public AndorCamera(CameraParameters p)
{
if (p == null)
{
throw new ArgumentException();
}
if (p.Dir != null)
{
InitVal = AndorSdk.Initialize(p.Dir);
AndorSdk.GetCapabilities(ref Capabilities);
AndorSdk.FreeInternalMemory();
AndorSdk.GetDetector(ref _Width, ref _Height);
AndorSdk.GetNumberADChannels(ref _NumberADChannels);
ADChannel = DefaultADChannel;
AndorSdk.GetBitDepth(ADChannel, ref _BitDepth);
SaturationLevel = p.SaturationLevel;
AndorSdk.GetMaximumBinning(ReadModeImage, 0, ref _MaxHorizontalBinSize);
AndorSdk.GetMaximumBinning(ReadModeImage, 1, ref _MaxVerticalBinSize);
_Image = new ImageArea(1, 1, 0, Width, 0, Height);
Image = p.Image;
GateMode = Constants.GatingModeSMBOnly;
MCPGating = 1; // enable the MCP
AndorSdk.GetMCPGainRange(ref _MinMCPGain, ref _MaxMCPGain);
IntensifierGain = p.InitialGain;
AcquisitionMode = AcquisitionModeSingle;
TriggerMode = TriggerModeExternal;
DDGTriggerMode = DDGTriggerModeExternal;
ReadMode = p.ReadMode;
// quick hack for optimal camera setting for spectroscopy
AndorSdk.SetHighCapacity(0); // Note: 0 enables high sensitivity.
AndorSdk.SetPreAmpGain(2); // 2 = 4x , 1 = 2x, 0 = 1x;
AndorSdk.SetDDGInsertionDelay(1); // set to fast insertion delay, intelligate off.
}
LoadCalibration(p.CalFile);
p.Image = Image;
p.ReadMode = ReadMode;
}
