class DVtextureQuadrilateral

class DVtextureQuadrilateral: public DVquadrilateral

A class which reads a texture from a file and maps it onto a quadrilateral.

Inheritance:

Public Methods
DVtextureQuadrilateral(char *filname=NULL): Default constructor
DVtextureQuadrilateral(const float *const, const float *const, const float *const, const float *const, char *filname=NULL): Constructor with four nodes given as float arrays
DVtextureQuadrilateral(const float[][3], char *filname=NULL): Constructor with array of nodes given
DVtextureQuadrilateral(const float *const, const float *const, const float *const, const float *const, const float *const, const float *const, const float *const, const float *const, char *filname=NULL): Constructor with four nodes given as float arrays and four normals given as float arrays.
DVtextureQuadrilateral(const float *const, const float *const, const float *const, const float *const, const float *const, char *filname=NULL): Constructor with four nodes given as float arrays and one normal given as a float array.
DVtextureQuadrilateral(const float *const, const float *const, const float *const, const float *const, const float[][3], char *filname=NULL): Constructor with four nodes given as float arrays and four normals given as one 2D float array.
DVtextureQuadrilateral(const float[][3], const float *const, const float *const, const float *const, const float *const, char *filname=NULL): Constructor with four nodes given as one 2D float array and four normals given as float arrays.
DVtextureQuadrilateral(const float[][3], const float *const, char *filname=NULL): Constructor with four nodes given as one 2D float array and one normal given as a float array.
DVtextureQuadrilateral(const float[][3], const float[][3], char *filname=NULL): Constructor with four nodes given as one 2D float array and four normals given as one 2D float array.
~DVtextureQuadrilateral(): Destructor
DVtextureQuadrilateral& set_filename(char *filname=NULL): Set the filename from which to read the texture
virtual void draw(LCVMstack<DVproperty*>&): Virtual draw routine
DVtextureQuadrilateral(const DVtextureQuadrilateral &data): Copy constructor
DVtextureQuadrilateral& operator=(const DVtextureQuadrilateral &data): Assignment operator
virtual DVobject* copy(): A routine that returns a pointer to a copy of the object created with new.
virtual void print(ostream&): A virtual print function
friend ostream& operator<<(ostream &, DVtextureQuadrilateral &): A friend routine to overload the << operator
DVtextureQuadrilateral(FileOption a_file_op): Methods concerning the file formats, read and write
inline DVtextureQuadrilateral(char* filename): first one makes a "default" textureQuadrilateral.
inline DVtextureQuadrilateral(const float *const p0, const float *const p1, const float *const p2, const float *const p3, char *filename): is the coordinates (x,y,z) of one node.
inline DVtextureQuadrilateral(const float p[][3], char* filename): we just call set_nodes and compute_normals.
inline DVtextureQuadrilateral( const float *const p0, const float *const p1, const float *const p2, const float *const p3, const float *const n0, const float *const n1, const float *const n2, const float *const n3, char *filename ): four nodes and four normal vectors given
inline DVtextureQuadrilateral( const float *const p0, const float *const p1, const float *const p2, const float *const p3, const float *const n, char *filename ): four nodes and one normal vector given
inline DVtextureQuadrilateral( const float *const p0, const float *const p1, const float *const p2, const float *const p3, const float n[][3], char *filename ): four nodes and an array of four normal vectors given
inline DVtextureQuadrilateral( const float p[][3], const float *const n0, const float *const n1, const float *const n2, const float *const n3, char *filename ): an array with the four nodes and four normal vectors given
inline DVtextureQuadrilateral(const float p[][3], const float *const n, char *filename): an array with the four nodes and one normal vector given
inline DVtextureQuadrilateral(const float p[][3], const float n[][3], char *filename): an array with the four nodes and an array with four normal vectors
inline ~DVtextureQuadrilateral(): destructor

Protected Fields
char* texture_filename: The filename from which the texture is read

Inherited from DVquadrilateral:

Public Methods
DVquadrilateral& set_data()
DVquadrilateral& set_data( const float *const, const float *const, const float *const, const float *const )
DVquadrilateral& set_data(const float[][3])
DVquadrilateral& set_data( const float *const, const float *const, const float *const, const float *const, const float *const, const float *const, const float *const, const float *const )
DVquadrilateral& set_data( const float *const, const float *const, const float *const, const float *const, const float *const )
DVquadrilateral& set_data( const float *const, const float *const, const float *const, const float *const, const float[][3] )
DVquadrilateral& set_data( const float[][3], const float *const, const float *const, const float *const, const float *const )
DVquadrilateral& set_data(const float[][3], const float *const)
DVquadrilateral& set_data(const float[][3], const float[][3])
inline DVquadrilateral& set_data()
inline DVquadrilateral& set_data( const float *const p0, const float *const p1, const float *const p2, const float *const p3 )
inline DVquadrilateral& set_data(const float p[][3])
inline DVquadrilateral& set_data( const float *const p0, const float *const p1, const float *const p2, const float *const p3, const float *const n0, const float *const n1, const float *const n2, const float *const n3 )
inline DVquadrilateral& set_data( const float *const p0, const float *const p1, const float *const p2, const float *const p3, const float *const n )
inline DVquadrilateral& set_data( const float *const p0, const float *const p1, const float *const p2, const float *const p3, const float n[][3] )
inline DVquadrilateral& set_data( const float p[][3], const float *const n0, const float *const n1, const float *const n2, const float *const n3 )
inline DVquadrilateral& set_data(const float p[][3], const float *const n)
inline DVquadrilateral& set_data(const float p[][3], const float n[][3])

Protected Fields
float nodes[4][3]
float normals[4][3]

Inherited from DVobject:

Public Methods
DVobject& set_translate(LCVMarray<float> &data)
DVobject& set_translate(const float x, const float y, const float z)
DVobject& add_translate(LCVMarray<float> &data)
DVobject& add_translate(const float x, const float y, const float z)
DVobject& set_rotate(LCVMarray<float> &data, const float angle, const char type='d')
DVobject& set_rotate( const float x, const float y, const float z, const float angle, const char type='d' )
DVobject& add_rotate(LCVMarray<float> &data, const float angle, const char type='d')
DVobject& add_rotate( const float x, const float y, const float z, const float angle, const char type='d' )
void get_translation(LCVMarray<float>&)
void get_rotation(LCVMarray<float>&, float&)
void set_OpenGL_lighting_properties(DVlight_properties_property_item_array &lights)
void set_OpenGL_material_properties(DVmaterial_properties_property_item &material, DVcolor &color)
void set_OpenGL_color(DVcolor &color)
virtual DVobject& copy_child(DVobject &child)
virtual DVobject& delete_current_child()
int operator==(const DVobject &data)
int operator!=(const DVobject &data)
int ReadProp()
void ReadDVrotate()
void ReadDVtranslation()
void ReadSimpleProps()

Public

Protected Fields
class DVcontainerbase LCVMarray<float> translation
LCVMarray<float> rotation_axis
float rotation_angle
LCVMarray<float> rotation_quaterions

Protected Methods
void axis_to_quat(LCVMarray<float> axis, float angle, LCVMarray<float> &quat)
void quat_to_axis(LCVMarray<float> quat, LCVMarray<float> &axis, float &angle)
void add_quat(LCVMarray<float> a, LCVMarray<float> b, LCVMarray<float> &c)