public void Extend(UnitConfiguration c)
{
c.Unit(Celsius)
.IsPhysicalUnit(_TEMPERATURE)
.ConvertValueBased(Kelvin, v => v + 273.15m, v => v - 273.15m);
c.Unit(Fahrenheit)
.IsPhysicalUnit(_TEMPERATURE)
.ConvertValueBased(Celsius, v => (v - 32) * (5m / 9m), v => v * (9m / 5m) + 32);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Celsius)
.IsPhysicalUnit(_TEMPERATURE)
.ConvertValueBased(Kelvin, v => v + 273.15m, v => v - 273.15m);
c.Unit(Fahrenheit)
.IsPhysicalUnit(_TEMPERATURE)
.ConvertValueBased(Celsius, v => (v - 32) * (5m / 9m), v => v * (9m / 5m) + 32);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Pascal)
.IsPhysicalUnit(_MASS / (_TIME.Squared() * _LENGTH))
.EquivalentTo(Newton / Meter.Squared())
.ConvertValueBased(Bar, v => v * 1E-5m, v => v * 100000)
.ConvertValueBased(Psi, v => 6.894E+3m, v => v * 145.04E-6m);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Pascal)
.IsPhysicalUnit(_MASS / (_TIME.Squared() * _LENGTH))
.EquivalentTo(Newton / Meter.Squared())
.ConvertValueBased(Bar, v => v * 1E-5m, v => v * 100000)
.ConvertValueBased(Psi, v => 6.894E+3m, v => v * 145.04E-6m);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Milligram)
.IsPhysicalUnit(_MASS)
.StartScale()
.To(Carat, 200)
.To(Gram, 5)
.To(Kilogram, 1000)
.To(Ton, 1000);
c.Unit(Ounce)
.IsPhysicalUnit((_MASS))
.StartScale()
.To(Pound, 16);
c.Unit(Gram).ConvertValueBased(Ounce, v => v * 0.0352739619m, v => v * 28.3495231m);
c.Unit(Pound).ConvertValueBased(Kilogram, v => v * 0.45359237m, v => v * 2.20462262m);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Joule)
.IsPhysicalUnit((_MASS * _LENGTH.Squared()) / _TIME.Squared())
.EquivalentTo(Kilogram * Meter.Squared() / Second.Squared())
.ConvertibleTo(Kilogram,
m => m / PhysicalConstants.EnergyMassFactor,
m => m * PhysicalConstants.EnergyMassFactor)
.ConvertibleTo(ElectronVolt, j => 6.242e+18m * j, e => 1.6022e-19m * e)
.StartScale()
.To(KiloJoule, 1000)
.To(MegaJoule, 1000)
.To(GigaJoule, 1000)
.To(TeraJoule, 1000);
c.Unit(Newton)
.IsPhysicalUnit(_MASS * _LENGTH / _TIME.Squared())
.EquivalentTo(Kilogram * Meter / Second.Squared());
}
public void Extend(UnitConfiguration c)
{
c.Unit(Joule)
.IsPhysicalUnit((_MASS * _LENGTH.Squared()) / _TIME.Squared())
.EquivalentTo(Kilogram * Meter.Squared() / Second.Squared())
.ConvertibleTo(Kilogram,
m => m / PhysicalConstants.EnergyMassFactor,
m => m * PhysicalConstants.EnergyMassFactor)
.ConvertibleTo(ElectronVolt, j => 6.242e+18m * j, e => 1.6022e-19m * e)
.StartScale()
.To(KiloJoule, 1000)
.To(MegaJoule, 1000)
.To(GigaJoule, 1000)
.To(TeraJoule, 1000);
c.Unit(Newton)
.IsPhysicalUnit(_MASS * _LENGTH / _TIME.Squared())
.EquivalentTo(Kilogram * Meter / Second.Squared());
}
public void Extend(UnitConfiguration c)
{
c.Unit(Milligram)
.IsPhysicalUnit(_MASS)
.StartScale()
.To(Carat, 200)
.To(Gram, 5)
.To(Kilogram, 1000)
.To(Ton, 1000);
c.Unit(Ounce)
.IsPhysicalUnit((_MASS))
.StartScale()
.To(Pound, 16);
c.Unit(Gram).ConvertValueBased(Ounce, v => v * 0.0352739619m, v => v * 28.3495231m);
c.Unit(Pound).ConvertValueBased(Kilogram, v => v * 0.45359237m, v => v * 2.20462262m);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Nanosecond)
