3D Mesh class. More...

Detailed Description

3D Mesh class.

Mesh objects are 2-level entities:

first level (parent) has no geometry, owns submeshes,
second level meshes own geometry. This is why a Mesh is both a Managed and a Manager too: it is owned by Mesh3DManager but it owns its submeshes.

Definition at line 48 of file PureMesh3DManager.h.

#include <PureMesh3DManager.h>

Inheritance diagram for PureMesh3D:

Classes
class	PureMesh3DImpl

Public Member Functions
virtual	~PureMesh3D ()

CConsole &	getManagedConsole () const
	Returns access to console preset with logger module name as this class.

virtual TPureBool	isLevel1 () const
	Tells if the mesh is a level-1 parent mesh.

virtual TPureBool	isLevel2 () const
	Tells if the mesh is a level-2 submesh.

virtual TPURE_PRIMITIVE_FORMAT	getPrimitiveFormat () const
	Gets the primitives' format.

virtual TPureUInt	getVerticesCount () const
	Gets the number of total vertices.

virtual const TXYZ *	getVertices (TPureBool implicitAccessSubobject=true) const
	Gets the pointer to vertices.

virtual TXYZ *	getVertices (TPureBool implicitAccessSubobject=true)
	Gets the pointer to vertices.

virtual TPureUInt	getVertexIndicesCount () const
	Gets the number of total vertex indices.

virtual const void *	getVertexIndices (TPureBool implicitAccessSubobject=true) const
	Gets the pointer to vertex indices.

virtual unsigned int	getVertexIndicesType (TPureBool implicitAccessSubobject=true) const
	Gets the type of the indices.

virtual TPureUInt	getMinVertexIndex (TPureBool implicitAccessSubobject=true) const
	Gets the smallest index in the vertex indices array.

virtual TPureUInt	getMaxVertexIndex (TPureBool implicitAccessSubobject=true) const
	Gets the greatest index in the vertex indices array.

virtual TPureUInt	getVertexIndex (TPureUInt index, TPureBool implicitAccessSubobject=true) const
	Gets an index value from the vertex indices array.

virtual const TXYZ *	getNormals (TPureBool implicitAccessSubobject=true) const
	Gets the pointer to normals.

virtual TPureUInt	getFaceCount () const
	Gets the number of faces/polygons formed by the vertices.

virtual TPureUInt	getTriangleCount () const
	Gets the number of triangles formed by the vertices.

PureVector &	getPosVec ()
	Gets the position.

const PureVector &	getPosVec () const
	Gets the position.

virtual const PureVector &	getRelPosVec () const
	Gets the mesh-local relative position.

virtual const PureVector &	getSizeVec () const
	Gets the base sizes.

void	RecalculateSize ()
	Recalculates the sizes.

const PureMaterial &	getMaterial (TPureBool implicitAccessSubobject=true) const
	Gets the material.

PureMaterial &	getMaterial (TPureBool implicitAccessSubobject=true)
	Gets the material.

virtual TPureUInt	getUsedSystemMemory () const
	Gets the amount of allocated system memory.

Public Member Functions inherited from PureFiledManaged
	PureFiledManaged ()

virtual	~PureFiledManaged ()

CConsole &	getManagedConsole () const
	Returns access to console preset with logger module name as this class.

const std::string &	getFilename () const
	Gets the filename.

Public Member Functions inherited from PureManaged
	PureManaged ()

virtual	~PureManaged ()

CConsole &	getManagedConsole () const
	Returns access to console preset with logger module name as this class.

const PureManaged *	getUtiliser () const
	Returns the managed that utilizes this managed.

PureManaged *	getUtiliser ()
	Returns the managed that utilizes this managed.

void	SetUtiliser (PureManaged *pUtiliser)
	Sets the managed that utilizes this managed.

void	DetachFrom ()
	Removes the managed from its manager.

PureManager *	getManager () const
	Gets the manager of the managed.

const std::string &	getName () const
	Gets the name.

void	SetName (const std::string &name)
	Sets the name.

virtual void	FlushResources ()
	This can be used if the specialized managed object has some resources that may be released from memory when not needed anymore.

Public Member Functions inherited from PureFiledManager
	PureFiledManager ()

virtual	~PureFiledManager ()

CConsole &	getConsole () const
	Returns access to console preset with logger module name as this class.

PureFiledManaged *	getByFilename (const char *filename) const
	Gets the FiledManaged by the specified filename.

virtual PureFiledManaged *	createFromFile (const char *filename)
	Should create a new managed from the given file.

void	WriteList () const
	From PureManager, adding logging file names.

