public override void Given()
{
this.System = UnitSystemFactory.CreateSystem("SI");
//Base units
this.m = this.System.AddBaseUnit("m", "metre");
this.kg = this.System.AddBaseUnit("kg", "kilogram", true);
this.s = this.System.AddBaseUnit("s", "second");
this.A = this.System.AddBaseUnit("A", "ampere");
this.K = this.System.AddBaseUnit("K", "kelvin");
this.mol = this.System.AddBaseUnit("mol", "mole");
this.cd = this.System.AddBaseUnit("cd", "candela");
//Derived units
this.Hz = this.System.AddDerivedUnit("Hz", "hertz", s ^ -1);
this.N = this.System.AddDerivedUnit("N", "newton", kg * m * (s ^ -2));
this.Pa = this.System.AddDerivedUnit("Pa", "pascal", N * (m ^ -2));
this.J = this.System.AddDerivedUnit("J", "joule", N * m);
this.W = this.System.AddDerivedUnit("W", "watt", J / s);
this.C = this.System.AddDerivedUnit("C", "coulomb", s * A);
this.V = this.System.AddDerivedUnit("V", "volt", W / A);
this.F = this.System.AddDerivedUnit("F", "farad", C / V);
this.Ω = this.System.AddDerivedUnit("Ω", "joule", V / A);
this.S = this.System.AddDerivedUnit("S", "siemens", A / V);
this.Wb = this.System.AddDerivedUnit("Wb", "weber", V * s);
this.T = this.System.AddDerivedUnit("T", "tesla", Wb * (s ^ -2));
this.H = this.System.AddDerivedUnit("H", "inductance", Wb / A);
this.lx = this.System.AddDerivedUnit("lx", "immulinance", (m ^ -2) * cd);
this.Sv = this.System.AddDerivedUnit("Sv", "sievert", J / kg);
this.kat = this.System.AddDerivedUnit("kat", "katal", (s ^ -1) * mol);
//Incoherent units
this.h = this.System.AddDerivedUnit("h", "hour", 60 * 60 * s);
}
static SI()
{
System = UnitSystemFactory.CreateSystem("SI");
//Base units
m = System.AddBaseUnit("m", "metre");
kg = System.AddBaseUnit("kg", "kilogram", true);
s = System.AddBaseUnit("s", "second");
A = System.AddBaseUnit("A", "ampere");
K = System.AddBaseUnit("K", "kelvin");
mol = System.AddBaseUnit("mol", "mole");
cd = System.AddBaseUnit("cd", "candela");
//Derived units
Hz = System.AddDerivedUnit("Hz", "hertz", s ^ -1);
N = System.AddDerivedUnit("N", "newton", kg * m * (s ^ -2));
Pa = System.AddDerivedUnit("Pa", "pascal", N * (m ^ -2));
J = System.AddDerivedUnit("J", "joule", N * m);
W = System.AddDerivedUnit("W", "watt", J / s);
C = System.AddDerivedUnit("C", "coulomb", s * A);
V = System.AddDerivedUnit("V", "volt", W / A);
F = System.AddDerivedUnit("F", "farad", C / V);
Ω = System.AddDerivedUnit("Ω", "joule", V / A);
S = System.AddDerivedUnit("S", "siemens", A / V);
Wb = System.AddDerivedUnit("Wb", "weber", V * s);
T = System.AddDerivedUnit("T", "tesla", Wb * (s ^ -2));
H = System.AddDerivedUnit("H", "inductance", Wb / A);
lx = System.AddDerivedUnit("lx", "illuminance", (m ^ -2) * cd);
Sv = System.AddDerivedUnit("Sv", "sievert", J / kg);
kat = System.AddDerivedUnit("kat", "katal", (s ^ -1) * mol);
//Incoherent units
h = System.AddDerivedUnit("h", "hour", 60 * 60 * s);
}
public void CheckOnlyBaseUnitSIPerformance()
{
var system = UnitSystemFactory.CreateSystem("SI");
var m = system.AddBaseUnit("m", "metre");
var kg = system.AddBaseUnit("kg", "kilogram", true);
var s = system.AddBaseUnit("s", "second");
var kWh = 1000 * kg * (m ^ 2) * (s ^ -2) * 60 * 60;
RunTest("BaseSI", () =>
{
var m3 = m ^ 3;
var energy = new Quantity(100, kWh);
var volume = new Quantity(5, m3);
var result = energy / volume;
});
}
public void CheckDefineWhatYouNeedSIPerformance()
{
var system = UnitSystemFactory.CreateSystem("SI");
var m = system.AddBaseUnit("m", "metre");
var kg = system.AddBaseUnit("kg", "kilogram", true);
var s = system.AddBaseUnit("s", "second");
var N = system.AddDerivedUnit("N", "newton", kg * m * (s ^ -2));
var J = system.AddDerivedUnit("J", "joule", N * m);
var W = system.AddDerivedUnit("W", "watt", J / s);
var h = system.AddDerivedUnit("h", "hour", 60 * 60 * s);
var kWh = 1000 * W * h;
RunTest("SimpleSI", () =>
{
var m3 = m ^ 3;
var energy = new Quantity(100, kWh);
var volume = new Quantity(5, m3);
var result = energy / volume;
});
}
