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);
}
private static void HandleCreateOperatorCode(object sender, OperatorHints.CreateOperatorCodeEventArgs args)
{
if (!args.ShouldITryToCreate(nameof(Def_Energy_Time_Power)))
{
return;
}
var input = args.Input;
var result = args.Result;
result.Comment = args.Input.DebugIs;
if (input.Is <Energy, Power, Time>("/"))
{
args.SetHandled();
AlgebraDefUtils.Add1(result, "timeSeconds");
result.AddVariable("returnType", "energy.Unit.GetSuggestedTimeUnit()");
result.AddVariable("time", "Time.FromSecond(timeSeconds).ConvertTo(returnType)");
result.UseReturnExpression = "time";
return;
}
if (input.Is <Energy, Time, Power>("/"))
{
args.SetHandled();
AlgebraDefUtils.CreateHeuristicCode(args);
return;
}
if (input.Is <Time, Power, Energy>("*"))
{
args.SetHandled();
AlgebraDefUtils.Add1(result, "basicEnergy");
result.UseValueExpression = "basicEnergy";
result.ResultUnit = "EnergyUnits.Joule";
return;
}
if (input.Is <Power, Time, Energy>("*"))
{
args.SetHandled();
result.AddVariable("x", "4");
AlgebraDefUtils.Add1(result, "basicEnergy");
result.UseValueExpression = "basicEnergy";
result.ResultUnit = "EnergyUnits.Joule";
return;
}
}
