A 3D mesh. More...

#include <Mesh.hh>

Public Member Functions
	Mesh ()
	Constructor.

virtual	~Mesh ()
	Destructor.

int	AddMaterial (Material *_mat)
	Add a material to the mesh.

void	AddSubMesh (SubMesh *_child)
	Add a submesh mesh.

void	FillArrays (float _vertArr, int _indArr) const
	Put all the data into flat arrays.

void	GenSphericalTexCoord (const math::Vector3 &_center)
	Generate texture coordinates using spherical projection from center.

void	GetAABB (math::Vector3 &_center, math::Vector3 &_min_xyz, math::Vector3 &_max_xyz) const
	Get AABB coordinate.

unsigned int	GetIndexCount () const
	Return the number of indices.

const Material *	GetMaterial (int _index) const
	Get a material.

unsigned int	GetMaterialCount () const
	Get the number of materials.

math::Vector3	GetMax () const
	Get the maximun X, Y, Z values.

math::Vector3	GetMin () const
	Get the minimum X, Y, Z values.

std::string	GetName () const
	Get the name of this mesh.

unsigned int	GetNormalCount () const
	Return the number of normals.

std::string	GetPath () const
	Get the path which contains the mesh resource.

Skeleton *	GetSkeleton () const
	Get the skeleton to which this mesh is attached.

const SubMesh *	GetSubMesh (unsigned int _i) const
	Get a child mesh.

unsigned int	GetSubMeshCount () const
	Get the number of children.

unsigned int	GetTexCoordCount () const
	Return the number of texture coordinates.

unsigned int	GetVertexCount () const
	Return the number of vertices.

bool	HasSkeleton () const
	Return true if mesh is attached to a skeleton.

void	RecalculateNormals ()
	Recalculate all the normals of each face defined by three indices.

void	Scale (double _factor)
	Scale all vertices by _factor.

void	SetName (const std::string &_n)
	Set the name of this mesh.

void	SetPath (const std::string &_path)
	Set the path which contains the mesh resource.

void	SetSkeleton (Skeleton *_skel)
	Set the mesh skeleton.

Detailed Description

A 3D mesh.

Constructor & Destructor Documentation

gazebo::common::Mesh::Mesh ( )

Constructor.

virtual gazebo::common::Mesh::~Mesh ( )

virtual

Destructor.

Member Function Documentation

int gazebo::common::Mesh::AddMaterial ( Material * _mat )

Add a material to the mesh.

Parameters

[in] _mat the material

Returns: Index of this material

void gazebo::common::Mesh::AddSubMesh ( SubMesh * _child )

Add a submesh mesh.

The Mesh object takes ownership of the submesh.

Parameters

[in] _child the submesh

void gazebo::common::Mesh::FillArrays	(	float **	_vertArr,
		int **	_indArr
	)		const

Put all the data into flat arrays.

Parameters

[out]	_vertArr	the vertex array
[out]	_indArr	the index array

void gazebo::common::Mesh::GenSphericalTexCoord ( const math::Vector3 & _center )

Generate texture coordinates using spherical projection from center.

Parameters

[in] _center the center of the projection

void gazebo::common::Mesh::GetAABB	(	math::Vector3 &	_center,
		math::Vector3 &	_min_xyz,
		math::Vector3 &	_max_xyz
	)		const

Get AABB coordinate.

Parameters

[out]	_center	of the bounding box
[out]	_min_xyz	bounding box minimum values
[out]	_max_xyz	bounding box maximum values

unsigned int gazebo::common::Mesh::GetIndexCount ( ) const

Return the number of indices.

Returns: the count

const Material* gazebo::common::Mesh::GetMaterial ( int _index ) const

Get a material.

Parameters

[in] _index the index

Returns: the material or NULL if the index is out of bounds

unsigned int gazebo::common::Mesh::GetMaterialCount ( ) const

Get the number of materials.

Returns: the count

math::Vector3 gazebo::common::Mesh::GetMax ( ) const

Get the maximun X, Y, Z values.

Returns: the upper bounds of the bounding box

math::Vector3 gazebo::common::Mesh::GetMin ( ) const

Get the minimum X, Y, Z values.

Returns: the lower bounds of the bounding box

std::string gazebo::common::Mesh::GetName ( ) const

Get the name of this mesh.

Returns: the name

unsigned int gazebo::common::Mesh::GetNormalCount ( ) const

Return the number of normals.

Returns: the count

std::string gazebo::common::Mesh::GetPath ( ) const

Get the path which contains the mesh resource.

Returns: the path to the mesh resource

Skeleton* gazebo::common::Mesh::GetSkeleton ( ) const

Get the skeleton to which this mesh is attached.

Returns: pointer to skeleton, or NULL if none is present.

const SubMesh* gazebo::common::Mesh::GetSubMesh ( unsigned int _i ) const

Get a child mesh.

Parameters

[in] _i the index

Returns: the submesh. An exception is thrown if the index is out of bounds

unsigned int gazebo::common::Mesh::GetSubMeshCount ( ) const

Get the number of children.

Returns: the count

unsigned int gazebo::common::Mesh::GetTexCoordCount ( ) const

Return the number of texture coordinates.

Returns: the count

unsigned int gazebo::common::Mesh::GetVertexCount ( ) const

Return the number of vertices.

Returns: the count

bool gazebo::common::Mesh::HasSkeleton ( ) const

Return true if mesh is attached to a skeleton.

void gazebo::common::Mesh::RecalculateNormals ( )

Recalculate all the normals of each face defined by three indices.

void gazebo::common::Mesh::Scale ( double _factor )

Scale all vertices by _factor.

Parameters

_factor Scaling factor

void gazebo::common::Mesh::SetName ( const std::string & _n )

Set the name of this mesh.

Parameters

[in] _n the name to set

void gazebo::common::Mesh::SetPath ( const std::string & _path )

Set the path which contains the mesh resource.

Parameters

[in] _path the file path

void gazebo::common::Mesh::SetSkeleton ( Skeleton * _skel )

Set the mesh skeleton.

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

Mesh.hh

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation