Dtk_mesh Class Reference

This is a high level mesh class. More...

Inheritance diagram for Dtk_mesh:

Public Member Functions
virtual Dtk_ErrorStatus	_Store (void *)
int	add_mesh_face (Dtk_mesh_face *inMesh_face)
	Add a face (Dtk_mesh_face) to the mesh. More...
int	add_vertex (const Dtk_pnt *inVertex, const Dtk_dir *inNormal=NULL, const Dtk_RGB *inColor=NULL, Dtk_Float32 inU=0., Dtk_Float32 inV=0., Dtk_Float32 inUBrep=0., Dtk_Float32 inVBrep=0.)
	Add a vertex to the mesh vertices list. More...
Dtk_bool	apply_render_infos (Dtk_RenderInfosPtr)
	Apply texture mapping to the mesh. It will modify points texture UV coordinates. More...
int	change_vertex_format (int inVertex_format)
	Change Vertex format, check constructor comment to see options. More...
Dtk_bool	check_format (int inFormat)
	Checks The current vertex format of the Dtk_mesh object. More...
int	compute_bb (Dtk_pnt *min, Dtk_pnt *max)
	Compute the mesh Bounding Box. More...
int	compute_bb_center (Dtk_pnt *i)
	Compute the mesh Bounding Box. More...
int	compute_round_normals ()
	Compute round normals from geometry. More...
	Dtk_mesh (const Dtk_mesh &inMesh)
	Dtk_mesh (int inVertex_format=1, Dtk_bool inBack_face_culling=true)
Dtk_Int32	DtkDynamicType (const Dtk_Int32 &inId)
	Retrieves the dynamic entity type. More...
int	DtkDynamicType (const int &inId)
virtual void	dump (FILE *file=stdout)
int	explode ()
	Decompose all complex geometry (triangle strips, fan, polygons) into triangles, and append it into the internal triangle array. More...
int	explode (Dtk_bool ExplodeTristrips, Dtk_bool ExplodeTrifans, Dtk_bool ExplodePolygons, Dtk_bool ExplodeMockups)
	Decompose complex geometry (triangle strips, fan, polygons) according to specified parameters into triangles, and append it into the internal triangle array. More...
int	get_color (Dtk_Size_t inPos, Dtk_RGB *outColor)
	Return a color (if vertex format includes color) More...
int	get_id ()
	Return the mesh id. More...
Dtk_InfoPtr	get_info () const
const Dtk_InfoPtr &	get_Infos ()
	Return DtkInfosPtr of this Dtk_Mesh may be NULL. More...
Dtk_MaterialPtr	get_material ()
	Get the material of the mesh. More...
Dtk_RGB	get_mesh_color ()
	get color in Dtk_mesh More...
Dtk_mesh_face *	get_mesh_face (Dtk_Size_t inPos)
	Return a face. More...
Dtk_tab< Dtk_mesh_face * > &	get_mesh_face_array ()
	Get a reference to the mesh face array // DEPRECATED, UNSAFE. More...
Dtk_tab< Dtk_mesh_face * > &	get_mesh_faces ()
	Return the array of mesh faces. More...
Dtk_tab< Dtk_mesh_face * > const &	get_mesh_faces () const
Dtk_Size_t	get_nb_facets ()
	Return total number of facets. More...
Dtk_Size_t	get_nb_mesh_face () const
	Return the faces array size. More...
Dtk_Size_t	get_nb_vertices () const
	Return the vertices array size. More...
Dtk_dir	get_normal (Dtk_Size_t inPos)
	Return a vertex (2nd form of get_normal) More...
int	get_normal (Dtk_Size_t inPos, Dtk_dir *outNormal, Dtk_mesh_face *inMeshFace=NULL)
	Return a normal (if vertex format includes normal) More...
int	get_texcoords (Dtk_Size_t inPos, Dtk_Float32 *outU, Dtk_Float32 *outV)
	Return texture coords (if vertex format includes tex coords) More...
enum type_detk	get_type_detk () const
