//public static ISurfaceObject ICreateConicalSurface2(IModelerObject IModelerinstance, Double& Center, Double& Direction, Double& RefDirection, Double Radius, Double SemiAngle)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateConicalSurface2(Center, Direction, RefDirection, Radius, SemiAngle));
//}
public static Int32 CopyWizardHole(IModelerObject IModelerinstance, Object SourceHole, Object DestinationHole, Boolean RebuildOwner)
{
return(IModelerinstance.IModelerInstance.CopyWizardHole(SourceHole, DestinationHole, RebuildOwner));
}
//public static ISurfaceObject ICreatePlanarSurface2(IModelerObject IModelerinstance, Double& RootPoint, Double& Normal, Double& Ref)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreatePlanarSurface2(RootPoint, Normal, Ref));
//}
public static Boolean GeneralTopology(IModelerObject IModelerinstance)
{
return(IModelerinstance.IModelerInstance.GeneralTopology);
}
//public static IBody2Object ICreateSheetFromFaces(IModelerObject IModelerinstance, Int32 FaceCount, Face2&Object FaceArr)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateSheetFromFaces(FaceCount, FaceArr));
//}
public static ISpringObject CreateSpring(IModelerObject IModelerinstance)
{
return(new ISpringObject(IModelerinstance.IModelerInstance.CreateSpring()));
}
//public static ISurfaceObject ICreateCylindricalSurface2(IModelerObject IModelerinstance, Double& Center, Double& Direction, Double& RefDirection, Double Radius)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateCylindricalSurface2(Center, Direction, RefDirection, Radius));
//}
public static Object CreateSphericalSurface2(IModelerObject IModelerinstance, Object Center, Object Axis, Object RefDir, Double Radius)
{
return(IModelerinstance.IModelerInstance.CreateSphericalSurface2(Center, Axis, RefDir, Radius));
}
//public static IBody2Object ICreateWireBody(IModelerObject IModelerinstance, Int32 Count, Object& EntArr, Int32 Option)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateWireBody(Count, EntArr, Option));
//}
public static Object CreateBrepBody3(IModelerObject IModelerinstance, Int32 Type, Int32 NTopologies, Object Topologies, Object EdgeToleranceArray, Object VertexToleranceArray, Object PointArray, Object CurveArray1, Object CurveSurfaceArray1, Object CurveArray2, Object CurveSurfaceArray2, Object SurfaceArray, Int32 NRelations, Object Parents, Object Children, Object Senses, Int32 Option)
{
return(IModelerinstance.IModelerInstance.CreateBrepBody3(Type, NTopologies, Topologies, EdgeToleranceArray, VertexToleranceArray, PointArray, CurveArray1, CurveSurfaceArray1, CurveArray2, CurveSurfaceArray2, SurfaceArray, NRelations, Parents, Children, Senses, Option));
}
//public static IBodyObject ICreateSheetFromSurface(IModelerObject IModelerinstance, SurfaceObject SurfaceIn, Double& UvRange)
//{
// return new IBodyObject(IModelerinstance.IModelerInstance.ICreateSheetFromSurface(SurfaceIn, UvRange));
//}
//public static Boolean ImprintingFaces(IModelerObject IModelerinstance, Object TargetFaceArray, Object ToolFaceArray, Int32 Options, Object& TargetEdges, Object& ToolEdges, Object& TargetVertices, Object& ToolVertices)
//{
// return IModelerinstance.IModelerInstance.ImprintingFaces(TargetFaceArray, ToolFaceArray, Options, TargetEdges, ToolEdges, TargetVertices, ToolVertices);
//}
//public static void IImprintingFaces(IModelerObject IModelerinstance, Edge&Object TargetEdges, Edge&Object ToolEdges, Vertex&Object TargetVertices, Vertex&Object ToolVertices)
//{
// return IModelerinstance.IModelerInstance.IImprintingFaces(TargetEdges, ToolEdges, TargetVertices, ToolVertices);
//}
