internal static IgesCustomFiniteElement FromDummy(IgesFiniteElementDummy dummy)
{
var custom = new IgesCustomFiniteElement(dummy.File, (int)dummy.TopologyType);
custom.Nodes.AddRange(dummy.InternalNodes);
return(custom);
}
internal static IgesCubicSolidWedge FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesCubicSolidWedge(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4),
GetNodeOffset(dummy, 5),
GetNodeOffset(dummy, 6),
GetNodeOffset(dummy, 7),
GetNodeOffset(dummy, 8),
GetNodeOffset(dummy, 9),
GetNodeOffset(dummy, 10),
GetNodeOffset(dummy, 11),
GetNodeOffset(dummy, 12),
GetNodeOffset(dummy, 13),
GetNodeOffset(dummy, 14),
GetNodeOffset(dummy, 15),
GetNodeOffset(dummy, 16),
GetNodeOffset(dummy, 17),
GetNodeOffset(dummy, 18),
GetNodeOffset(dummy, 19),
GetNodeOffset(dummy, 20),
GetNodeOffset(dummy, 21),
GetNodeOffset(dummy, 22),
GetNodeOffset(dummy, 23)));
}
internal static IgesParabolicSolid FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesParabolicSolid(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4),
GetNodeOffset(dummy, 5),
GetNodeOffset(dummy, 6),
GetNodeOffset(dummy, 7),
GetNodeOffset(dummy, 8),
GetNodeOffset(dummy, 9),
GetNodeOffset(dummy, 10),
GetNodeOffset(dummy, 11),
GetNodeOffset(dummy, 12),
GetNodeOffset(dummy, 13),
GetNodeOffset(dummy, 14),
GetNodeOffset(dummy, 15),
GetNodeOffset(dummy, 16),
GetNodeOffset(dummy, 17),
GetNodeOffset(dummy, 18),
GetNodeOffset(dummy, 19)));
}
internal static IgesDamper FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesDamper(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1)));
}
internal static IgesAxisymmetricLinarLine FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesAxisymmetricLinarLine(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1)));
}
internal static IgesCurvedBeam FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesCurvedBeam(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1)));
}
internal static IgesRigidBody FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesRigidBody(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1)));
}
internal static IgesLinearTriangle FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesLinearTriangle(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2)));
}
internal static IgesLinearQuadrilateral FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesLinearQuadrilateral(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3)));
}
internal static IgesLinearSolidTetrahedron FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesLinearSolidTetrahedron(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3)));
}
internal static IgesAxisymmetricParabolicQuadrilateral FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesAxisymmetricParabolicQuadrilateral(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4)));
}
internal static IgesParabolicTriangle FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesParabolicTriangle(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4),
GetNodeOffset(dummy, 5)));
}
internal static IgesLinearSolidWedge FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesLinearSolidWedge(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4),
GetNodeOffset(dummy, 5)));
}
internal static IgesParabolicSolidTetrahedron FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesParabolicSolidTetrahedron(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4),
GetNodeOffset(dummy, 5),
GetNodeOffset(dummy, 6),
GetNodeOffset(dummy, 7),
GetNodeOffset(dummy, 8),
GetNodeOffset(dummy, 9)));
}
internal static IgesParabolicThickShellWedge FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesParabolicThickShellWedge(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4),
