/// <summary> Sets up the data transformer. </summary>
/// <param name="Input"> The underlying input whose values should be transformed. </param>
/// <param name="RangeTransform"> The mathematical expression to use when transforming range information (Input to Parent). </param>
/// <param name="InputTransform"> The mathematical expression to use when transforming input voltage value information (Input to Parent). </param>
/// <param name="RangeRawTransform"> Same as RangeTransform, but for the raw values. If left null, the same transform will be used instead. </param>
/// <param name="InputRawTransform"> Same as InputTransform, but for the raw values. If left null, the same transform will be used instead. </param>
public AnalogueInTransform(IAnalogueIn Input, TransformTypes.DoubleTransform RangeTransform, TransformTypes.DoubleTransform InputTransform, TransformTypes.LongTransform RangeRawTransform = null, TransformTypes.LongTransform InputRawTransform = null)
{
this.Range = RangeTransform;
this.Input = InputTransform;
this.RawRange = RangeRawTransform;
this.RawInput = InputRawTransform;
this.Base = Input;
}
/// <summary> Sets up the data transformer. </summary>
/// <param name="Output"> The underlying output whose values should be transformed. </param>
/// <param name="RangeTransform"> The mathematical expression to use when transforming range information (Output to Parent). </param>
/// <param name="OutputTransform"> The mathematical expression to use when transforming output value information (Parent to Output). </param>
public AnalogueOutTransform(IAnalogueOut Output, TransformTypes.DoubleTransform RangeTransform, TransformTypes.DoubleTransform OutputTransform)
{
this.Range = RangeTransform;
this.Output = OutputTransform;
this.Base = Output;
}
