public KCAPIInventoryItem GetAPIInventoryItem(InventoryItem product)
{
DAC.KNSIKCInventoryItem kcProduct = BulkGraph.KCInventoryItem.SelectSingle(product.InventoryID);
InventoryItemPCExt productPcExt = product.GetExtension <InventoryItemPCExt>();
string classificationName = KCGeneralDataHelper.GetClassificationByInventoryId(ClassificationsGraph, product);
KCAPIInventoryItem apiProduct = new KCAPIInventoryItem()
{
Classification = classificationName
};
if (IsConfigurableParentOrChild(product, productPcExt))
{
PropagateConfigurable(product, apiProduct, productPcExt.UsrKNCompositeType == null);
}
if (productPcExt.UsrKNCompositeType == KCConstants.GroupedProduct)
{
PropagateBundle(product, apiProduct);
}
if (product.KitItem.GetValueOrDefault())
{
PropagateKit(product, apiProduct);
}
KCDynamicProductMapper mapper = new KCDynamicProductMapper(KCMappingEntitiesConstants.Product);
mapper.Mapping.MappingValues = ConversionGraph.GetEntity(product.InventoryCD);
apiProduct = mapper.MapApiInventoryItem(apiProduct, product, kcProduct);
apiProduct = KCGeneralDataHelper.FillReservedAttributes(product, apiProduct);
return(apiProduct);
}
public void UnitNames()
{
var meter = new Unit("meter")
.IsAlsoCalled("metre")
.CanBeAbbreviated("m", "mtr")
.UsePluralFormat("{0}s");
var feet = new Unit("foot")
.PluralizeAs("feet")
.CanBeAbbreviated("ft");
var system = new ConversionGraph()
.RoundToDecimalPlaces(5);
system.AddConversion(Conversions.One(meter).In(feet).Is(3.28084M));
var meterMeasurement = new Measurement(meter, 1);
var feetMeasurement = new Measurement(feet, 2);
var x = system.Convert(meterMeasurement, feet);
Assert.That(system.Convert(meterMeasurement, feet) == 3.28084M);
Assert.That(system.Convert(meterMeasurement, "ft") == 3.28084M);
Assert.That(system.Convert(feetMeasurement, "metre") == 0.6096M);
Assert.That(system.Convert(feetMeasurement, "mtr") == 0.6096M);
Assert.That(system.Convert(feetMeasurement, "m") == 0.6096M);
Assert.That(meterMeasurement.ToAbbreviatedString() == "1 m");
Assert.That(meterMeasurement.ToString() == "1 meter");
Assert.That(feetMeasurement.ToAbbreviatedString() == "2 ft");
Assert.That(feetMeasurement.ToString() == "2 feet");
}
public void UnitNames()
{
var meter = new Unit("meter")
.IsAlsoCalled("metre")
.CanBeAbbreviated("m", "mtr")
.UsePluralFormat("{0}s");
var feet = new Unit("foot")
.PluralizeAs("feet")
.CanBeAbbreviated("ft");
var system = new ConversionGraph()
.RoundToDecimalPlaces(5);
system.AddConversion(Conversions.One(meter).In(feet).Is(3.28084M));
var meterMeasurement = new Measurement(meter, 1);
var feetMeasurement = new Measurement(feet, 2);
var x = system.Convert(meterMeasurement, feet);
Assert.That(system.Convert(meterMeasurement, feet) == 3.28084M);
Assert.That(system.Convert(meterMeasurement, "ft") == 3.28084M);
Assert.That(system.Convert(feetMeasurement, "metre") == 0.6096M);
Assert.That(system.Convert(feetMeasurement, "mtr") == 0.6096M);
Assert.That(system.Convert(feetMeasurement, "m") == 0.6096M);
Assert.That(meterMeasurement.ToAbbreviatedString() == "1 m");
Assert.That(meterMeasurement.ToString() == "1 meter");
Assert.That(feetMeasurement.ToAbbreviatedString() == "2 ft");
Assert.That(feetMeasurement.ToString() == "2 feet");
}
public void Setup()
{
_graph = new ConversionGraph();
var meter = SI.Length.Meter;
meter
.UsePluralFormat("{0}s")
