/// <summary>
/// 供计算点路损时使用
/// </summary>
/// <param name="structAntennaParam"></param>
/// <param name="peakTempValue"></param>
public void ConvertPolarToXY(StructAntennaParam structAntennaParam, PeakTempValue peakTempValue)
{
if (peakTempValue.PeakDot != 0)
{
float horizonAzimuth = CalculateHorizontalAzimuth(structAntennaParam.CellX, structAntennaParam.CellY, structAntennaParam.MsX, structAntennaParam.MsY);
float distanceFromTxToPeak = peakTempValue.PeakDot * peakTempValue.Resolution;
TransPolarToXYHelper(structAntennaParam, horizonAzimuth, distanceFromTxToPeak);
}
}
private double CalcAntGain3D(LTECell carrier, User user)
{
Transceiver parent = carrier.Parent;
StructAntennaParam calAntennaParam = new StructAntennaParam();
calAntennaParam.AntConfigSetUp = parent.AntConfiguration[0];
calAntennaParam.CellX = parent.X;
calAntennaParam.CellY = parent.Y;
calAntennaParam.IsSimple = false;
calAntennaParam.MsX = user.X;
calAntennaParam.MsY = user.Y;
calAntennaParam.AntHeight = 0;
calAntennaParam.MsHeight = 0;
return (double) this.m_CalculateGain.CalculateAntennaGain(calAntennaParam);
}
/// <summary>
/// 供计算射线路损时使用
/// </summary>
/// <param name="transceiverPathLossMatrix"></param>
/// <param name="structAntennaParam"></param>
/// <param name="rowIndex"></param>
/// <param name="colIndex"></param>
public void ConvertPolarToXY(TransceiverPathLossMatrix transceiverPathLossMatrix, StructAntennaParam structAntennaParam, int rowIndex, int colIndex)
{
double cellX = structAntennaParam.CellX;
double cellY = structAntennaParam.CellY;
double msX = structAntennaParam.MsX;
double msY = structAntennaParam.MsY;
//得到正北方向下移动台水平方位角
float horizonAzimuth = CalculateHorizontalAzimuth(structAntennaParam.CellX, structAntennaParam.CellY, structAntennaParam.MsX, structAntennaParam.MsY);
//得到移动台和基站连线的索引值
int rayIndex = CalculateRayIndex(structAntennaParam, horizonAzimuth, transceiverPathLossMatrix, colIndex, rowIndex);
//得到移动台至基站的距离
float distanceFromRxToTx = (float)Math.Sqrt((cellX - msX) * (cellX - msX) + (cellY - msY) * (cellY - msY));
if (distanceFromRxToTx < transceiverPathLossMatrix.Radius)
{
//得到移动台在PeakDot矩阵中的相对位置
int dotMsIndex = (int)Math.Floor(distanceFromRxToTx / transceiverPathLossMatrix.Resolution);
if (dotMsIndex == (int)Math.Floor(transceiverPathLossMatrix.Radius / transceiverPathLossMatrix.Resolution))//防止溢出
{
dotMsIndex -= 1;
}
//得到一条射线上采样点的个数
int rayDotNum = (int)(transceiverPathLossMatrix.Radius / transceiverPathLossMatrix.Resolution);
//得到移动台在dot矩阵中的绝对位置
int absDotMsIndex = rayIndex * rayDotNum + dotMsIndex;
//取出该点存储的障碍物位置
int peakDotIndex = transceiverPathLossMatrix.PeakDotMatrix[absDotMsIndex];
if (peakDotIndex != 0)
{
//得到障碍物和基站之间的距离
float distanceFromTxToPeak = peakDotIndex * transceiverPathLossMatrix.Resolution;
//取出该点存储障碍物的高度
short peakHeight = transceiverPathLossMatrix.PeakHeightMatrix[absDotMsIndex];
structAntennaParam.MsHeight = peakHeight;
TransPolarToXYHelper(structAntennaParam, horizonAzimuth, distanceFromTxToPeak);
}
}
}
public LinkLoss(CalLinkLossParam calParam, IApplicationContext appContex)
{
this.m_clutterParams = calParam.clutterParams;
this.m_GeoInfo = calParam.geoInfo;
this.m_antGainCal = calParam.antGainCal;
this.m_iplCalDataVstr = calParam.iplCalDataVstr;
this.m_IsBuildingLoaded = calParam.IsBuildingLoaded;
this.m_StructAntennaParam = new StructAntennaParam();
