Class CADInterface
Inherited Members
Namespace: UnityEngine.Pixyz.CAD
Assembly: Unity.Pixyz.SDKPlus.Editor.dll
Syntax
public class CADInterface : InterfaceMethods
| Name | Description |
|---|---|
| AddBodyToModel(uint, uint) | Add a body to the model |
| AddEdgeToModel(uint, uint) | Add an edge to the model |
| AddOpenShellToModel(uint, uint) | Add an open shell to the model |
| AddPrecisionArea(uint, AABR) | Define a working area on the 2D projection of the surface to define a parametric precision |
| AddVertexToModel(uint, uint) | Add a vertex to the model |
| AreCurvesEquals(uint, uint) | Check if two curve are equals by comparing each attribute, one by one. The two curves need to be of the same type; otherwise, it returns false by default |
| BuildFaces(uint, LoopList) | Build faces from a surface and a set of loop |
| ConfigureFunctionLogger(string, bool, bool, bool) | |
| CreateBRepCone(double, double, Matrix4) | Creates a BRep Cone whose axis is the Z axis centered on O |
| CreateBRepCube(double, Matrix4) | Creates a BRep Cube |
| CreateBRepCylinder(double, double, Matrix4) | Creates a BRep Cylinder aligned on the Z axis centered on O |
| CreateBRepPlane(double, double, Matrix4) | Creates a BRep Plane whose normal is the Z axis centered on O |
| CreateBRepSphere(double, Matrix4) | Creates a BRep Sphere centered on O and whose singularities are on the Z axis |
| CreateBRepTorus(double, double, Matrix4) | Creates a BRep Torus whose axis is the Z axis centered on O |
| CreateBezierCurve(Point3List) | Create a Bezier curve |
| CreateBezierSurface(int, int, Point3List) | Create a new bezier surface |
| CreateBody(uint, ClosedShellList) | Create a body from a surface |
| CreateBoundedLinearExtrusion(Point3, Point3, Point3, ProfileBase, Point3, ExtrusionBoundaryType, ProfileBase) | create a linear extrusion body |
| CreateCircleCurve(double, Matrix4) | Create a new circle |
| CreateClosedShell(FaceList, OrientationList) | Create a closedShell from a set of faces of a set of orientations |
| CreateCoEdge(uint, bool, uint, uint, bool) | Create an coEdge with a edge and an orientation |
| CreateCompositeCurve(CurveList) | Create a composite curve from a list of limited curves |
| CreateConeSurface(double, double, Matrix4) | Create a new cone surface |
| CreateCosinusCurve(double, double, double, Matrix4) | Create a cosinus curve |
| CreateCurveExtrusion(uint, ProfileBase, Point3, ExtrusionBoundaryType, ProfileBase) | create a curve extrusion body |
| CreateCurveExtrusionSurface(uint, uint, uint) | Create a new curveExtrusion surface |
| CreateCylinderSurface(double, Matrix4) | Create a new cylinder surface |
| CreateEdge(uint, uint, uint) | Create an edge with a curve an extremity vertices |
| CreateEdgeFromCurve(uint) | Create an edge from a limited curve |
| CreateEdgeWithBounds(uint, uint, uint, Bounds1D) | Create an edge with a curve an extremity vertices and a given boundary |
| CreateEllipseCurve(double, double, Matrix4) | Create an ellipse curve |
| CreateEllipticConeSurface(double, double, double, Matrix4) | Create a new elliptic cone surface |
| CreateFace(uint, LoopList, bool) | Create a face from a surface |
| CreateHelixCurve(double, double, Matrix4, bool) | Create an helix curve |
| CreateHermiteCurve(Point3, Point3, Point3, Point3) | Create a Hermite Curve |
| CreateHyperbolaCurve(double, double, Matrix4) | Create an hyperBola curve |
| CreateIntersectionCurve(uint, uint, uint, double, double) | Create a Intersection Curve |
| CreateLineCurve(Point3, Point3) | Create a Line Curve |
| CreateLinearExtrusion(Point3, double, ProfileBase, Point3, ExtrusionBoundaryType, ProfileBase) | create a linear extrusion body |
| CreateLoop(CoEdgeList, bool, bool) | Create a loop from a set of edges of a set of orientations |
| CreateLoopFromCurve(uint) | Create a loop from a finite curve |
| CreateModel(double) | Create a new model |
| CreateMultiExtrusion(ProfileBaseList, CurveListList, ExtrusionBoundaryType) | create a linear extrusion body |