//public static Boolean IImprintingFacesCount(IModelerObject IModelerinstance, Int32 NTargetFaces, Face&Object TargetFaceArray, Int32 NToolFaces, Face&Object ToolFaceArray, Int32 Options, Int32& NTargetEdges, Int32& NtoolEdges, Int32& NtargetVertices, Int32& ToolVertices)
//{
// return IModelerinstance.IModelerInstance.IImprintingFacesCount(NTargetFaces, TargetFaceArray, NToolFaces, ToolFaceArray, Options, NTargetEdges, NtoolEdges, NtargetVertices, ToolVertices);
//}
public static Object CreateSweptSurface(IModelerObject IModelerinstance, Object CurveIn, Object Dir)
{
return(IModelerinstance.IModelerInstance.CreateSweptSurface(CurveIn, Dir));
}
//public static Boolean IDeleteFacesFromSheetBody(IModelerObject IModelerinstance, Int32 Count, Face2&Object FaceVar)
//{
// return IModelerinstance.IModelerInstance.IDeleteFacesFromSheetBody(Count, FaceVar);
//}
public static IBody2Object CreateWireBody(IModelerObject IModelerinstance, Object EntVar, Int32 Option)
{
return(new IBody2Object(IModelerinstance.IModelerInstance.CreateWireBody(EntVar, Option)));
}
//public static ICurveObject ICreateArc(IModelerObject IModelerinstance, Double& Center, Double& Axis, Double Radius, Double& StartPoint, Double& EndPoint)
//{
// return new ICurveObject(IModelerinstance.IModelerInstance.ICreateArc(Center, Axis, Radius, StartPoint, EndPoint));
//}
public static Object CreateBsplineCurve(IModelerObject IModelerinstance, Object Props, Object Knots, Object CtrlPtCoords)
{
return(IModelerinstance.IModelerInstance.CreateBsplineCurve(Props, Knots, CtrlPtCoords));
}
public static Int32 ICopyWizardHole(IModelerObject IModelerinstance, IFeatureObject SourceHole, IFeatureObject DestinationHole, Boolean RebuildOwner)
{
return(IModelerinstance.IModelerInstance.ICopyWizardHole(SourceHole?.IFeatureInstance?.CastObj <Feature>(), DestinationHole?.IFeatureInstance.CastObj <Feature>(), RebuildOwner));
}
//public static ISurfaceObject ICreateOffsetSurface(IModelerObject IModelerinstance, SurfaceObject SurfaceIn, Double Distance)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateOffsetSurface(SurfaceIn, Distance));
//}
public static Object CreateLine(IModelerObject IModelerinstance, Object RootPoint, Object Direction)
{
return(IModelerinstance.IModelerInstance.CreateLine(RootPoint, Direction));
}
//public static ICurveObject ICreateLine(IModelerObject IModelerinstance, Double& RootPoint, Double& Direction)
//{
// return new ICurveObject(IModelerinstance.IModelerInstance.ICreateLine(RootPoint, Direction));
//}
public static Object CreateArc(IModelerObject IModelerinstance, Object Center, Object Axis, Double Radius, Object StartPoint, Object EndPoint)
{
return(IModelerinstance.IModelerInstance.CreateArc(Center, Axis, Radius, StartPoint, EndPoint));
}
//public static ISurfaceObject ICreateBsplineSurface(IModelerObject IModelerinstance, Int32& Properties, Double& UKnotArray, Double& VKnotArray, Double& ControlPointCoordArray)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateBsplineSurface(Properties, UKnotArray, VKnotArray, ControlPointCoordArray));
//}
public static Object CreateOffsetSurface(IModelerObject IModelerinstance, Object SurfaceIn, Double Distance)
{
return(IModelerinstance.IModelerInstance.CreateOffsetSurface(SurfaceIn, Distance));
}
//public static ISurfaceObject ICreateRevolutionSurface(IModelerObject IModelerinstance, CurveObject ProfileCurve, Double& AxisPoint, Double& AxisDirection, Double& ProfileEndPtParams)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateRevolutionSurface(ProfileCurve, AxisPoint, AxisDirection, ProfileEndPtParams));
//}
public static Object CreateBsplineSurface(IModelerObject IModelerinstance, Object Props, Object UKnots, Object VKnots, Object CtrlPtCoords)
{
return(IModelerinstance.IModelerInstance.CreateBsplineSurface(Props, UKnots, VKnots, CtrlPtCoords));
}
