public AblPisoSolver()
{
SkipStandalone = true;
Order = 41;
var config = new SowfaProjectConfiguration();
ProductType = ProductType.CFD;
Name = "ABL PISO Solver";
Code = ProductCode.Sowfa_AblPiso;
Description =
@"A large-eddy simulation (LES) solver for computing atmospheric boundary layer turbulent flow with the ability to specify surface roughness, stability, and wind speed and direction. It must be used with hexahedral meshes (like those created by OpenFOAM's blockMesh utility)";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[SowfaProjectItemType.ABL_Geometry],
config.ProjectItemsMap[SowfaProjectItemType.ABL_GeneralSettings],
config.ProjectItemsMap[SowfaProjectItemType.Constant_Gravitation],
config.ProjectItemsMap[SowfaProjectItemType.Constant_Omega],
config.ProjectItemsMap[SowfaProjectItemType.System_Solution],
config.ProjectItemsMap[SowfaProjectItemType.ABL_TransportProperties],
config.ProjectItemsMap[SowfaProjectItemType.ABL_AblProperties],
config.ProjectItemsMap[SowfaProjectItemType.ABL_setFieldsAblDict],
config.ProjectItemsMap[SowfaProjectItemType.ABL_controlDict_1],
config.ProjectItemsMap[SowfaProjectItemType.ABL_controlDict_2],
config.ProjectItemsMap[SowfaProjectItemType.ABL_Schemes],
config.ProjectItemsMap[SowfaProjectItemType.ABL_0_pd],
config.ProjectItemsMap[SowfaProjectItemType.ABL_0_T],
config.ProjectItemsMap[SowfaProjectItemType.ABL_0_U],
});
}
public WindPlantPisoSolver()
{
SkipStandalone = true;
Order = 42;
var config = new SowfaProjectConfiguration();
ProductType = ProductType.CFD;
Name = "Wind Plant PISO Solver";
Code = ProductCode.Sowfa_WindPlantPiso;
Description = @"A specialized version of ABLPisoSolver for performing LES of wind plant flow. It includes the ability to include actuator line turbine models with local grid refinement around the turbine.";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[SowfaProjectItemType.Constant_Gravitation],
config.ProjectItemsMap[SowfaProjectItemType.Constant_Omega],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TransportProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TurbinesProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_AblProperties],
config.ProjectItemsMap[SowfaProjectItemType.WP_controlDict],
config.ProjectItemsMap[SowfaProjectItemType.WP_changeDict],
config.ProjectItemsMap[SowfaProjectItemType.WP_setFieldsAblDict],
config.ProjectItemsMap[SowfaProjectItemType.System_Schemes],
config.ProjectItemsMap[SowfaProjectItemType.System_Solution],
config.ProjectItemsMap[SowfaProjectItemType.WP_0_pd],
config.ProjectItemsMap[SowfaProjectItemType.WP_0_T],
config.ProjectItemsMap[SowfaProjectItemType.WP_0_U],
});
}
public WindPlantPisoSolver()
{
SkipStandalone = true;
Order = 42;
var config = new SowfaProjectConfiguration();
ProductType = ProductType.CFD;
Name = "Wind Plant PISO Solver";
Code = ProductCode.Sowfa_WindPlantPiso;
Description = @"A specialized version of ABLPisoSolver for performing LES of wind plant flow. It includes the ability to include actuator line turbine models with local grid refinement around the turbine.";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[SowfaProjectItemType.Constant_Gravitation],
config.ProjectItemsMap[SowfaProjectItemType.Constant_Omega],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TransportProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TurbinesProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_AblProperties],
config.ProjectItemsMap[SowfaProjectItemType.WP_controlDict],
config.ProjectItemsMap[SowfaProjectItemType.WP_changeDict],
config.ProjectItemsMap[SowfaProjectItemType.WP_setFieldsAblDict],
config.ProjectItemsMap[SowfaProjectItemType.System_Schemes],
config.ProjectItemsMap[SowfaProjectItemType.System_Solution],
config.ProjectItemsMap[SowfaProjectItemType.WP_0_pd],
config.ProjectItemsMap[SowfaProjectItemType.WP_0_T],
config.ProjectItemsMap[SowfaProjectItemType.WP_0_U],
});
}
public AblPisoSolver()
{
SkipStandalone = true;
Order = 41;
var config = new SowfaProjectConfiguration();
ProductType = ProductType.CFD;
Name = "ABL PISO Solver";
Code = ProductCode.Sowfa_AblPiso;
Description =
@"A large-eddy simulation (LES) solver for computing atmospheric boundary layer turbulent flow with the ability to specify surface roughness, stability, and wind speed and direction. It must be used with hexahedral meshes (like those created by OpenFOAM's blockMesh utility)";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[SowfaProjectItemType.ABL_Geometry],