.CanBeAbbreviated("mtr")
.IsAlsoCalled("Metres");
var feet = US.Length.Foot;
feet.PluralizeAs("feet");
Conversion c = Conversions.One(meter).In(feet).Is(3.28084M);
_graph.AddConversion(c);
Conversion x = Conversions.One(SI.Length.Kilometer).In(meter).Is(1000M);
_graph.AddConversion(x);
_graph
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
}
public void Setup()
{
_graph = new ConversionGraph();
var meter = SI.Length.Meter;
var mile = US.Length.Mile;
var feet = US.Length.Foot;
feet.PluralizeAs("feet");
var kilometer = SI.Length.Kilometer.HasCounterPart(mile);
var nanofoot = new Unit("nanofoot").SystemIs("US");
var nanometer = new Unit("nanometer").SystemIs("metric");
var picometer = new Unit("picometer").SystemIs("metric");
nanofoot.HasCounterPart(nanometer);
_graph.AddConversion(Conversions.One(meter).In(feet).Is(3.28084M));
_graph.AddConversion(Conversions.One(kilometer).In(meter).Is(1000M));
_graph.AddConversion(Conversions.One(mile).In(feet).Is(5280M));
_graph.AddConversion(Conversions.From(feet).To(nanofoot).MultiplyBy(0.000000001M));
_graph.AddConversion(Conversions.From(picometer).To(nanometer).MultiplyBy(0.001M));
_graph
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
}
public void Setup()
{
_graph = new ConversionGraph();
var meter = SI.Length.Meter;
var mile = US.Length.Mile;
var feet = US.Length.Foot;
feet.PluralizeAs("feet");
var kilometer = SI.Length.Kilometer.HasCounterPart(mile);
var nanofoot = new Unit("nanofoot").SystemIs("US");
var nanometer = new Unit("nanometer").SystemIs("metric");
var picometer = new Unit("picometer").SystemIs("metric");
nanofoot.HasCounterPart(nanometer);
_graph.AddConversion(Conversions.One(meter).In(feet).Is(3.28084M));
_graph.AddConversion(Conversions.One(kilometer).In(meter).Is(1000M));
_graph.AddConversion(Conversions.One(mile).In(feet).Is(5280M));
_graph.AddConversion(Conversions.From(feet).To(nanofoot).MultiplyBy(0.000000001M));
_graph.AddConversion(Conversions.From(picometer).To(nanometer).MultiplyBy(0.001M));
_graph
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
}
/// <summary>
/// Build a graph representing all possible exchange rates.
/// </summary>
public static ConversionGraph BuildGraph(InputFile file)
{
var graph = new ConversionGraph(file);
graph.Build();
return(graph);
}
/// <summary>
/// Validate that the found path is valid, i.e. entirely connected. Throws otherwise.
/// </summary>
public static void CheckPath(ConversionGraph graph, Path path)
{
if (!path.IsValid())
{
throw new ApplicationException($"The found path is not entirely connected:\r\n\t{path}\r\n\t{graph}.");
}
}
public static double ConvertToMetre(double d, string unitMeasure)
{
Unit meter = new Unit("meter").IsAlsoCalled("metre").CanBeAbbreviated("m");
Unit angstrom = new Unit("ångström").CanBeAbbreviated("Å");
Unit nanometer = new Unit("nanometer").CanBeAbbreviated("nm");
Unit astronomical_unit = new Unit("astronomical unit").CanBeAbbreviated("ua");
Unit chain = new Unit("chain").CanBeAbbreviated("ch");
Unit fathom = new Unit("fathom");
Unit femtometer = new Unit("femtometer").CanBeAbbreviated("fm");
Unit fermi = new Unit("fermi");
Unit foot = new Unit("foot").CanBeAbbreviated("ft");
Unit inch = new Unit("inch").CanBeAbbreviated("in");
Unit light_year = new Unit("light year").CanBeAbbreviated("l. y.");
Unit microinch = new Unit("microinch");