//public static ISurfaceObject ICreateExtrusionSurface(IModelerObject IModelerinstance, CurveObject ProfileCurve, Double& AxisDirection)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateExtrusionSurface(ProfileCurve, AxisDirection));
//}
public static Object CreateRevolutionSurface(IModelerObject IModelerinstance, Object ProfileCurve, Object AxisPoint, Object AxisDirection, Object ProfileEndPtParams)
{
return(IModelerinstance.IModelerInstance.CreateRevolutionSurface(ProfileCurve, AxisPoint, AxisDirection, ProfileEndPtParams));
}
public static Double GetToleranceValue(IModelerObject IModelerinstance, Int32 ToleranceID)
{
return(IModelerinstance.IModelerInstance.GetToleranceValue(ToleranceID));
}
//public static ICurveObject ICreateBsplineCurve(IModelerObject IModelerinstance, Int32& Properties, Double& KnotArray, Double& ControlPointCoordArray)
//{
// return new ICurveObject(IModelerinstance.IModelerInstance.ICreateBsplineCurve(Properties, KnotArray, ControlPointCoordArray));
//}
public static Object CreatePCurve(IModelerObject IModelerinstance, Object Surface, Object Props, Object Knots, Object CtrlPtCoords)
{
return(IModelerinstance.IModelerInstance.CreatePCurve(Surface, Props, Knots, CtrlPtCoords));
}
public static Object CreateSheetFromSurface(IModelerObject IModelerinstance, Object SurfaceIn, Object UvRange)
{
return(IModelerinstance.IModelerInstance.CreateSheetFromSurface(SurfaceIn, UvRange));
}
//public static ICurveObject ICreatePCurve(IModelerObject IModelerinstance, SurfaceObject Surface, Int32& Props, Double& Knots, Double& CtrlPtCoords)
//{
// return new ICurveObject(IModelerinstance.IModelerInstance.ICreatePCurve(Surface, Props, Knots, CtrlPtCoords));
//}
//public static Object CreateBodiesFromSheets(IModelerObject IModelerinstance, Object Sheets, Int32 Options, Int32& Error)
//{
// return IModelerinstance.IModelerInstance.CreateBodiesFromSheets(Sheets, Options, Error);
//}
//public static Int32 ICreateBodiesFromSheets(IModelerObject IModelerinstance, Int32 NSheets, Object& Sheets, Int32 Options, Int32& NResults, Object& Results)
//{
// return IModelerinstance.IModelerInstance.ICreateBodiesFromSheets(NSheets, Sheets, Options, NResults, Results);
//}
//public static IBodyObject ICreateBodyFromFaces(IModelerObject IModelerinstance, Int32 NumOfFaces, Face&Object Faces, Boolean DoLocalCheck, Boolean& LocalCheckResult)
//{
// return new IBodyObject(IModelerinstance.IModelerInstance.ICreateBodyFromFaces(NumOfFaces, Faces, DoLocalCheck, LocalCheckResult));
//}
public static Double FindTwoEdgeMaxDeviation(IModelerObject IModelerinstance, Object LpEdge1, Object LpEdge2)
{
return(IModelerinstance.IModelerInstance.FindTwoEdgeMaxDeviation(LpEdge1, LpEdge2));
}
//public static ISurfaceObject ICreateSweptSurface(IModelerObject IModelerinstance, CurveObject CurveIn, Double& Dir)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateSweptSurface(CurveIn, Dir));
//}
//public static Boolean ReplaceSurfaces(IModelerObject IModelerinstance, Int32 NFaces, Object FaceArray, Object NewSurfArray, Object SenseArray, Double Tolerance)
//{
// return IModelerinstance.IModelerInstance.ReplaceSurfaces(NFaces, FaceArray, NewSurfArray, SenseArray, Tolerance);
//}
//public static Boolean IReplaceSurfaces(IModelerObject IModelerinstance, Int32 NFaces, Face&Object FaceArray, Surface&Object NewSurfArray, Int32& SenseArray, Double Tolerance)
//{
// return IModelerinstance.IModelerInstance.IReplaceSurfaces(NFaces, FaceArray, NewSurfArray, SenseArray, Tolerance);
//}
//public static Object SplitFaceOnParam(IModelerObject IModelerinstance, Object Facedisp, Int32 UVFlag, Double Parameter, Boolean& Status)
//{
// return IModelerinstance.IModelerInstance.SplitFaceOnParam(Facedisp, UVFlag, Parameter, Status);
//}