Public Member Functions inherited from PureManager
	PureManager ()

virtual	~PureManager ()

CConsole &	getConsole () const
	Returns access to console preset with logger module name as this class.

TPureInt	getCount () const
	Gets the number of managed objects.

TPureBool	isEmpty () const
	Is the number of manageds 0?

TPureInt	getSize () const
	Gets the number of allocated slots for managed objects; getSize() >= getCount().

PureManaged *	getAttachedAt (TPureInt ind) const
	Gets the pointer to the managed at the given index.

TPureInt	getAttachedIndex (const PureManaged &m) const
	Gets the index of the given managed.

void	PreAlloc (TPureInt count)
	Allocates count free slots for manageds.

TPureBool	hasAttached (const PureManaged &m) const
	Gets whether the given managed is managed by this manager.

virtual void	Attach (PureManaged &m)
	Adds the given managed to the manager, if the managed has no manager yet.

virtual void	Detach (PureManaged &m)
	Removes the given managed from the manager, so the managed will have no manager.

void	DeleteAttachedInstance (PureManaged &m)
	Removes the given managed from the manager and destructs it.

void	DeleteAll ()
	Removes and destructs every managed element in the manager.

virtual void	HandleManagedPropertyChanged (PureManaged &m)
	Should be invoked when a managed's property got changed from a different kind of manager or managed.

Static Public Member Functions
static const char *	getLoggerModuleName ()
	Returns the logger module name of this class.

Static Public Member Functions inherited from PureFiledManaged
static const char *	getLoggerModuleName ()
	Returns the logger module name of this class.

Static Public Member Functions inherited from PureManaged
static const char *	getLoggerModuleName ()
	Returns the logger module name of this class.

Static Public Member Functions inherited from PureFiledManager
static const char *	getLoggerModuleName ()
	Returns the logger module name of this class.

Static Public Member Functions inherited from PureManager
static const char *	getLoggerModuleName ()
	Returns the logger module name of this class.

Protected Member Functions
	PureMesh3D (TPURE_PRIMITIVE_FORMAT prfmt=PURE_PM_TRIANGLES)
	Only PureMesh3DManager creates it.

	PureMesh3D (const PureMesh3D &)

PureMesh3D &	operator= (const PureMesh3D &)

Protected Member Functions inherited from PureFiledManaged
	PureFiledManaged (const PureFiledManaged &other)

PureFiledManaged &	operator= (const PureFiledManaged &other)

void	SetFilename (const std::string &filename)
	Sets the filename.

Protected Member Functions inherited from PureManaged
	PureManaged (const PureManaged &other)

PureManaged &	operator= (const PureManaged &other)

Protected Member Functions inherited from PureFiledManager
	PureFiledManager (const PureFiledManager &)

PureFiledManager &	operator= (const PureFiledManager &)

virtual void	WriteListCallback (const PureManaged &mngd) const
	From PureManager, printing filename.

Protected Member Functions inherited from PureManager
	PureManager (const PureManager &other)

PureManager &	operator= (const PureManager &)

Private Attributes
PureMesh3DImpl *	pImpl

Friends
class	PureMesh3DManager

class	PureObject3DManager

class	SampleManagerForDescendantFromVertexTransfer

Constructor & Destructor Documentation

◆ ~PureMesh3D()

PureMesh3D::~PureMesh3D ( )

virtual

Definition at line 565 of file PureMesh3D.cpp.

◆ PureMesh3D() [1/2]

PureMesh3D::PureMesh3D ( TPURE_PRIMITIVE_FORMAT prfmt = PURE_PM_TRIANGLES )

protected

Only PureMesh3DManager creates it.

Only PureObject3DManager creates it.

Exceptions

std::bad_alloc - This class or its ancestor dynamically allocates memory with operator new, in case of failure the exception is not handled but propagated to caller.

Definition at line 954 of file PureMesh3D.cpp.

◆ PureMesh3D() [2/2]

PureMesh3D::PureMesh3D ( const PureMesh3D & mesh )

protected

Definition at line 960 of file PureMesh3D.cpp.

Member Function Documentation

◆ getFaceCount()

TPureUInt PureMesh3D::getFaceCount ( ) const

virtual

Gets the number of faces/polygons formed by the vertices.

Gets the number of faces/polygons/primitives formed by the vertices.