Unit micrometer = new Unit("micrometer").CanBeAbbreviated("μm");
Unit micron = new Unit("micron").CanBeAbbreviated("μ");
Unit mil = new Unit("mil");
Unit mile = new Unit("mile").CanBeAbbreviated("mi");
Unit kilometer = new Unit("kilometer").CanBeAbbreviated("km");
Unit parsec = new Unit("parsec").CanBeAbbreviated("pc");
Unit pica = new Unit("pica");
Unit millimeter = new Unit("millimeter").CanBeAbbreviated("mm");
Unit point = new Unit("point");
Unit rod = new Unit("rod").CanBeAbbreviated("rd");
Unit yard = new Unit("yard").CanBeAbbreviated("yd");
ConversionGraph system = new ConversionGraph();
system.AddConversion(
Conversions.From(angstrom).To(meter).MultiplyBy(1.0E-10m),
Conversions.From(angstrom).To(nanometer).MultiplyBy(1.0E-01m),
Conversions.From(astronomical_unit).To(meter).MultiplyBy(1.495979E+11m),
Conversions.From(chain).To(meter).MultiplyBy(2.011684E+1m),
Conversions.From(fathom).To(meter).MultiplyBy(1.828804E+00m),
Conversions.From(fermi).To(meter).MultiplyBy(1.0E-15m),
Conversions.From(fermi).To(femtometer).MultiplyBy(1.0E+00m),
Conversions.From(foot).To(meter).MultiplyBy(3.048E-01m),
Conversions.From(inch).To(meter).MultiplyBy(2.54E-02m),
Conversions.From(light_year).To(meter).MultiplyBy(9.46073E+15m),
Conversions.From(microinch).To(meter).MultiplyBy(2.54E-08m),
Conversions.From(microinch).To(micrometer).MultiplyBy(2.54E-02m),
Conversions.From(micron).To(meter).MultiplyBy(1.0E-06m),
Conversions.From(micron).To(micrometer).MultiplyBy(1.0E+00m),
Conversions.From(mil).To(meter).MultiplyBy(2.54E-05m),
Conversions.From(mil).To(millimeter).MultiplyBy(2.54E-02m),
Conversions.From(mile).To(meter).MultiplyBy(1.609344E+03m),
Conversions.From(mile).To(kilometer).MultiplyBy(1.609344E+00m),
Conversions.From(parsec).To(meter).MultiplyBy(3.085678E+16m),
Conversions.From(pica).To(meter).MultiplyBy(4.233333E-03m),
Conversions.From(pica).To(millimeter).MultiplyBy(4.233333E+00m),
Conversions.From(point).To(meter).MultiplyBy(3.527778E-04m),
Conversions.From(point).To(millimeter).MultiplyBy(3.527778E-01m),
Conversions.From(rod).To(meter).MultiplyBy(5.029210E+00m),
Conversions.From(yard).To(meter).MultiplyBy(9.144E-01m));
Measurement measurement = new Measurement(unitMeasure, (decimal)d);
return((double)system.Convert(measurement, meter));
}
public static ConversionGraph Volume()
{
var graph = new ConversionGraph();
var gallons = US.Volume.Gallon;
var liter = SI.Volume.Liter;
graph.AddConversion(
Conversions.From(gallons).To(liter).MultiplyBy(3.78541M));
return graph;
}
public static ConversionGraph Time()
{
var graph = new ConversionGraph();
var seconds = SI.Time.Second;
var minutes = SI.Time.Minute;
var hours = SI.Time.Hour;
graph.AddConversion(
Conversions.From(hours).To(minutes).MultiplyBy(60),
Conversions.From(minutes).To(seconds).MultiplyBy(60)
);
return graph;
}
public void DollarsToYen()
{
var dollar = new Unit("dollar")
.UsePluralFormat("{0}s");
var yen = new Unit("yen");
var system = new ConversionGraph().RoundToDecimalPlaces(2);
system.AddConversion(Conversions.One(dollar).In(yen).Is(78.5300M));
var dollarAmount = new Measurement(dollar, 10);
var yenAmount = new Measurement(yen, 10000);
Assert.That(system.Convert(dollarAmount, yen) == 785.30M);
Assert.That(system.Convert(yenAmount, dollar) == 127.34M);
}
public void DollarsToYen()
{
var dollar = new Unit("dollar")
.UsePluralFormat("{0}s");