| CreateNURBSCurve(int, DoubleList, Point3List, DoubleList) | Create a NURBS curve |
| CreateNURBSSurface(int, int, DoubleList, DoubleList, Point3List, DoubleList) | Create a new NURBS surface |
| CreateOffsetSurface(uint, double) | Create a new offset surface |
| CreateOpenShell(FaceList, OrientationList) | Create a openShell from a set of faces of a set of orientations and set of loops |
| CreateParabolaCurve(double, Matrix4) | Create an parabola curve |
| CreatePlaneSurface(Matrix4) | Create a new plane surface |
| CreatePolylineCurve(Point3List, DoubleList) | Create a Polyline curve |
| CreateRevolutionSurface(uint, Point3, Point3, double, double) | Create a new revolution surface |
| CreateRevolveExtrusion(Point3, Point3, double, ProfileBase, Point3, ExtrusionBoundaryType, ProfileBase) | create a revolved extrusion body |
| CreateRuledSurface(uint, uint) | Create a new ruled surface |
| CreateSegmentCurve(Point3, Point3) | Create a segment curve from two given points |
| CreateSphereSurface(double, Matrix4) | Create a new sphere surface |
| CreateSurfacicCurve(uint, uint) | Create a curve from a surface |
| CreateTabulatedCylinderSurface(uint, Point3, double, double) | Create a new tabulated cylinder surface |
| CreateTorusSurface(double, double, Matrix4) | Create a new torus surface |
| CreateTransformedCurve(uint, Matrix4) | Create a curve from a surface |
| CreateVertex(Point3) | Create a vertex from a position |
| EndThreadBrepSession() | Create a new BrepSession on current thread |
| EvalCurvatureOnCurve(uint, double) | evaluate curvature on a curve |
| EvalCurvatureOnSurface(uint, Point2) | evaluate main curvatures on a surface |
| EvalOnCurve(uint, double, int) | evaluate a point and derivatives on a curve |
| EvalOnSurface(uint, Point2, int) | evaluate a point and derivatives on a surface |
| GetAllModelFaces(uint) | Get all the face of a model recursively |
| GetBodyClosedShells(uint) | get all closedShells contain in the body |
| GetCircleCurveDefinition(uint) | get all parameters contained in the circleCurve |
| GetClosedShellOrientedFaces(uint) | get all orienteFaces contain in the closedShell |
| GetCoEdgeDefinition(uint) | get all parameters contained in the coEdge |
| GetCompositeCurveDefinition(uint) | get all parameters contained in the compositeCurve |
| GetConeSurfaceDefinition(uint) | get all parameters contained in the coneSurface |
| GetCurveExtrusionSurfaceDefinition(uint) | get all parameters contained in the curveExtrusionSurface |
| GetCurveLength(uint) | returns the length of the curve |
| GetCurveLimits(uint) | get the parametric space limits of a curve |
| GetCylinderSurfaceDefinition(uint) | get all parameters contained in the cylinderSurface |
| GetEdgeDefinition(uint) | get all parameters contained in the edge |
| GetEdgeLength(uint) | returns the length of the edge |
| GetEdgeMaterial(uint) | Get the material of the edge, if any |
| GetEllipseCurveDefinition(uint) | get all parameters contained in the ellipseCurve |
| GetEllipticConeSurfaceDefinition(uint) | get all parameters contained in the ellipticConeSurface |
| GetFaceDefinition(uint) | get all parameters contain in the face |
| GetFaceMaterial(uint) | get the material on a face |
| GetFaceParametricBoundaries(uint) | get parametric definition of each face loop |
| GetHelixCurveDefinition(uint) | get all parameters contained in the helixCurve |
| GetHermiteCurveDefinition(uint) | get all parameters contained in the hermiteCurve |
| GetHyperbolaCurveDefinition(uint) | get all parameters contained in the hyperbolaCurve |
| GetIntersectionCurveDefinition(uint) | get all parameters contained in the intersectionCurve |
| GetLastError() | |
| GetLineCurveDefinition(uint) | get all parameters contain in the lineCurve |
| GetLoopCoEdges(uint) | get all coEdges contain in the loop |
| GetModelBodies(uint) | Get the list of bodies contained in a model |
| GetModelBoundaries(uint) | Get boundary edges of a model grouped by cycles |
| GetModelEdges(uint) | Get the list of free edges contained in a model |
