If the imported object is a LineString or (Multi)Polygon, already existing OSM-points will be reused to construct the geometry of the newly imported way",
defaultValue: "5"
},
{
name: "move_osm_point_if",
doc: "Moves the OSM-point to the newly imported point if these conditions are met",
},{
name:"max_move_distance",
doc: "If an OSM-point is moved, the maximum amount of meters it is moved. Capped on 20m",
defaultValue: "1"
},{
name:"snap_onto_layers",
doc:"If no existing nearby point exists, but a line of a specified layer is closeby, snap to this layer instead",
},{
name:"snap_to_layer_max_distance",
doc:"Distance to distort the geometry to snap to this layer",
defaultValue: "0.1"
}],
false
)
}
canBeImported(feature: any) {
const type = feature.geometry.type
return type === "LineString" || type === "Polygon"
}
getLayerDependencies(argsRaw: string[]): string[] {
const deps = super.getLayerDependencies(argsRaw);
deps.push("type_node")
return deps
}
constructElement(state, args,
originalFeatureTags,
guiState,
feature,
onCancel): BaseUIElement {
const geometry = feature.geometry
if (!(geometry.type == "LineString" || geometry.type === "Polygon")) {
console.error("Invalid type to import", geometry.type)
return new FixedUiElement("Invalid geometry type:" + geometry.type).SetClass("alert")
}
// Upload the way to OSM
const geom = feature.geometry
let coordinates: [number, number][]
if (geom.type === "LineString") {
coordinates = geom.coordinates
} else if (geom.type === "Polygon") {
coordinates = geom.coordinates[0]
}
const nodesMustMatch = args["snap_to_point_if"]?.split(";")?.map((tag, i) => TagUtils.Tag(tag, "TagsSpec for import button " + i))
const mergeConfigs = []
if (nodesMustMatch !== undefined && nodesMustMatch.length > 0) {
const mergeConfig: MergePointConfig = {
mode: "reuse_osm_point",
ifMatches: new And(nodesMustMatch),
withinRangeOfM: Number(args.max_snap_distance)
}
mergeConfigs.push(mergeConfig)
}
const moveOsmPointIfTags = args["move_osm_point_if"]?.split(";")?.map((tag, i) => TagUtils.Tag(tag, "TagsSpec for import button " + i))
if (nodesMustMatch !== undefined && moveOsmPointIfTags.length > 0) {
const moveDistance = Math.min(20, Number(args["max_move_distance"]))
const mergeConfig: MergePointConfig = {
mode: "move_osm_point" ,
ifMatches: new And(moveOsmPointIfTags),
withinRangeOfM: moveDistance
}
mergeConfigs.push(mergeConfig)
}
let action: OsmCreateAction & { getPreview(): Promise<FeatureSource> };
const coors = feature.geometry.coordinates
if (feature.geometry.type === "Polygon" && coors.length > 1) {
const outer = coors[0]
const inner = [...coors]
inner.splice(0, 1)
action = new CreateMultiPolygonWithPointReuseAction(
args.newTags.data,
outer,
inner,
state,
mergeConfigs,
"import"
)
} else {
action = new CreateWayWithPointReuseAction(
args.newTags.data,
coordinates,
state,
mergeConfigs
)
}
return this.createConfirmPanelForWay(
state,
args,
feature,
originalFeatureTags,
action,
onCancel
)
}
}
export class ImportPointButton extends AbstractImportButton {
constructor() {
super("import_button",
"This button will copy the point from an external dataset into OpenStreetMap",
[{
name: "snap_onto_layers",
doc: "If a way of the given layer(s) is closeby, will snap the new point onto this way (similar as preset might snap). To show multiple layers to snap onto, use a `;`-seperated list"
},
{
name: "max_snap_distance",
doc: "The maximum distance that the imported point will be moved to snap onto a way in an already existing layer (in meters). This is previewed to the contributor, similar to the 'add new point'-action of MapComplete",
defaultValue: "5"
}],
false
)
}
canBeImported(feature: any) {
return feature.geometry.type === "Point"
}
getLayerDependencies(argsRaw: string[]): string[] {
const deps = super.getLayerDependencies(argsRaw);
const layerSnap = argsRaw["snap_onto_layers"] ?? ""
if (layerSnap === "") {
return deps
}
deps.push(...layerSnap.split(";"))
return deps
}
private static createConfirmPanelForPoint(
args: { max_snap_distance: string, snap_onto_layers: string, icon: string, text: string, newTags: UIEventSource<any>, targetLayer: string },
state: FeaturePipelineState,
guiState: DefaultGuiState,
originalFeatureTags: UIEventSource<any>,
feature: any,
onCancel: () => void): BaseUIElement {
async function confirm(tags: any[], location: { lat: number, lon: number }, snapOntoWayId: string) {
if (isImported.data) {
return
}
o.originalTags.data["_imported"] = "yes"
o.originalTags.ping() // will set isImported as per its definition
originalFeatureTags.data["_imported"] = "yes"
originalFeatureTags.ping() // will set isImported as per its definition
let snapOnto: OsmObject = undefined
if (snapOntoWayId !== undefined) {
snapOnto = await OsmObject.DownloadObjectAsync(snapOntoWayId)
}
const newElementAction = new CreateNewNodeAction(tags, location.lat, location.lon, {
theme: o.state.layoutToUse.id,
theme: state.layoutToUse.id,
changeType: "import",
snapOnto: <OsmWay>snapOnto
})
await o.state.changes.applyAction(newElementAction)
o.state.selectedElement.setData(o.state.allElements.ContainingFeatures.get(
await state.changes.applyAction(newElementAction)
state.selectedElement.setData(state.allElements.ContainingFeatures.get(
newElementAction.newElementId
))
}
function cancel() {
importClicked.setData(false)
}
const presetInfo = <PresetInfo>{
tags: o.newTags.data,
icon: o.image,
description: o.description,
layerToAddTo: o.targetLayer,
name: o.message,
title: o.message,
tags: args.newTags.data,
icon: () => new Img(args.icon),
description: Translations.WT(args.text),
layerToAddTo: state.filteredLayers.data.filter(l => l.layerDef.id === args.targetLayer)[0],
name: args.text,
title: Translations.WT(args.text),
preciseInput: {
snapToLayers: o.snapSettings?.snapToLayers,
maxSnapDistance: o.snapSettings?.snapToLayersMaxDist
snapToLayers: args.snap_onto_layers?.split(";"),
maxSnapDistance: Number(args.max_snap_distance)
}
}
const [lon, lat] = o.feature.geometry.coordinates
return new ConfirmLocationOfPoint(o.state, o.guiState.filterViewIsOpened, presetInfo, Translations.W(o.message), {
const [lon, lat] = feature.geometry.coordinates
return new ConfirmLocationOfPoint(state, guiState.filterViewIsOpened, presetInfo, Translations.W(args.text), {
lon,
lat
}, confirm, cancel)
}, confirm, onCancel)
}
constructElement(state, args,
originalFeatureTags,
guiState,
feature,
onCancel): BaseUIElement {
const geometry = feature.geometry
if (geometry.type === "Point") {
return new Lazy(() => ImportPointButton.createConfirmPanelForPoint(
args,
state,
guiState,
originalFeatureTags,
feature,
onCancel
))
}
console.error("Invalid type to import", geometry.type)
return new FixedUiElement("Invalid geometry type:" + geometry.type).SetClass("alert")
}