map.js修改

ebike-maintenance/utils/map.js

@@ -13,7 +13,7 @@ export const getMap = (mapid, instance) => {
 	});
 }
 //获取当前定位
-export const getLoalcation = (oMap, success, fail,nomove) => {
+export const getLoalcation = (oMap, success, fail, nomove) => {
 	uni.getLocation({
 		type: 'gcj02', // 返回可以用于 wx.openLocation 的经纬度
 		geocode: true,
@@ -22,7 +22,7 @@ export const getLoalcation = (oMap, success, fail,nomove) => {
 				latitude,
 				longitude
 			} = res;
-			if(!nomove){
+			if (!nomove) {
 				moveToLocation(oMap, longitude, latitude);
 			}
 			// if (markers) { //定位
@@ -203,8 +203,71 @@ export const moveToLocation = (oMap, longitude, latitude) => {
 	oMap.moveToLocation(point);
 }
 
+//运营区
+export function getOperation(zoneId, callback) {
+	const params = {
+		zoneId
+	}
+	api.callOperateApi("ebikeRegion/getOperation", params, "get").then((res) => {
+		const {
+			code,
+			message,
+			data
+		} = res;
+		if (code != 200) {
+			showModelMessage(message);
+			if(callback) callback(null);
+			return;
+		}
+		const arrCircles = [];
+		const arrPolygons = [];
+		const arrRegionID = [];
+		const arrCirclesData=[];
+		const arrPolygonsData = [];
+		data.map((item, index) => {
+			const {
+				shapeType,
+				regionId,
+				radius,
+				points
+			} = item;
+			arrRegionID.push(regionId);
+			const scolor = "#578FD4";
+			const fcolor = "rgba(192,218,245,0.3)";
+			if (shapeType == 1) {
+				const {
+					longitude: lng,
+					latitude: lat
+				} = points[0];
+				arrCirclesData.push(item);
+				arrCircles.push(addCirle(scolor, fcolor, lng, lat, radius));
+			} else if (shapeType == 2) {
+				const arrPoint = points.map(p => {
+					return {
+						longitude: p.longitude,
+						latitude: p.latitude
+					}
+				})
+				arrPolygonsData.push(item);
+				arrPolygons.push(addPolygon(scolor, fcolor, arrPoint));
+			}
+
+		});
+
+		if(callback) callback({
+			arrRegionID,
+			arrCircles,
+			arrPolygons,
+			arrData: data,
+			arrCirclesData,
+			arrPolygonsData
+		});
+
+	})
+};
+
 //站点、停车区
-export const getRegionData = (arrRegionID, callback) => {
+export function getRegionData  (arrRegionID, callback) {
 	if (!arrRegionID || arrRegionID.length == 0) return;
 	const arrMethods = [];
 	arrRegionID.map(regionId => {
@@ -218,6 +281,8 @@ export const getRegionData = (arrRegionID, callback) => {
 		const arrCircles = [];
 		const arrPolygons = [];
 		const arrData = [];
+		const arrCirclesData=[];
+		const arrPolygonsData = [];
 		res.map(item => {
 			const {
 				code,
@@ -240,7 +305,8 @@ export const getRegionData = (arrRegionID, callback) => {
 						longitude: lng,
 						latitude: lat
 					} = points[0];
-					arrCircles.push(addCirle(scolor, fcolor, lng, lat, radius));
+					arrCircles.push(addCirle(scolor, fcolor, lng, lat,radius));
+					arrCirclesData.push(data);
 				} else if (shapeType == 2) {
 					const arrPoint = points.map(p => {
 						return {
@@ -249,6 +315,7 @@ export const getRegionData = (arrRegionID, callback) => {
 						}
 					})
 					arrPolygons.push(addPolygon(scolor, fcolor, arrPoint));
+					arrPolygonsData.push(data);
 				}
 			})
 		})
@@ -368,8 +435,6 @@ export function direction({
 			latitude: elat
 		},
 		success: (res) => {
-			
-			console.log("111111111111111111",res)
 			const {
 				polyline,
 				distance
@@ -387,7 +452,7 @@ export function direction({
 			}
 			const cnt = (distance / 1000).toFixed(2);
 			let sdistance = distance + "m";
-			if (cnt >= 1){
+			if (cnt >= 1) {
 				sdistance = cnt + "km";
 			}
 			const data = {
@@ -403,3 +468,33 @@ export function direction({
 	}
 	qqmapsdk.direction(options);
 }
+
+// 几何中心计算算法（适用于任意多边形）
+ export function  getPolygonCenter(points) {
+  let X = 0, Y = 0, Z = 0;
+  const pointCount = points.length;
+ 
+  points.forEach(point => {
+    const lat = point.latitude * Math.PI / 180;
+    const lng = point.longitude * Math.PI / 180;
+    const x = Math.cos(lat) * Math.cos(lng);
+    const y = Math.cos(lat) * Math.sin(lng);
+    const z = Math.sin(lat);
+ 
+    X += x;
+    Y += y;
+    Z += z;
+  });
+ 
+  X /= pointCount;
+  Y /= pointCount;
+  Z /= pointCount;
+ 
+  const lng = Math.atan2(Y, X);
+  const lat = Math.atan2(Z, Math.sqrt(X * X + Y * Y));
+ 
+  return {
+    lat: lat * 180 / Math.PI,
+    lng: lng * 180 / Math.PI
+  };
+}