Dtk_pnt	get_vertex (Dtk_Size_t inPos)
	Return a vertex (2nd form of get_vertex) More...
int	get_vertex (Dtk_Size_t inPos, Dtk_pnt *outVertex)
	Return a vertex. More...
const Dtk_ID &	GetID () const
	Get Internal UniqueID. More...
Dtk_Size_t	GetSize () const
Dtk_StreamPtr	GetStream () const
Dtk_Float32	GetUBrep (Dtk_Size_t inPos) const
Dtk_Float32	GetUTexture (Dtk_Size_t inPos) const
Dtk_Float32	GetVBrep (Dtk_Size_t inPos) const
Dtk_Float32	GetVTexture (Dtk_Size_t inPos) const
Dtk_bool	has_colors ()
	Return true if the current vertex format includes color (RGB) More...
Dtk_bool	has_normals ()
	Return true if the current vertex format includes normal. More...
Dtk_bool	has_texcoords ()
	Return true if the current vertex format includes texture coords (UVTEXTURES) More...
Dtk_bool	has_xyz ()
	Return true if the current vertex format includes 3D coords (XYZ) More...
Dtk_InfoPtr &	info ()
Dtk_bool	is_backface_culled ()
	Return the true of false if culled or not. More...
int	makestrips ()
	Assemble all simple triangle, try to make triange-strips. More...
void	merge (const Dtk_mesh *inMesh)
	Merge another Dtk_mesh. More...
void	merge (const Dtk_SmartPtr< Dtk_mesh > &inMesh)
void	mergemove (Dtk_mesh *inmesh)
void	mergemove (Dtk_SmartPtr< Dtk_mesh > &inmesh)
void	mergemove (Dtk_tab< Dtk_MeshPtr > &inArraymesh)
Dtk_mesh &	operator= (const Dtk_mesh &inMesh)
virtual void	PrepareTransfo ()
void	reduce ()
	Reduce memory cost of the Dtk_mesh, to call after adding all geometry. More...
void	reducesubfaces ()
	Merge subfaces that have the same properties. More...
int	rescale_model (float ratio)
	Perform a scale of the model. More...
void	reserve_submesh (Dtk_Size_t nb)
int	reserve_vertex (Dtk_Size_t nb)
int	set_color (Dtk_Size_t inPos, const Dtk_RGB *inColor)
	Set a color to a point (if vertex format includes color) More...
void	set_id (int inId)
	Set an id to the mesh. More...
void	set_Infos (const Dtk_InfoPtr &inDtkInfosPtr)
	Set DtkInfosPtr of this Dtk_Mesh. More...
void	set_material (Dtk_MaterialPtr inMat)
	Set the material of the mesh. More...
void	set_mesh_color (const Dtk_RGB &inColor)
	set color in Dtk_mesh More...
int	set_normal (Dtk_Size_t inPos, const Dtk_dir *inNormal)
	Set a normal to a point (if vertex format includes normal) More...
int	set_texcoords (Dtk_Size_t inPos, Dtk_Float32 inU, Dtk_Float32 inV)
	Set texture coords to a point (if vertex format includes tex coords) More...
int	set_vertex (Dtk_Size_t inPos, const Dtk_pnt *inVertex, const Dtk_dir *inNormal=NULL, const Dtk_RGB *inColor=NULL, Dtk_Float32 inU=0., Dtk_Float32 inV=0., Dtk_Float32 inUBrep=0., Dtk_Float32 inVBrep=0.)
	Set a vertex. More...
void	SetStream (Dtk_StreamPtr inStream)
Dtk_ErrorStatus	Store (const Dtk_string &inFile, Dtk_Size_t inIo=1)
Dtk_ErrorStatus	Store (FILE *inFile, Dtk_Size_t inIo=1)
int	to_stl (Dtk_string inFilename, Dtk_bool inIsAciiMode=DTK_FALSE)
Dtk_ErrorStatus	Transform (const Dtk_transfo &)
int	transform (Dtk_transfo *inMatrix)
	Apply a transformation matrix to the Mesh. More...
Dtk_mesh *	transform2Cpy (Dtk_transfo *inMatrix)
	Make a copy of the current mesh, applying a transformation on it. More...
	~Dtk_mesh ()