var yen = new Unit("yen");
var system = new ConversionGraph().RoundToDecimalPlaces(2);
system.AddConversion(Conversions.One(dollar).In(yen).Is(78.5300M));
var dollarAmount = new Measurement(dollar, 10);
var yenAmount = new Measurement(yen, 10000);
Assert.That(system.Convert(dollarAmount, yen) == 785.30M);
Assert.That(system.Convert(yenAmount, dollar) == 127.34M);
}
public void Setup()
{
_graph = new ConversionGraph()
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
var fahrenheit = US.Temperature.Fahrenheit;
var celcius = SI.Temperature.Celcius;
_graph.AddConversion(
Conversions.From(fahrenheit).To(celcius).Subtract(32).MultiplyBy(5M / 9M));
_graph.AddConversion(Conversions.From(celcius).To(new Unit("Kelvin")).Add(273.15M));
SI.Temperature.Celcius
.CanBeAbbreviated("C", "°C")
.IsAlsoCalled("centigrade", "celcius", "Centigrade");
}
public void Setup()
{
_graph = new ConversionGraph()
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
var fahrenheit = US.Temperature.Fahrenheit;
var celcius = SI.Temperature.Celcius;
_graph.AddConversion(
Conversions.From(fahrenheit).To(celcius).Subtract(32).MultiplyBy(5M / 9M));
_graph.AddConversion(Conversions.From(celcius).To(new Unit("Kelvin")).Add(273.15M));
SI.Temperature.Celcius
.CanBeAbbreviated("C", "°C")
.IsAlsoCalled("centigrade", "celcius", "Centigrade");
}
public void IndirectConversion()
{
var system = new ConversionGraph();
var meter = new Unit("meter");
var kilometer = new Unit("kilometer");
var foot = new Unit("foot");
system.AddConversion(
Conversions.From(kilometer).To(meter).MultiplyBy(1000M),
Conversions.From(meter).To(foot).MultiplyBy(3.28084M)
);
var measurement = new Measurement(kilometer, 100M);
Assert.That(system.Convert(measurement, foot) == 328084M);
Assert.That(system.Convert(new Measurement(foot, 328084M), kilometer) == 100M);
}
public void IndirectConversion()
{
var system = new ConversionGraph();
var meter = new Unit("meter");
var kilometer = new Unit("kilometer");
var foot = new Unit("foot");
system.AddConversion(
Conversions.From(kilometer).To(meter).MultiplyBy(1000M),
Conversions.From(meter).To(foot).MultiplyBy(3.28084M)
);
var measurement = new Measurement(kilometer, 100M);
Assert.That(system.Convert(measurement, foot) == 328084M);
Assert.That(system.Convert(new Measurement(foot, 328084M), kilometer) == 100M);
}
public void Setup()
{
_graph = new ConversionGraph();
var meter = SI.Length.Meter;
var feet = US.Length.Foot;
var kilometer = SI.Length.Kilometer;
Conversion c = Conversions.One(meter).In(feet).Is(3.28084M);
_graph.AddConversion(c);
Conversion x = Conversions.One(kilometer).In(meter).Is(1000M);
_graph.AddConversion(x);
_graph
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
}
public void Setup()
{
_graph = new ConversionGraph();
var meter = SI.Length.Meter;
var feet = US.Length.Foot;
var kilometer = SI.Length.Kilometer;
Conversion c = Conversions.One(meter).In(feet).Is(3.28084M);
_graph.AddConversion(c);
Conversion x = Conversions.One(kilometer).In(meter).Is(1000M);
_graph.AddConversion(x);
_graph
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
}
public static double ConvertToSquareMetre(double d, string unitMeasure)
{
Unit square_meter = new Unit("square meter").CanBeAbbreviated("m2", "m^2");
Unit acre = new Unit("acre");
Unit are = new Unit("are").CanBeAbbreviated("a");
