public int SetParamters(int Idx, int startPixel, int stopPixel, int IntegrateTime, int NOfAvg, int smoothingPixel)
{
string path = "D:\\SaveISDFiles";
if (!Directory.Exists(path))
{
Directory.CreateDirectory(path);
}
path = "D:\\SaveISDFiles\\Module" + Idx.ToString();
if (!Directory.Exists(path))
{
Directory.CreateDirectory(path);
}
string FileName = path + "\\" + "ISDFILE" + ".isd";
CAS4DLL.casSaveCalibration(dev[Idx].devHandle, FileName);
if (dev.Count == 0)
{
return(0);
}
lock (lockCAS)
{
CAS4DLL.casSetMeasurementParameter(dev[Idx].devHandle, CAS4DLL.mpidIntegrationTime, (double)IntegrateTime);
CAS4DLL.casSetMeasurementParameter(dev[Idx].devHandle, CAS4DLL.mpidAverages, (double)NOfAvg);
CAS4DLL.casSetMeasurementParameter(dev[Idx].devHandle, CAS4DLL.mpidPulseWidth, (double)smoothingPixel);
}
return(0);
}
private int OpenDevices()
{
dev.Clear();
int iface = CAS4DLL.InterfaceUSB;
int dvCnt = CAS4DLL.casGetDeviceTypeOptions(iface);
int option;
int res = -1;
for (int i = 0; i < dvCnt; i++)
{
CAS140Mod dv = new CAS140Mod();
option = CAS4DLL.casGetDeviceTypeOption(iface, i);
CAS4DLL.casGetDeviceTypeOptionName(iface, i, sb, sb.Capacity);
dv.serial = sb.ToString();
dv.devHandle = CAS4DLL.casCreateDeviceEx(iface, option);
if (dv.devHandle < 0)
{
continue;
}
if (!File.Exists(ConfigPathFolder + dv.serial + ".ini"))
{
MessageBox.Show("Error. CAS140 " + dv.serial + " config file Not Found. " + ConfigPathFolder + dv.serial + ".ini");
continue;
}
if (!File.Exists(ConfigPathFolder + dv.serial + ".isc"))
{
MessageBox.Show("Error. CAS140 " + dv.serial + " calibrate file Not Found. " + ConfigPathFolder + dv.serial + ".isc");
continue;
}
//setup config, calib
res = CAS4DLL.casSetDeviceParameterString(dv.devHandle, CAS4DLL.dpidConfigFileName, ConfigPathFolder + dv.serial + ".ini");//"8560142E1"
if (res < 0)
{
MessageBox.Show("Error. CAS140 " + dv.serial + " config file Not Found. " + ConfigPathFolder + dv.serial + ".ini");
continue;
}
res = CAS4DLL.casSetDeviceParameterString(dv.devHandle, CAS4DLL.dpidCalibFileName, ConfigPathFolder + dv.serial + ".isc");
if (res < 0)
{
MessageBox.Show("Error. CAS140 " + dv.serial + " calibrate file Not Found. " + ConfigPathFolder + dv.serial + ".isc");
continue;
}
res = CAS4DLL.casInitialize(dv.devHandle, CAS4DLL.InitForced);
if (res < 0)
{
continue;
}
dev.Add(dv);
}
return(dev.Count());
}
public void GetPeak(int Idx, out double x, out double y, double start, double stop)//20170220
{
CAS4DLL.casSetColormetricStart(dev[Idx].devHandle, start);
CAS4DLL.casSetColormetricStop(dev[Idx].devHandle, stop);
int a = CAS4DLL.casColorMetric(dev[Idx].devHandle);
CAS4DLL.casGetPeak(dev[Idx].devHandle, out x, out y);
}
public bool SetIO(int Idx, byte value)
{
lock (lockCAS)
{
CAS4DLL.casSetShutter(dev[Idx].devHandle, value);
}
return(true);
}
public int GetParamters(int Idx, ref int startPixel, ref int stopPixel, ref int IntegrateTime, ref int NOfAvg, ref int smoothingPixel)
{
lock (lockCAS)
{
IntegrateTime = (int)CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.mpidIntegrationTime);
startPixel = (int)CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidDeadPixels);
stopPixel = (int)CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidVisiblePixels);
NOfAvg = (int)CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.mpidAverages);
smoothingPixel = (int)CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.mpidPulseWidth);
}
return(0);
}
public List <float> GetWaveLength(int Idx)
{
List <float> myWL = new List <float>();
lock (lockCAS)
{
int pixCnt = (int)Math.Round(CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidVisiblePixels));
int Dpix = (int)Math.Round(CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidDeadPixels));
for (int i = 0; i < pixCnt; i++)
{
//get the wavelengths; don't forget about skipping dead pixels
myWL.Add((float)CAS4DLL.casGetXArray(dev[Idx].devHandle, i + Dpix));
}
}
return(myWL);
}
public List <float> GetCount(int Idx)
{
List <float> myCnt = new List <float>();
//lock (lockCAS)
{
CAS4DLL.casMeasure(dev[Idx].devHandle);
int pixCnt = (int)Math.Round(CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidVisiblePixels));
int Dpix = (int)Math.Round(CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidDeadPixels));
for (int i = 0; i < pixCnt; i++)
{
//Spectrum
//float spectrum = (float)CAS4DLL.casGetCalibrationFactors(dev[Idx].devHandle, CAS4DLL.gcfRawData, i + Dpix, 0);
//myCnt.Add(CAS4DLL.casGetData(dev[Idx].devHandle, i + Dpix));
myCnt.Add((float)CAS4DLL.casGetCalibrationFactors(dev[Idx].devHandle, CAS4DLL.gcfRawData, i + Dpix, 0));
//get the wavelengths; don't forget about skipping dead pixels
//myWL.Add(CAS4DLL.casGetXArray(dev[Idx].devHandle, i + Dpix));
}
}
return(myCnt);
}
public List <float> MeasureDarkCurrent(int Idx, bool closeShutter, bool openShutter)//20170220
{
List <float> myWL = new List <float>();
if (Idx < 0)
{
return(myWL);
}
//lock (lockCAS)
//{
// int pixCnt = (int)Math.Round(CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidVisiblePixels));
// int Dpix = (int)Math.Round(CAS4DLL.casGetDeviceParameter(dev[Idx].devHandle, CAS4DLL.dpidDeadPixels));
// for (int i = 0; i < pixCnt; i++)
// {
// //get the wavelengths; don't forget about skipping dead pixels
// myWL.Add((float)CAS4DLL.casGetXArray(dev[Idx].devHandle, i + Dpix));
// }
//}
lock (lockCAS)
{
if (closeShutter)
{
CAS4DLL.casSetShutter(dev[Idx].devHandle, 1);
}
CAS4DLL.casMeasureDarkCurrent(dev[Idx].devHandle);
if (openShutter)
{
CAS4DLL.casSetShutter(dev[Idx].devHandle, 0);
}
}
return(myWL);
}