Static Public Member Functions
static Dtk_MeshPtr	Create (const Dtk_mesh &inToBeCopied)
	Copy constructor. More...
static Dtk_MeshPtr	Create (int inVertex_format=1, Dtk_bool inBack_face_culling=true)
	Constructor. More...
static Dtk_mesh *	DtkDynamicCast (Dtk_Object *s)
	Performs a dynamic cast - doesn't need RTTI -. More...

Protected Types
enum	{ _typeID = DTK_TYPE_MESH }
enum	{ _typeID = DTK_TYPE_ENTITY }

Protected Member Functions
void	_copy (const Dtk_Entity &s)
void	_init ()
void	_reset ()
void	C_ComputeOffsets ()
void	C_GetNormal (Dtk_Size_t i, Dtk_dir &out) const
void	C_GetRGB (Dtk_Size_t i, Dtk_RGB &out) const
Dtk_Float32	C_GetU (Dtk_Size_t i) const
Dtk_Float32	C_GetUBrep (Dtk_Size_t i) const
Dtk_Float32	C_GetV (Dtk_Size_t i) const
Dtk_Float32	C_GetVBrep (Dtk_Size_t i) const
void	C_GetVertex (Dtk_Size_t i, Dtk_pnt &out) const
void	C_SetNormal (Dtk_Size_t i, const Dtk_dir &out)
void	C_SetRGB (Dtk_Size_t i, const Dtk_RGB &out)
void	C_SetUV (Dtk_Size_t i, Dtk_Float32 u, Dtk_Float32 v)
void	C_SetUVBrep (Dtk_Size_t i, Dtk_Float32 u, Dtk_Float32 v)
void	C_SetVertex (Dtk_Size_t i, const Dtk_pnt &out)
Dtk_bool	check_params (const Dtk_pnt *inVertex, const Dtk_dir *inNormal, const Dtk_RGB *inColor, Dtk_Float32 inU, Dtk_Float32 inV)
Dtk_bool	check_params (const Dtk_tab< Dtk_pnt > *inVertices, const Dtk_tab< Dtk_dir > *inNormals, const Dtk_tab< Dtk_RGB > *inColors, const Dtk_tab< Dtk_Float32 > *inU, const Dtk_tab< Dtk_Float32 > *inV)
void	clean_up ()
virtual Dtk_Object *	Clone ()

Protected Attributes
Dtk_Handle *	_Private
Dtk_StreamPtr	_stream
Dtk_bool	back_face_culling
unsigned long	count_
Dtk_tab< Dtk_UChar8 >	cvertices
Dtk_bool	HasTextureValues
int	id
Dtk_Size_t	ofsNRM
Dtk_Size_t	ofsRGB
Dtk_Size_t	ofsUV
Dtk_Size_t	ofsUVBrep
Dtk_Size_t	ofsVTX
Dtk_Size_t	sizeonevertex
Dtk_tab< Dtk_mesh_face * >	submeshes
int	vertex_format

Detailed Description

This is a high level mesh class.

This class gathers all the datas related to a triangulated mesh.

Member Enumeration Documentation

anonymous enum

anonymous enum

protected

Enumerator
_typeID

               {
               _typeID = DTK_TYPE_MESH
          };        

anonymous enum

anonymous enum

protectedinherited

Enumerator
_typeID

{ _typeID = DTK_TYPE_ENTITY };

Constructor & Destructor Documentation

Dtk_mesh() [1/2]

Dtk_mesh::Dtk_mesh	(	int	inVertex_format = 1,
		Dtk_bool	inBack_face_culling = true
	)

Dtk_mesh() [2/2]

Dtk_mesh::Dtk_mesh

(

const Dtk_mesh &

inMesh

)

~Dtk_mesh()

Dtk_mesh::~Dtk_mesh

(

)

Member Function Documentation

_copy()

void Dtk_Entity::_copy ( const Dtk_Entity &  s )

protectedinherited

_init()

void Dtk_Entity::_init ( )

protectedinherited

_reset()

void Dtk_Entity::_reset ( )

protectedinherited

_Store()

virtual Dtk_ErrorStatus Dtk_Entity::_Store ( void *  )

virtualinherited

Reimplemented in Dtk_Shell, Dtk_Body, Dtk_Lump, Dtk_Volume, Dtk_Face, Dtk_Loop, Dtk_Coedge, Dtk_Edge, Dtk_Vertex, Dtk_TransformedSurface, Dtk_FilletSurface, Dtk_OffsetSurface, Dtk_SphericalSurface, Dtk_ToroidalSurface, Dtk_ConicalSurface, Dtk_CylindricalSurface, Dtk_RuledSurface, Dtk_LinearExtrusionSurface, Dtk_StandardRevolutionSurface, Dtk_RevolutionSurface, Dtk_PlaneSurface, Dtk_NurbsSurface, Dtk_Surface, Dtk_Hyperbola, Dtk_Parabola, Dtk_Ellipse, Dtk_Conic, Dtk_Line, Dtk_Polyline, Dtk_NurbsCurve, Dtk_Curve, and Dtk_Point.