Unit barn = new Unit("barn").CanBeAbbreviated("b");
Unit circular_mil = new Unit("circular mil");
Unit square_millimeter = new Unit("square millimeter").CanBeAbbreviated("mm2", "mm^2");
Unit foot_to_the_fourth_power = new Unit("foot to the fourth power").CanBeAbbreviated("ft4", "ft^4");
Unit meter_to_the_fourth_power = new Unit("meter to the fourth power").CanBeAbbreviated("m4", "m^4");
Unit hectare = new Unit("hectare").CanBeAbbreviated("ha");
Unit inch_to_the_fourth_power = new Unit("inch to the fourth power").CanBeAbbreviated("in4", "in^4");
Unit square_foot = new Unit("square foot").CanBeAbbreviated("ft2", "ft^2");
Unit square_inch = new Unit("square inch").CanBeAbbreviated("in2", "in^2");
Unit square_centimeter = new Unit("square centimeter").CanBeAbbreviated("cm2", "cm^2");
Unit square_mile = new Unit("square mile").CanBeAbbreviated("mi2", "mi^2");
Unit square_kilometer = new Unit("square kilometer").CanBeAbbreviated("km2", "km^2");
Unit square_yard = new Unit("square yard ").CanBeAbbreviated("yd2", "yd^2");
ConversionGraph system = new ConversionGraph();
system.AddConversion(
Conversions.From(acre).To(square_meter).MultiplyBy(4.046873E+03m),
Conversions.From(are).To(square_meter).MultiplyBy(1.0E+02m),
Conversions.From(barn).To(square_meter).MultiplyBy(1.0E-28m),
Conversions.From(circular_mil).To(square_meter).MultiplyBy(5.067075E-10m),
Conversions.From(circular_mil).To(square_millimeter).MultiplyBy(5.067075E-04m),
Conversions.From(foot_to_the_fourth_power).To(meter_to_the_fourth_power).MultiplyBy(8.630975E-03m),
Conversions.From(hectare).To(square_meter).MultiplyBy(1.0E+04m),
Conversions.From(inch_to_the_fourth_power).To(meter_to_the_fourth_power).MultiplyBy(4.162314E-07m),
Conversions.From(square_foot).To(square_meter).MultiplyBy(9.290304E-02m),
Conversions.From(square_inch).To(square_meter).MultiplyBy(6.4516E-04m),
Conversions.From(square_inch).To(square_centimeter).MultiplyBy(6.4516E+00m),
Conversions.From(square_mile).To(square_meter).MultiplyBy(2.589988E+06m),
Conversions.From(square_mile).To(square_kilometer).MultiplyBy(2.589988E+00m),
Conversions.From(square_yard).To(square_meter).MultiplyBy(8.361274E-01m));
Measurement measurement = new Measurement(unitMeasure, (decimal)d);
return((double)system.Convert(measurement, square_meter));
}
public static ConversionGraph Length()
{
var graph = new ConversionGraph();
var meters = SI.Length.Meter;
var kilometers = SI.Length.Kilometer;
var feet = US.Length.Foot;
var miles = US.Length.Mile;
var inches = US.Length.Inch;
var decimeters = SI.Length.Decimeter;
var centimeters = SI.Length.Centimeter;
var millimeters = SI.Length.Millimeter;
var micrometers = SI.Length.Micrometer;
var nanometers = SI.Length.Nanometer;
var picometers = SI.Length.Picometer;
var femtometers = SI.Length.Femtometer;
var attometers = SI.Length.Attometer;
var zeptometers = SI.Length.Zeptometer;
var yoctometers = SI.Length.Yoctometer;
graph.AddConversion(
Conversions.From(meters).To(decimeters).MultiplyBy(10M),
Conversions.From(decimeters).To(centimeters).MultiplyBy(10M),
Conversions.From(centimeters).To(millimeters).MultiplyBy(10M),
Conversions.From(millimeters).To(micrometers).MultiplyBy(1000M),
Conversions.From(micrometers).To(nanometers).MultiplyBy(1000M),
Conversions.From(nanometers).To(picometers).MultiplyBy(1000M),
Conversions.From(picometers).To(femtometers).MultiplyBy(1000M),
