Defines classes, types, enums, and functions related to topological entities and scene graph elements. More...

Classes
class	Assembly
	Defines a group of model element. More...

class	Box
	Defines a 3D axis-aligned bounding box. More...

class	CombinedElementVisitor
	Provides combined methods VisitEnter() and VisitLeave() to visit all elements. More...

class	Edge
	Defines an edge. More...

class	Face
	Defines a topological face. More...

class	IndexedTriangleSet
	Defines a polygonal shape consisting of triangles. More...

class	Instance
	Defines an occurrence of assembly or part in a scene graph. More...

class	Model
	Provides MTK data model. More...

class	ModelElement
	Base class for part, instance and assembly. More...

class	ModelElementIterator
	Iterator over scene graph elements. More...

class	ModelElementUniqueVisitor
	Defines a visitor that visits each unique element only once. More...

class	ModelElementVisitor
	Defines a visitor of the scene graph elements. More...

class	ModelElementVoidVisitor
	Element visitor with empty implementation. More...

class	ModelReader
	Reads STEP and native format. More...

class	OrientedShapeEqual
	Compares shapes using 'IsEqual' relationship. More...

class	OrientedShapeHash
	Hasher for Shape using 'IsEqual' relationship. More...

class	Part
	Defines a leaf node in the scene graph hiearchy. More...

class	PointSet
	Defines a polygonal shape consisting of individual points. More...

class	Polyline2dSet
	Defines a polygonal shape consisting of polylines. More...

class	PolylineSet
	Defines a polygonal shape consisting of polylines. More...

class	Shape
	Base class of topological shapes. More...

class	ShapeIterator
	Iterates over subshapes in a shape. More...

class	SheetBody
	Provides a sheet body composed of faces and shells. More...

class	Shell
	Defines a connected set of faces. More...

class	Solid
	Defines a topological solid. More...

class	SolidBody
	Provides a solid body composed of solids. More...

class	UnorientedShapeEqual
	Compares shapes using 'IsSame' relationship. More...

class	UnorientedShapeHash
	Hasher for Shape using 'IsSame' relationship. More...

class	Vertex
	Defines topological vertex. More...

class	Wire
	Defines a connected set of edges. More...

class	WireframeBody
	Provides a wireframe body composed of edges and wires. More...

Enumerations
enum class	ShapeOrientation { Forward , Reversed , Undefined = 0x10 }
	Defines shape orientation.

enum class	ShapeType { Solid = 2 , Shell , Face , Wire , Edge , Vertex , Undefined }
	Defines shape type.

Functions
Box	operator* (const Box &theV, double theVal)
	Returns a box, which is theV scaled by theVal.

Box	operator/ (const Box &theV, double theVal)
	Returns a box, which is theV scaled by \((1 /\) theVal \()\).

void	operator*= (Box &theV, double theVal)
	Scales box by scalar value.

void	operator/= (Box &theV, double theVal)
	Scales box by the inverse of the given value.

bool	operator== (const Shape &theShape1, const Shape &theShape2)
	Equality operator.

bool	operator!= (const Shape &theShape1, const Shape &theShape2)
	Non-equality operator.

Detailed Description

Defines classes, types, enums, and functions related to topological entities and scene graph elements.

Function Documentation

◆ operator*()

Box cadex::ModelData::operator*	(	const Box &	theV,
		double	theVal )

Returns a box, which is theV scaled by theVal.

Returns the result of the scaling transformation of all the points of the box in the form:

\[ P'=\mathrm{theVal}\; P \]

where \(P\) and \(P'\) are the box points before and after transformation respectively and \(\mathrm{theVal}\) is the scale factor.

◆ operator*=()

void cadex::ModelData::operator*=	(	Box &	theV,
		double	theVal )

Scales box by scalar value.

Performs the scaling transformation of all the points of the box in the form:

\[ P'=\mathrm{theVal}\; P \]

where \(P\) and \(P'\) are the box points before and after transformation respectively and \(\mathrm{theVal}\) is the scale factor.

◆ operator/()

Box cadex::ModelData::operator/	(	const Box &	theV,
		double	theVal )

Returns a box, which is theV scaled by \((1 /\) theVal \()\).

Returns the result of th scaling transformation of all the points of the box in the form:

\[ P'=\mathrm{theVal}^{-1}\; P \]

where \(P\) and \(P'\) are the box points before and after transformation respectively and \(\mathrm{theVal}^{-1}\) is the scale factor.

◆ operator/=()

void cadex::ModelData::operator/=	(	Box &	theV,
		double	theVal )

Scales box by the inverse of the given value.