add_mesh_face()

int Dtk_mesh::add_mesh_face

(

Dtk_mesh_face *

inMesh_face

)

Add a face (Dtk_mesh_face) to the mesh.

Parameters

in_mesh_face

: face to add

Returns

return 0 if ok, 1 if error

add_vertex()

int Dtk_mesh::add_vertex	(	const Dtk_pnt *	inVertex,
		const Dtk_dir *	inNormal = NULL,
		const Dtk_RGB *	inColor = NULL,
		Dtk_Float32	inU = 0.,
		Dtk_Float32	inV = 0.,
		Dtk_Float32	inUBrep = 0.,
		Dtk_Float32	inVBrep = 0.
	)

Add a vertex to the mesh vertices list.

Parameters

inVertex	: vertex to add
inNormal	: normal to add (if vertex format includes normal)
inColor	: color to add (if vertex format includes color)
inU,inV	: texture coords (if vertex format includes tex coords)

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

apply_render_infos()

Dtk_bool Dtk_mesh::apply_render_infos

(

Dtk_RenderInfosPtr

)

Apply texture mapping to the mesh. It will modify points texture UV coordinates.

C_ComputeOffsets()

void Dtk_mesh::C_ComputeOffsets ( )

protected

C_GetNormal()

void Dtk_mesh::C_GetNormal ( Dtk_Size_t  i, Dtk_dir &  out  ) const

protected

C_GetRGB()

void Dtk_mesh::C_GetRGB ( Dtk_Size_t  i, Dtk_RGB &  out  ) const

protected

C_GetU()

Dtk_Float32 Dtk_mesh::C_GetU ( Dtk_Size_t  i ) const

protected

C_GetUBrep()

Dtk_Float32 Dtk_mesh::C_GetUBrep ( Dtk_Size_t  i ) const

protected

C_GetV()

Dtk_Float32 Dtk_mesh::C_GetV ( Dtk_Size_t  i ) const

protected

C_GetVBrep()

Dtk_Float32 Dtk_mesh::C_GetVBrep ( Dtk_Size_t  i ) const

protected

C_GetVertex()

void Dtk_mesh::C_GetVertex ( Dtk_Size_t  i, Dtk_pnt &  out  ) const

protected

C_SetNormal()

void Dtk_mesh::C_SetNormal ( Dtk_Size_t  i, const Dtk_dir &  out  )

protected

C_SetRGB()

void Dtk_mesh::C_SetRGB ( Dtk_Size_t  i, const Dtk_RGB &  out  )

protected

C_SetUV()

void Dtk_mesh::C_SetUV ( Dtk_Size_t  i, Dtk_Float32  u, Dtk_Float32  v  )

protected

C_SetUVBrep()

void Dtk_mesh::C_SetUVBrep ( Dtk_Size_t  i, Dtk_Float32  u, Dtk_Float32  v  )

protected

C_SetVertex()

void Dtk_mesh::C_SetVertex ( Dtk_Size_t  i, const Dtk_pnt &  out  )

protected

change_vertex_format()

int Dtk_mesh::change_vertex_format

(

int

inVertex_format

)

Change Vertex format, check constructor comment to see options.

Parameters

[in]

inVertex_format

: the chosen vertex format you will work with

Returns

return 0 if ok

check_format()

Dtk_bool Dtk_mesh::check_format

(

int

inFormat

)

Checks The current vertex format of the Dtk_mesh object.

