private static CartesianModel GenerateModelWithoutAnomalyData(ModelSettings settings, Func <NonMeshedModel> genNonMeshed)
{
var nonMeshed = genNonMeshed();
var converter = new NonMeshedToCartesianModelConverter(nonMeshed);
var mesh = settings.Mesh;
converter.SetManualBoundaries(settings.ManualBoundaries);
var cartesian = converter.ConvertWithoutAnomalyData(mesh);
return(cartesian);
}
private static XElement ToXElement(ModelSettings model, string modelType)
{
return(new XElement("ModelSettings", new XAttribute("model", modelType),
new XElement("Nx", model.Mesh.Nx),
new XElement("Ny", model.Mesh.Ny),
new XElement("Nz",
new XAttribute("isGeom", model.Mesh.UseGeometricStepAlongZ),
model.Mesh.UseGeometricStepAlongZ ?
new XAttribute("geomRation", model.Mesh.GeometricRation) :
null, model.Mesh.Nz),
ToXElement(model.ManualBoundaries)));
}
private static CartesianModel GenerateModel(Mpi mpi, ModelSettings settings, Func <NonMeshedModel> genNonMeshed)
{
var nonMeshed = genNonMeshed();
var converter = new NonMeshedToCartesianModelConverter(nonMeshed);
var mesh = settings.Mesh;
converter.SetManualBoundaries(settings.ManualBoundaries);
var nxStart = 0;
var nxLength = mesh.Nx;
if (mpi != null && mpi.IsParallel)
{
nxStart = mpi.CalcLocalHalfNxStart(mesh.Nx);
nxLength = mpi.CalcLocalHalfNxLength(mesh.Nx);
}
var cartesian = converter.Convert(mesh, nxStart, nxLength);
return(cartesian);
}
