style: run prettier

src/lib/components/lnv/location.svelte.ts

@@ -75,7 +75,10 @@ function snapLocation() {
 	if (!feature) return;
 	if (!rawLocation.current) return;
 	if (feature.geometry.type === "LineString") {
-		const loc = nearestPointOnLine(lineString(feature.geometry.coordinates), point([rawLocation.current.lon, rawLocation.current.lat]));
+		const loc = nearestPointOnLine(
+			lineString(feature.geometry.coordinates),
+			point([rawLocation.current.lon, rawLocation.current.lat]),
+		);
 		snappedLocation.current = {
 			lat: loc.geometry.coordinates[1],
 			lon: loc.geometry.coordinates[0],
@@ -85,7 +88,10 @@ function snapLocation() {
 		let nearestLoc: GeoJSON.Feature<GeoJSON.Point> | null = null;
 		let minDist = Infinity;
 		for (const coords of feature.geometry.coordinates) {
-			const loc = nearestPointOnLine(lineString(coords), point([rawLocation.current.lon, rawLocation.current.lat]));
+			const loc = nearestPointOnLine(
+				lineString(coords),
+				point([rawLocation.current.lon, rawLocation.current.lat]),
+			);
 			const dist = Math.hypot(
 				loc.geometry.coordinates[0] - rawLocation.current.lon,
 				loc.geometry.coordinates[1] - rawLocation.current.lat,
@@ -124,7 +130,14 @@ export function watchLocation() {
 				location.heading = pos.coords.heading;
 				location.lastUpdate = new Date();
 
-				const blacklist = ["path", "track", "raceway", "busway", "bus_guideway", "ferry"];
+				const blacklist = [
+					"path",
+					"track",
+					"raceway",
+					"busway",
+					"bus_guideway",
+					"ferry",
+				];
 				getFeature(
 					{ lat: rawLocation.current.lat, lon: rawLocation.current.lon },
 					"transportation",
@@ -136,7 +149,7 @@ export function watchLocation() {
 							return true;
 						},
 						lastId: lastFeatureId || undefined,
-					}
+					},
 				).then((feature) => {
 					roadFeature.current = feature;
 					roadMetadata.current = feature ? feature.properties : null;

src/lib/services/TileMeta.ts

@@ -7,7 +7,9 @@ import { location } from "$lib/components/lnv/location.svelte";
 
 function getFeatureDistance(f: GeoJSON.Feature, point: [number, number]) {
 	if (f.geometry.type === "LineString") {
-		return pointToLineDistance(point, lineString(f.geometry.coordinates), { units: "meters" });
+		return pointToLineDistance(point, lineString(f.geometry.coordinates), {
+			units: "meters",
+		});
 	} else if (f.geometry.type === "MultiLineString") {
 		// Compute the min distance across all parts
 		return Math.min(
@@ -30,7 +32,11 @@ function getBias() {
 	return Math.max(5, Math.min(15, location.speed * 0.5)); // Bias increases with speed, min 5, max 15, 0.5 per km/h
 }
 
-export async function getFeature(coord: WorldLocation, layer: string, { lastId, filter }: GetFeatureOptions = {}) {
+export async function getFeature(
+	coord: WorldLocation,
+	layer: string,
+	{ lastId, filter }: GetFeatureOptions = {},
+) {
 	const zxy = coordToTile(coord, 14);
 	const tile = await fetchTile(zxy.z, zxy.x, zxy.y);
 	const layerData = tile.layers[layer];
@@ -41,10 +47,13 @@ export async function getFeature(coord: WorldLocation, layer: string, { lastId,
 		const feature = layerData.feature(i);
 		features.push(feature.toGeoJSON(zxy.x, zxy.y, zxy.z));
 	}
-	const filtered = features.filter(
+	const filtered = features
+		.filter(
 			(f) =>
-			f.geometry.type === "LineString" || f.geometry.type == "MultiLineString",
+				f.geometry.type === "LineString" ||
-	).filter((f) => (filter ? filter(f) : true));
+				f.geometry.type == "MultiLineString",
+		)
+		.filter((f) => (filter ? filter(f) : true));
 	if (filtered.length === 0) return null;
 	const nearest = filtered.reduce((a, b) => {
 		let distA = getFeatureDistance(a, [coord.lon, coord.lat]);
@@ -71,7 +80,11 @@ export async function getFeature(coord: WorldLocation, layer: string, { lastId,
 	return nearest;
 }
 
-export async function getMeta(coord: WorldLocation, layer: string, options?: GetFeatureOptions) {
+export async function getMeta(
+	coord: WorldLocation,
+	layer: string,
+	options?: GetFeatureOptions,
+) {
 	const nearest = await getFeature(coord, layer, options);
 	return nearest ? nearest.properties : null;
 }