//public static Int32 ISplitFaceOnParamCount(IModelerObject IModelerinstance, FaceObject Facedisp, Int32 UVFlag, Double Parameter, Boolean& Status)
//{
// return IModelerinstance.IModelerInstance.ISplitFaceOnParamCount(Facedisp, UVFlag, Parameter, Status);
//}
public static IFaceObject ISplitFaceOnParam(IModelerObject IModelerinstance)
{
return(new IFaceObject(IModelerinstance.IModelerInstance.ISplitFaceOnParam()));
}
//public static Double IFindTwoEdgeMaxDeviation(IModelerObject IModelerinstance, EdgeObject PEdge1, EdgeObject PEdge2)
//{
// return IModelerinstance.IModelerInstance.IFindTwoEdgeMaxDeviation(PEdge1, PEdge2);
//}
public static Object CreateConicalSurface(IModelerObject IModelerinstance, Object Center, Object Direction, Double Radius, Double SemiAngle)
{
return(IModelerinstance.IModelerInstance.CreateConicalSurface(Center, Direction, Radius, SemiAngle));
}
//public static Boolean CheckInterference(IModelerObject IModelerinstance, Object Body1, Object Body2, Boolean CoincidentInterference, Object& Body1InterferedFaceArray, Object& Body2InterferedFaceArray, Object& IntersectedBodyArray)
//{
// return IModelerinstance.IModelerInstance.CheckInterference(Body1, Body2, CoincidentInterference, Body1InterferedFaceArray, Body2InterferedFaceArray, IntersectedBodyArray);
//}
//public static Boolean ICheckInterferenceCount(IModelerObject IModelerinstance, BodyObject Body1, BodyObject Body2, Boolean CoincidentInterference, Int32& Body1InterferedFaceCount, Int32& Body2InterferedFaceCount, Int32& IntersectedBodyCount)
//{
// return IModelerinstance.IModelerInstance.ICheckInterferenceCount(Body1, Body2, CoincidentInterference, Body1InterferedFaceCount, Body2InterferedFaceCount, IntersectedBodyCount);
//}
//public static void ICheckInterference(IModelerObject IModelerinstance, Face&Object Body1InterferedFaceArray, Face&Object Body2InterferedFaceArray, Body&Object IntersectedBodyArray)
//{
// return IModelerinstance.IModelerInstance.ICheckInterference(Body1InterferedFaceArray, Body2InterferedFaceArray, IntersectedBodyArray);
//}
//public static Object CreateRuledSurface(IModelerObject IModelerinstance, Object Curve1In, Object Curve2In, Object Apex)
//{
// return IModelerinstance.IModelerInstance.CreateRuledSurface(Curve1In, Curve2In, Apex);
//}
//public static ISurfaceObject ICreateRuledSurface(IModelerObject IModelerinstance, CurveObject Curve1In, CurveObject Curve2In, Double& Apex)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateRuledSurface(Curve1In, Curve2In, Apex));
//}
public static Object CreateCylindricalSurface2(IModelerObject IModelerinstance, Object Center, Object Direction, Object RefDirection, Double Radius)
{
return(IModelerinstance.IModelerInstance.CreateCylindricalSurface2(Center, Direction, RefDirection, Radius));
}
public static Boolean DeleteFacesFromSheetBody(IModelerObject IModelerinstance, Object FaceVar)
{
return(IModelerinstance.IModelerInstance.DeleteFacesFromSheetBody(FaceVar));
}
//public static ISurfaceObject ICreateSphericalSurface2(IModelerObject IModelerinstance, Double& Center, Double& Axis, Double& RefDir, Double Radius)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateSphericalSurface2(Center, Axis, RefDir, Radius));
//}
//public static IBody2Object ICreateBodyFromBox2(IModelerObject IModelerinstance, Double& BoxDimArray)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateBodyFromBox2(BoxDimArray));
//}
public static IBody2Object IRestore2(IModelerObject IModelerinstance, Object StreamIn)
{
return(new IBody2Object(IModelerinstance.IModelerInstance.IRestore2(StreamIn)));
}
//public static ISurfaceObject ICreateCylindricalSurface(IModelerObject IModelerinstance, Double& Center, Double& Direction, Double Radius)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateCylindricalSurface(Center, Direction, Radius));
