public static void Setup(MultiplicationAlgebra c)
{
var hints2 = new OperatorHints();
hints2.CreateOperatorCode += HandleCreateOperatorCode;
hints2.ImplementingClass = nameof(Def_Energy_Time_Power);
c.WithDiv <Energy, Time, Power>(hints2);
}
public static void Setup(MultiplicationAlgebra c)
{
var hints = new OperatorHints();
hints.ImplementingClass = nameof(Def_Power_EnergyMassDensity_MassStream);
hints.CreateOperatorCode += HandleCreateOperatorCode;
c.WithDiv <Power, EnergyMassDensity, MassStream>(hints);
}
public static void Setup(MultiplicationAlgebra c)
{
var hints = new OperatorHints();
hints.CreateOperatorCode += HandleCreateOperatorCode;
hints.ImplementingClass = nameof(Def_Power_Length_LinearPowerLoss);
c.WithDiv <ValueA, ValueB, ValueC>(hints);
}
public static void Setup(MultiplicationAlgebra c)
{
var hints = new OperatorHints();
hints.ImplementingClass = nameof(Def_LinearForce_Length_Pressure);
hints.CreateOperatorCode += HandleCreateOperatorCode;
c.WithDiv <LinearForce, Length, Pressure>(hints);
}
public static void Setup(MultiplicationAlgebra c)
{
var hints = new OperatorHints();
hints.CreateOperatorCode += HandleCreateOperatorCode;
hints.ImplementingClass = nameof(Def_LinearPowerLoss_Length_Irradiance);
c.WithDiv <UnitA, UnitB, UnitC>(hints);
}
public static void Setup(MultiplicationAlgebra c)
{
var hints = new OperatorHints
{
ImplementingClass = nameof(Def_Force_Area_Pressure)
};
hints.CreateOperatorCode += HandleCreateOperatorCode;
c.WithDiv <TMul, T1, T2>(hints);
}
internal void CreateOperators(MultiplicationAlgebra c)
{
foreach (var i in c.Items)
{
for (var e = 0; e < 4; e++)
{
var el = (NullableArguments)e;
CreateOperator(i.Counter, i.Denominator, i.Result, "/", i.AreRelatedUnits, el, i.OperatorHints);
CreateOperator(i.Counter, i.Result, i.Denominator, "/", i.AreRelatedUnits, el, i.OperatorHints);
CreateOperator(i.Denominator, i.Result, i.Counter, "*", i.AreRelatedUnits, el, i.OperatorHints);
CreateOperator(i.Result, i.Denominator, i.Counter, "*", i.AreRelatedUnits, el, i.OperatorHints);
}
}
}
private static void Add_EnergyMassDensity_DeltaKelvinTemperature_SpecificHeatCapacity(MultiplicationAlgebra c)
{
var hints = new OperatorHints();
hints.CreateOperatorCode += (sender, args) =>
{
args.Result.Comment = args.Input.DebugIs;
AlgebraDefUtils.CreateHeuristicCode(args);
args.SetHandled();
};
hints.ImplementingClass = nameof(MultiplicationAlgebraDefs);
c.WithDiv <EnergyMassDensity, DeltaKelvinTemperature, SpecificHeatCapacity>(hints);
}
