public CAD.AssembliesType ToCADXMLOutput(TestBenchModel.TestBenchBase tb, bool metalink = false)
{
CAD.AssembliesType outputAssembliesType = new CAD.AssembliesType();
outputAssembliesType.VersionInfo = "";
List<CAD.AssemblyType> asmlist = new List<CAD.AssemblyType>();
foreach (var item in assemblies.Values)
{
CAD.AssemblyType assembly = item.ToCADXMLOutput(tb);
asmlist.Add(assembly);
pointCoordinatesList.AddRange(item.PointCoordinatesList);
}
if (asmlist.Count > 1 && metalink)
{
Logger.Instance.AddLogMessage("There's more than one unconnected assembly in the model. Meta-Link may not work with this model.", Severity.Warning);
}
if (orphans.Any())
{
if (metalink)
{
CAD.AssemblyType topAssembly = asmlist.First();
List<CAD.CADComponentType> cadcomponentlist = topAssembly.CADComponent.CADComponent.ToList();
foreach (var orphan in orphans)
{
cadcomponentlist.Add(orphan.ToCADXMLOutput(tb.GetRepresentation(orphan)));
}
topAssembly.CADComponent.CADComponent = cadcomponentlist.ToArray();
}
else
{
List<CAD.CADComponentType> orphanlist = new List<CAD.CADComponentType>();
CAD.UnassembledComponentsType orphancomponentParent = new CAD.UnassembledComponentsType();
orphancomponentParent._id = UtilityHelpers.MakeUdmID();
foreach (var orphan in orphans)
{
orphanlist.Add(orphan.ToCADXMLOutput(tb.GetRepresentation(orphan)));
}
orphancomponentParent.CADComponent = orphanlist.ToArray();
outputAssembliesType.UnassembledComponents = orphancomponentParent;
}
}
outputAssembliesType.Assembly = asmlist.ToArray();
return outputAssembliesType;
}
public CAD.AssemblyType ToCADXMLOutput(TestBenchModel.TestBenchBase tb)
{
CAD.AssemblyType cadassemblyoutput = new CAD.AssemblyType();
cadassemblyoutput._id = UtilityHelpers.MakeUdmID();
cadassemblyoutput.ConfigurationID = ConfigID;
CAD.CADComponentType cadassemblycomponentoutput = new CAD.CADComponentType();
cadassemblycomponentoutput._id = UtilityHelpers.MakeUdmID();
cadassemblycomponentoutput.ComponentID = ConfigID;
cadassemblycomponentoutput.Type = "ASSEMBLY";
cadassemblycomponentoutput.Standalone = false;
cadassemblycomponentoutput.SpecialInstruction = "";
cadassemblycomponentoutput.Name = this.Name;
cadassemblycomponentoutput.DisplayName = DisplayName;
cadassemblycomponentoutput.MaterialID = "";
cadassemblycomponentoutput.Representation = "";
cadassemblycomponentoutput.Classification = "";
Dictionary<string, List<CAD.ConstraintType>> compidToConstraint = new Dictionary<string, List<CAD.ConstraintType>>(); // Dictionary<Id, List<Constraints>>
var sortedEdges = ChildEdges.OrderBy(x => x.DstPortName).ToList();
foreach (CADEdge edge in sortedEdges) //foreach (CADEdge edge in ChildEdges)
{
CAD.ConstraintType constraintout = edge.ToCADXMLOutput(tb);
if (!compidToConstraint.ContainsKey(edge.Dst.Id))
{
compidToConstraint.Add(edge.Dst.Id, new List<CAD.ConstraintType>());
}
compidToConstraint[edge.Dst.Id].Add(constraintout);
}
var sortedS2FEdges = ChildSize2FitEdges.OrderBy(x => x.DstPortName).ToList();
foreach (CADEdge edge in sortedS2FEdges) //foreach (CADEdge edge in ChildSize2FitEdges)
{
CAD.ConstraintType constraintout = edge.ToCADXMLOutput(tb);
if (!compidToConstraint.ContainsKey(edge.Dst.Id))
{
compidToConstraint.Add(edge.Dst.Id, new List<CAD.ConstraintType>());
}
compidToConstraint[edge.Dst.Id].Add(constraintout);
}
// META-2885
//Dictionary<string, CAD.CADComponentType> tmpComponents = new Dictionary<string, CAD.CADComponentType>();
List<CAD.CADComponentType> tmpComponents = new List<CAD.CADComponentType>();
var sortedComponents = ChildComponents.OrderBy(x => x.Value.Name).ToDictionary(x => x.Key, x => x.Value).Values.ToList();
foreach (CADComponent component in sortedComponents) //foreach (CADComponent component in ChildComponents.Values)
{
CAD.CADComponentType componentout = component.ToCADXMLOutput(tb.GetRepresentation(component));
// root constraint
if (component.Id == RootComponentID)
{
bool rootIsAsmType = component.ModelType == "Assembly"; //bool rootIsAsmType = component.ModelType == "PART";
List<CAD.PairType> pairlist = new List<CAD.PairType>();
CAD.ConstraintType rootconstraintout = new CAD.ConstraintType();
rootconstraintout._id = UtilityHelpers.MakeUdmID();
// front pair
pairlist.Add(MakeRootConstraint("FRONT",
component.DisplayID,
ConfigID,
rootIsAsmType));
// top pair
pairlist.Add(MakeRootConstraint("TOP",
component.DisplayID,
ConfigID,
rootIsAsmType));
// right pair
pairlist.Add(MakeRootConstraint("RIGHT",
component.DisplayID,
