protected RasModel()
{
this.Key = "RAS";
turbulence = SwitchType.on;
printCoeffs = SwitchType.on;
coeffs = DictEntry.Root("coeffs", new SubDictItem());
}
public FvSchemes()
{
_ddtSchemes = DictEntry.Root("ddtSchemes");
_gradSchemes = DictEntry.Root("gradSchemes");
_divSchemes = DictEntry.Root("divSchemes");
_laplacianSchemes = DictEntry.Root("laplacianSchemes");
_interpolationSchemes = DictEntry.Root("interpolationSchemes");
_snGradSchemes = DictEntry.Root("snGradSchemes");
}
public FvSolution(Solution solution)
{
_solvers = DictEntry.Root("solvers");
_relaxation = new RelaxationFactors();
_solution = solution;
}
public void AddPropertie(string name, ScalerVar propertie)
{
_properties.Remove(name);
_properties.Add(DictEntry.Root(name, new DictItem(propertie)));
}
public virtual void AddContent(string key, object obj)
{
RemoveContent(key);
content.Add(DictEntry.Root(key, new DictItem(obj)));
}