class vxtConvPolyhedron : public vxtPlanarObject

Convex polyhedron

Inheritance:

Public Methods

vxtConvPolyhedron(vxtPolygon *f, int nf, int m, RGBColor c)

constructor, faces are initialized

vxtConvPolyhedron(int nf, int m, RGBColor c)

constructor, faces are not initialized

vxtConvPolyhedron(vxtConvPolyhedron const &other)

copy constructor

~vxtConvPolyhedron()

destructor

vxtConvPolyhedron const& operator=(vxtConvPolyhedron const &other)

overloaded assignment

virtual void Voxelize(vxtGrid3D& gr, const csgOp op=VXT_OR) const

Voxelize the object

Inherited from vxtPlanarObject:

Public Methods

void setVolStyle(int const m)

int getVolStyle(void) const

Inherited from vxtPrimitive:

Public

Basic methods

vxtPrimitive(const RGBColor& v)

Constructor

virtual void Describe() const

Print out object properties

Color manipulation

void setColor(RGBColor const& c)

set object color

RGBColor const& getColor(void) const

get object color

Implementation of GSC operations

vxtAggregate operator+(const vxtObject3D& b) const

Create an aggregate by addition - OR of two objects

vxtAggregate operator-(const vxtObject3D& b) const

Create an aggregate by subtracting two objects

vxtAggregate operator*(const vxtObject3D& b) const

Create an aggregate by multiplication - AND of two objects

Inherited from vxtObject3D:

Public

Methods dealing with object transformations

void Transform(Matrix const& tm, Vector3D const& P)

Object transformation with respect to a Point P

void Transform(Matrix const& tm)

Object transformation with respect to (0,0,0)

void Transform(const vxtObject3D& o)

Apply transformation matrix of some other object

Vector3D obj2world(Vector3D const &p) const

Transform point from object coordinates to world coordinates

Vector3D world2obj(Vector3D const &p) const

Transform point from world coordinates to object coordinates

void printMatrix(void) const

print transformation matrix

Virtual methods to be implemented by descendants

virtual void Voxelize(vxtGrid3D& gr, const csgOp op) const

Voxelize the object and add it to the grid gr

virtual vxtObject3D* Dup() const

Duplicate the object

virtual Vector3D minBBox()

get minimal corner of a bounding box

virtual Vector3D maxBBox()

get maximal corner of a bounding box

virtual void Describe() const

Print out object properties

Inherited from vxtBase:

vxtConvPolyhedron(vxtPolygon *f, int nf, int m, RGBColor c)

constructor, faces are initialized

vxtConvPolyhedron(int nf, int m, RGBColor c)

constructor, faces are not initialized

vxtConvPolyhedron(vxtConvPolyhedron const &other)

copy constructor

~vxtConvPolyhedron()

destructor

vxtConvPolyhedron const& operator=(vxtConvPolyhedron const &other)

overloaded assignment

virtual void Voxelize(vxtGrid3D& gr, const csgOp op=VXT_OR) const

Voxelize the object

Direct child classes:

vxtPlatTetra
vxtPlatOct
vxtPlatIcosa
vxtPlatHexa
vxtPlatDodeca

alphabetic index hierarchy of classes

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