static void ThrowExceptionForErrorCode(LJM.LJMERROR error)
{
if (error != LJM.LJMERROR.NOERROR)
{
throw new LJM.LJMException(error);
}
}
public void OpenLabJack()
{
if (opened)
{
return;
}
LastError = LJM.OpenS("ANY", "ANY", "ANY", ref LJhandle);
InputNames[0] = "AIN0";
InputNames[1] = "AIN1";
InputNames[2] = "AIN2";
InputNames[3] = "AIN3";
InputNames[4] = "AIN4";
InputNames[5] = "AIN5";
InputNames[6] = "AIN6";
InputNames[7] = "AIN7";
InputNames[8] = "AIN8";
InputNames[9] = "AIN9";
InputNames[10] = "AIN10";
InputNames[11] = "AIN11";
InputNames[12] = "AIN12";
InputNames[13] = "AIN13";
OutputNames[0] = "DIO0";
OutputNames[1] = "DIO1";
OutputNames[2] = "DIO2";
OutputNames[3] = "DIO3";
OutputNames[4] = "DIO4";
OutputNames[5] = "DIO5";
OutputNames[6] = "DIO6";
OutputNames[7] = "DIO7";
OutputNames[8] = "DIO8";
OutputNames[9] = "DIO9";
OutputNames[10] = "DIO10";
OutputNames[11] = "DIO11";
OutputNames[12] = "DIO12";
OutputNames[13] = "DIO13";
OutputNames[14] = "DIO14";
OutputNames[15] = "DIO15";
OutputNames[16] = "DIO16";
OutputNames[17] = "DIO17";
OutputNames[18] = "DIO18";
OutputNames[19] = "DIO19";
OutputNames[20] = "DIO20";
OutputNames[21] = "DIO21";
OutputNames[22] = "DIO22";
OutputNames[23] = "DAC0";
OutputNames[24] = "DAC1";
opened = true;
}
public double[] GetAnalogData()
{
double[] Data = new double[14];
int ErrorAddress = 0;
if (LJhandle == 0)
{
return(Data);
}
LastError = LJM.eReadNames(LJhandle, 14, InputNames, Data, ref ErrorAddress);
return(Data);
}
public void SetAnalogData(double[] Data)
{
int ErrorAddress = 0;
int numFrames;
if (Data.Length >= 25)
{
numFrames = 24;
}
else
{
numFrames = Data.Length;
}
LastError = LJM.eWriteNames(LJhandle, numFrames, OutputNames, Data, ref ErrorAddress);
}
