ork::Mesh< vertex, index > Class Template Reference
[render]

A MeshBuffers wrapper that provides a convenient API to define the mesh content. More...

#include <Mesh.h>

Inheritance diagram for ork::Mesh< vertex, index >:

Public Member Functions
	Mesh (MeshMode m, MeshUsage usage, int vertexCount=4, int indiceCount=4)
	Creates a new mesh.
	Mesh (ptr< MeshBuffers > target, MeshMode m, MeshUsage usage, int vertexCount=4, int indiceCount=4)
	Creates a new mesh.
virtual	~Mesh ()
	Deletes this mesh.
MeshMode	getMode () const
	Returns the interpretation mode of the vertices of this mesh.
int	getVertexCount () const
	Returns the number of vertices in this mesh.
vertex	getVertex (int i) const
	Returns a vertex of this mesh.
int	getIndiceCount () const
	Returns the number of indices of this mesh.
GLint	getPrimitiveRestart () const
	Returns the vertex index used for primitive restart.
GLint	getPatchVertices () const
	Returns the number of vertices per patch in this mesh, if getMode() is PATCHES.
ptr< MeshBuffers >	getBuffers () const
	Returns the MeshBuffers wrapped by this Mesh instance.
void	addAttributeType (int id, int size, AttributeType type, bool norm)
	Declares an attribute of the vertices of this mesh.
void	setCapacity (int vertexCount, int indiceCount)
	Sets the capacity of the vertex and indice array of this mesh.
void	addVertex (const vertex &v)
	Adds a vertex to this mesh.
void	addVertices (const vertex *v, int count)
	Adds vertices this mesh.
void	addIndice (index i)
	Adds an indice to this mesh.
void	setMode (MeshMode mode)
	Sets the interpretation mode of the vertices of this mesh.
void	setVertex (int i, const vertex &v)
	Changes a vertex of this mesh.
void	setIndice (int i, index ind)
	Changes an indice of this mesh.
void	setPrimitiveRestart (GLint restart)
	Sets the vertex index used for primitive restart.
void	setPatchVertices (GLint vertices)
	Sets the number of vertices per patch in this mesh, if getMode() is PATCHES.
void	clear ()
	Removes all the vertices and indices of this mesh.
void	clearBuffers ()
	Clears the MeshBuffers.

Detailed Description

template<class vertex, class index>
class ork::Mesh< vertex, index >

A MeshBuffers wrapper that provides a convenient API to define the mesh content.

Template Parameters:

	vertex	the type of the vertices of this mesh.
	index	the type of the indices of this mesh.

Constructor & Destructor Documentation

template<class vertex , class index >

ork::Mesh< vertex, index >::Mesh	(	MeshMode	m,
		MeshUsage	usage,
		int	vertexCount = `4`,
		int	indiceCount = `4`
	)			`[inline]`

Creates a new mesh.

Parameters:

	m	how the list of vertices of this mesh must be interpreted.
	usage	how the data should be handled.
	vertexCount	the initial capacity of the vertex array.
	indiceCount	the initial capacity of the indice array.

template<class vertex , class index >

ork::Mesh< vertex, index >::Mesh	(	ptr< MeshBuffers >	target,
		MeshMode	m,
		MeshUsage	usage,
		int	vertexCount = `4`,
		int	indiceCount = `4`
	)			`[inline]`

Creates a new mesh.

Parameters:

	target	the mesh buffers wrapped by this mesh.
	m	how the list of vertices of this mesh must be interpreted.
	usage	how the data should be handled.
	vertexCount	the initial capacity of the vertex array.
	indiceCount	the initial capacity of the indice array.

template<class vertex , class index >

ork::Mesh< vertex, index >::~Mesh ( ) [inline, virtual]

Deletes this mesh.

Member Function Documentation

template<class vertex , class index >

void ork::Mesh< vertex, index >::addAttributeType	(	int	id,
		int	size,
		AttributeType	type,
		bool	norm
	)			`[inline]`

Declares an attribute of the vertices of this mesh.

