生成检测点

.env.local

@@ -4,9 +4,9 @@ NODE_ENV=development
 VITE_DEV=true
 
 # 请求路径
-# VITE_BASE_URL='http://10.10.7.132:48080'
+VITE_BASE_URL='http://10.10.7.132:48080'
 # VITE_BASE_URL='http://10.10.100.15:48080'
-VITE_BASE_URL='http://10.10.5.5:48080'
+# VITE_BASE_URL='http://10.10.5.5:48080'
 
 # 文件上传类型：server - 后端上传， client - 前端直连上传，仅支持 S3 服务
 VITE_UPLOAD_TYPE=server

src/api/map/map.ts

@@ -255,3 +255,11 @@ export const getHouseLocationTypeList = async (params) => {
     params
   })
 }
+
+//获取检测点距离
+export const getCheckDistance = async (params) => {
+  return await request.get({
+    url: `/system/position-map-item/getCheckDistance`,
+    params
+  })
+}

src/views/mapPage/realTimeMap/editMap.vue

@@ -2171,15 +2171,16 @@ const generateDetectionPoint = async () => {
     state.contextMenu.currentItem
 
   const newId = await MapApi.getNodeId()
-  const distance = 2 / Number(imgBgObj.resolution) //距离米
+  const distance = await MapApi.getCheckDistance()
+  const distanceValue = Number(distance) / Number(imgBgObj.resolution) //距离米
 
   // 将弧度转换为角度（用于理解，实际计算仍使用弧度）
   const angle = locationYaw * (180 / Math.PI)
 
   // 根据角度和距离计算新的坐标
   // 正东方向为0度，正北方向为90度，正西方向为180度，正南方向为-90度
-  const newX = Number((Number(locationX) + distance * Math.cos(locationYaw)).toFixed(2))
+  const newX = Number((Number(locationX) + distanceValue * Math.cos(locationYaw)).toFixed(2))
-  const newY = Number((Number(locationY) - distance * Math.sin(locationYaw)).toFixed(2))
+  const newY = Number((Number(locationY) - distanceValue * Math.sin(locationYaw)).toFixed(2))
 
   //先校验这个点是否存在,比较一位小数
   const isDuplicate = state.allMapPointInfo.some(