Conversions.From(femtometers).To(attometers).MultiplyBy(1000M),
Conversions.From(attometers).To(zeptometers).MultiplyBy(1000M),
Conversions.From(zeptometers).To(yoctometers).MultiplyBy(1000M),
Conversions.From(meters).To(kilometers).DivideBy(1000M),
Conversions.From(meters).To(feet).MultiplyBy(3.28084M),
Conversions.From(feet).To(miles).DivideBy(0.000189394M),
Conversions.From(feet).To(inches).MultiplyBy(12M)
);
return graph;
}
private static void Main(string[] args)
{
// Quick and dirty example of generating graph images for debugging
// This assumes you have Graphviz 2.28 installed
var meter_to_feet = new ConversionGraph();
var meter = new Unit("meter");
var feet = new Unit("foot");
meter_to_feet.AddConversion(Conversions.One(meter).In(feet).Is(3.28084M));
meter_to_feet.ToDotFile("meter_feet.dot", VisualizationOptions.None);
Process.Start(@"C:\Program Files (x86)\Graphviz 2.28\bin\dot.exe", "-Tpng meter_feet.dot -o meter_feet.png");
var more_complex = new ConversionGraph();
var kilometer = new Unit("kilometer");
var inches = new Unit("inch");
more_complex.AddConversion(
Conversions.From(kilometer).To(meter).MultiplyBy(1000M),
Conversions.From(meter).To(feet).MultiplyBy(3.28084M),
Conversions.From(feet).To(inches).MultiplyBy(12M)
);
more_complex.ToDotFile("more_complex.dot", VisualizationOptions.NumberEdges);
Process.Start(@"C:\Program Files (x86)\Graphviz 2.28\bin\dot.exe",
"-Tpng more_complex.dot -o more_complex.png");
DefaultConfigurations.Length().ToDotFile("length.dot", VisualizationOptions.NumberEdges | VisualizationOptions.ShowSystem);
Process.Start(@"C:\Program Files (x86)\Graphviz 2.28\bin\dot.exe",
"-Tpng length.dot -o length.png");
}
private static void Main(string[] args)
{
// Quick and dirty example of generating graph images for debugging
// This assumes you have Graphviz 2.28 installed
var meter_to_feet = new ConversionGraph();
var meter = new Unit("meter");
var feet = new Unit("foot");
meter_to_feet.AddConversion(Conversions.One(meter).In(feet).Is(3.28084M));
meter_to_feet.ToDotFile("meter_feet.dot", VisualizationOptions.None);
Process.Start(@"C:\Program Files (x86)\Graphviz 2.28\bin\dot.exe", "-Tpng meter_feet.dot -o meter_feet.png");
var more_complex = new ConversionGraph();
var kilometer = new Unit("kilometer");
var inches = new Unit("inch");
more_complex.AddConversion(
Conversions.From(kilometer).To(meter).MultiplyBy(1000M),
Conversions.From(meter).To(feet).MultiplyBy(3.28084M),
Conversions.From(feet).To(inches).MultiplyBy(12M)
);
more_complex.ToDotFile("more_complex.dot", VisualizationOptions.NumberEdges);
Process.Start(@"C:\Program Files (x86)\Graphviz 2.28\bin\dot.exe",
"-Tpng more_complex.dot -o more_complex.png");
DefaultConfigurations.Length().ToDotFile("length.dot", VisualizationOptions.NumberEdges | VisualizationOptions.ShowSystem);
Process.Start(@"C:\Program Files (x86)\Graphviz 2.28\bin\dot.exe",
"-Tpng length.dot -o length.png");
}
public static double ConvertToSquareMetre(double d, string unitMeasure) {
Unit square_meter = new Unit("square meter").CanBeAbbreviated("m2", "m^2");
Unit acre = new Unit("acre");
Unit are = new Unit("are").CanBeAbbreviated("a");
Unit barn = new Unit("barn").CanBeAbbreviated("b");
Unit circular_mil = new Unit("circular mil");
Unit square_millimeter = new Unit("square millimeter").CanBeAbbreviated("mm2", "mm^2");