Parameters

inFormat

: vertex format to test with

Returns

true if the format includes inFormat parameters, else false

check_params() [1/2]

Dtk_bool Dtk_mesh::check_params ( const Dtk_pnt *  inVertex, const Dtk_dir *  inNormal, const Dtk_RGB *  inColor, Dtk_Float32  inU, Dtk_Float32  inV  )

protected

check_params() [2/2]

Dtk_bool Dtk_mesh::check_params ( const Dtk_tab< Dtk_pnt > *  inVertices, const Dtk_tab< Dtk_dir > *  inNormals, const Dtk_tab< Dtk_RGB > *  inColors, const Dtk_tab< Dtk_Float32 > *  inU, const Dtk_tab< Dtk_Float32 > *  inV  )

protected

clean_up()

void Dtk_mesh::clean_up ( )

protected

Clone()

virtual Dtk_Object* Dtk_mesh::Clone ( )

protectedvirtual

Implements Dtk_Entity.

{ return new Dtk_mesh(*this); }

compute_bb()

int Dtk_mesh::compute_bb	(	Dtk_pnt *	min,
		Dtk_pnt *	max
	)

Compute the mesh Bounding Box.

Parameters

[out]

min,max

: computed extrem points of the boundig box

Returns

return 0 if ok

compute_bb_center()

int Dtk_mesh::compute_bb_center

(

Dtk_pnt *

i

)

Compute the mesh Bounding Box.

Parameters

[out]

min,max

: computed extrem points of the boundig box

Returns

return 0 if ok

compute_round_normals()

int Dtk_mesh::compute_round_normals

(

)

Compute round normals from geometry.

Warning

Can alter vertex_format

Returns

return 0 if ok

Create() [1/2]

static Dtk_MeshPtr Dtk_mesh::Create ( const Dtk_mesh &  inToBeCopied )

static

Copy constructor.

Create() [2/2]

static Dtk_MeshPtr Dtk_mesh::Create ( int  inVertex_format = 1, Dtk_bool  inBack_face_culling = true  )

static

Constructor.

Parameters

inVertex_format	: the chosen vertex format you will work with
inBack_face_culling	: culling mode

Vertex formats available:

• DTK_MESH_XYZ : each point has xyz coords
  
• DTK_MESH_NORMAL : each point has a normal
  
• DTK_MESH_RGB : each point has a color
  
• DTK_MESH_UVTEXTURES : each point has UV texture coords
  
• DTK_MESH_UVBBREP : each point has UVbrep match coords
  
• DTK_MESH_DOUBLEPRECISION : each point has xyz coords as double
  
  For example : DTK_MESH_XYZ | DTK_MESH_NORMAL | DTK_MESH_UVTEXTURES : to have coords,normals, and uv textures
  

DtkDynamicCast()

static Dtk_mesh* Dtk_mesh::DtkDynamicCast ( Dtk_Object *  s )

static

Performs a dynamic cast - doesn't need RTTI -.

DtkDynamicType() [1/2]

Dtk_Int32 Dtk_mesh::DtkDynamicType

(

const Dtk_Int32 &

inId

)

Retrieves the dynamic entity type.

DtkDynamicType() [2/2]

int Dtk_Entity::DtkDynamicType ( const int &  inId )

virtualinherited

Implements Dtk_Object.

Reimplemented in Dtk_Shell, Dtk_Body, Dtk_Lump, Dtk_Volume, Dtk_Face, Dtk_Loop, Dtk_Coedge, Dtk_Edge, Dtk_Vertex, Dtk_TopologicalEntity, Dtk_MeshSurface, Dtk_TransformedSurface, Dtk_FilletSurface, Dtk_OffsetSurface, Dtk_SphericalSurface, Dtk_ToroidalSurface, Dtk_ConicalSurface, Dtk_CylindricalSurface, Dtk_RuledSurface, Dtk_LinearExtrusionSurface, Dtk_StandardRevolutionSurface, Dtk_RevolutionSurface, Dtk_PlaneSurface, Dtk_NurbsSurface, Dtk_Surface, Dtk_Hyperbola, Dtk_Parabola, Dtk_Ellipse, Dtk_Conic, Dtk_Line, Dtk_Polyline, Dtk_NurbsCurve, Dtk_Curve, Dtk_Point, Dtk_Constraint, Dtk_ConstraintReference, and Dtk_AxisSystem.

dump()

virtual void Dtk_Object::dump ( FILE *  file = stdout )

virtualinherited

explode() [1/2]

int Dtk_mesh::explode

(

)

Decompose all complex geometry (triangle strips, fan, polygons) into triangles, and append it into the internal triangle array.

