public static Quantity Discharge(string caption)
{
Describes describes = new Describes(caption,
"Système international d'unités: Discharge[1], m3·s−1");
return GetQuantity(describes, Dimensions.Discharge());
}
public static Quantity Area(string caption)
{
Describes describes = new Describes(caption,
"Système international d'unités: Area[1], m2");
return GetQuantity(describes, Dimensions.Area());
}
public static Quantity DimensionlessString(string caption)
{
var describes = new Describes(caption, "Dimensionless Double (UNSPECIFIED if unspecified)");
return new Quantity(
new ValueDefinition(describes, typeof(string), "UNSPECIFIED"),
new Unit(new Describes("Dimensionless", "No specified dimensions")));
}
public static Quantity DimensionlessDouble(string caption)
{
var describes = new Describes(caption, "Dimensionless Double (-Inf if unspecified)");
return new Quantity(
new ValueDefinition(describes, typeof(double), Double.NegativeInfinity),
new Unit(new Describes("Dimensionless", "No specified dimensions")));
}
public static Quantity DimensionlessInt32Positive(string caption)
{
var describes = new Describes(caption, "Dimensionless Int32 (-1 if unspecified)");
return new Quantity(
new ValueDefinition(describes, typeof(Int32), -1),
new Unit(new Describes("Dimensionless", "No specified dimensions")));
}
protected override void DoMerge(TestModel model)
{
if (model is TestFile testFiles)
{
_testModelByLine = null;
Describes.Merge(testFiles.Describes);
}
}
public OrphanedInputSpaceTime(ITimeSpaceOutput output)
{
var describes = new Describes("Temporal Target", "= Temporal Target");
SetIdentity(new Identity("FluidEarth2.Sdk.OrphanedInputSpaceTime", describes));
Component = null;
ValueDefinition = output.ValueDefinition;
SpatialDefinition = output.SpatialDefinition;
TimeSet = new TimeSet();
}
public static Quantity Pressure(string caption)
{
Describes describes = new Describes(caption,
"Système international d'unités: Pressure[1], kg·m−1·s−2");
return GetQuantity(describes, Dimensions.Pressure());
}
public static Quantity Length(string caption)
{
Describes describes = new Describes(caption,
"Système international d'unités: Length[1], m");
return GetQuantity(describes, Dimensions.Length());
}
public static Quantity Volume(string caption)
{
Describes describes = new Describes(caption,
"Système international d'unités: Volume[1], m3");
return GetQuantity(describes, Dimensions.Volume());
}
public static Quantity Velocity3d(string caption)
{
Describes describes = new Describes(caption,
"Système international d'unités: Velocity[3], m/s");
return GetQuantity(describes, Dimensions.Velocity(), 3);
}
protected override IBaseInput Convert(OpenMI.Standard.IInputExchangeItem item1)
{
var engineVariable = string.Format("Input{0}.{1}.{2}",
++_nInputs, item1.Quantity.ID, item1.ElementSet.ID);
var describes = new Describes(engineVariable,
string.Format("{0}\r\n\r\n{1}", item1.Quantity.Description, item1.ElementSet.Description));
var elementSet = new ElementSetUnoptimisedStorage(item1.ElementSet);
return new InputSpaceTimeComponent1(
new Identity(engineVariable, describes),
this,
new Quantity(item1.Quantity, typeof(double), -999.999),
elementSet,
engineVariable, -999.999, elementSet.ElementCount);
}
/// <summary>
/// Convert a OpenMI 1.4 output exchange item into corresponding OpenMI 2.0 base output.
/// </summary>
/// <param name="item1">OpenMI version 1.4 output exchange item</param>
/// <returns>OpenMI 2.0 base output</returns>
protected override IBaseOutput Convert(OpenMI.Standard.IOutputExchangeItem item1)
{
var engineVariable = string.Format("Output{0}.{1}.{2}",
++_nOutputs, item1.Quantity.ID, item1.ElementSet.ID);
var describes = new Describes(engineVariable,
string.Format("{0}\r\n\r\n{1}", item1.Quantity.Description, item1.ElementSet.Description));
var v1Xml = V1ModelXmlItem(item1);
var elementSet = ConvertElementSet(item1.ElementSet, v1Xml);
var output = new OutputSpaceTimeUserVariables(
new Identity(engineVariable, describes),
this,
new Quantity(item1.Quantity, typeof(double), -999.999),
elementSet,
engineVariable, -999.999, elementSet.ElementCount);
if (v1Xml != null)
foreach (var kv in v1Xml.UserVariables)
output.UserVariables.Add(kv.Key, kv.Value);
return output;
}