| GetModelOpenShells(uint) | Get the list of open shells contained in a model |
| GetModelPrecision(uint) | Get the precision used in a model |
| GetModelVertices(uint) | Get the list of free vertices contained in a model |
| GetNURBSCurveDefinition(uint) | get all parameters contained in the nurbsCurve |
| GetNURBSSurfaceDefinition(uint) | get all parameters contained in the nurbsSurface |
| GetOffsetCurveDefinition(uint) | get all parameters contained in the offsetCurve |
| GetOffsetSurfaceDefinition(uint) | get all parameters contained in the offsetSurface |
| GetOpenShellOrientedFaces(uint) | get all orienteFaces contain in the openShell |
| GetParabolaCurveDefinition(uint) | get all parameters contained in the parabolaCurve |
| GetParametricPrecisionOnSurface(uint, double) | returns the parametric precision of a surface from the input precision |
| GetPlaneSurfaceDefinition(uint) | get all parameters contained in the planeSurface |
| GetPolylineCurveDefinition(uint) | get all parameters contained in the polylinCurve |
| GetPrecision() | Get the CAD precision |
| GetReferencers(uint) | Returns the entities referencing a given CAD entity |
| GetRevolutionSurfaceDefinition(uint) | get all parameters contained in the revolutionSurface |
| GetRuledSurfaceDefinition(uint) | get all parameters contained in the ruledSurface |
| GetSegmentCurveDefinition(uint) | get all parameters contained in the segmentCurve |
| GetSphereSurfaceDefinition(uint) | get all parameters contained in the sphereSurface |
| GetSurfaceLimits(uint) | get the parametric space limits of a surface |
| GetSurfacicCurveDefinition(uint) | get all parameters contained in the surfacicCurve |
| GetTabulatedCylinderSurfaceDefinition(uint) | get all parameters contained in the TabulatedCylinderSurface |
| GetTorusSurfaceDefinition(uint) | get all parameters contained in the torusSurface |
| GetTransformedCurveDefinition(uint) | get all parameters contained in the transformedCurve |
| GetUnitLength() | Get the CAD unity length property |
| GetVertexPosition(uint) | get the position of the vertex |
| InvertCoEdge(uint) | Invert a coedge |
| InvertCurve(uint, double) | Invert a curve parametricaly |
| InvertFaces(FaceList, bool) | Invert faces |
| InvertLoop(uint) | Invert a loop |
| InvertOnCurve(uint, Point3, double) | invert a point to a curve |
| InvertOnSurface(uint, Point3, double) | invert a point to a surface |
| IsCurveClosed(uint) | if the curve is closed, return true, return false otherwise |
| IsCurveFinite(uint) | if the curve is finite return true, return false otherwise |
| IsCurvePeriodic(uint) | if the curve is periodic return true, return false otherwise |
| IsSurfaceClosed(uint) | return if the surface is closed on U or on V |
| IsSurfaceFinite(uint) | return if the surface is finite |
| IsSurfacePeriodic(uint) | return if the surface is periodic on U or on V |
| NeedPrecisionArea(uint) | tells if it needs a working area on the surface |
| NeedTorusShapeCheck(uint, Point3List) | Returns true if the torus has a shape (lemon or apple) corresponding to the provided points |
| ProjectOnCurve(uint, Point3, double) | project a point to a curve |
| ProjectOnSurface(uint, Point3, double) | project a point to a surface |
| SetCoEdgeCurve2D(uint, uint) | Set the curve 2D value of a coEdge |
| SetCoEdgeSurface(uint, uint) | Set the surface value of a coEdge |
| SetCurveLimits(uint, Bounds1D) | set the parametric space limits of a curve |
| SetEdgeMaterial(uint, uint) | Define an edge's material |
| SetFaceMaterial(uint, uint) | set the material on a face |
| SetUnitLength(double) | Set the CAD unity length property |
| SolidIntersection(uint, uint) | perform boolean operation intersection on two bodies (A ^ B) |
| SolidSubtraction(uint, uint) | perform boolean operation subtraction on two bodies (A - B) |
| SolidUnion(uint, uint) | perform boolean operation union on two bodies (A + B) |
| StartThreadBrepSession(double) | Create a new BrepSession on current thread |