public UserCollection Generate(int index, EnvTrafficMap map, int scalingFactor, bool isFixure)
{
this.m_UserCollection = new UserCollection();
ITrafficMapModelService service = this.ServiceContext.Lookup(typeof(ITrafficMapModelService).FullName) as ITrafficMapModelService;
IGeoPolygonAssist polygonRegionAssist = service.PolygonRegionAssist;
foreach (GeoPolygonRegion region in map.PolygonEnvironmentBindings.Keys)
{
try
{
GeoPolygonRegion poly = this.getActuralPolyonRegion(polygonRegionAssist, region);
this.m_PolyClutterMapping = new MapClutterHelper(poly, polygonRegionAssist, map.PolygonEnvironmentBindings[region].ClutterDatas, this.ServiceContext, isFixure);
this.m_UserCoordinateGen = new EnvUserCoordinateGen(index,poly, map.PolygonEnvironmentBindings[region], this.m_PolyClutterMapping, scalingFactor, isFixure, this.ServiceContext);
this.GenerateUsersByClutters();
}
catch (Exception exception)
{
WriteLog.Logger.Error(region.Name + " is not exist or" + exception.StackTrace);
}
}
this.IndexUsersId(this.m_UserCollection);
return this.m_UserCollection;
}
private void GenerateUserPerService(short cellID, CellServiceContext ctx, int scalingFactor, CellTrafficMap map, MapClutterHelper clutterHelper, bool isFixure)
{
Predicate<GeoXYPoint> match = null;
int count = this.m_UserCollection.UserList.Count;
foreach (short num2 in clutterHelper.CluttersId)
{
List<int> list3;
bool flag;
List<GeoXYRect> cellRects = this.GetCellRects(cellID);
int num3 = Convert.ToInt32((double) ((ctx.UserCnt * scalingFactor) * clutterHelper.ClutterWeightFactorDict[num2]));
int max = clutterHelper.ClutterPtsCntDict[num2];
int cnt = num3;
List<GeoXYPoint> pts = new List<GeoXYPoint>();
goto Label_00E4;
Label_0072:
list3 = this.GetRandomIdx(max, cnt);
List<GeoXYPoint> collection = this.GetRandomClutterPts(cellRects, num2, list3, isFixure);
if (match == null)
{
match = geoXYPoint => !this.m_CellRectHelper.IsPoiontIsPolyRegion(geoXYPoint);
}
collection.RemoveAll(match);
pts.AddRange(collection);
if ((pts.Count < num3) && (cnt > 0))
{
cnt -= pts.Count;
}
else
{
goto Label_00E9;
}
Label_00E4:
flag = true;
goto Label_0072;
Label_00E9:
cnt = 0;
List<User> users = this.CreateUsers(ctx, pts, num2);
this.SetUserProperties(users, map, num2);
this.m_UserCollection.UserList.AddRange(users);
}
}
private void ProcessGenUserService(CellTrafficMap map, int scalingFactor, Transceiver cell, bool isFixure)
{
if (this.m_CellRectHelper.CellCenterPtsDict.ContainsKey(cell.ID))
{
List<GeoXYRect> cellRects = this.GetCellRects(cell.ID);
if (cellRects.Count != 0)
{
if (map.ClutterDataDict.Count != 0)
{
MapClutterHelper clutterHelper = new MapClutterHelper(cellRects, this.m_PolyAssist, map.ClutterDataDict, this.m_ServiceContext);
this.GenerateClutterUserPerCell(map, scalingFactor, cell, isFixure, clutterHelper);
}
else
{
foreach (CellServiceContext context in map.CellServiceContextDict[cell])
{
this.GenerateBlankUserPerService(cell.ID, context, scalingFactor, map);
}
}
cellRects.Clear();
}
}
}
private void GenerateClutterUserPerCell(CellTrafficMap map, int scalingFactor, Transceiver cell, bool isFixure, MapClutterHelper clutterHelper)
{
foreach (CellServiceContext context in map.CellServiceContextDict[cell])
{
bool flag;
int count = this.m_UserCollection.UserList.Count;
int userCnt = context.UserCnt;
this.GenerateUserPerService(cell.ID, context, scalingFactor, map, clutterHelper, isFixure);
int num3 = 0;
goto Label_00F5;
Label_0056:
if ((this.m_UserCollection.UserList.Count - count) < userCnt)
{
context.UserCnt = (userCnt - (this.m_UserCollection.UserList.Count - count)) + num3;
this.GenerateUserPerService(cell.ID, context, scalingFactor, map, clutterHelper, isFixure);
}
else
{
if ((this.m_UserCollection.UserList.Count - count) == userCnt)
{
goto Label_00FD;
}
this.m_UserCollection.UserList.RemoveAt(this.m_UserCollection.UserList.Count - 1);
}
num3++;
Label_00F5:
flag = true;
goto Label_0056;
Label_00FD:
context.UserCnt = userCnt;
List<User> range = this.m_UserCollection.UserList.GetRange(count, userCnt);
this.SetTerminal(range, map.TerminalDistributionDict);
this.Shuffle(range);
this.SetMobility(range, map.MobilityDistributionDict);
}
}