Parameters:

	id	a vertex attribute index.
	size	the number of components in attributes of this kind.
	type	the type of each component in attributes of this kind.
	norm	if the attribute components must be normalized to 0..1.

template<class vertex , class index>

void ork::Mesh< vertex, index >::addIndice ( index i ) [inline]

Adds an indice to this mesh.

Parameters:

i

a vertex index.

template<class vertex, class index >

void ork::Mesh< vertex, index >::addVertex ( const vertex & v ) [inline]

Adds a vertex to this mesh.

Parameters:

v

a vertex.

template<class vertex, class index >

void ork::Mesh< vertex, index >::addVertices	(	const vertex *	v,
		int	count
	)			`[inline]`

Adds vertices this mesh.

Parameters:

	v	a pointer to a vertex array.
	count	number of vertices

template<class vertex , class index >

void ork::Mesh< vertex, index >::clear ( ) [inline]

Removes all the vertices and indices of this mesh.

template<class vertex , class index >

void ork::Mesh< vertex, index >::clearBuffers ( ) [inline]

Clears the MeshBuffers.

template<class vertex , class index >

ptr< MeshBuffers > ork::Mesh< vertex, index >::getBuffers ( ) const [inline]

Returns the MeshBuffers wrapped by this Mesh instance.

template<class vertex , class index >

int ork::Mesh< vertex, index >::getIndiceCount ( ) const [inline]

Returns the number of indices of this mesh.

template<class vertex , class index >

MeshMode ork::Mesh< vertex, index >::getMode ( ) const [inline]

Returns the interpretation mode of the vertices of this mesh.

template<class vertex , class index >

GLint ork::Mesh< vertex, index >::getPatchVertices ( ) const [inline]

Returns the number of vertices per patch in this mesh, if getMode() is PATCHES.

template<class vertex , class index >

GLint ork::Mesh< vertex, index >::getPrimitiveRestart ( ) const [inline]

Returns the vertex index used for primitive restart.

-1 means no restart.

template<class vertex , class index >

vertex ork::Mesh< vertex, index >::getVertex ( int i ) const [inline]

Returns a vertex of this mesh.

Parameters:

i

a vertex index.

template<class vertex , class index >

int ork::Mesh< vertex, index >::getVertexCount ( ) const [inline]

Returns the number of vertices in this mesh.

template<class vertex , class index >

void ork::Mesh< vertex, index >::setCapacity	(	int	vertexCount,
		int	indiceCount
	)			`[inline]`

Sets the capacity of the vertex and indice array of this mesh.

Does nothing if the provided sizes are smaller than the current ones.

Parameters:

	vertexCount	the new vertex array capacity.
	indiceCount	the new indice array capacity.

template<class vertex , class index>

void ork::Mesh< vertex, index >::setIndice	(	int	i,
		index	ind
	)			`[inline]`

Changes an indice of this mesh.

template<class vertex , class index >

void ork::Mesh< vertex, index >::setMode ( MeshMode mode ) [inline]

Sets the interpretation mode of the vertices of this mesh.

template<class vertex , class index >

void ork::Mesh< vertex, index >::setPatchVertices ( GLint vertices ) [inline]

Sets the number of vertices per patch in this mesh, if getMode() is PATCHES.

template<class vertex , class index >

void ork::Mesh< vertex, index >::setPrimitiveRestart ( GLint restart ) [inline]

Sets the vertex index used for primitive restart.

-1 means no restart.

template<class vertex, class index >

void ork::Mesh< vertex, index >::setVertex	(	int	i,
		const vertex &	v
	)			`[inline]`

Changes a vertex of this mesh.

ork::Mesh< vertex, index > Class Template Reference [render]

Public Member Functions

Detailed Description

template<class vertex, class index> class ork::Mesh< vertex, index >

Constructor & Destructor Documentation

Member Function Documentation

ork::Mesh< vertex, index > Class Template Reference
[render]

template<class vertex, class index>
class ork::Mesh< vertex, index >