public override void OnActionExecuting(HttpActionContext actionContext)
{
//string taskName = typeof(TaskType).GetEnumName(type);
string taskName1 = taskName;
taskName1 += "_";
switch (type)
{
case TaskType.CellCoverLayer:
var obj = (RefreshCellCoverLayerModel)actionContext.ActionArguments["layer"];
taskName1 += obj.cellName;
break;
case TaskType.AreaCoverLayer:
var obj1 = (RefreshAreaCoverLayerModel)actionContext.ActionArguments["layer"];
taskName1 += String.Format("{0}_{1}_{2}_{3}", obj1.minLongitude, obj1.minLatitude, obj1.maxLongitude, obj1.maxLatitude);
break;
case TaskType.AreaGSMLayer:
taskName1 += "南京";
break;
case TaskType.CellCoverCompu:
var obj2 = (CellRayTracingModel)actionContext.ActionArguments["rt"];
taskName1 += obj2.cellName;
layer = false;
break;
case TaskType.AreaCoverCompu:
var obj3 = (Area)actionContext.ActionArguments["area"];
layer = false;
taskName1 += String.Format("{0}_{1}_{2}_{3}", obj3.minLongitude, obj3.minLatitude, obj3.maxLongitude, obj3.maxLatitude);
break;
case TaskType.AreaInterference:
var obj4 = (AreaCoverDefectModel)actionContext.ActionArguments["defect"];
layer = false;
taskName1 += String.Format("{0}_{1}_{2}_{3}", obj4.minLongitude, obj4.minLatitude, obj4.maxLongitude, obj4.maxLatitude);
break;
case TaskType.AreaInterferenceLayer:
var obj7 = (RefreshAreaCoverDefectLayerModel)actionContext.ActionArguments["layer"];
taskName1 += String.Format("{0}_{1}_{2}_{3}", obj7.minLongitude, obj7.minLatitude, obj7.maxLongitude, obj7.maxLatitude);
break;
case TaskType.RayRecordAdj:
var obj5 = (RayRecordAdjModel)actionContext.ActionArguments["ray"];
layer = false;
taskName1 += obj5.cellName;
break;
case TaskType.RayRecordLoc:
var obj6 = (RayLocRecordModel)actionContext.ActionArguments["ray"];
layer = false;
taskName1 += obj6.virsource;
break;
case TaskType.RayRecordAdjBatchMode:
layer = false;
taskName1 += "系数校正射线记录";
break;
case TaskType.Calibration:
layer = false;
taskName1 += "系数校正";
break;
case TaskType.SelectedPointsLayer:
var obj9 = (RefreshSPLayerModel)actionContext.ActionArguments["layer"];
taskName1 += obj9.version;
break;
case TaskType.ComputeInfRSRP:
layer = false;
var obj10 = (PreHandleDTForLoc)actionContext.ActionArguments["rt"];
taskName1 += obj10.infname;
break;
case TaskType.DataMock:
layer = false;
var obj11 = (DataRange)actionContext.ActionArguments["dataRange"];
taskName1 += obj11.infAreaId;
break;
default:
break;
}
LoadInfo.taskName.Value = taskName1;
//提前通知远程系统的初始化进度信息
if (layer)
{
Monitor.Enter(gisLock);
//if(Monitor.TryEnter(gisLock)){
GisClient.ServiceApi.gisApi.Value = new GisClient.ServiceApi();
GisClient.Result res = GisClient.ServiceApi.getGisLayerService().setLoadInfo(LoadInfo.UserId.Value, taskName1);
GisClient.ServiceApi.CloseConn();
//}
//GisClient.ServiceApi.gisApi.Value = new GisClient.ServiceApi();
//GisClient.Result res = GisClient.ServiceApi.getGisLayerService().setLoadInfo(LoadInfo.UserId.Value, taskName1);
//GisClient.ServiceApi.CloseConn();
}
loadInfo.loadCreate();
}
public Result BuildAreaRadio([FromBody] AreaSplitRange dataRange)
{
brGridGap = (int)dataRange.tarGridL;
Point pMin = new Point();
pMin.X = dataRange.minLongitude;
pMin.Y = dataRange.minLatitude;
pMin.Z = 0;
LTE.Utils.PointConvertByProj.Instance.GetProjectPoint(pMin);
Point pMax = new Point();
pMax.X = dataRange.maxLongitude;
pMax.Y = dataRange.maxLatitude;
pMax.Z = 0;
LTE.Utils.PointConvertByProj.Instance.GetProjectPoint(pMax);
Grid3D minGrid = new Grid3D();
Grid3D maxGrid = new Grid3D();
GridHelper.getInstance().PointXYZGrid(pMin, ref minGrid, (int)dataRange.tarGridL, 0);
GridHelper.getInstance().PointXYZGrid(pMax, ref maxGrid, (int)dataRange.tarGridL, 0);
DataTable dtable = new DataTable();
dtable.Columns.Add("gmxId");
dtable.Columns.Add("gmyId");
dtable.Columns.Add("buildRatio");
dtable.Columns.Add("gridSize");
for (int xId = minGrid.gxid; xId < maxGrid.gxid; xId++)
{
for (int yId = minGrid.gyid; yId < maxGrid.gyid; yId++)
{
var len = (int)dataRange.tarGridL;
Point cen = GridHelper.getInstance().Grid2CenterXY(new Grid3D(xId, yId, 0), len);
Hashtable ht = new Hashtable();
ht["minX"] = cen.X - dataRange.tarGridL / 2;
ht["maxX"] = cen.X + dataRange.tarGridL / 2;
ht["minY"] = cen.Y - dataRange.tarGridL / 2;
ht["maxY"] = cen.Y + dataRange.tarGridL / 2;
DataTable dt = IbatisHelper.ExecuteQueryForDataTable("queryBuildingVertex", ht);
Dictionary <int, List <Point> > dics = new Dictionary <int, List <Point> >();
for (int i = 0; i < dt.Rows.Count; i++)
{
var row = dt.Rows[i];
int id = (int)row["BuildingID"];
double vx = double.Parse(row["VertexX"].ToString());
double vy = double.Parse(row["VertexY"].ToString());
if (!dics.ContainsKey(id))
{
List <Point> points = new List <Point>();
points.Add(new Point(vx, vy, 0));
dics.Add(id, points);
}
dics[id].Add(new Point(vx, vy, 0));
}
double area = 0;
foreach (var key in dics.Keys)
{
area += CalculateArea(dics[key]);
}
string keyPos = String.Format("{0}_{1}", xId, yId);
double buildRatio = area / (dataRange.tarGridL * dataRange.tarGridL);
RedisHelper.putDouble(prefix + "_" + len, keyPos, buildRatio);
DataRow thisrow = dtable.NewRow();
thisrow["gmxId"] = xId;
thisrow["gmyId"] = yId;
thisrow["buildRatio"] = buildRatio;
thisrow["gridSize"] = len;
dtable.Rows.Add(thisrow);
}
}
DataUtil.BCPDataTableImport(dtable, "tbMockGrid");
GisClient.ServiceApi.gisApi.Value = new GisClient.ServiceApi();
GisClient.Result res = GisClient.ServiceApi.getGisLayerService().
refreshMockGridLayer(minGrid.gxid, minGrid.gyid, maxGrid.gxid, maxGrid.gyid);
return(new Result(true, "仿真区域建筑物面积占比计算成功"));
}
