AnyParSurface

class AnyParSurface : public vxtParSurface

Any parametric object, defined by is equation and domain

Inheritance:

Public Methods
AnyParSurface(Vector3D (*fun)(float u, float v)): Constructor
AnyParSurface(Vector3D (*fun)(float u, float v), float umi, float uma, float vmi, float vma): Constructor
virtual void Describe() const: Print out object properties
virtual vxtObject3D* Dup() const: duplicate the object

Inherited from vxtParSurface:

Public
Basic methods

vxtParSurface(float umi=0, float uma=1, float vmi=0, float vma=1, RGBColor c=RGBColor(1))
Constructor - single color
vxtParSurface(vxtParSurface const &other)
copy constructor
~vxtParSurface()
destructor
vxtParSurface const& operator=(vxtParSurface const &other)
overloaded assignment
void loadTexture(char *name)
load color texture
Manipulation with domain dimensions

float getSurfMaxU() const
get upper u bound of the curve domain
float getSurfMinU() const
get lower u bound of the curve domain
float getSurfMaxV() const
get upper v bound of the curve domain
float getSurfMinV() const
get lower v bound of the curve domain
void setSurfBounds(float umi, float uma, float vmi, float vma)
set curve domain bounds
void setSurfMaxU(float uma)
set upper bound of the curve domain
void setSurfMinU(float umi)
set lower bound of the curve domain
void setSurfMaxV(float vma)
set upper bound of the curve domain
void setSurfMinV(float vmi)
set lower bound of the curve domain
Implementation of vxtObject3D virtual methods

virtual void Voxelize(vxtGrid3D& gr, const csgOp op=VXT_OR) const
Voxelize the object and add it to a grid
virtual void Describe() const
Print out object properties

Inherited from vxtPrimitive:

Public
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:

Documentation

Any parametric object, defined by is equation and domain .
Both constructors take as their first parameter pointer to a function, which, for a point (u,v) in the surface`s 2D domain, computes the corresponding point in 3D.