public Problem(List <Area> areas, IterationProcess iterationProcess)
{
this.Areas = areas;
this.IterationProcess = iterationProcess;
boundaryOutputPoints = new List <BoundaryOutputPoint>();
timeOutputPoints = new List <double>();
domainOutputPoints = new List <RealPoint>();
}
public static ConfigurationData MapMaterialProperties(XElement xml, IterationProcess iterationProcess)
{
var cd = xml.Elements(materialPropertiesElementName).First();
var diffusionCoefficientXElement = cd.Element(diffusionCoefficientElementName);
var diffusionCoefficient = diffusionCoefficientXElement.Value.Replace(".", ",");
var timeDependentDiffusionCoefficient = diffusionCoefficient.Contains('T');//diffusionCoefficientXElement.Attribute(temperatureDependentAttributeName) != null ? bool.Parse(diffusionCoefficientXElement.Attribute(temperatureDependentAttributeName).Value) : false;
var thermalConductivityXElement = cd.Element(thermalConductivityElementName);
var thermalConductivity = thermalConductivityXElement.Value.Replace(".", ",");
var timeDependentThermalConductivity = thermalConductivity.Contains('T');//thermalConductivityXElement.Attribute(temperatureDependentAttributeName) != null ? bool.Parse(thermalConductivityXElement.Attribute(temperatureDependentAttributeName).Value) : false;
return(new ConfigurationData(diffusionCoefficient, timeDependentDiffusionCoefficient, thermalConductivity, timeDependentThermalConductivity, iterationProcess));
}
public static List <Area> MapAreas(XDocument xml, IterationProcess iterationProcess)
{
var areas = xml.Root.Descendants(areasElementName);
var AreaList = new List <Area>();
int Index = 0;
foreach (var area in areas.Elements())
{
var configurationData = MapMaterialProperties(area, iterationProcess);
AreaList.Add(MapArea(Index++, area, configurationData));
}
return(AreaList);
}
private static List <double> MapTimeOutputPoints(XDocument xml, IterationProcess iterationProcess)
{
var XtimeOutput = xml.Root.Element(outputElementName).Element(timeOutputElementName);
var timeOutputPoints = new List <double>();
var XtimeIntervalAttribute = XtimeOutput.Attribute(timeIntervalAttributeName);
if (XtimeIntervalAttribute != null)
{
var interval = double.Parse(XtimeIntervalAttribute.Value.Replace(".", ","));
for (decimal i = Convert.ToDecimal(interval); i <= Decimal.Multiply(Convert.ToDecimal(iterationProcess.TimeStep), Convert.ToDecimal(iterationProcess.NumberOfIterations)); i += Convert.ToDecimal(interval))
{
timeOutputPoints.Add(Convert.ToDouble(i));
}
}
else
{
foreach (var Xtime in XtimeOutput.Attribute(timeAttributeName).Value.Split('|'))
{
timeOutputPoints.Add(double.Parse(Xtime.Replace(".", ",")));
}
}
return(timeOutputPoints);
}