public static void SaveToXml(string path, OneBlockModelSettings model)
{
var xdoc = new XDocument();
var xelem = ToXElement(model, "oneblock");
xelem.Add(
new XElement("Conductivity", model.Conductivity),
new XElement("AnomalySizeX", model.AnomalySizeX),
new XElement("AnomalySizeY", model.AnomalySizeY),
new XElement("AnomalySizeZ", model.AnomalySizeZ),
new XElement("AnomalyStartDepth", model.AnomalyStartDepth));
ModelWriter.SaveBackground(xelem, model.Section1D);
xdoc.Add(xelem);
xdoc.Save(path);
}
public static OneBlockModelSettings LoadOneBlockFromXml(string path)
{
var xdoc = XDocument.Load(path);
var xsettings = xdoc.Element("ModelSettings");
var mesh = ReadMeshParameters(xsettings);
var mb = ReadManualBoundaries(xsettings);
var model = new OneBlockModelSettings(mesh, mb)
.WithConductivity(xsettings.ElementAsDoubleOrNull("Conductivity") ?? -1)
.WithAnomalyStartDepth(xsettings.ElementAsDecimal("AnomalyStartDepth"))
.WithAnomalySizeX(xsettings.ElementAsDecimal("AnomalySizeX"))
.WithAnomalySizeY(xsettings.ElementAsDecimal("AnomalySizeY"))
.WithAnomalySizeZ(xsettings.ElementAsDecimal("AnomalySizeZ"));
model.Section1D = ModelReader.LoadBackground(xsettings);
return(model);
}
public static CartesianModel CreateModelWithoutAnomalyData(OneBlockModelSettings settings)
{
var creater = new OneBlockModelCreater(settings);
return(GenerateModelWithoutAnomalyData(settings, creater.CreateNonMeshedModel));
}
public static CartesianModel CreateOneBlockModel(OneBlockModelSettings settings, Mpi mpi = null)
{
var creater = new OneBlockModelCreater(settings);
return(GenerateModel(mpi, settings, creater.CreateNonMeshedModel));
}
public OneBlockModelCreater(OneBlockModelSettings settings)
{
_settings = settings;
}