public void AddRelayNode(List<double> xList,List<double> yList)
{
if (AlloteAddRelayNodeEvent != null)
{
AlloteAddRelayNodeEventArgs e = new AlloteAddRelayNodeEventArgs(xList, yList);
AlloteAddRelayNodeEvent(e);
}
}
private void GetRelayNodeList(AlloteAddRelayNodeEventArgs args, List<RelayNode> rnList)
{
List<string> candidateSiteName = new List<string>();
List<short> candidateSiteID = new List<short>();
List<RelayCell> commitCarrierList = new List<RelayCell>();
foreach (RelayNode rn in m_RNCollection.RNList)
{
candidateSiteName.Add(rn.Name);
}
List<double> listX = args.XList;
List<double> listY = args.YList;
for (int i = 0; i < listX.Count; i++)
{
double num4;
double num5;
LTECell parentCell;
if (m_Model.LTECellColl.CellList == null || m_Model.LTECellColl.CellList.Count == 0)
{
return ;
}
else
{
List<LTECell> nearestLTECellList = new List<LTECell>();
float distance = float.MaxValue;
LTECell nearestLTECell = new LTECell();
foreach (LTECell cell in m_Model.LTECellColl.CellList)
{
double dic = Math.Pow((cell.Parent.X - listX[i]), 2) + Math.Pow((cell.Parent.Y - listY[i]), 2);
if (dic < distance)
{
distance = (float)dic;
nearestLTECell = cell;
}
}
foreach (LTECell cell in m_Model.LTECellColl.CellList)
{
double dic = Math.Pow((cell.Parent.X - listX[i]), 2) + Math.Pow((cell.Parent.Y - listY[i]), 2);
if (Math.Abs(dic - distance) / distance < 0.0001)
{
nearestLTECellList.Add(cell);
}
}
List<double> angleList = new List<double>();
foreach (LTECell cell in nearestLTECellList)
{
double rc_Angle = CalcAngle(listX[i] - cell.Parent.X, listY[i] - cell.Parent.Y);
double intersectionAngle = Math.Abs(rc_Angle - cell.Parent.AntConfiguration[0].Azimuth);
if (intersectionAngle > 180)
{
intersectionAngle = 360 - intersectionAngle;
}
angleList.Add(intersectionAngle);
}
LTECell[] cellArray = new LTECell[angleList.Count];
double[] angleArray = new double[angleList.Count];
for (int j = 0; j < angleList.Count; j++)
{
cellArray[j] = nearestLTECellList[j];
angleArray[j] = angleList[j];
}
Array.Sort(angleArray, cellArray);
parentCell = cellArray[0];
}
RelayNode rn = new RelayNode();
rn.X = listX[i];
rn.Y = listY[i];
this.m_GeoObserver.TransformXYToBL(listX[i], listY[i], out num4, out num5);
rn.Latitude = num4;
rn.Longitude = num5;
rn.Altitude = this.m_GeoObserver.GetDTM(rn.X, rn.Y);//获得海拔高度
rn.Name = this.GetNewRelayNodeName(candidateSiteName);
rn.Active = true;
rn.Visible = true;
rn.Equipment = this.m_BTSCol.BtsEquipmentList[0];
rn.Parent = parentCell;
rn.ID = this.GetNewRelayNodeID(candidateSiteID);
parentCell.RNList.Add(rn);
candidateSiteName.Add(rn.Name);
candidateSiteID.Add(rn.ID);
rnList.Add(rn);
RelayCell rc = new RelayCell(rn);
rc.Name = this.m_RCCollection.GetValidCellName(rn.Name);
commitCarrierList.Add(rc);
this.m_RCCollection.AddRelayCell("GIS", commitCarrierList, rn);
rc.Reception = this.m_ReceptionEquip[0];
rc.CellToUEAnt.OutdoorAntenna = m_Antenna.FindAntennaByName(m_tplRelayCol.TplRC.AntennaName);
rc.RCToCellAnt.OutdoorAntenna = m_Antenna.FindAntennaByName(m_tplRelayCol.TplRN.AntennaName);
PropModelConfig item = new PropModelConfig();
item.CalcRadius = (int)(m_tplRelayCol.TplRC.MainCalcRidius);
item.CalcResolution = (int)(m_tplRelayCol.TplRC.MainModelResolution);
item.PropModelID = m_tplRelayCol.TplRC.MainPropagModelID;
rc.FreqBand = rc.ParentRN.Parent.FreqBand;
rc.ChannelIndex = rc.FreqBand.AvailableChIndexList[0];
rc.PropModels.Clear();
rc.PropModels.Add(item);
rc.RelayUEPropModelConfig = rc.PropModels[0];
commitCarrierList.Clear();
}
}
//private void AllotingAddEvent(EventArgs args, List<RelayNode> rnList)
//{
// m_model.RNColl.AddRelayNode("AllotingRN", rnList);
//}
private void AllotingAddEvent(AlloteAddRelayNodeEventArgs e)
{
List<RelayNode> rnList = new List<RelayNode>();
this.GetRelayNodeList(e, rnList);
m_Model.RNColl.AddRelayNode("AllotingRN", rnList);
}