.IsPhysicalUnit(_TIME)
.StartScale()
.To(Microsecond, 1000)
.To(Millisecond, 1000)
.To(Second, 1000)
.To(Minute, 60)
.To(Hour, 60)
.To(Day, 24);
}
public void Extend(UnitConfiguration c)
{
c.Unit(MicroShipLength)
.IsPhysicalUnit(_LENGTH)
.StartScale()
.To(ShipLength, 1000);
c.Unit(Heartbeat)
.IsPhysicalUnit(_TIME)
.StartScale()
.To(Michron, 50)
.To(QMichron, 50)
.To(GreatMichron, 50)
.To(Period, 250);
c.Unit(ShipMass)
.IsPhysicalUnit(_MASS)
.ConvertibleTo(SunMass, m => m / 10E+25m, m => m * 10E+25m);
c[ShipLength].ConvertValueBased(Kilometer, v => v * 2.4640476m, v => v / 2.4640476m);
c[Heartbeat].ConvertValueBased(Second, v => v * 0.821917808219178m, v => v / 0.821917808219178m);
c[ShipMass].ConvertValueBased(Kilogram, v => v * 55402.15m, v => v / 55402.15m);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Nanosecond)
.IsPhysicalUnit(_TIME)
.StartScale()
.To(Microsecond, 1000)
.To(Millisecond, 1000)
.To(Second, 1000)
.To(Minute, 60)
.To(Hour, 60)
.To(Day, 24);
}
public void Extend(UnitConfiguration c)
{
c.Unit(MicroShipLength)
.IsPhysicalUnit(_LENGTH)
.StartScale()
.To(ShipLength, 1000);
c.Unit(Heartbeat)
.IsPhysicalUnit(_TIME)
.StartScale()
.To(Michron, 50)
.To(QMichron, 50)
.To(GreatMichron, 50)
.To(Period, 250);
c.Unit(ShipMass)
.IsPhysicalUnit(_MASS)
.ConvertibleTo(SunMass, m => m / 10E+25m, m => m * 10E+25m);
c[ShipLength].ConvertValueBased(Kilometer, v => v * 2.4640476m, v => v / 2.4640476m);
c[Heartbeat].ConvertValueBased(Second, v => v * 0.821917808219178m, v => v / 0.821917808219178m);
c[ShipMass].ConvertValueBased(Kilogram, v => v * 55402.15m, v => v / 55402.15m);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Nanometer)
.IsPhysicalUnit(_LENGTH)
.StartScale()
.To(Micrometer, 1000)
.To(Millimeter, 1000)
.To(Centimeter, 10)
.To(Meter, 100)
.To(Kilometer, 1000);
c.Unit(Microinch)
.IsPhysicalUnit(_LENGTH)
.StartScale()
.To(Inch, 1000000)
.To(Foot, 12)
.To(Yard, 3)
.To(Mile, 1760);
c.Unit(Inch).ConvertValueBased(Centimeter, v => v * 2.54m, v => 0.393700787m * v);
c.Unit(Mile).ConvertValueBased(Kilometer, v => v * 1.609344m, v => 0.621371192m * v);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Nanometer)
.IsPhysicalUnit(_LENGTH)
.StartScale()
.To(Micrometer, 1000)
.To(Millimeter, 1000)
.To(Centimeter, 10)
.To(Meter, 100)
.To(Kilometer, 1000);
c.Unit(Microinch)
.IsPhysicalUnit(_LENGTH)
.StartScale()
.To(Inch, 1000000)
.To(Foot, 12)
.To(Yard, 3)
.To(Mile, 1760);
c.Unit(Inch).ConvertValueBased(Centimeter, v => v * 2.54m, v => 0.393700787m * v);
c.Unit(Mile).ConvertValueBased(Kilometer, v => v * 1.609344m, v => 0.621371192m * v);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Meter ^ 2)
.ConvertValueBased(Hectare, v => v * 0.0001m, v => v * 10000);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Unit.Parse("Foo")).IsPhysicalUnit(U._TIME);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Meter ^ 2)
.ConvertValueBased(Hectare, v => v * 0.0001m, v => v * 10000);
}
public void Extend(UnitConfiguration c)
{
c.Unit(Unit.Parse("Foo")).IsPhysicalUnit(U._TIME);
}