Face count doesn't only depend on vertex or vertex index count but also on the primitive format (see: getPrimitiveFormat()). Note that face count is not necessarily equal to getTriangleCount() because e.q. if primitive format is quads/quadrilaterals, then obviously face count will be smaller than triangle count. Even if primitive format indicates quads/quadrilaterals, they are split into triangles at some point when transferred through the graphics pipeline.

Returns: Number of faces/polygons/primitives formed by the vertices.

Reimplemented in PureObject3D.

Definition at line 812 of file PureMesh3D.cpp.

◆ getLoggerModuleName()

const char * PureMesh3D::getLoggerModuleName ( )

static

Returns the logger module name of this class.

Intentionally not virtual, so derived class should hide this instead of overriding. Not even private, so user can also access this from outside, for any reason like controlling log filtering per logger module name.

Returns: The logger module name of this class.

Definition at line 591 of file PureMesh3D.cpp.

◆ getManagedConsole()

CConsole & PureMesh3D::getManagedConsole ( ) const

Returns access to console preset with logger module name as this class.

Intentionally not virtual, so the getConsole() in derived class should hide this instead of overriding.

Returns: Console instance used by this class.

Definition at line 578 of file PureMesh3D.cpp.

◆ getMaterial() [1/2]

PureMaterial & PureMesh3D::getMaterial ( TPureBool implicitAccessSubobject = true )

Gets the material.

Note that some properties of a level-1 mesh are irrelevant because renderer doesn't even access them, e.g. texture, because they are fetched from the level-2 meshes. Some other material properties of level-2 meshes are irrelevant because they are inherited from the material of their parent level-1 mesh, e.g. texture environment color. Thus make sure you are careful when you specify the argument as described below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: Material. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned material is the subobject's material. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Definition at line 918 of file PureMesh3D.cpp.

◆ getMaterial() [2/2]

const PureMaterial & PureMesh3D::getMaterial ( TPureBool implicitAccessSubobject = true ) const

Gets the material.

Note that some properties of a level-1 mesh are irrelevant because renderer doesn't even access them, e.g. texture, because they are fetched from the level-2 meshes. Some other material properties of level-2 meshes are irrelevant because they are inherited from the material of their parent level-1 mesh, e.g. texture environment color. Thus make sure you are careful when you specify the argument as described below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: Material. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned material is the subobject's material. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Definition at line 899 of file PureMesh3D.cpp.

◆ getMaxVertexIndex()

TPureUInt PureMesh3D::getMaxVertexIndex ( TPureBool implicitAccessSubobject = true ) const

virtual

Gets the greatest index in the vertex indices array.

This value is irrelevant for a level-1 mesh since the geometry is owned by its level-2 submeshes and it is unique for each submesh. Still the returned value for a level-1 mesh can be a positive value, see below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: The greatest index in the vertex index array. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned index is the subobject's greatest index. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 757 of file PureMesh3D.cpp.

◆ getMinVertexIndex()

TPureUInt PureMesh3D::getMinVertexIndex ( TPureBool implicitAccessSubobject = true ) const

virtual

Gets the smallest index in the vertex indices array.

This value is irrelevant for a level-1 mesh since the geometry is owned by its level-2 submeshes and it is unique for each submesh. Still the returned value for a level-1 mesh can be a positive value, see below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: The smallest index in the vertex index array. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned index is the subobject's smallest index. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 740 of file PureMesh3D.cpp.

◆ getNormals()

const TXYZ * PureMesh3D::getNormals ( TPureBool implicitAccessSubobject = true ) const

virtual

Gets the pointer to normals.

Pointer to normals is NULL for a level-1 mesh since the geometry is owned by its level-2 submeshes. Note: in special case this returns non-NULL value even for a level-1 mesh, see below.

In indexed vertex referencing mode, the vertex indices can be used to reference normals in the array, same way as how vertices can be referenced.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: Pointer to normals. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned pointer is the subobject's normals pointer. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 797 of file PureMesh3D.cpp.

◆ getPosVec() [1/2]

PureVector & PureMesh3D::getPosVec ( )

Gets the position.

For a level-1 mesh object, this vector is always zero. It can be utilized by a descendant class though. For a level-2 (sub)mesh object, this vector represents the position of the submesh relative to the position of its parent mesh object.

Returns: Position vector.

Definition at line 838 of file PureMesh3D.cpp.

◆ getPosVec() [2/2]

const PureVector & PureMesh3D::getPosVec ( ) const

Gets the position.