this.m_DicOfParamsFromGIS = new Dictionary<short, ParamsFromGIS>();
this.AddDictionary(calParam.CellEdgeCoverageProbability);
LinkLossConfiguration configuration = new LinkLossConfiguration(appContex);
this.m_Layers = configuration.ReaderLayers();
this.m_MCL = configuration.GetMCL();
//add by xujuan
m_iGetRelayUEPathLoss = calParam.iGetRelayUEPathLoss;
}
/// <summary>
/// 计算宏小区到relay的天线增益
/// </summary>
/// <param name="lteCell"></param>
/// <param name="relayCell"></param>
/// <returns></returns>
private float CalcAntGain(LTECell lteCell, RelayCell relayCell)
{
StructAntennaParam calAntennaParam = new StructAntennaParam();
int sectorID = lteCell.Parent.AntConfiguration[0].AntennaID;
calAntennaParam.CellX = lteCell.Parent.Parent.X + lteCell.Parent.GetAntConfig(sectorID).DX;
calAntennaParam.CellY = lteCell.Parent.Parent.Y + lteCell.Parent.GetAntConfig(sectorID).DY;
calAntennaParam.IsSimple = false;
calAntennaParam.AntHeight = m_IGeoInfo.GetValueByGeoXYPoint(calAntennaParam.CellX, calAntennaParam.CellY, DemDataType.Height);
calAntennaParam.MsX = relayCell.ParentRN.X;//todo：加上偏置？
calAntennaParam.MsY = relayCell.ParentRN.Y;
calAntennaParam.MsHeight = m_IGeoInfo.GetValueByGeoXYPoint(relayCell.ParentRN.X, relayCell.ParentRN.Y, DemDataType.Height);
float antGain = 0;
calAntennaParam.AntConfigSetUp = lteCell.Parent.GetAntConfig(sectorID);
antGain = m_AntennaGainCalculator.Calculate3DGain(calAntennaParam);
return antGain;
}
public float CalculateElevation(StructAntennaParam calAntennaParam, float msAzimuth, float msElevation, float azimuth, float antAzimuth, float antTilt, float antETilt)
{
throw new NotImplementedException();
}
public float Calculate3DGain(StructAntennaParam calAntennaParam, float DLStartFrequency)
{
throw new NotImplementedException();
}
public float Calculate3DGain(StructAntennaParam calAntennaParam)
{
return 10f;
}
private double GetAntnnaGain(StructAntennaParam structAntParam)
{
return (double) this.m_antGainCal.Calculate3DGain(this.m_StructAntennaParam);
}
/// <summary>
/// 获取backhaul单点路损
/// </summary>
/// <param name="trans"></param>
/// <param name="cellID"></param>
/// <param name="sectorID"></param>
/// <param name="x"></param>
/// <param name="y"></param>
/// <param name="resolution"></param>
/// <param name="isGetAntGain"></param>
/// <returns></returns>
private float[][] GetOnePointBackhaulPathLoss(Transceiver trans, short cellID, int sectorID, double x, double y, float resolution, bool isGetAntGain)
{
float[][] pathLossMatrix = new float[][] { new float[2] };
if (this.m_PathLossCellData.TransBackhaulPathLossMatrixList.Count != 0)
{
TransceiverPathLossMatrix transceiverPathLossMatrix = FindBackhaulMatrix(sectorID, cellID);
if ((transceiverPathLossMatrix == null) || this.RangeXY(x, y, transceiverPathLossMatrix))
{
pathLossMatrix[0][0] = float.MinValue;
pathLossMatrix[0][1] = float.MinValue;
return pathLossMatrix;
}
double distance = this.GetDistance(trans, sectorID, x, y);
int xIndex = (int)((x - transceiverPathLossMatrix.LeftTopX) / ((double)transceiverPathLossMatrix.Resolution));
int yIndex = (int)((transceiverPathLossMatrix.LeftTopY - y) / ((double)transceiverPathLossMatrix.Resolution));
int delayIndex = this.GetDelayIndex(xIndex, yIndex, transceiverPathLossMatrix);
if (this.IsMatixInvalid(transceiverPathLossMatrix, delayIndex))
{
pathLossMatrix[0][1] = float.MinValue;
pathLossMatrix[0][0] = float.MinValue;