config.ProjectItemsMap[SowfaProjectItemType.ABL_GeneralSettings],
config.ProjectItemsMap[SowfaProjectItemType.Constant_Gravitation],
config.ProjectItemsMap[SowfaProjectItemType.Constant_Omega],
config.ProjectItemsMap[SowfaProjectItemType.System_Solution],
config.ProjectItemsMap[SowfaProjectItemType.ABL_TransportProperties],
config.ProjectItemsMap[SowfaProjectItemType.ABL_AblProperties],
config.ProjectItemsMap[SowfaProjectItemType.ABL_setFieldsAblDict],
config.ProjectItemsMap[SowfaProjectItemType.ABL_controlDict_1],
config.ProjectItemsMap[SowfaProjectItemType.ABL_controlDict_2],
config.ProjectItemsMap[SowfaProjectItemType.ABL_Schemes],
config.ProjectItemsMap[SowfaProjectItemType.ABL_0_pd],
config.ProjectItemsMap[SowfaProjectItemType.ABL_0_T],
config.ProjectItemsMap[SowfaProjectItemType.ABL_0_U],
});
}
public void EditorTypesSupported()
{
var cfg = new SowfaProjectConfiguration();
foreach (SowfaProjectItemType et in Enum.GetValues(typeof(SowfaProjectItemType)))
{
Assert.Contains(et, cfg.ProjectItemsMap.Keys);
}
}
public void GetXml()
{
var cfg = new SowfaProjectConfiguration();
foreach (var pair in cfg.ProjectItemsMap)
{
Console.WriteLine("<item>");
Console.WriteLine("\t<key>{0}</key>", pair.Key);
Console.WriteLine("\t<code>{0}</code>", pair.Value.Code);
Console.WriteLine("\t<title>{0}</title>", pair.Value.DefaultName);
Console.WriteLine("\t<form>{0}</form>", pair.Value.Form);
Console.WriteLine("</item>");
}
}
public void Generate()
{
var cfg = new SowfaProjectConfiguration();
foreach (var pair in cfg.ProjectItemsMap)
{
Console.WriteLine("\tnew ProjectItemDescriptor()");
Console.WriteLine("\t\t.SetDefaultName(\"{0}\")", pair.Value.DefaultName);
Console.WriteLine("\t\t.SetForm(typeof({0}))", pair.Value.Form.Name);
Console.WriteLine("\t\t.SetCommandSave({0})", pair.Value.CommandSave);
Console.WriteLine("\t\t.SetInitializer({0})", pair.Value.FormInitializer);
Console.WriteLine("\t\t.SetCode(SowfaProjectItemType.{0}.ToString())", pair.Key);
Console.WriteLine("\t\t.AddTo(ProjectItemsMap, SowfaProjectItemType.{0});", pair.Key);
Console.WriteLine();
}
}
public FastPisoSolver()
{
Order = 4;
var config = new SowfaProjectConfiguration();
ProductType = ProductType.CFD;
Name = "FAST PISO Solver";
Code = ProductCode.Sowfa_PisoFast;
Description = @"An incompressible Navier-Stokes LES solver (no temperature equation) with the actuator line turbine model coupled to NREL's FAST aeroelastic and turbine system dynamics code.";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[SowfaProjectItemType.Constant_LesProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TransportProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TurbineArrayProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TurbulenceProperties],
config.ProjectItemsMap[SowfaProjectItemType.FAST_controlDict],
config.ProjectItemsMap[SowfaProjectItemType.System_Schemes],
config.ProjectItemsMap[SowfaProjectItemType.System_Solution],
config.ProjectItemsMap[SowfaProjectItemType.FAST_0_nuSgs],
config.ProjectItemsMap[SowfaProjectItemType.FAST_0_p],
config.ProjectItemsMap[SowfaProjectItemType.FAST_0_U],
});
}
public WindPlantPisoFastSolver()
{
Order = 6;
var config = new SowfaProjectConfiguration();
ProductType = ProductType.CFD;
Name = "Wind Plant PISO-FAST Solver";
Code = ProductCode.Sowfa_WindPlantPisoFast;
Description = @"Like windPlantPisoSolver with FAST coupled to the actuator line turbine model.";
DefaultItems.AddRange(new[]
{
config.ProjectItemsMap[SowfaProjectItemType.Constant_Gravitation],
config.ProjectItemsMap[SowfaProjectItemType.Constant_Omega],
config.ProjectItemsMap[SowfaProjectItemType.Constant_TransportProperties],
config.ProjectItemsMap[SowfaProjectItemType.Constant_AblProperties],
config.ProjectItemsMap[SowfaProjectItemType.WP_FAST_controlDict],
config.ProjectItemsMap[SowfaProjectItemType.WP_changeDict],
config.ProjectItemsMap[SowfaProjectItemType.System_Schemes],
config.ProjectItemsMap[SowfaProjectItemType.System_Solution],
config.ProjectItemsMap[SowfaProjectItemType.WP_FAST_0_pd],
config.ProjectItemsMap[SowfaProjectItemType.WP_FAST_0_T],
config.ProjectItemsMap[SowfaProjectItemType.WP_FAST_0_U],
});
}