public SolverData()
{
FieldEpsilon = new FieldEpsilon();
FieldK = new FieldK();
FieldNut = new BoundaryField();
FieldP = new FieldP();
FieldR = new FieldR();
FieldU = new FieldU();
#region Handlers
_controlDictHandler = new ControlDictHandler();
_transportPropHandler = new TransportPropertiesHandler();
_blockMeshHandler = new BlockMeshDictHandler();
_turbineArrayPropHandler = new TurbineArrayPropHandler();
_turbineProperiesHandler = new TurbineProperiesHandler("NREL5MWRef", true);
_fieldEpsilonHandler = new FieldEpsilonHandler();
_fieldKHandler = new FieldKHandler();
_fieldPHandler = new FieldPHandler();
_fieldUHandler = new FieldUHandler();
_fieldRHandler = new FieldRHandler();
_fvSolutionHandler = new FvSolutionHandler();
_fvSchemesHandler = new FvSchemesHandler();
_decomposeParDictHandler = new DecomposeParDictHandler();
_turbulencePropertiesHandler = new TurbulencePropertiesHandler();
_airfoilPropertiesHandler = new AirfoilPropertiesHandler(null);
#endregion
#region Data
BlockMeshDict = (BlockMeshDictData) _blockMeshHandler.Read(null);
ControlDict = (ControlDictData) _controlDictHandler.Read(null);
TransportProperties = (TransportPropertiesData) _transportPropHandler.Read(null);
TurbineArrayProperties = (TurbineArrayPropData) _turbineArrayPropHandler.Read(null);
TurbineProperties = (TurbinePropertiesData) _turbineProperiesHandler.Read(null);
FvSolution = (FvSolutionData) _fvSolutionHandler.Read(null);
FvScheme = (FvSchemesData) _fvSchemesHandler.Read(null);
DecomposeParDict = (DecomposeParDictData) _decomposeParDictHandler.Read(null);
TurbulenceProperties = (TurbulencePropertiesData)_turbulencePropertiesHandler.Read(null);
AirfoilData = _airfoilPropertiesHandler.ReadDefault();
#endregion
/* extra post-initialize calls */
InitTransportProperties(TransportProperties);
InitFieldK(FieldK);
InitFieldEpsilon(FieldEpsilon);
InitFieldP(FieldP);
InitFieldR(FieldR);
InitFieldU(FieldU);
AirfoilProperties = new AirfoilPropertiesData();
ProcessingSettings = new ProcessingSettings();
}
private static void InitFieldU(FieldU f)
{
f.InternalField.Type = PatchValueType.Uniform;
f.InternalField.Value1 = 7.304m;
f.InternalField.Value2 = 8.226m;
f.InternalField.Value3 = 0;
f.TopType = PatchType.slip;
f.WestType = PatchType.atmBoundaryLayerInletVelocity;
f.WestParams.Uref = 11;
f.WestParams.Href = 520;
f.WestParams.N = new Vertice()
{
X = 0.664m,
Y = 0.7478m,
Z = 0
};
f.WestParams.Z = new Vertice()
{
X = 0,
Y = 0,
Z = 1
};
f.WestParams.Z0 = new PatchValueScalar()
{
Type = PatchValueType.Uniform,
Value = 0.014m
};
f.WestParams.ZGround = new PatchValueScalar()
{
Type = PatchValueType.Uniform,
Value = 0
};
f.WestParams.Value.Type = PatchValueType.Uniform;
f.WestParams.Value.Value1 = 0;
f.WestParams.Value.Value2 = 0;
f.WestParams.Value.Value3 = 0;
f.EastType = PatchType.zeroGradient;
f.NorthType = PatchType.zeroGradient;
f.BottomType = PatchType.fixedValue;
f.BottomValue.Type = PatchValueType.Uniform;
f.BottomValue.Value1 = 0;
f.BottomValue.Value2 = 0;
f.BottomValue.Value3 = 0;
f.SouthType = PatchType.atmBoundaryLayerInletVelocity;
f.SouthParams.Uref = 11;
f.SouthParams.Href = 520;
f.SouthParams.N = new Vertice()
{
X = 0.664m,
Y = 0.7478m,
Z = 0
};
f.SouthParams.Z = new Vertice()
{
X = 0,
Y = 0,
Z = 1
};
f.SouthParams.Z0 = new PatchValueScalar()
{
Type = PatchValueType.Uniform,
Value = 0.014m
};
f.SouthParams.ZGround = new PatchValueScalar()
{
Type = PatchValueType.Uniform,
Value = 0
};
f.SouthParams.Value.Type = PatchValueType.Uniform;
f.SouthParams.Value.Value1 = 0;
f.SouthParams.Value.Value2 = 0;
f.SouthParams.Value.Value3 = 0;
}