For a level-1 mesh object, this vector is always zero. It can be utilized by a descendant class though. For a level-2 (sub)mesh object, this vector represents the position of the submesh relative to the position of its parent mesh object.

Returns: Position vector.

Definition at line 850 of file PureMesh3D.cpp.

◆ getPrimitiveFormat()

TPURE_PRIMITIVE_FORMAT PureMesh3D::getPrimitiveFormat ( ) const

virtual

Gets the primitives' format.

Primitive format is the same for the mesh and its submeshes.

Reimplemented in PureObject3D.

Definition at line 626 of file PureMesh3D.cpp.

◆ getRelPosVec()

const PureVector & PureMesh3D::getRelPosVec ( ) const

virtual

Gets the mesh-local relative position.

This position tells the offset of the vertex positions relative to the center of the mesh [0,0,0]. For level-2 (sub)mesh, this vector is always expected to be [0,0,0] since the position of submeshes is calculated with vertex positions and size.

Returns: Mesh-local relative position vector.

Reimplemented in PureObject3D.

Definition at line 862 of file PureMesh3D.cpp.

◆ getSizeVec()

const PureVector & PureMesh3D::getSizeVec ( ) const

virtual

Gets the base sizes.

Returns: Base sizes vector.

Reimplemented in PureObject3D.

Definition at line 871 of file PureMesh3D.cpp.

◆ getTriangleCount()

TPureUInt PureMesh3D::getTriangleCount ( ) const

virtual

Gets the number of triangles formed by the vertices.

Triangle count doesn't only depend on vertex or vertex index count but also on the primitive format (see: getPrimitiveFormat()). Note that triangle count is not necessarily equal to getFaceCount() because e.q. if primitive format is quads/quadrilaterals, then obviously triangle count will be greater than face count. Even if primitive format indicates quads/quadrilaterals, they are split into triangles at some point when transferred through the graphics pipeline.

Returns: Number of triangles formed by the vertices.

Reimplemented in PureObject3D.

Definition at line 826 of file PureMesh3D.cpp.

◆ getUsedSystemMemory()

TPureUInt PureMesh3D::getUsedSystemMemory ( ) const

virtual

Gets the amount of allocated system memory.

It includes the allocated Material size as well (getMaterial()). Level-1 (parent) meshes summarize the memory usage of their level-2 submeshes and include it in the returned value.

Returns: Amount of allocated system memory in Bytes.

Reimplemented from PureFiledManaged.

Reimplemented in PureObject3D, and PureVertexTransfer.

Definition at line 931 of file PureMesh3D.cpp.

◆ getVertexIndex()

TPureUInt PureMesh3D::getVertexIndex	(	TPureUInt	index,
		TPureBool	implicitAccessSubobject = true ) const

virtual

Gets an index value from the vertex indices array.

This function is highly recommended to be used for reading indices from the index array since the type of indices can vary from subobject to subobject and this function considers the index type. This function is irrelevant for a level-1 mesh since the geometry is owned by its level-2 submeshes. Still the returned value for a level-1 mesh can be a valid value, see below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: An index read from the given array. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned index is the subobject's index. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 776 of file PureMesh3D.cpp.

◆ getVertexIndices()

const void * PureMesh3D::getVertexIndices ( TPureBool implicitAccessSubobject = true ) const

virtual

Gets the pointer to vertex indices.

Pointer to vertex indices is NULL for a level-1 mesh since the geometry is owned by its level-2 submeshes. Note: in special case this returns non-NULL value even for a level-1 mesh, see below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: Pointer to vertex indices. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned pointer is the subobject's vertex indices pointer. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 704 of file PureMesh3D.cpp.

◆ getVertexIndicesCount()

TPureUInt PureMesh3D::getVertexIndicesCount ( ) const

virtual

Gets the number of total vertex indices.

Number of total vertex indices for a level-1 mesh is the sum of number of vertex indices of its level-2 submeshes.

Returns: Number of total vertex indices.

Reimplemented in PureObject3D.

Definition at line 686 of file PureMesh3D.cpp.

◆ getVertexIndicesType()

unsigned int PureMesh3D::getVertexIndicesType ( TPureBool implicitAccessSubobject = true ) const

virtual

Gets the type of the indices.

Index type is irrelevant for a level-1 mesh since the geometry is owned by its level-2 submeshes and it is unique for each submesh.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: Vertex index type. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned type is the subobject's vertex index type. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 722 of file PureMesh3D.cpp.

