public Result PostRayRecordAdjBatchMode([FromBody] RayRecordAdjModel ray)
{
// 初始化进度信息
LoadInfo loadInfo = new LoadInfo();
try
{
//初始条件检查
if (!DataCheck.checkInitFinished())
{
loadInfo.breakdown = true;
loadInfo.loadBreakDown();
return(new Result(false, "系数校正射线记录失败，请先完成场景建模。"));
}
//cells获得tbRayAdjRange范围内所有路测数据的主小区,按小区名称排序
DataTable cellsTb = DB.IbatisHelper.ExecuteQueryForDataTable("getAreaDTMainCellName", null);
//获得在最大范围内,并且Tilt、Azimuth非空的小区名称集合，必须使用经纬度范围，因为若超出经纬度范围小区表内小区投影坐标为null
DataTable cellsInMaxArea = DB.IbatisHelper.ExecuteQueryForDataTable("getCellsInMaxArea", null);
HashSet <string> cellsInMaxAreaSet = new HashSet <string>();
for (int i = 0; i < cellsInMaxArea.Rows.Count; ++i)
{
cellsInMaxAreaSet.Add(cellsInMaxArea.Rows[i]["CellName"].ToString());
}
//获得所有tbRayAdj表中轨迹的小区，按小区名称排序
DataTable rayAdjCellsTb = DB.IbatisHelper.ExecuteQueryForDataTable("getRayAdjCellNames", null);
HashSet <string> rayAdjCells = new HashSet <string>();
for (int i = 0; i < rayAdjCellsTb.Rows.Count; ++i)
{
rayAdjCells.Add(rayAdjCellsTb.Rows[i]["CellName"].ToString());
}
//获得每个小区对应的理论覆盖半径
Dictionary <string, double> cellCoverageRadius = new Dictionary <string, double>();
for (int i = 0; i < cellsInMaxArea.Rows.Count; ++i)
{
cellCoverageRadius[cellsInMaxArea.Rows[i]["CellName"].ToString()] = double.Parse(cellsInMaxArea.Rows[i]["CoverageRadius"].ToString());
}
//cells中最终存放范围内所有路测对应的主小区&&在tbGridRange表的最大范围内的小区名称 &&不在tbRayAdj表中轨迹的小区(即略过已生成过轨迹的小区)
List <string> cells = new List <string>();//范围内所有路测数据的主小区名称
for (int i = 0; i < cellsTb.Rows.Count; ++i)
{
string cellName = cellsTb.Rows[i][0].ToString();
if (cellName != "" && cellName != null && cellsInMaxAreaSet.Contains(cellName) && !rayAdjCells.Contains(cellName))
{
cells.Add(cellsTb.Rows[i][0].ToString());
}
}
//得到一个字典：每个小区的路测数据条数
Dictionary <string, long> dtCntOfCellDic = new Dictionary <string, long>();//存储每个小区的路测数据条数
DataTable dtDataCntOfCellTb = DB.IbatisHelper.ExecuteQueryForDataTable("getDtCntOfCell", null);
for (int i = 0; i < dtDataCntOfCellTb.Rows.Count; ++i)
{
string cellName = dtDataCntOfCellTb.Rows[i][0].ToString();
long dtCntOfCell = long.Parse(dtDataCntOfCellTb.Rows[i][1].ToString());
dtCntOfCellDic[cellName] = dtCntOfCell;
}
Result result = null;
// 跑上界和下界之间的小区
int lowBound = 0;
int highBound = cells.Count;
// 初始化进度信息
loadInfo.loadCountAdd(cells.Count);
string fail = "";
for (int i = lowBound; i < highBound; i++) //计算每个小区的轨迹，每个小区开三个子进程
{
int dtCntThreshold = 500; //如果小区路测数量小于dtCntThreshold，就不生成该小区轨迹
if (dtCntOfCellDic[cells[i]] < dtCntThreshold)
{
continue;
}
ray.cellName = cells[i];
if (cellCoverageRadius.ContainsKey(ray.cellName))
{//若Cell表该小区有理论覆盖半径，则采用理论覆盖半径
ray.distance = cellCoverageRadius[ray.cellName];
}
result = ray.rayRecord();//todo 区分两者result
//处理进度信息
if (result.ok)
{
loadInfo.loadHashAdd(1);
}
else
{
fail += ray.cellName + "\t";
}
}
//完成后的返回结果判断
if (loadInfo.cnt < loadInfo.count)
{
loadInfo.breakdown = true;
loadInfo.loadBreakDown();
return(new Result(false, fail + "系数校正射线计算失败"));
}
loadInfo.loadFinish();
return(new Result(true, "系数校正射线计算完成"));
}
catch (Exception)
{
loadInfo.breakdown = true;
loadInfo.loadBreakDown();
return(new Result(false, "系数校正射线计算失败"));
}
}
public Result PostRayRecordAdj([FromBody] RayRecordAdjModel ray)
{
return(ray.rayRecord());
}