GetNodeOffset(dummy, 5),
GetNodeOffset(dummy, 6),
GetNodeOffset(dummy, 7),
GetNodeOffset(dummy, 8),
GetNodeOffset(dummy, 9),
GetNodeOffset(dummy, 10),
GetNodeOffset(dummy, 11)));
}
internal static IgesCubicQuadrilateral FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesCubicQuadrilateral(
dummy.File,
GetNodeOffset(dummy, 0),
GetNodeOffset(dummy, 1),
GetNodeOffset(dummy, 2),
GetNodeOffset(dummy, 3),
GetNodeOffset(dummy, 4),
GetNodeOffset(dummy, 5),
GetNodeOffset(dummy, 6),
GetNodeOffset(dummy, 7),
GetNodeOffset(dummy, 8),
GetNodeOffset(dummy, 9),
GetNodeOffset(dummy, 10),
GetNodeOffset(dummy, 11)));
}
internal static IgesMass FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesMass(
dummy.File,
GetNodeOffset(dummy, 0)));
}
internal static IgesEntity FromData(IgesDirectoryData directoryData, List <string> parameters, IgesReaderBinder binder)
{
IgesEntity entity = null;
switch (directoryData.EntityType)
{
case IgesEntityType.AngularDimension:
entity = new IgesAngularDimension();
break;
case IgesEntityType.AssociativityInstance:
switch (directoryData.FormNumber)
{
case 5:
entity = new IgesLabelDisplayAssociativity();
break;
}
break;
case IgesEntityType.Block:
entity = new IgesBlock();
break;
case IgesEntityType.BooleanTree:
entity = new IgesBooleanTree();
break;
case IgesEntityType.Boundary:
entity = new IgesBoundary();
break;
case IgesEntityType.BoundedSurface:
entity = new IgesBoundedSurface();
break;
case IgesEntityType.CircularArc:
entity = new IgesCircularArc();
break;
case IgesEntityType.ColorDefinition:
entity = new IgesColorDefinition();
break;
case IgesEntityType.CompositeCurve:
entity = new IgesCompositeCurve();
break;
case IgesEntityType.ConicArc:
entity = new IgesConicArc();
break;
case IgesEntityType.ConnectPoint:
entity = new IgesConnectPoint();
break;
case IgesEntityType.CopiousData:
entity = new IgesCopiousData();
break;
case IgesEntityType.CurveDimension:
entity = new IgesCurveDimension();
break;
case IgesEntityType.CurveOnAParametricSurface:
entity = new IgesCurveOnAParametricSurface();
break;
case IgesEntityType.DiameterDimension:
entity = new IgesDiameterDimension();
break;
case IgesEntityType.Direction:
entity = new IgesDirection();
break;
case IgesEntityType.ElementResults:
entity = new IgesElementResults();
break;
case IgesEntityType.Ellipsoid:
entity = new IgesEllipsoid();
break;
case IgesEntityType.FlagNote:
entity = new IgesFlagNote();
break;
case IgesEntityType.Flash:
entity = new IgesFlash();
break;
case IgesEntityType.FiniteElement:
entity = new IgesFiniteElementDummy();
break;
case IgesEntityType.GeneralLabel:
entity = new IgesGeneralLabel();
break;
case IgesEntityType.GeneralNote:
entity = new IgesGeneralNote();
break;
case IgesEntityType.GeneralSymbol:
entity = new IgesGeneralSymbol();
break;
case IgesEntityType.Leader:
entity = new IgesLeader();
break;
case IgesEntityType.Line:
entity = new IgesLine();
break;
case IgesEntityType.LinearDimension:
entity = new IgesLinearDimension();
break;
case IgesEntityType.LineFontDefinition:
switch (directoryData.FormNumber)
{
case 1:
entity = new IgesTemplateLineFontDefinition();
break;
case 2:
entity = new IgesPatternLineFontDefinition();
break;
}
break;
case IgesEntityType.ManifestSolidBRepObject:
entity = new IgesManifestSolidBRepObject();
break;
case IgesEntityType.NewGeneralNote:
entity = new IgesNewGeneralNote();
break;
case IgesEntityType.NodalDisplacementAndRotation:
entity = new IgesNodalDisplacementAndRotation();
break;
case IgesEntityType.NodalResults:
entity = new IgesNodalResults();
break;
case IgesEntityType.Node:
entity = new IgesNode();
break;
