void DrawAdditionnalsInfos(Graphics g, CGraph Graph)
{
System.Drawing.Font SampleFont = new Font("Verdana", 8.0f);
//foreach (CurveBPMarker Marker in MarkerArray)
for (int nIndex = 0; nIndex < UserMarkerArray.Length; nIndex++)
{
CurveBPMarker Marker = UserMarkerArray[nIndex];
float fdB = 0.0f;
if (Marker != CurveBPMarker.OFF)
{
switch (Marker)
{
case CurveBPMarker.MAX_LEVEL:
fdB = 0.0f;
break;
case CurveBPMarker.MIN_LEVEL:
fdB = fMinLeveldB - fMaxLeveldB;
break;
case CurveBPMarker.BP_3dB_TO_MIN:
fdB = fMinLeveldB - fMaxLeveldB + 3.0f;
break;
case CurveBPMarker.BP_6dB_TO_MIN:
fdB = fMinLeveldB - fMaxLeveldB + 6.0f;
break;
default:
fdB = -((int)Marker);
break;
}
DrawLevel(fdB, UserMarkerArrayValues[nIndex], g, Graph);
}
}
// DrawLevel(-3.0f, n3dBBandpassLowFrequency, n3dBBandpassHighFrequency, g, Graph);
// DrawLevel(-6.0f, n6dBBandpassLowFrequency, n6dBBandpassHighFrequency, g, Graph);
// DrawLevel(-60.0f, n60dBBandpassLowFrequency, n60dBBandpassHighFrequency, g, Graph);
}
public void ComputeCaracteristicsParams()
{
if (SpectrumValues == null || SpectrumValues.Length == 0)
{
return;
}
int nMaxLevelIndex = Utility.RetrieveMaxValueIndex(SpectrumValues);
int nMinLevelIndex = Utility.RetrieveMinValueIndex(SpectrumValues);
fMaxLeveldB = SpectrumValues[nMaxLevelIndex];
fMinLeveldB = SpectrumValues[nMinLevelIndex];
nFrequencyStep = (nSpectrumHighFrequency - nSpectrumLowFrequency) / SpectrumValues.Length;
nMaxLevelFrequency = nSpectrumLowFrequency + nMaxLevelIndex * nFrequencyStep;
nMinLevelFrequency = nSpectrumLowFrequency + nMinLevelIndex * nFrequencyStep;
for (int nIndex = 0; nIndex < UserMarkerArray.Length; nIndex++)
{
CurveBPMarker Marker = UserMarkerArray[nIndex];
if (Marker != CurveBPMarker.OFF)
{
switch (Marker)
{
case CurveBPMarker.MAX_LEVEL:
UserMarkerArrayValues[nIndex].LowFreq = nMaxLevelFrequency;
UserMarkerArrayValues[nIndex].HighFreq = -1;
UserMarkerArrayValues[nIndex].BandPass = 0;
break;
case CurveBPMarker.MIN_LEVEL:
UserMarkerArrayValues[nIndex].LowFreq = nMinLevelFrequency;
UserMarkerArrayValues[nIndex].HighFreq = -1;
UserMarkerArrayValues[nIndex].BandPass = 0;
break;
case CurveBPMarker.BP_3dB_TO_MIN:
ComputeMarkerFrequencies(ref UserMarkerArrayValues[nIndex], (fMinLeveldB + 3.0f), nMaxLevelIndex);
break;
case CurveBPMarker.BP_6dB_TO_MIN:
ComputeMarkerFrequencies(ref UserMarkerArrayValues[nIndex], (fMinLeveldB + 6.0f), nMaxLevelIndex);
break;
default:
ComputeMarkerFrequencies(ref UserMarkerArrayValues[nIndex], (fMaxLeveldB - ((int)Marker)), nMaxLevelIndex);
break;
}
}
}
ComputeMarkerFrequencies(ref Marker3dB, fMaxLeveldB - 3.0f, nMaxLevelIndex);
DipoleD = DetermineDipoleType(ref Marker3dB);
ComputeMarkerFrequencies(ref Marker6dB, fMaxLeveldB - 6.0f, nMaxLevelIndex);
ComputeMarkerFrequencies(ref Marker60dB, fMaxLeveldB - 60.0f, nMaxLevelIndex);
if (Marker60dB.BandPass != -1)
{
n6dB60dBfShapeFactor = ((float)Marker60dB.BandPass / Marker6dB.BandPass);
}
else
{
n6dB60dBfShapeFactor = -1;
}
}