Unit foot_to_the_fourth_power = new Unit("foot to the fourth power").CanBeAbbreviated("ft4", "ft^4");
Unit meter_to_the_fourth_power = new Unit("meter to the fourth power").CanBeAbbreviated("m4", "m^4");
Unit hectare = new Unit("hectare").CanBeAbbreviated("ha");
Unit inch_to_the_fourth_power = new Unit("inch to the fourth power").CanBeAbbreviated("in4", "in^4");
Unit square_foot = new Unit("square foot").CanBeAbbreviated("ft2", "ft^2");
Unit square_inch = new Unit("square inch").CanBeAbbreviated("in2", "in^2");
Unit square_centimeter = new Unit("square centimeter").CanBeAbbreviated("cm2", "cm^2");
Unit square_mile = new Unit("square mile").CanBeAbbreviated("mi2", "mi^2");
Unit square_kilometer = new Unit("square kilometer").CanBeAbbreviated("km2", "km^2");
Unit square_yard = new Unit("square yard ").CanBeAbbreviated("yd2", "yd^2");
ConversionGraph system = new ConversionGraph();
system.AddConversion(
Conversions.From(acre).To(square_meter).MultiplyBy((decimal)4.046873E+03),
Conversions.From(are).To(square_meter).MultiplyBy((decimal)1.0E+02),
Conversions.From(barn).To(square_meter).MultiplyBy((decimal)1.0E-28),
Conversions.From(circular_mil).To(square_meter).MultiplyBy((decimal)5.067075E-10),
Conversions.From(circular_mil).To(square_millimeter).MultiplyBy((decimal)5.067075E-04),
Conversions.From(foot_to_the_fourth_power).To(meter_to_the_fourth_power).MultiplyBy((decimal)8.630975E-03),
Conversions.From(hectare).To(square_meter).MultiplyBy((decimal)1.0E+04),
Conversions.From(inch_to_the_fourth_power).To(meter_to_the_fourth_power).MultiplyBy((decimal)4.162314E-07),
Conversions.From(square_foot).To(square_meter).MultiplyBy((decimal)9.290304E-02),
Conversions.From(square_inch).To(square_meter).MultiplyBy((decimal)6.4516E-04),
Conversions.From(square_inch).To(square_centimeter).MultiplyBy((decimal)6.4516E+00),
Conversions.From(square_mile).To(square_meter).MultiplyBy((decimal)2.589988E+06),
Conversions.From(square_mile).To(square_kilometer).MultiplyBy((decimal)2.589988E+00),
Conversions.From(square_yard).To(square_meter).MultiplyBy((decimal)8.361274E-01));
Measurement measurement = new Measurement(unitMeasure, (decimal)d);
return (double)system.Convert(measurement, square_meter);
}
public void SetUp()
{
_time = Convertinator.DefaultConfigurations.Time();
}
public void SetUp()
{
_volume = Convertinator.DefaultConfigurations.Volume();
}
public static double ConvertToMetre(double d, string unitMeasure) {
Unit meter = new Unit("meter").IsAlsoCalled("metre").CanBeAbbreviated("m");
Unit angstrom = new Unit("ångström").CanBeAbbreviated("Å");
Unit nanometer = new Unit("nanometer").CanBeAbbreviated("nm");
Unit astronomical_unit = new Unit("astronomical unit").CanBeAbbreviated("ua");
Unit chain = new Unit("chain").CanBeAbbreviated("ch");
Unit fathom = new Unit("fathom");
Unit femtometer = new Unit("femtometer").CanBeAbbreviated("fm");
Unit fermi = new Unit("fermi");
Unit foot = new Unit("foot").CanBeAbbreviated("ft");
Unit inch = new Unit("inch").CanBeAbbreviated("in");
Unit light_year = new Unit("light year").CanBeAbbreviated("l. y.");
Unit microinch = new Unit("microinch");
Unit micrometer = new Unit("micrometer").CanBeAbbreviated("μm");
Unit micron = new Unit("micron").CanBeAbbreviated("μ");
Unit mil = new Unit("mil");
Unit mile = new Unit("mile").CanBeAbbreviated("mi");
