public void StartKineticImaging(float exposure, int numberOfImages, float cycleTime, int horzBin, int vertBin, int acqMode, int numExpGroups, float[] exp)
{
uint uiErrorCode;
uiErrorCode = MyCamera.SetReadMode(4); // 0 Full Vertical Binning, 1 Multi-Track, 2 Random-Track, 3 Single-Track, 4 Image
uiErrorCode = MyCamera.SetImage(horzBin, vertBin, 1, xPixels, 1, yPixels); // horizontal binning, vertical binning,horz start pixel, horz end pixel, vert start pixel, vert end pixel
uiErrorCode = MyCamera.SetFrameTransferMode(0); // 0 = OFF, 1 = ON
MyCamera.SetAcquisitionMode(acqMode); // 3 = Kinetic Mode, 4 = Fast Kinetic, 5 = Run til Abort
MyCamera.SetTriggerMode(10); // Software Trigger
if (numExpGroups > 1)
{
MyCamera.SetExposureTime(exp[0]); // Exposure Time in seconds
}
else
{
MyCamera.SetRingExposureTimes(numExpGroups, exp); // set the exposure times that will be cycled through
}
// Move Filter to first position
MyCamera.StartAcquisition();
MyCamera.SendSoftwareTrigger();
MyCamera.SetNumberAccumulations(1); // how many scans for each image (no accummulation here...just a single scan per image)
MyCamera.SetNumberKinetics(numberOfImages); // number of images to take in this series of images
MyCamera.SetKineticCycleTime(cycleTime); // time between the start of consectutive images, in seconds. MUST be larger than exposure time
}
// This function sets up the camera
public void SetUpAndor()
{
sdk.SetADChannel(ADChannel);
int _NumberHSSpeeds = 0;
sdk.GetNumberHSSpeeds(ADChannel, 0, ref _NumberHSSpeeds);
float _HSSpeedMax = 0;
sdk.GetHSSpeed(ADChannel, 0, 0, ref _HSSpeedMax);
HSSpeedMax = _HSSpeedMax;
float _HSSpeedMin = 0;
sdk.GetHSSpeed(ADChannel, 0, _NumberHSSpeeds - 1, ref _HSSpeedMin);
HSSpeedMin = _HSSpeedMin;
sdk.SetHighCapacity(0); // Note: 1 disables high sensitivity. 0 enables high sensitivity
// sdk.SetImage(hbin, vbin, hstart, hend,vstart,vend)
sdk.SetImage(1, 1, 1, XDim, 1, YDim); // Use full sensor area
sdk.SetAcquisitionMode(AcquisitionMode);
sdk.SetReadMode(ReadMode);
// These functions control the camera's mode of operation
sdk.SetMCPGating(Gating);
sdk.SetTriggerMode(TriggerMode);
sdk.SetDDGTriggerMode(DDGTriggerMode);
sdk.SetGateMode(GateMode);
sdk.SetMCPGain(defaultGain); // This functions controls the voltage of the intensifier mcp
sdk.SetHSSpeed(0, 0);
int vsspeed_i = 0;
float vsspeed = 0;
sdk.GetFastestRecommendedVSSpeed(ref vsspeed_i, ref vsspeed);
sdk.SetVSSpeed(vsspeed_i);
}
