public MeasuredValue(MeasuredValue mValue)
{
InitValue();
if (ToBaseUnitConversionFactor == mValue.ToBaseUnitConversionFactor)
{
// Fall: Einheiten gleich
if (OrderOfMagnitude == mValue.OrderOfMagnitude)
{
// Fall: Größenordnungen gleich
Value = mValue.Value;
}
else
{
// Fall: Größenordnungen verschieden
Value = Mag.FromTo(mValue.Value, mValue.OrderOfMagnitude, OrderOfMagnitude);
}
}
else
{
// Fall: Einheiten verschieden
Value = Mag.FromTo(mValue.ValueInBaseUnit * (1 / ToBaseUnitConversionFactor), Mag.OrderOfMagnitudeEnum.One, OrderOfMagnitude);
}
}
public override MeasuredValue Create(MeasuredValue Value)
{
return(new PowerInHorsePower((Power)Value));
}
public override MeasuredValue Create(MeasuredValue Value)
{
return(new TimeInMinutes((Time)Value));
}
public override MeasuredValue Create(MeasuredValue Value)
{
return(new EnergyInSKE((Energy)Value));
}
public override MeasuredValue Create(MeasuredValue Value)
{
return(new EnergyInWs <TOrderOfMagnitude>((Energy)Value));
}
public override MeasuredValue Create(MeasuredValue Value)
{
return(new PowerInWatt <TOrderOfMagnitude>((Power)Value));
}
public override MeasuredValue Create(MeasuredValue Value)
{
return(new MassInOunce((Mass)Value));
}
public override MeasuredValue Create(MeasuredValue Value)
{
return(new TimeInSec <TOrderOfMagnitude>((Time)Value));
}
public abstract MeasuredValue Create(MeasuredValue Value);
public override MeasuredValue Create(MeasuredValue Value)
{
return(new MassInGram <TOrderOfMagnitude>((Mass)Value));
}