public SpecificHeatCapacity WithCounterUnit(EnergyMassDensityUnit newUnit)
{
// generator : FractionValuesGenerator.Add_WithCounterUnit
var oldUnit = Unit.CounterUnit;
if (oldUnit == newUnit)
{
return(this);
}
var oldFactor = GlobalUnitRegistry.Factors.GetThrow(oldUnit);
var newFactor = GlobalUnitRegistry.Factors.GetThrow(newUnit);
var resultUnit = Unit.WithCounterUnit(newUnit);
return(new SpecificHeatCapacity(oldFactor / newFactor * Value, resultUnit));
}
/// <summary>
/// Multiplication operation
/// </summary>
/// <param name="specificHeatCapacity">left factor (multiplicand)</param>
/// <param name="deltaKelvinTemperature">rigth factor (multiplier)</param>
public static EnergyMassDensity operator *(SpecificHeatCapacity specificHeatCapacity, DeltaKelvinTemperature deltaKelvinTemperature)
{
// generator : MultiplyAlgebraGenerator.CreateCodeForLeftFractionValue
// EnergyMassDensity operator *(SpecificHeatCapacity specificHeatCapacity, DeltaKelvinTemperature deltaKelvinTemperature)
// scenario with hint
// .Is<SpecificHeatCapacity, DeltaKelvinTemperature, EnergyMassDensity>("*")
// hint location Add_EnergyMassDensity_DeltaKelvinTemperature_SpecificHeatCapacity, line 16
var specificHeatCapacityUnit = specificHeatCapacity.Unit;
var tmp1 = specificHeatCapacityUnit.CounterUnit;
var resultUnit = new EnergyMassDensityUnit(tmp1.CounterUnit, tmp1.DenominatorUnit);
var deltaKelvinTemperatureConverted = deltaKelvinTemperature.ConvertTo(specificHeatCapacityUnit.DenominatorUnit);
var value = specificHeatCapacity.Value * deltaKelvinTemperatureConverted.Value;
return(new EnergyMassDensity(value, resultUnit));
// scenario D1
}
public SpecificHeatCapacity(decimal value, EnergyMassDensityUnit counterUnit, KelvinTemperatureUnit denominatorUnit)
{
Value = value;
Unit = new SpecificHeatCapacityUnit(counterUnit, denominatorUnit);
}
public bool Equals(EnergyMassDensityUnit other)
{
return(CounterUnit.Equals(other.CounterUnit) && DenominatorUnit.Equals(other.DenominatorUnit));
}
