public void AddData(XRayEnergyEnum energy, PixelDataType dataType, Pixel[] data)
{
if (dataType == PixelDataType.Air)
{
AddAirData(energy, data);
}
else if (dataType == PixelDataType.Dark)
{
AddDarkData(energy, data);
}
}
public void AddData(XRayEnergyEnum energy, PixelDataType dataType, Pixel[] data)
{
if (dataType == PixelDataType.Air)
{
AddAirData(energy, data);
}
else if (dataType == PixelDataType.Dark)
{
AddDarkData(energy, data);
}
}
public bool IsComplete(XRayEnergyEnum energy, PixelDataType dataType)
{
bool ret = false;
if (_calibrationData.ContainsKey(energy))
{
if (dataType == PixelDataType.Air)
{
ret = _calibrationData[energy].IsAirDataComplete;
}
else if (dataType == PixelDataType.Dark)
{
ret = _calibrationData[energy].IsDarkDataComplete;
}
}
return ret;
}
public bool IsComplete(XRayEnergyEnum energy, PixelDataType dataType)
{
bool ret = false;
if (_calibrationData.ContainsKey(energy))
{
if (dataType == PixelDataType.Air)
{
ret = _calibrationData[energy].IsAirDataComplete;
}
else if (dataType == PixelDataType.Dark)
{
ret = _calibrationData[energy].IsDarkDataComplete;
}
}
return(ret);
}
public Pixel[] GetAirData(XRayEnergyEnum energy)
{
return _calibrationData[energy].AirData;
}
public void ClearReferenceData(XRayEnergyEnum energy)
{
_calibrationData[energy].ClearReferenceData();
}
public override void GetLowEnergyData() { EnergyType = XRayEnergyEnum.LowEnergy; }
public XRayInfoIDStruct(XRayEnergyEnum energy, byte pulseWidth)
{
byte xrayEnergy = (byte)(energy);
_xRayInfoID = (byte)((pulseWidth << 1) | (xrayEnergy & 1));
}
public override void GetHighEnergyData()
{
EnergyType = XRayEnergyEnum.HighEnergy;
}
public float[] GetScaleFactor(XRayEnergyEnum energy)
{
return(_calibrationData[energy].ScaleFactor);
}
public Pixel[] GetDarkDataCollection(XRayEnergyEnum energy)
{
return(_calibrationData[energy].DarkDataCollection);
}
public Pixel[] GetAirData(XRayEnergyEnum energy)
{
return(_calibrationData[energy].AirData);
}
public void ClearReferenceData(XRayEnergyEnum energy)
{
_calibrationData[energy].ClearReferenceData();
}
public void AddReferenceData(XRayEnergyEnum energy, double data)
{
_calibrationData[energy].AddReferenceData(data);
}
public void AddDarkData(XRayEnergyEnum energy, Pixel[] data)
{
_calibrationData[energy].Add(PixelDataType.Dark, data);
}
public Pixel[] GetDarkDataCollection(XRayEnergyEnum energy)
{
return _calibrationData[energy].DarkDataCollection;
}
public float[] GetScaleFactor(XRayEnergyEnum energy)
{
return _calibrationData[energy].ScaleFactor;
}
public float[] GetReferenceData(XRayEnergyEnum energy)
{
return _calibrationData[energy].ReferenceData;
}
public override void GetLowEnergyData()
{
EnergyType = XRayEnergyEnum.LowEnergy;
}
public void AddDarkData(XRayEnergyEnum energy, Pixel[] data)
{
_calibrationData[energy].Add(PixelDataType.Dark, data);
}
public override void GetHighEnergyData() { EnergyType = XRayEnergyEnum.HighEnergy; }
public void AddReferenceData(XRayEnergyEnum energy, double data)
{
_calibrationData[energy].AddReferenceData(data);
}
public XRayInfoIDStruct(XRayEnergyEnum energy, byte pulseWidth)
{
byte xrayEnergy = (byte)(energy);
_xRayInfoID = (byte)((pulseWidth << 1) | (xrayEnergy & 1));
}
public float[] GetReferenceData(XRayEnergyEnum energy)
{
return(_calibrationData[energy].ReferenceData);
}
