public static bool GetBasicCaseResult(PredictionStudyType st, out short defaultValue, out short notcalcValue, out short invalidValue)
{
switch (st)
{
case PredictionStudyType.DL_RSSI:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.Symbol_RSRP:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.DL_RSRP:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.Best_Server:
defaultValue = 0x7fff;
notcalcValue = 0x7fff;
invalidValue = 0x7fff;
return true;
}
defaultValue = 0;
notcalcValue = 0;
invalidValue = 0;
return false;
}
public static ValueMatrixShort GenerateValueMatrixShortNoInitial(TrueFalseMatrix tfMatrix, string filepath, PredictionStudyType st, string relativePath)
{
short num;
short num2;
short num3;
DefaultValueDefine.GetShortResult(st, out num3, out num2, out num);
ValueMatrixShort @short = new ValueMatrixShort(filepath, relativePath, tfMatrix.RowCount, tfMatrix.ColCount);
m_ShortMatrix = @short;
@short.SetParam(tfMatrix.NorthWestX, tfMatrix.NorthWestY, tfMatrix.Resolution);
@short.SetValue(num, num2, num3);
return @short;
}
public static ValueMatrixInt GenerateValueMatrixInt(TrueFalseMatrix tfMatrix, string filepath, PredictionStudyType st, string relativePath)
{
short num;
short num2;
short num3;
DefaultValueDefine.GetShortResult(st, out num3, out num2, out num);
ValueMatrixInt vmi = new ValueMatrixInt(filepath, relativePath, tfMatrix.RowCount, tfMatrix.ColCount);
m_IntMatrix = vmi;
vmi.SetParam(tfMatrix.NorthWestX, tfMatrix.NorthWestY, tfMatrix.Resolution);
vmi.SetValue(num, num2, num3);
InitialValueMatrix(tfMatrix, num2, num3, vmi);
return vmi;
}
public static bool GetPeakResult(PredictionStudyType st, out short defaultValue, out short notcalcValue, out short invalidValue)
{
switch (st)
{
case PredictionStudyType.DL_Application_Peak_Throughput:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.UL_Application_Peak_Throughput:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.DL_MAC_Peak_Throughput:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.UL_MAC_Peak_Throughput:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
}
defaultValue = 0;
notcalcValue = 0;
invalidValue = 0;
return false;
}
public static void GetShortResult(PredictionStudyType st, out short defaultValue, out short notcalcValue, out short invalidValue)
{
if ((!GetBasicCaseResult(st, out defaultValue, out notcalcValue, out invalidValue) && !GetMCSResult(st, out defaultValue, out notcalcValue, out invalidValue)) && !GetPeakResult(st, out defaultValue, out notcalcValue, out invalidValue))
{
GetOtherResult(st, ref defaultValue, ref notcalcValue, ref invalidValue);
}
}
private static void GetOtherResultPrat_4(PredictionStudyType st, ref short defaultValue, ref short notcalcValue, ref short invalidValue)
{
PredictionStudyType type = st;
if (type == PredictionStudyType.PRACH_Level)
{
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
}
else if (type == PredictionStudyType.PRACH_SINR)
{
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
}
else
{
defaultValue = 0;
notcalcValue = 0;
invalidValue = 0;
}
}
private static void GetOtherResultPrat_3(PredictionStudyType st, ref short defaultValue, ref short notcalcValue, ref short invalidValue)
{
switch (st)
{
case PredictionStudyType.UL_RSRP:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return;
case PredictionStudyType.PUCCH_Level:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return;
case PredictionStudyType.PUCCH_SINR:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return;
case PredictionStudyType.PCFICH_SINR:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
break;
case PredictionStudyType.DL_PHICH_Level:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return;
}
}
private static void GetOtherResultPrat_1(PredictionStudyType st, ref short defaultValue, ref short notcalcValue, ref short invalidValue)
{
switch (st)
{
case PredictionStudyType.Handover_Area:
defaultValue = -32768;
notcalcValue = 0x7fff;
invalidValue = -32768;
break;
case PredictionStudyType.DL_SCH_RP:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
break;
case PredictionStudyType.SCH_SINR:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
break;
case PredictionStudyType.DL_RS_SINR:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
break;
case PredictionStudyType.Geometry:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
break;
}
}
private static void GetOtherResult(PredictionStudyType st, ref short defaultValue, ref short notcalcValue, ref short invalidValue)
{
GetOtherResultPrat_1(st, ref defaultValue, ref notcalcValue, ref invalidValue);
GetOtherResultPrat_2(st, ref defaultValue, ref notcalcValue, ref invalidValue);
GetOtherResultPrat_3(st, ref defaultValue, ref notcalcValue, ref invalidValue);
GetOtherResultPrat_4(st, ref defaultValue, ref notcalcValue, ref invalidValue);
}
public static bool GetMCSResult(PredictionStudyType st, out short defaultValue, out short notcalcValue, out short invalidValue)
{
switch (st)
{
case PredictionStudyType.PDSCH_MCS:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.PUSCH_MCS:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.PDSCH_SINR:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
case PredictionStudyType.PUSCH_SINR:
defaultValue = -32768;
notcalcValue = -32768;
invalidValue = -32768;
return true;
}
defaultValue = 0;
notcalcValue = 0;
invalidValue = 0;
return false;
}