Note that mockup decomposition is not yet supported.

Returns

return 0 if ok

explode() [2/2]

int Dtk_mesh::explode	(	Dtk_bool	ExplodeTristrips,
		Dtk_bool	ExplodeTrifans,
		Dtk_bool	ExplodePolygons,
		Dtk_bool	ExplodeMockups
	)

Decompose complex geometry (triangle strips, fan, polygons) according to specified parameters into triangles, and append it into the internal triangle array.

Note that mockup decomposition is not yet supported.

Returns

return 0 if ok

get_color()

int Dtk_mesh::get_color	(	Dtk_Size_t	inPos,
		Dtk_RGB *	outColor
	)

Return a color (if vertex format includes color)

Parameters

	inPos	: indice in the vertices array
[out]	outColor	: color returned

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

get_id()

int Dtk_mesh::get_id

(

)

Return the mesh id.

get_info()

Dtk_InfoPtr Dtk_Entity::get_info ( ) const

inherited

get_Infos()

const Dtk_InfoPtr& Dtk_mesh::get_Infos

(

)

Return DtkInfosPtr of this Dtk_Mesh may be NULL.

get_material()

Dtk_MaterialPtr Dtk_mesh::get_material

(

)

Get the material of the mesh.

get_mesh_color()

Dtk_RGB Dtk_mesh::get_mesh_color

(

)

get color in Dtk_mesh

get_mesh_face()

Dtk_mesh_face* Dtk_mesh::get_mesh_face

(

Dtk_Size_t

inPos

)

Return a face.

Parameters

inPos

: indice in the faces array

get_mesh_face_array()

Dtk_tab<Dtk_mesh_face *>& Dtk_mesh::get_mesh_face_array

(

)

Get a reference to the mesh face array // DEPRECATED, UNSAFE.

get_mesh_faces() [1/2]

Dtk_tab<Dtk_mesh_face *>& Dtk_mesh::get_mesh_faces

(

)

Return the array of mesh faces.

get_mesh_faces() [2/2]

Dtk_tab<Dtk_mesh_face *> const& Dtk_mesh::get_mesh_faces

(

)

const

get_nb_facets()

Dtk_Size_t Dtk_mesh::get_nb_facets

(

)

Return total number of facets.

get_nb_mesh_face()

Dtk_Size_t Dtk_mesh::get_nb_mesh_face

(

)

const

Return the faces array size.

get_nb_vertices()

Dtk_Size_t Dtk_mesh::get_nb_vertices

(

)

const

Return the vertices array size.

get_normal() [1/2]

Dtk_dir Dtk_mesh::get_normal

(

Dtk_Size_t

inPos

)

Return a vertex (2nd form of get_normal)

Note, if vertex format does not support normal, the fonction will return a null vector

Parameters

inPos

: indice in the vertices array

Returns

The normal

get_normal() [2/2]

int Dtk_mesh::get_normal	(	Dtk_Size_t	inPos,
		Dtk_dir *	outNormal,
		Dtk_mesh_face *	inMeshFace = NULL
	)

Return a normal (if vertex format includes normal)

Note, if vertex format does not support normal, the fonction will return a null vector

Parameters

	inPos	: indice in the vertices array
[out]

get_texcoords()

int Dtk_mesh::get_texcoords	(	Dtk_Size_t	inPos,
		Dtk_Float32 *	outU,
		Dtk_Float32 *	outV
	)

Return texture coords (if vertex format includes tex coords)

Parameters

	inPos	: indice in the vertices array
[out]	outU,outV	: UVtextures returned

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

get_type_detk()

enum type_detk Dtk_mesh::get_type_detk ( ) const

virtual

Implements Dtk_Entity.

get_vertex() [1/2]

Dtk_pnt Dtk_mesh::get_vertex

(

Dtk_Size_t

inPos

)

Return a vertex (2nd form of get_vertex)

Parameters

inPos

: indice in the vertices array

Returns

The vertex

get_vertex() [2/2]

int Dtk_mesh::get_vertex	(	Dtk_Size_t	inPos,
		Dtk_pnt *	outVertex
	)

Return a vertex.

