public UnitGraphTests()
{
AdHocConfig.Use(uc =>
{
uc.SetMeasurePrecision(4);
uc.Unit(U.Meter).IsPhysicalUnit(U._LENGTH);
uc.Unit(U.Centimeter).IsPhysicalUnit(U._LENGTH);
uc.Unit(U.Inch).IsPhysicalUnit(U._LENGTH);
uc.Unit(U.Second).IsPhysicalUnit(U._TIME);
});
ug = new UnitGraph();
var n1 = ug.AddUnit(U.Inch);
var n2 = ug.AddUnit(U.Centimeter);
var n3 = ug.AddUnit(U.Meter);
ug.AddConversion(n1, n2, v => v * 2.54m, v => v * 0.393700787m);
ug.AddConversion(n2, n3, v => v * 0.01m, v => v * 100);
}
public ComplexUnitGraphTests()
{
AdHocConfig.Use(uc =>
{
uc.SetMeasurePrecision(4);
uc.Unit(U.Meter).IsPhysicalUnit(U._LENGTH);
uc.Unit(U.Second).IsPhysicalUnit(U._TIME);
uc.Unit(U.Kilogram)
.IsPhysicalUnit(U._MASS)
.EquivalentTo(U.Joule * U.Second.Squared() / U.Meter.Squared());
uc.Unit(U.Joule)
.IsPhysicalUnit((U._MASS * U._LENGTH.Squared()) / U._TIME.Squared())
.EquivalentTo(U.Kilogram * U.Meter.Squared() / U.Second.Squared());
});
ug = new UnitGraph();
var n1 = ug.AddUnit(U.Kilogram);
var n2 = ug.AddUnit(U.Joule);
ug.AddMeasurementConversion(n1, n2, m => m * PhysicalConstants.EnergyMassFactor, m => m / PhysicalConstants.EnergyMassFactor);
}
