The Mesh class contains the implementation of a generic (i.e. file format agnostic) 3D mesh with support for armature animation, material animation and multitexturing. More...

#include <Mesh.h>

Public Member Functions
	Mesh (void)

	~Mesh (void)

void	destroy (void)
	Destroys the mesh instance and frees all allocated memory. More...

void	clear (void)

void	clearAnimsRanges (void)

AnimRange *	allocAnimsRanges (unsigned int size)

unsigned int	getAnimsRangesNumber (void)
	Returns the number of animation ranges. More...

AnimRange *	getAnimsRanges (void)
	Returns the array of animation ranges. More...

void	setArmatureAnimRef (ArmatureAnimRef *armatureAnimRef)
	Sets the armature reference. More...

ArmatureAnimRef *	getArmatureAnimRef (void)
	Returns the current armature animation reference. More...

ArmatureAnim *	getArmatureAnim (void)

void	setTexturesAnimRef (TexturesAnimRef *texturesAnimRef)

TexturesAnimRef *	getTexturesAnimRef (void)

TexturesAnim *	getTexturesAnim (void)

void	setMaterialsAnimRef (MaterialsAnimRef *materialsAnimRef)
	Sets the material animation reference. More...

MaterialsAnimRef *	getMaterialsAnimRef (void)
	Returns the current material animation reference. More...

MaterialsAnim *	getMaterialsAnim (void)

void	clearArmature (void)

Armature *	createArmature (void)

Armature *	getArmature (void)

void	allocTextures (unsigned int size)

void	clearTextures (void)

Texture *	addNewTexture (TextureRef *texRef)

unsigned int	getTexturesNumber (void)

Texture *	getTexture (unsigned int id)

void	allocMaterials (unsigned int size)
	Allocates enough memory for all materials. More...

void	clearMaterials (void)
	Deletes all contained materials. More...

Material *	addNewMaterial (void)
	Creates a new Material, adds it to the internal array and returns it. More...

unsigned int	getMaterialsNumber (void)
	Returns the number of currently active materials. More...

Material *	getMaterial (unsigned int id)
	Retrieves a specific material from the internal array. More...

void	clearSubMeshs (void)

SubMesh *	allocSubMeshs (unsigned int size)

unsigned int	getSubMeshsNumber (void)

SubMesh *	getSubMeshs (void)

SubMesh *	getSubMesh (size_t idx)

void	updateBoundingBox (void)
	Recalculates the bounding box to contain all vertices of the mesh. More...

Box3d *	getBoundingBox (void)
	Returns the current bounding box. More...

Static Public Member Functions
static Mesh *	getNew (void)
	Creates a new Mesh instance. More...

Detailed Description

The Mesh class contains the implementation of a generic (i.e. file format agnostic) 3D mesh with support for armature animation, material animation and multitexturing.

Constructor & Destructor Documentation

Neo::Mesh::Mesh ( void )

Neo::Mesh::~Mesh ( void )

Member Function Documentation

Material* Neo::Mesh::addNewMaterial ( void )

Creates a new Material, adds it to the internal array and returns it.

Returns: The new Material.

Texture* Neo::Mesh::addNewTexture ( TextureRef * texRef )

AnimRange* Neo::Mesh::allocAnimsRanges ( unsigned int size )

void Neo::Mesh::allocMaterials ( unsigned int size )

Allocates enough memory for all materials.

Parameters

size	The number of materials to allocate.

SubMesh* Neo::Mesh::allocSubMeshs ( unsigned int size )

void Neo::Mesh::allocTextures ( unsigned int size )

void Neo::Mesh::clear ( void )

void Neo::Mesh::clearAnimsRanges ( void )

void Neo::Mesh::clearArmature ( void )

void Neo::Mesh::clearMaterials ( void )

Deletes all contained materials.

void Neo::Mesh::clearSubMeshs ( void )

void Neo::Mesh::clearTextures ( void )

Armature* Neo::Mesh::createArmature ( void )

void Neo::Mesh::destroy ( void )

Destroys the mesh instance and frees all allocated memory.

AnimRange* Neo::Mesh::getAnimsRanges ( void )

inline

Returns the array of animation ranges.

Returns: The array of animation ranges.

unsigned int Neo::Mesh::getAnimsRangesNumber ( void )

inline

Returns the number of animation ranges.

Returns: The number animation ranges.

Armature* Neo::Mesh::getArmature ( void )

inline

ArmatureAnim* Neo::Mesh::getArmatureAnim ( void )

ArmatureAnimRef* Neo::Mesh::getArmatureAnimRef ( void )

inline

Returns the current armature animation reference.

Returns: The armature animation reference.

See also: ArmatureAnimRef

Box3d* Neo::Mesh::getBoundingBox ( void )

inline

Returns the current bounding box.

Returns: The bounding box.

See also: updateBoundingBox

Material* Neo::Mesh::getMaterial ( unsigned int id )

inline

Retrieves a specific material from the internal array.

Parameters

id	The index to the array.

Returns: The material

MaterialsAnim* Neo::Mesh::getMaterialsAnim ( void )

MaterialsAnimRef* Neo::Mesh::getMaterialsAnimRef ( void )

inline

Returns the current material animation reference.

Returns: The material animation reference.

See also: MaterialsAnimRef

unsigned int Neo::Mesh::getMaterialsNumber ( void )

inline

Returns the number of currently active materials.

Returns: The number of active materials.

static Mesh* Neo::Mesh::getNew ( void )

static

Creates a new Mesh instance.

Used by the mesh factory class.

Returns: The new Mesh.

SubMesh* Neo::Mesh::getSubMesh ( size_t idx )

inline

SubMesh* Neo::Mesh::getSubMeshs ( void )

inline

unsigned int Neo::Mesh::getSubMeshsNumber ( void )

inline

Texture* Neo::Mesh::getTexture ( unsigned int id )

inline

TexturesAnim* Neo::Mesh::getTexturesAnim ( void )

TexturesAnimRef* Neo::Mesh::getTexturesAnimRef ( void )

inline

unsigned int Neo::Mesh::getTexturesNumber ( void )

inline

void Neo::Mesh::setArmatureAnimRef ( ArmatureAnimRef * armatureAnimRef )

inline

Sets the armature reference.

Parameters

armatureAnimRef The new armature animation reference.

See also: ArmatureAnimRef

void Neo::Mesh::setMaterialsAnimRef ( MaterialsAnimRef * materialsAnimRef )

inline

Sets the material animation reference.

Parameters

armatureAnimRef The new material animation reference.

See also: MaterialsAnimRef

void Neo::Mesh::setTexturesAnimRef ( TexturesAnimRef * texturesAnimRef )

inline

void Neo::Mesh::updateBoundingBox ( void )

Recalculates the bounding box to contain all vertices of the mesh.

The documentation for this class was generated from the following file:

Mesh.h

Public Member Functions

Static Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation