private void ValidateScaleUnit(ScaleUnit scaleUnit)
{
FabricCommon.ValidateResource(scaleUnit);
Assert.NotNull(scaleUnit.LogicalFaultDomain);
Assert.NotNull(scaleUnit.ScaleUnitType);
Assert.NotNull(scaleUnit.State);
Assert.NotNull(scaleUnit.TotalCapacity);
}
static Temperature()
{
Kelvin = new ScaleUnit <Temperature>(_udic, 1);
Celsius = new ScaleUnit <Temperature>(_udic, 1, -273.15);
Fahrenheit = new ScaleUnit <Temperature>(_udic, 9 / 5.0, -459.67);
DefaultParsers = new Lazy <Funnel <string, Temperature> >(() => new Funnel <string, Temperature>(
new Parser <Temperature>($@"^({CommonRegex.RegexDouble}) ?(k|kelvin)$", m => new Temperature(double.Parse(m.Groups[1].Value), Kelvin)),
new Parser <Temperature>($@"^({CommonRegex.RegexDouble}) ?(f|fahrenheit)$", m => new Temperature(double.Parse(m.Groups[1].Value), Fahrenheit)),
new Parser <Temperature>($@"^({CommonRegex.RegexDouble}) ?(c|celsius)$", m => new Temperature(double.Parse(m.Groups[1].Value), Celsius))
));
}
protected override void OnClose()
{
if (Target == null)
{
return;
}
ScaleUnit sunit = Adaptor.GetUnit <ScaleUnit>();
if (sunit == null)
{
return;
}
SetScale(1 / sunit.Scale);
Target.gameObject.SetActive(false);
Target.Stop();
}
protected override void OnRun()
{
if (Target == null)
{
return;
}
ScaleUnit sunit = Adaptor.GetUnit <ScaleUnit>();
if (sunit == null)
{
return;
}
SetScale(sunit.Scale);
Target.gameObject.SetActive(true);
Target.Play();
}
public ImperialUnitSystem()
{
//length
ft = new ScaleUnit("ft", "feet", FeetToMetres, Unit.SI.m, this);
@in = new ScaleUnit("in", "inch", 1D / 12, ft);
thou = new ScaleUnit("th", "thou", 1D / 1000, @in);
ya = new ScaleUnit("yd", "yard", 3, ft);
ch = new ScaleUnit("ch", "chain", 22, ya);
fur = new ScaleUnit("fur", "furlong", 10, ch);
mi = new ScaleUnit("mi", "mile", 8, fur);
lea = new ScaleUnit("lea", "league", 3, mi);
rod = new ScaleUnit("rod", "rod", 1D / 4, ch);
link = new ScaleUnit("link", "link", 1D / 25, rod);
//area
acre = new DerivedUnit("acre", "acre", fur * ch);
rood = new DerivedUnit("rood", "rood", fur * rod);
perch = new DerivedUnit("perch", "perch", rod ^ 2);
//volume
_cubic_inch = @in ^ 3;
pt = new ScaleUnit("pt", "pint", CubicInchToPint, _cubic_inch);
gi = new ScaleUnit("gi", "gill", 1D / 4, pt);
fl_oz = new ScaleUnit("fl oz", "fluid ounce", 1D / 5, gi);
qt = new ScaleUnit("qt", "quart", 2, pt);
gal = new ScaleUnit("gal", "gallon", 4, qt);
//weight
lb = new ScaleUnit("lb", "pound", PoundToKilogram, Unit.SI.kg, this);
oz = new ScaleUnit("oz", "ounce", 1D / 16, lb);
drc = new ScaleUnit("drc", "drachm", 1D / 16, oz);
gr = new ScaleUnit("gr", "grain", 1D / 7000, lb);
st = new ScaleUnit("st", "stone", 14, lb);
qtr = new ScaleUnit("qtr", "quarter", 28, lb);
cwt = new ScaleUnit("cwt", "hundredweight", 4, qtr);
t = new ScaleUnit("t", "ton", 20, cwt);
}
private void AssertScaleUnitsAreSame(ScaleUnit expected, ScaleUnit found)
{
if (expected == null)
{
Assert.Null(found);
}
else
{
Assert.True(FabricCommon.ResourceAreSame(expected, found));
Assert.Equal(expected.LogicalFaultDomain, found.LogicalFaultDomain);
Assert.Equal(expected.Model, found.Model);
if (expected.Nodes == null)
{
Assert.Null(found.Nodes);
}
else
{
Assert.Equal(expected.Nodes.Count, found.Nodes.Count);
}
Assert.Equal(expected.ScaleUnitType, found.ScaleUnitType);
Assert.Equal(expected.State, found.State);
if (expected.TotalCapacity == null)
{
Assert.Null(found.TotalCapacity);
}
else
{
Assert.Equal(expected.TotalCapacity.Cores, found.TotalCapacity.Cores);
Assert.Equal(expected.TotalCapacity.MemoryGB, found.TotalCapacity.MemoryGB);
}
}
}
public abstract T Visit(ScaleUnit v);
