public void SetProbeDivision(AnalogChannel ch, ProbeDivision division)
{
probeSettings[ch] = division;
SetVerticalRange(ch, verticalRanges[ch].minimum, verticalRanges[ch].maximum);
}
public void SetProbeDivision(AnalogChannel ch, ProbeDivision division)
{
ChannelConfig[ch].probeDivision = division;
}
public void SetProbeDivision(AnalogChannel ch, ProbeDivision division)
{
probeSettings[ch] = division;
SetVerticalRange(ch, verticalRanges[ch].minimum, verticalRanges[ch].maximum);
}
public void SetProbeDivision(AnalogChannel ch, ProbeDivision division)
{
}
public static float[] ConvertByteToVoltage(this byte[] buffer, SmartScope.GainCalibration calibration, byte yOffset, ProbeDivision division)
{
double[] coefficients = calibration.coefficients;
float[] voltage = new float[buffer.Length];
//this section converts twos complement to a physical voltage value
float totalOffset = (float)(yOffset * coefficients[1] + coefficients[2]);
float gain = division;
voltage = buffer.Select(x => (float)(x * coefficients[0] + totalOffset) * gain).ToArray();
return(voltage);
}
public static ProbeDivision findByFactor(float factor)
{
ProbeDivision d = divs.SingleOrDefault(x => x.factor == factor);
return(d == null ? X1 : d);
}
public static float ConvertByteToVoltage(this byte b, SmartScope.GainCalibration calibration, byte yOffset, ProbeDivision division)
{
return((new byte[] { b }).ConvertByteToVoltage(calibration, yOffset, division)[0]);
}