//}
public static Object CreateSphericalSurface(IModelerObject IModelerinstance, Object Center, Double Radius)
{
return(IModelerinstance.IModelerInstance.CreateSphericalSurface(Center, Radius));
}
//public static IBody2Object ICreateBodyFromCyl2(IModelerObject IModelerinstance, Double& CylDimArray)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateBodyFromCyl2(CylDimArray));
//}
//public static IBody2Object ICreateBodyFromCone2(IModelerObject IModelerinstance, Double& ConeDimArray)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateBodyFromCone2(ConeDimArray));
//}
//public static IBody2Object ICreateBrepBody2(IModelerObject IModelerinstance, Int32 Type, Int32 NTopologies, Int32& Topologies, Double& EdgeTolArray, Double& VertexTolArray, Double& PointArray, Curve&Object CurveArray, Surface&Object SurfaceArray, Int32 NRelations, Int32& Parents, Int32& Children, Int32& Senses)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateBrepBody2(Type, NTopologies, Topologies, EdgeTolArray, VertexTolArray, PointArray, CurveArray, SurfaceArray, NRelations, Parents, Children, Senses));
//}
//public static IBody2Object ICreateSheetFromSurface2(IModelerObject IModelerinstance, SurfaceObject SurfaceIn, Double& UvRange)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateSheetFromSurface2(SurfaceIn, UvRange));
//}
//public static Boolean ICheckInterferenceCount2(IModelerObject IModelerinstance, Body2Object Body1, Body2Object Body2, Boolean CoincidentInterference, Int32& Body1InterferedFaceCount, Int32& Body2InterferedFaceCount, Int32& IntersectedBodyCount)
//{
// return IModelerinstance.IModelerInstance.ICheckInterferenceCount2(Body1, Body2, CoincidentInterference, Body1InterferedFaceCount, Body2InterferedFaceCount, IntersectedBodyCount);
//}
//public static IBody2Object ICreateBodyFromFaces3(IModelerObject IModelerinstance, Int32 NumOfFaces, Face2&Object Faces, Int32 ActionType, Boolean DoLocalCheck, Boolean& LocalCheckResult)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateBodyFromFaces3(NumOfFaces, Faces, ActionType, DoLocalCheck, LocalCheckResult));
//}
//public static Boolean IImprintingFacesCount2(IModelerObject IModelerinstance, Int32 NTargetFaces, Face2&Object TargetFaceArray, Int32 NToolFaces, Face2&Object ToolFaceArray, Int32 Options, Int32& NTargetEdges, Int32& NtoolEdges, Int32& NtargetVertices, Int32& ToolVertices)
//{
// return IModelerinstance.IModelerInstance.IImprintingFacesCount2(NTargetFaces, TargetFaceArray, NToolFaces, ToolFaceArray, Options, NTargetEdges, NtoolEdges, NtargetVertices, ToolVertices);
//}
//public static Boolean IReplaceSurfaces2(IModelerObject IModelerinstance, Int32 NFaces, Face2&Object FaceArray, Surface&Object NewSurfArray, Int32& SenseArray, Double Tolerance)
//{
// return IModelerinstance.IModelerInstance.IReplaceSurfaces2(NFaces, FaceArray, NewSurfArray, SenseArray, Tolerance);
//}
//public static Int32 ISplitFaceOnParamCount2(IModelerObject IModelerinstance, Face2Object Facedisp, Int32 UVFlag, Double Parameter, Boolean& Status)
//{
// return IModelerinstance.IModelerInstance.ISplitFaceOnParamCount2(Facedisp, UVFlag, Parameter, Status);
//}
//public static IFace2Object ISplitFaceOnParam2(IModelerObject IModelerinstance)
//{
// return new IFace2Object(IModelerinstance.IModelerInstance.ISplitFaceOnParam2());
//}
//public static void ICheckInterference2(IModelerObject IModelerinstance, Face2&Object Body1InterferedFaceArray, Face2&Object Body2InterferedFaceArray, Body2&Object IntersectedBodyArray)
//{
// return IModelerinstance.IModelerInstance.ICheckInterference2(Body1InterferedFaceArray, Body2InterferedFaceArray, IntersectedBodyArray);
//}
