/*
* public List<CAD.MetricType> MetricsToCADXMLOutput(string componentID)
* {
* List<CAD.MetricType> metriclist = new List<CAD.MetricType>();
* foreach (var item in Computations)
* {
* CAD.MetricType metric = new CAD.MetricType();
* metric._id = UtilityHelpers.MakeUdmID();
* metric.ComponentID = componentID;
* metric.MetricID = item.MetricID;
* metric.RequestedValueType = "Scalar";
* metric.MetricType1 = item.ComputationType.ToString();
* metric.Details = "";
* metric.MetricName = item.MetricName ?? "";
* metriclist.Add(metric);
* }
*
* return metriclist;
* }
*/
public List <CAD.MetricType> MetricsToCADXMLOutput(List <TBComputation> dataSet, string componentID = "")
{
List <CAD.MetricType> metriclist = new List <CAD.MetricType>();
foreach (var item in dataSet)
{
CAD.MetricType ptout = new CAD.MetricType();
ptout._id = UtilityHelpers.MakeUdmID();
ptout.ComponentID = item.ComponentID;
ptout.MetricID = item.MetricID;
ptout.MetricType1 = item.ComputationType.ToString();
ptout.RequestedValueType = item.RequestedValueType;
ptout.ComponentID = String.IsNullOrEmpty(componentID) ? item.ComponentID : componentID; // PointCoordinate metric is tied to a specific Component
ptout.Details = item.Details ?? "";
ptout.MetricName = item.MetricName ?? "";
metriclist.Add(ptout);
}
return(metriclist);
}
// This code is copy/pasted from TestBench. Since this class is not a subclass of TestBench,
// it can't be re-used. Can this code be re-used from there by moving it to TestBenchBase?
private void AddComputations(CAD.AssemblyType assemblyRoot)
{
if (Computations.Any())
{
CAD.AnalysesType cadanalysis = GetCADAnalysis(assemblyRoot);
CAD.StaticType staticanalysis = new CAD.StaticType();
staticanalysis._id = UtilityHelpers.MakeUdmID();
staticanalysis.AnalysisID = AnalysisID;
List<CAD.MetricType> metriclist = new List<CAD.MetricType>();
foreach (var item in Computations)
{
if (item.ComputationType == "PointCoordinates")
{
CAD.MetricType ptout = new CAD.MetricType();
ptout._id = UtilityHelpers.MakeUdmID();
ptout.ComponentID = item.ComponentID;
ptout.MetricID = item.MetricID;
ptout.MetricType1 = item.ComputationType;
ptout.RequestedValueType = item.RequestedValueType;
ptout.Details = item.FeatureDatumName;
ptout.ComponentID = String.IsNullOrEmpty(item.ComponentID) ? "" : item.ComponentID; // PointCoordinate metric is tied to a specific Component
metriclist.Add(ptout);
}
else
{
CAD.MetricType metric = new CAD.MetricType();
metric._id = UtilityHelpers.MakeUdmID();
metric.MetricID = item.MetricID;
metric.MetricType1 = item.ComputationType;
metric.RequestedValueType = item.RequestedValueType;
metric.ComponentID = assemblyRoot.ConfigurationID;
metric.Details = "";
metriclist.Add(metric);
}
}
staticanalysis.Metrics = new CAD.MetricsType();
staticanalysis.Metrics._id = UtilityHelpers.MakeUdmID();
staticanalysis.Metrics.Metric = metriclist.ToArray();
cadanalysis.Static = new CAD.StaticType[] { staticanalysis };
}
}
protected override void AddAnalysisToXMLOutput(CAD.AssemblyType assembly)
{
base.AddAnalysisToXMLOutput(assembly);
CAD.AnalysesType cadanalysis = GetCADAnalysis(assembly);
CAD.FEAType feaanalysis = new CAD.FEAType();
feaanalysis._id = UtilityHelpers.MakeUdmID();
feaanalysis.AnalysisID = AnalysisID;
feaanalysis.Type = FEAAnalysisType;
feaanalysis.MaxAdaptiveIterations = MaxAdaptiveIterations;
feaanalysis.MaxElementSize = this.CyphyTestBenchRef.Attributes.MaximumElementSize;
// solvers
CAD.SolversType solversType = new CAD.SolversType();
solversType._id = UtilityHelpers.MakeUdmID();
CAD.SolverType solver = new CAD.SolverType();
solver._id = UtilityHelpers.MakeUdmID();
solver.ElementShapeType = ElementType;
solver.MeshType = MeshType;
solver.ShellElementType = ShellType;
if (SolverType == "CALCULIX")
{
solver.Type = "NASTRAN";
}
else
{
solver.Type = SolverType;
}
solversType.Solver = new CAD.SolverType[1];
solversType.Solver[0] = solver;
feaanalysis.Solvers = solversType;
// loads
if (Loads.Count > 0)
{
List<CAD.LoadType> loadList = new List<CAD.LoadType>();
foreach (var item in Loads)
{
loadList.Add(item.ToCADXMLOutput());
}
feaanalysis.Loads = new CAD.LoadsType();
feaanalysis.Loads._id = UtilityHelpers.MakeUdmID();
feaanalysis.Loads.Load = loadList.ToArray();
}
// constraints
if (Constraints.Count > 0)
{
List<CAD.AnalysisConstraintType> constraintList = new List<CAD.AnalysisConstraintType>();
foreach (var item in Constraints)
{
constraintList.Add(item.ToCADXMLOutput());
}
feaanalysis.AnalysisConstraints = new CAD.AnalysisConstraintsType();
feaanalysis.AnalysisConstraints._id = UtilityHelpers.MakeUdmID();
feaanalysis.AnalysisConstraints.AnalysisConstraint = constraintList.ToArray();
}
// thermal
List<CAD.ThermalElementType> thermalOutList = new List<CAD.ThermalElementType>();
if (ThermalElements.Count > 0)
{
foreach (var thermalLoad in ThermalElements)
{
CAD.ThermalElementType thermalOut = new CAD.ThermalElementType();
thermalOut._id = UtilityHelpers.MakeUdmID();
thermalOut.LoadType = thermalLoad.Type;
thermalOut.Unit = thermalLoad.Unit;
thermalOut.Value = thermalLoad.LoadValue;
if (thermalLoad.Geometry == null)
{
CAD.ComponentType component = new CAD.ComponentType();
component._id = UtilityHelpers.MakeUdmID();
component.ComponentID = thermalLoad.ComponentID;
component.InfiniteCycle = false;
thermalOut.Component = new CAD.ComponentType[] { component };
}
else
{
thermalOut.Geometry = new CAD.GeometryType[] { thermalLoad.Geometry.ToCADXMLOutput() };
}
thermalOutList.Add(thermalOut);
}
feaanalysis.ThermalElements = new CAD.ThermalElementsType();
feaanalysis.ThermalElements._id = UtilityHelpers.MakeUdmID();
feaanalysis.ThermalElements.ThermalElement = thermalOutList.ToArray();
}
// metrics
List<CAD.MetricType> metriclist = new List<CAD.MetricType>();
foreach (var item in Computations)
{
CAD.MetricType metric = new CAD.MetricType();
metric._id = UtilityHelpers.MakeUdmID();
metric.ComponentID = item.ComponentID;
metric.MetricID = item.MetricID;
metric.RequestedValueType = item.RequestedValueType;
metric.MetricType1 = item.ComputationType.ToString();
metric.Details = "";
metric.MetricName = item.MetricName;
metriclist.Add(metric);
}
if (metriclist.Any())
{
feaanalysis.Metrics = new CAD.MetricsType();
feaanalysis.Metrics._id = UtilityHelpers.MakeUdmID();
feaanalysis.Metrics.Metric = metriclist.ToArray();
}
cadanalysis.FEA = new CAD.FEAType[] { feaanalysis };
AddStaticAnalysis(assembly, StaticComputations);
}
/*
public List<CAD.MetricType> MetricsToCADXMLOutput(string componentID)
{
List<CAD.MetricType> metriclist = new List<CAD.MetricType>();
foreach (var item in Computations)
{
CAD.MetricType metric = new CAD.MetricType();
metric._id = UtilityHelpers.MakeUdmID();
metric.ComponentID = componentID;
metric.MetricID = item.MetricID;
metric.RequestedValueType = "Scalar";
metric.MetricType1 = item.ComputationType.ToString();
metric.Details = "";
metric.MetricName = item.MetricName ?? "";
metriclist.Add(metric);
}
return metriclist;
}
*/
public List<CAD.MetricType> MetricsToCADXMLOutput(List<TBComputation> dataSet, string componentID = "")
{
List<CAD.MetricType> metriclist = new List<CAD.MetricType>();
foreach (var item in dataSet)
{
CAD.MetricType ptout = new CAD.MetricType();
ptout._id = UtilityHelpers.MakeUdmID();
ptout.ComponentID = item.ComponentID;
ptout.MetricID = item.MetricID;
ptout.MetricType1 = item.ComputationType.ToString();
ptout.RequestedValueType = item.RequestedValueType;
ptout.ComponentID = String.IsNullOrEmpty(componentID) ? item.ComponentID : componentID; // PointCoordinate metric is tied to a specific Component
ptout.Details = item.Details ?? "";
ptout.MetricName = item.MetricName ?? "";
metriclist.Add(ptout);
}
return metriclist;
}
public List<CAD.MetricType> MetricsToCADXMLOutput(string componentID)
{
List<CAD.MetricType> metriclist = new List<CAD.MetricType>();
foreach (var item in Computations)
{
CAD.MetricType metric = new CAD.MetricType();
metric._id = UtilityHelpers.MakeUdmID();
metric.ComponentID = componentID;
metric.MetricID = item.MetricID;
metric.RequestedValueType = "Scalar";
metric.MetricType1 = item.ComputationType;
metric.Details = "";
metriclist.Add(metric);
}
return metriclist;
}
