public CHANNEL_MODE(bool enable, AdcRange range, bool ac, bool icp)
{
_Enable = enable; _Range = range; _AC = ac; _ICP = icp;
_sensor_rout = 0;
Reserved = new uint[3];
for (int i = 0; i < Reserved.Length; i++)
{
Reserved[i] = 0;
}
}
public float FactoryCalibScale(int ch, int freqIndex, AdcRange range)
{
return(module.FactoryCalibScale(ch, freqIndex, range));
}
public float UserCalibScale(int ch, int freqIndex, AdcRange range)
{
return(module.UserCalibScale(ch, freqIndex, range));
}
public void fillUserCalibScale(int ch, int freqIndex, AdcRange range, float value)
{
module.fillUserCalibScale(ch, freqIndex, range, value);
}
public void fillChannelRange(int ch, AdcRange range)
{
module.fillChannelRange(ch, range);
}
public float FactoryCalibScale(int ch, int freqIndex, AdcRange range)
{
return(_ADCCalibration[calib_struct_index(ch, freqIndex)].FactoryCalibScale[calibr_val_index(range)]);
}
public float UserCalibOffset(int ch, int freqIndex, AdcRange range)
{
return(_ADCCalibration[calib_struct_index(ch, freqIndex)].UserCalibOffset[calibr_val_index(range)]);
}
public void fillUserCalibScale(int ch, int freqIndex, AdcRange range, float value)
{
_ADCCalibration[calib_struct_index(ch, freqIndex)].UserCalibScale[calibr_val_index(range)] = value;
}
int calibr_val_index(AdcRange range)
{
return((int)range);
}
public void fillChannelRange(int ch, AdcRange range)
{
_ADCChannelRange[ch] = range;
}