public static Object CreatePlanarSurface2(IModelerObject IModelerinstance, Object VRootPoint, Object VNormal, Object VRef)
{
return(IModelerinstance.IModelerInstance.CreatePlanarSurface2(VRootPoint, VNormal, VRef));
}
//public static ISurfaceObject ICreateSphericalSurface(IModelerObject IModelerinstance, Double& Center, Double Radius)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateSphericalSurface(Center, Radius));
//}
public static Object CreateToroidalSurface(IModelerObject IModelerinstance, Object Center, Object Axis, Object RefDirection, Double MajorRadius, Double MinorRadius)
{
return(IModelerinstance.IModelerInstance.CreateToroidalSurface(Center, Axis, RefDirection, MajorRadius, MinorRadius));
}
//public static IBody2Object ICreateBrepBody3(IModelerObject IModelerinstance, Int32 Type, Int32 NTopologies, Int32& Topologies, Double& EdgeTolArray, Double& VertexTolArray, Double& PointArray, Curve&Object CurveArra1, Surface&Object CurveSurfaceArray1, Curve&Object CurveArray2, Surface&Object CurveSurfaceArray2, Surface&Object SurfaceArray, Int32 NRelations, Int32& Parents, Int32& Children, Int32& Senses, Int32 Option)
//{
// return new IBody2Object(IModelerinstance.IModelerInstance.ICreateBrepBody3(Type, NTopologies, Topologies, EdgeTolArray, VertexTolArray, PointArray, CurveArra1, CurveSurfaceArray1, CurveArray2, CurveSurfaceArray2, SurfaceArray, NRelations, Parents, Children, Senses, Option));
//}
public static IBody2Object CreateSheetFromFaces(IModelerObject IModelerinstance, Object FaceArr)
{
return(new IBody2Object(IModelerinstance.IModelerInstance.CreateSheetFromFaces(FaceArr)));
}
//public static ISurfaceObject ICreateToroidalSurface(IModelerObject IModelerinstance, Double& Center, Double& Axis, Double& RefDirection, Double MajorRadius, Double MinorRadius)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreateToroidalSurface(Center, Axis, RefDirection, MajorRadius, MinorRadius));
//}
//public static Object CreateBodyFromFaces2(IModelerObject IModelerinstance, Int32 NumOfFaces, Object Faces, Int32 ActionType, Boolean DoLocalCheck, Boolean& LocalCheckResult)
//{
// return IModelerinstance.IModelerInstance.CreateBodyFromFaces2(NumOfFaces, Faces, ActionType, DoLocalCheck, LocalCheckResult);
//}
//public static IBodyObject ICreateBodyFromFaces2(IModelerObject IModelerinstance, Int32 NumOfFaces, Face&Object Faces, Int32 ActionType, Boolean DoLocalCheck, Boolean& LocalCheckResult)
//{
// return new IBodyObject(IModelerinstance.IModelerInstance.ICreateBodyFromFaces2(NumOfFaces, Faces, ActionType, DoLocalCheck, LocalCheckResult));
//}
public static Double SetToleranceValue(IModelerObject IModelerinstance, Int32 ToleranceID, Double NewToleranceValue)
{
return(IModelerinstance.IModelerInstance.SetToleranceValue(ToleranceID, NewToleranceValue));
}
//public static Int32 GetBodyOutline(IModelerObject IModelerinstance, Object BodyVar, MathVectorObject Direction, Double Tolerance, Object& CurvesOut, Object& TopolEntities, Object& Outline)
//{
// return IModelerinstance.IModelerInstance.GetBodyOutline(BodyVar, Direction, Tolerance, CurvesOut, TopolEntities, Outline);
//}
public static ICurveObject MergeCurves(IModelerObject IModelerinstance, Object CurveVar)
{
return(new ICurveObject(IModelerinstance.IModelerInstance.MergeCurves(CurveVar)));
}
//public static ISurfaceObject ICreatePlanarSurface(IModelerObject IModelerinstance, Double& RootPoint, Double& Normal)
//{
// return new ISurfaceObject(IModelerinstance.IModelerInstance.ICreatePlanarSurface(RootPoint, Normal));
//}
public static Object CreateExtrusionSurface(IModelerObject IModelerinstance, Object ProfileCurve, Object AxisDirection)
{
return(IModelerinstance.IModelerInstance.CreateExtrusionSurface(ProfileCurve, AxisDirection));
}