Unit kilometer = new Unit("kilometer").CanBeAbbreviated("km");
Unit parsec = new Unit("parsec").CanBeAbbreviated("pc");
Unit pica = new Unit("pica");
Unit millimeter = new Unit("millimeter").CanBeAbbreviated("mm");
Unit point = new Unit("point");
Unit rod = new Unit("rod").CanBeAbbreviated("rd");
Unit yard = new Unit("yard").CanBeAbbreviated("yd");
ConversionGraph system = new ConversionGraph();
system.AddConversion(
Conversions.From(angstrom).To(meter).MultiplyBy((decimal)1.0E-10),
Conversions.From(angstrom).To(nanometer).MultiplyBy((decimal)1.0E-01),
Conversions.From(astronomical_unit).To(meter).MultiplyBy((decimal)1.495979E+11),
Conversions.From(chain).To(meter).MultiplyBy((decimal)2.011684E+1),
Conversions.From(fathom).To(meter).MultiplyBy((decimal)1.828804E+00),
Conversions.From(fermi).To(meter).MultiplyBy((decimal)1.0E-15),
Conversions.From(fermi).To(femtometer).MultiplyBy((decimal)1.0E+00),
Conversions.From(foot).To(meter).MultiplyBy((decimal)3.048E-01),
Conversions.From(inch).To(meter).MultiplyBy((decimal)2.54E-02),
Conversions.From(light_year).To(meter).MultiplyBy((decimal)9.46073E+15),
Conversions.From(microinch).To(meter).MultiplyBy((decimal)2.54E-08),
Conversions.From(microinch).To(micrometer).MultiplyBy((decimal)2.54E-02),
Conversions.From(micron).To(meter).MultiplyBy((decimal)1.0E-06),
Conversions.From(micron).To(micrometer).MultiplyBy((decimal)1.0E+00),
Conversions.From(mil).To(meter).MultiplyBy((decimal)2.54E-05),
Conversions.From(mil).To(millimeter).MultiplyBy((decimal)2.54E-02),
Conversions.From(mile).To(meter).MultiplyBy((decimal)1.609344E+03),
Conversions.From(mile).To(kilometer).MultiplyBy((decimal)1.609344E+00),
Conversions.From(parsec).To(meter).MultiplyBy((decimal)3.085678E+16),
Conversions.From(pica).To(meter).MultiplyBy((decimal)4.233333E-03),
Conversions.From(pica).To(millimeter).MultiplyBy((decimal)4.233333E+00),
Conversions.From(point).To(meter).MultiplyBy((decimal)3.527778E-04),
Conversions.From(point).To(millimeter).MultiplyBy((decimal)3.527778E-01),
Conversions.From(rod).To(meter).MultiplyBy((decimal)5.029210E+00),
Conversions.From(yard).To(meter).MultiplyBy((decimal)9.144E-01));
Measurement measurement = new Measurement(unitMeasure, (decimal)d);
return (double)system.Convert(measurement, meter);
}
public void SetUp()
{
_time = Convertinator.DefaultConfigurations.Time();
}
public Dijkstra(ConversionGraph graph)
{
this.graph = graph;
}
public void Setup()
{
_graph = new ConversionGraph();
var meter = SI.Length.Meter;
meter
.UsePluralFormat("{0}s")
.CanBeAbbreviated("mtr")
.IsAlsoCalled("Metres");
var feet = US.Length.Foot;
feet.PluralizeAs("feet");
Conversion c = Conversions.One(meter).In(feet).Is(3.28084M);
_graph.AddConversion(c);
Conversion x = Conversions.One(SI.Length.Kilometer).In(meter).Is(1000M);
_graph.AddConversion(x);
_graph
.RoundUsing(MidpointRounding.AwayFromZero)
.RoundToDecimalPlaces(4);
}
public void SetUp()
{
_length = Convertinator.DefaultConfigurations.Length();
}
/// <summary>
/// Find the shortest path between two currencies in the graph.
/// </summary>
public static Path FindPath(ConversionGraph graph, Currency from, Currency to)
{
var solver = new Dijkstra(graph);
return(solver.Solve(from, to));
}
public void SetUp()
{
_volume = Convertinator.DefaultConfigurations.Volume();
}
public void SetUp()
{
_length = Convertinator.DefaultConfigurations.Length();
}