Parameters

	inPos	: indice in the vertices array
[out]	outVertex	: vertex returned

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

GetID()

const Dtk_ID& Dtk_Entity::GetID ( ) const

inherited

Get Internal UniqueID.

Returns

InternalID

GetSize()

Dtk_Size_t Dtk_mesh::GetSize ( ) const

virtual

Reimplemented from Dtk_Entity.

GetStream()

Dtk_StreamPtr Dtk_mesh::GetStream

(

)

const

GetUBrep()

Dtk_Float32 Dtk_mesh::GetUBrep

(

Dtk_Size_t

inPos

)

const

GetUTexture()

Dtk_Float32 Dtk_mesh::GetUTexture

(

Dtk_Size_t

inPos

)

const

GetVBrep()

Dtk_Float32 Dtk_mesh::GetVBrep

(

Dtk_Size_t

inPos

)

const

GetVTexture()

Dtk_Float32 Dtk_mesh::GetVTexture

(

Dtk_Size_t

inPos

)

const

has_colors()

Dtk_bool Dtk_mesh::has_colors

(

)

Return true if the current vertex format includes color (RGB)

has_normals()

Dtk_bool Dtk_mesh::has_normals

(

)

Return true if the current vertex format includes normal.

has_texcoords()

Dtk_bool Dtk_mesh::has_texcoords

(

)

Return true if the current vertex format includes texture coords (UVTEXTURES)

has_xyz()

Dtk_bool Dtk_mesh::has_xyz

(

)

Return true if the current vertex format includes 3D coords (XYZ)

info()

Dtk_InfoPtr& Dtk_Entity::info ( )

inherited

is_backface_culled()

Dtk_bool Dtk_mesh::is_backface_culled

(

)

Return the true of false if culled or not.

Returns

True or false.

makestrips()

int Dtk_mesh::makestrips

(

)

Assemble all simple triangle, try to make triange-strips.

Returns

return 0 if ok

merge() [1/2]

void Dtk_mesh::merge

(

const Dtk_mesh *

inMesh

)

Merge another Dtk_mesh.

Parameters

inMesh

: mesh to merge.

merge() [2/2]

void Dtk_mesh::merge

(

const Dtk_SmartPtr< Dtk_mesh > &

inMesh

)

mergemove() [1/3]

void Dtk_mesh::mergemove

(

Dtk_mesh *

inmesh

)

mergemove() [2/3]

void Dtk_mesh::mergemove

(

Dtk_SmartPtr< Dtk_mesh > &

inmesh

)

mergemove() [3/3]

void Dtk_mesh::mergemove

(

Dtk_tab< Dtk_MeshPtr > &

inArraymesh

)

operator=()

Dtk_mesh& Dtk_mesh::operator=

(

const Dtk_mesh &

inMesh

)

PrepareTransfo()

virtual void Dtk_Entity::PrepareTransfo ( )

virtualinherited

Reimplemented in Dtk_OffsetSurface.

reduce()

void Dtk_mesh::reduce

(

)

Reduce memory cost of the Dtk_mesh, to call after adding all geometry.

The Dtk_mesh class hold internal containers that keep more memory not to reallocate each data enqueuing (like reserve of a std::vector)

This function remove all reserves to free some useless memory

reducesubfaces()

void Dtk_mesh::reducesubfaces

(

)

Merge subfaces that have the same properties.

rescale_model()

int Dtk_mesh::rescale_model

(

float

ratio

)

Perform a scale of the model.

Note : calling this function has the same effect than calling "transform" method with a scale matrix.

reserve_submesh()

void Dtk_mesh::reserve_submesh

(

Dtk_Size_t

nb

)

reserve_vertex()

int Dtk_mesh::reserve_vertex

(

Dtk_Size_t

nb

)

set_color()

int Dtk_mesh::set_color	(	Dtk_Size_t	inPos,
		const Dtk_RGB *	inColor
	)

Set a color to a point (if vertex format includes color)

Parameters

inPos	: indice in the vertices array
inColor	: color to set

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

set_id()

void Dtk_mesh::set_id

(

int

inId

)

Set an id to the mesh.