case IgesEntityType.Null:
entity = new IgesNull();
break;
case IgesEntityType.OffsetCurve:
entity = new IgesOffsetCurve();
break;
case IgesEntityType.OffsetSurface:
entity = new IgesOffsetSurface();
break;
case IgesEntityType.OrdinateDimension:
entity = new IgesOrdinateDimension();
break;
case IgesEntityType.ParametricSplineCurve:
entity = new IgesParametricSplineCurve();
break;
case IgesEntityType.ParametricSplineSurface:
entity = new IgesParametricSplineSurface();
break;
case IgesEntityType.Plane:
entity = new IgesPlane();
break;
case IgesEntityType.PlaneSurface:
entity = new IgesPlaneSurface();
break;
case IgesEntityType.Point:
entity = new IgesLocation();
break;
case IgesEntityType.PointDimension:
entity = new IgesPointDimension();
break;
case IgesEntityType.Property:
switch (directoryData.FormNumber)
{
case 1:
entity = new IgesDefinitionLevelsProperty();
break;
}
break;
case IgesEntityType.RadiusDimension:
entity = new IgesRadiusDimension();
break;
case IgesEntityType.RationalBSplineCurve:
entity = new IgesRationalBSplineCurve();
break;
case IgesEntityType.RationalBSplineSurface:
entity = new IgesRationalBSplineSurface();
break;
case IgesEntityType.RightAngularWedge:
entity = new IgesRightAngularWedge();
break;
case IgesEntityType.RightCircularConeFrustrum:
entity = new IgesRightCircularConeFrustrum();
break;
case IgesEntityType.RightCircularConicalSurface:
entity = new IgesRightCircularConicalSurface();
break;
case IgesEntityType.RightCircularCylinder:
entity = new IgesRightCircularCylinder();
break;
case IgesEntityType.RightCircularCylindricalSurface:
entity = new IgesRightCircularCylindricalSurface();
break;
case IgesEntityType.RuledSurface:
entity = new IgesRuledSurface();
break;
case IgesEntityType.SelectedComponent:
entity = new IgesSelectedComponent();
break;
case IgesEntityType.SolidAssembly:
entity = new IgesSolidAssembly();
break;
case IgesEntityType.SolidOfLinearExtrusion:
entity = new IgesSolidOfLinearExtrusion();
break;
case IgesEntityType.SolidOfRevolution:
entity = new IgesSolidOfRevolution();
break;
case IgesEntityType.Sphere:
entity = new IgesSphere();
break;
case IgesEntityType.SphericalSurface:
entity = new IgesSphericalSurface();
break;
case IgesEntityType.SubfigureDefinition:
entity = new IgesSubfigureDefinition();
break;
case IgesEntityType.SurfaceOfRevolution:
entity = new IgesSurfaceOfRevolution();
break;
case IgesEntityType.TabulatedCylinder:
entity = new IgesTabulatedCylinder();
break;
case IgesEntityType.TextDisplayTemplate:
entity = new IgesTextDisplayTemplate();
break;
case IgesEntityType.TextFontDefinition:
entity = new IgesTextFontDefinition();
break;
case IgesEntityType.ToroidalSurface:
entity = new IgesToroidalSurface();
break;
case IgesEntityType.Torus:
entity = new IgesTorus();
break;
case IgesEntityType.TransformationMatrix:
entity = new IgesTransformationMatrix();
break;
case IgesEntityType.TrimmedParametricSurface:
entity = new IgesTrimmedParametricSurface();
break;
case IgesEntityType.View:
switch (directoryData.FormNumber)
{
case 0:
entity = new IgesView();
break;
case 1:
entity = new IgesPerspectiveView();
break;
}
break;
}
if (entity != null)
{
entity.PopulateDirectoryData(directoryData);
int nextIndex = entity.ReadParameters(parameters, binder);
entity.ReadCommonPointers(parameters, nextIndex, binder);
}
return(entity);
}
internal static IgesGroundedSpring FromDummy(IgesFiniteElementDummy dummy)
{
return(new IgesGroundedSpring(
dummy.File,
GetNodeOffset(dummy, 0)));
}
internal static IgesPoint GetNodeOffset(IgesFiniteElementDummy dummy, int index)
{
return(dummy.InternalNodes.Count > index
? dummy.InternalNodes[index].Offset
: IgesPoint.Origin);
}