}
else if (this.IsUsingMatrixs(x, y, resolution, transceiverPathLossMatrix))
{
float deltaLoss = GetBackhaulDeltaLoss(trans, x, y, distance);
GetExistsPLMatrix(isGetAntGain, pathLossMatrix, transceiverPathLossMatrix, delayIndex, deltaLoss);
}
else
{
StructAntennaParam calAntennaParam = new StructAntennaParam();
calAntennaParam.CellX = trans.Parent.X + trans.GetAntConfig(sectorID).DX;
calAntennaParam.CellY = trans.Parent.Y + trans.GetAntConfig(sectorID).DY;
calAntennaParam.IsSimple = false;
calAntennaParam.AntHeight = this.m_IGeoInfo.GetValueByGeoXYPoint(calAntennaParam.CellX, calAntennaParam.CellY, DemDataType.Height);
//用户的坐标
calAntennaParam.MsX = x;
calAntennaParam.MsY = y;
calAntennaParam.MsHeight = this.m_IGeoInfo.GetValueByGeoXYPoint(x, y, DemDataType.Height);
float num6 = transceiverPathLossMatrix.LeftTopX + (xIndex * transceiverPathLossMatrix.Resolution);
float dX = (float)((x - num6) / ((double)transceiverPathLossMatrix.Resolution));
float num8 = transceiverPathLossMatrix.LeftTopY - (yIndex * transceiverPathLossMatrix.Resolution);
float dY = (float)((num8 - y) / ((double)transceiverPathLossMatrix.Resolution));
pathLossMatrix[0][1] = this.getPathLossByWeight(xIndex, yIndex, dX, dY, transceiverPathLossMatrix);
float antGain = 0f;
if (isGetAntGain)
{
calAntennaParam.AntConfigSetUp = trans.GetAntConfig(sectorID);
antGain = this.m_AntennaGainCalculator.Calculate3DGain(calAntennaParam);
}
this.SetBackhaulMatrix(pathLossMatrix, x, y, trans, antGain, distance);
}
}
return pathLossMatrix;
}
/// <summary>
/// 得到移动台和基站连线的索引值
/// </summary>
/// <param name="structAntennaParam"></param>
/// <param name="horizonAzimuth"></param>
/// <param name="transceiverPathLossMatrix"></param>
/// <param name="colIndex"></param>
/// <param name="rowIndex"></param>
/// <returns></returns>
private int CalculateRayIndex(StructAntennaParam structAntennaParam, float horizonAzimuth, TransceiverPathLossMatrix transceiverPathLossMatrix, int colIndex, int rowIndex)
{
int rayIndex = 0;
double absHorizonAzimuth = 0;
//float offset = ConvRadianToAngle(transceiverPathLossMatrix.Offset);
float offset = (transceiverPathLossMatrix.Offset);
#region 坐标转换 X轴正方向为正，逆时针旋转
if (structAntennaParam.MsX < structAntennaParam.CellX)//左半平面
{
//基站和移动台的相对夹角
absHorizonAzimuth = Math.PI + horizonAzimuth;
}
else//右半平面
{
//基站和移动台的相对夹角
absHorizonAzimuth = (Math.PI * 2 + horizonAzimuth) % (Math.PI * 2);
}
//得到射线索引
rayIndex = (int)(absHorizonAzimuth / offset);
//防止溢出
if (rayIndex == (int)(Math.PI * 2 / offset))
rayIndex -= 1;
return rayIndex;
#endregion
}
/// <summary>
/// 转换辅助方法 得到替换点的坐标
/// </summary>
/// <param name="structAntennaParam"></param>
/// <param name="horizonAzimuth"></param>
/// <param name="distanceFromTxToPeak"></param>
private void TransPolarToXYHelper(StructAntennaParam structAntennaParam, float horizonAzimuth, float distanceFromTxToPeak)
{
if (structAntennaParam.MsX < structAntennaParam.CellX)//左半部分栅格
{
structAntennaParam.MsX = structAntennaParam.CellX - distanceFromTxToPeak * Math.Cos(horizonAzimuth);
structAntennaParam.MsY = structAntennaParam.CellY - distanceFromTxToPeak * Math.Sin(horizonAzimuth);
}
else //右半部分栅格
{
structAntennaParam.MsX = structAntennaParam.CellX + distanceFromTxToPeak * Math.Cos(horizonAzimuth);
structAntennaParam.MsY = structAntennaParam.CellY + distanceFromTxToPeak * Math.Sin(horizonAzimuth);
}
}