Parameters

inId	: id to set

set_Infos()

void Dtk_mesh::set_Infos

(

const Dtk_InfoPtr &

inDtkInfosPtr

)

Set DtkInfosPtr of this Dtk_Mesh.

set_material()

void Dtk_mesh::set_material

(

Dtk_MaterialPtr

inMat

)

Set the material of the mesh.

set_mesh_color()

void Dtk_mesh::set_mesh_color

(

const Dtk_RGB &

inColor

)

set color in Dtk_mesh

set_normal()

int Dtk_mesh::set_normal	(	Dtk_Size_t	inPos,
		const Dtk_dir *	inNormal
	)

Set a normal to a point (if vertex format includes normal)

Parameters

inPos	: indice in the vertices array
inNormal	: normal to set

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

set_texcoords()

int Dtk_mesh::set_texcoords	(	Dtk_Size_t	inPos,
		Dtk_Float32	inU,
		Dtk_Float32	inV
	)

Set texture coords to a point (if vertex format includes tex coords)

Parameters

inPos	: indice in the vertices array
inU,inV	: U,V to set

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

set_vertex()

int Dtk_mesh::set_vertex	(	Dtk_Size_t	inPos,
		const Dtk_pnt *	inVertex,
		const Dtk_dir *	inNormal = NULL,
		const Dtk_RGB *	inColor = NULL,
		Dtk_Float32	inU = 0.,
		Dtk_Float32	inV = 0.,
		Dtk_Float32	inUBrep = 0.,
		Dtk_Float32	inVBrep = 0.
	)

Set a vertex.

Parameters

inPos	: indice in the vertices array
inVertex	: vertex to set
inNormal	: normal to set (if vertex format includes normal)
inColor	: color to set (if vertex format includes color)
inU,inV	: texture coords (if vertex format includes tex coord)

Returns

return 0 if ok, 1 if error, 2 if wrong vertex format

SetStream()

void Dtk_mesh::SetStream

(

Dtk_StreamPtr

inStream

)

Store() [1/2]

Dtk_ErrorStatus Dtk_mesh::Store	(	const Dtk_string &	inFile,
		Dtk_Size_t	inIo = 1
	)

Store() [2/2]

Dtk_ErrorStatus Dtk_mesh::Store	(	FILE *	inFile,
		Dtk_Size_t	inIo = 1
	)

to_stl()

int Dtk_mesh::to_stl	(	Dtk_string	inFilename,
		Dtk_bool	inIsAciiMode = DTK_FALSE
	)

Transform()

Dtk_ErrorStatus Dtk_mesh::Transform ( const Dtk_transfo &  )

virtual

Implements Dtk_Entity.

transform()

int Dtk_mesh::transform

(

Dtk_transfo *

inMatrix

)

Apply a transformation matrix to the Mesh.

Parameters

[in]

inMatrix

: Matrix to apply

Returns

return 0 if ok

transform2Cpy()

Dtk_mesh* Dtk_mesh::transform2Cpy

(

Dtk_transfo *

inMatrix

)

Make a copy of the current mesh, applying a transformation on it.

Parameters

[in]

inMatrix

: Matrix to apply

Returns

The copy mesh, NULL if error.

Field Documentation

_Private

Dtk_Handle* Dtk_Entity::_Private

protectedinherited

_stream

Dtk_StreamPtr Dtk_mesh::_stream

protected

back_face_culling

Dtk_bool Dtk_mesh::back_face_culling

protected

count_

unsigned long Dtk_Object::count_

protectedinherited

cvertices

Dtk_tab<Dtk_UChar8> Dtk_mesh::cvertices

protected

HasTextureValues

Dtk_bool Dtk_mesh::HasTextureValues

protected

id

int Dtk_mesh::id

protected

ofsNRM

Dtk_Size_t Dtk_mesh::ofsNRM

protected

ofsRGB

Dtk_Size_t Dtk_mesh::ofsRGB

protected

ofsUV

Dtk_Size_t Dtk_mesh::ofsUV

protected

ofsUVBrep

Dtk_Size_t Dtk_mesh::ofsUVBrep

protected

ofsVTX

Dtk_Size_t Dtk_mesh::ofsVTX

protected

sizeonevertex

Dtk_Size_t Dtk_mesh::sizeonevertex

protected

submeshes

Dtk_tab<Dtk_mesh_face *> Dtk_mesh::submeshes

protected

vertex_format

int Dtk_mesh::vertex_format

protected