ConfigID,
rootIsAsmType));
rootconstraintout.Pair = pairlist.ToArray();
componentout.Constraint = new CAD.ConstraintType[1];
componentout.Constraint[0] = rootconstraintout;
}
else
{
if (compidToConstraint.ContainsKey(component.Id))
{
componentout.Constraint = compidToConstraint[component.Id].ToArray();
}
}
//tmpComponents[component.Id] = componentout;
tmpComponents.Add(componentout);
}
var size2fitCompSorted = ChildSize2FitComponents.OrderBy(x => x.Value.Name).ToDictionary(x => x.Key, x => x.Value).Values.ToList();
foreach (CADComponent component in size2fitCompSorted)//foreach (CADComponent component in ChildSize2FitComponents.Values) // META-2885
{
CAD.CADComponentType componentout = component.ToCADXMLOutput(tb.GetRepresentation(component));
if (compidToConstraint.ContainsKey(component.Id))
{
componentout.Constraint = compidToConstraint[component.Id].ToArray();
}
//tmpComponents[component.Id] = componentout;
tmpComponents.Add(componentout);
}
// Fill MetaLinkData. Only needed in case if data is prepared for Meta-Link communication
if (MetaLinkData != null && MetaLinkData.Components.Count>0)
{
cadassemblyoutput.MetaLinkData = new CAD.MetaLinkDataType();
cadassemblyoutput.MetaLinkData.CadComponentMLData = new CAD.CadComponentMLDataType[MetaLinkData.Components.Count];
int i = 0;
foreach (MetaLinkData.Component comp in MetaLinkData.Components)
{
cadassemblyoutput.MetaLinkData.CadComponentMLData[i] = new CAD.CadComponentMLDataType();
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ID = comp.ID;
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].AvmID = comp.AvmID;
if (comp.Connectors.Count>0)
{
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData = new CAD.ConnectorMLDataType[comp.Connectors.Count];
int j = 0;
foreach (MetaLinkData.Connector conn in comp.Connectors)
{
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData[j] = new CAD.ConnectorMLDataType();
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData[j].ID = conn.ID;
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData[j].DisplayName = conn.DisplayName;
if (conn.Datums.Count > 0)
{
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData[j].DatumMLData = new CAD.DatumMLDataType[conn.Datums.Count];
int k = 0;
foreach (MetaLinkData.Datum d in conn.Datums)
{
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData[j].DatumMLData[k] = new CAD.DatumMLDataType();
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData[j].DatumMLData[k].ID = d.ID;
cadassemblyoutput.MetaLinkData.CadComponentMLData[i].ConnectorMLData[j].DatumMLData[k].DisplayName = d.DisplayName;
k++;
}
}
j++;
}
}
i++;
}
}
cadassemblycomponentoutput.CADComponent = tmpComponents.ToArray(); //cadassemblycomponentoutput.CADComponent = tmpComponents.Values.ToArray();
cadassemblyoutput.CADComponent = cadassemblycomponentoutput;
CAD.PropertiesType asmproperties = new CAD.PropertiesType();
asmproperties._id = UtilityHelpers.MakeUdmID();
CAD.UnitsType asmunit = new CAD.UnitsType();
asmunit._id = UtilityHelpers.MakeUdmID();
asmunit.Value = "value1";
asmproperties.Units = asmunit;
cadassemblyoutput.Properties = asmproperties;
return cadassemblyoutput;
}
public CAD.ConstraintType ToCADXMLOutput(TestBenchModel.TestBenchBase testBenchBase)
{
CAD.ConstraintType constraintout = new CAD.ConstraintType();
constraintout._id = UtilityHelpers.MakeUdmID();
CADComponent src = Src as CADComponent;
CADComponent dst = Dst as CADComponent;
string srcid = src.DisplayID;
string dstid = dst.DisplayID;
if (ConstraintPairs.Any())
{
List<CAD.PairType> pairlist = new List<CAD.PairType>();
foreach (var item in ConstraintPairs)
{
List<CAD.ConstraintFeatureType> constrainfeaturelist = new List<CAD.ConstraintFeatureType>();
CAD.PairType pair = new CAD.PairType();
pair._id = UtilityHelpers.MakeUdmID();
pair.FeatureAlignmentType = item.Item1.Alignment;
pair.FeatureGeometryType = item.Item1.Type.ToString().ToUpper();
pair.FeatureInterfaceType = "CAD_DATUM";
if (item.Item1.Guide || item.Item2.Guide)
{
pair.Guide = "True";
}
CAD.ConstraintFeatureType afeature = new CAD.ConstraintFeatureType();
afeature._id = UtilityHelpers.MakeUdmID();
afeature.ComponentID = item.Item1.ComponentID;
afeature.FeatureName = item.Item1.DatumName;
afeature.FeatureOrientationType = item.Item1.Orientation;
if (item.Item1.Marker != null)
{
afeature.GeometryMarker = item.Item1.Marker.ToCADXml();
}
CAD.ConstraintFeatureType bfeature = new CAD.ConstraintFeatureType();
bfeature._id = UtilityHelpers.MakeUdmID();
bfeature.ComponentID = item.Item2.ComponentID;
bfeature.FeatureName = item.Item2.DatumName;
bfeature.FeatureOrientationType = item.Item2.Orientation;
if (item.Item2.Marker != null)
{
bfeature.GeometryMarker = item.Item2.Marker.ToCADXml();
}
constrainfeaturelist.Add(afeature);
constrainfeaturelist.Add(bfeature);
pair.ConstraintFeature = constrainfeaturelist.ToArray();
pairlist.Add(pair);
}
constraintout.Pair = pairlist.ToArray();
// META-3124
if (KinematicJointPair != null)
{
constraintout.Joint = KinematicJointPair.ToCADXMLOutput();
}
// Associated geomnetries
List<CAD.GeometryType> geoms = new List<CAD.GeometryType>();
foreach (var geom in SrcIntf.Geometry.Union(DstIntf.Geometry))
{
geoms.Add(geom.ToCADXMLOutput());
}
constraintout.Geometry = geoms.ToArray();
// Adjoining surface treatment (if any)
if (testBenchBase is TestBenchModel.FEATestBench)
{
string surftreatment = GetAdjoiningSurfaceTreatment(testBenchBase as TestBenchModel.FEATestBench);
constraintout.AdjoiningSurfaceType = surftreatment;
}
}
return constraintout;
}
private string GetAdjoiningSurfaceTreatment(TestBenchModel.FEATestBench testBench)
{
CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum src = CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Testbench_Default;
CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum dst = CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Testbench_Default;
bool srcset = false;
bool dstset = false;
// Are the 2 settings compatible?
if (SrcIntf.AdjSurfTreatment.HasValue)
{
srcset = true;
src = CombineAdjoiningValue(SrcIntf.AdjSurfTreatment.Value, testBench);
}
if (DstIntf.AdjSurfTreatment.HasValue)
{
dstset = true;
dst = CombineAdjoiningValue(DstIntf.AdjSurfTreatment.Value, testBench);
}
if (srcset && dstset)
{
if (src != dst)
{
Logger.Instance.AddLogMessage("Conflicting adjoning surface settings. Component A: " + SrcIntf.CyPhyImpl.ToHyperLink() + ", Type: " + src.ToString() + "; Component B: " + DstIntf.CyPhyImpl.ToHyperLink() + ", Type: " + dst.ToString(), Severity.Error);
return null;
}
else
{
return AdjoiningEnumToCADString(src);
}
}
else if (srcset && !dstset)
{
return AdjoiningEnumToCADString(src);
}
else if (!srcset && dstset)
{
return AdjoiningEnumToCADString(dst);
}
else
{
switch (testBench.AdjSurfTreatment)
{
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Bonded:
return AdjoiningEnumToCADString(CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Bonded);
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Contacted:
return AdjoiningEnumToCADString(CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Contacted);
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Free:
return AdjoiningEnumToCADString(CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Free);
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Joint_Implied:
return AdjoiningEnumToCADString(SrcIntf.ImliedSurfTreatment);
}
}
// Shouldn't get here
return null;
}
private CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum CombineAdjoiningValue(CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum input, TestBenchModel.FEATestBench testBench)
{
switch (input)
{
case CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Testbench_Default:
switch (testBench.AdjSurfTreatment)
{
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Bonded:
return CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Bonded;
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Contacted:
return CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Contacted;
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Free:
return CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Free;
case CyPhyClasses.CADTestBench.AttributesClass.AdjoiningTreatment_enum.Joint_Implied:
return SrcIntf.ImliedSurfTreatment;
}
break;
case CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Joint_Implied:
return SrcIntf.ImliedSurfTreatment;
case CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Bonded:
return CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Bonded;
case CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Contacted:
return CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Contacted;
case CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Free:
return CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Free;
}
// Shouldn't get here
return CyPhyClasses.AdjoiningSurfacesTreatment.AttributesClass.Type_enum.Free;
}