◆ getVertices() [1/2]

TXYZ * PureMesh3D::getVertices ( TPureBool implicitAccessSubobject = true )

virtual

Gets the pointer to vertices.

Pointer to vertices is NULL for a level-1 mesh since the geometry is owned by its level-2 submeshes. Note: in special case this returns non-NULL value even for a level-1 mesh, see below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: Pointer to vertices. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned pointer is the subobject's vertices pointer. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 674 of file PureMesh3D.cpp.

◆ getVertices() [2/2]

const TXYZ * PureMesh3D::getVertices ( TPureBool implicitAccessSubobject = true ) const

virtual

Gets the pointer to vertices.

Pointer to vertices is NULL for a level-1 mesh since the geometry is owned by its level-2 submeshes. Note: in special case this returns non-NULL value even for a level-1 mesh, see below.

Parameters

implicitAccessSubobject If true (default), and this mesh has exactly 1 submesh, the accessed value will be that submesh's value. If false, the accessed value will be this mesh's value.

Returns: Pointer to vertices. If the object's own vertex count is 0 but it has exactly 1 subobject, the returned pointer is the subobject's vertices pointer. This implicit behavior is for convenience for objects storing only 1 subobject like internally created objects.

Reimplemented in PureObject3D.

Definition at line 656 of file PureMesh3D.cpp.

◆ getVerticesCount()

TPureUInt PureMesh3D::getVerticesCount ( ) const

virtual

Gets the number of total vertices.

Number of total vertices for a level-1 mesh is the sum of number of vertices of its level-2 submeshes.

Returns: Number of total vertices.

Reimplemented in PureObject3D.

Definition at line 638 of file PureMesh3D.cpp.

◆ isLevel1()

TPureBool PureMesh3D::isLevel1 ( ) const

virtual

Tells if the mesh is a level-1 parent mesh.

A mesh cannot be both level-1 and level-2 at the same time. A level-1 mesh does not have vertex data on its own, but its level-2 submeshes own vertex data.

Returns: True if the mesh is a level-1 parent mesh i.e. it has at least 1 submesh, false otherwise.

Reimplemented in PureObject3D.

Definition at line 604 of file PureMesh3D.cpp.

◆ isLevel2()

TPureBool PureMesh3D::isLevel2 ( ) const

virtual

Tells if the mesh is a level-2 submesh.

A mesh cannot be both level-1 and level-2 at the same time. A level-1 mesh does not have vertex data on its own, but its level-2 submeshes own vertex data.

Returns: True if the mesh is a level-2 submesh i.e. it doesn't have any submesh, false otherwise.

Reimplemented in PureObject3D.

Definition at line 616 of file PureMesh3D.cpp.

◆ operator=()

PureMesh3D & PureMesh3D::operator= ( const PureMesh3D & )

protected

Definition at line 966 of file PureMesh3D.cpp.

◆ RecalculateSize()

void PureMesh3D::RecalculateSize ( )

Recalculates the sizes.

Definition at line 880 of file PureMesh3D.cpp.

Friends And Related Symbol Documentation

◆ PureMesh3DManager

friend class PureMesh3DManager

friend

Definition at line 116 of file PureMesh3DManager.h.

◆ PureObject3DManager

friend class PureObject3DManager

friend

Definition at line 117 of file PureMesh3DManager.h.

◆ SampleManagerForDescendantFromVertexTransfer

friend class SampleManagerForDescendantFromVertexTransfer

friend

Definition at line 118 of file PureMesh3DManager.h.

Member Data Documentation

◆ pImpl

PureMesh3DImpl* PureMesh3D::pImpl

private

Definition at line 114 of file PureMesh3DManager.h.

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

C:/__PR00F__/___developing___/projects/PGE/PGE/PURE/include/external/Object3D/PureMesh3DManager.h
C:/__PR00F__/___developing___/projects/PGE/PGE/PURE/source/Object3D/PureMesh3D.cpp

Detailed Description

Classes

Public Member Functions

Static Public Member Functions

Protected Member Functions

Private Attributes

Friends

Constructor & Destructor Documentation

◆ ~PureMesh3D()

◆ PureMesh3D() [1/2]

◆ PureMesh3D() [2/2]

Member Function Documentation

◆ getFaceCount()

◆ getLoggerModuleName()

◆ getManagedConsole()

◆ getMaterial() [1/2]

◆ getMaterial() [2/2]

◆ getMaxVertexIndex()

◆ getMinVertexIndex()

◆ getNormals()

◆ getPosVec() [1/2]

◆ getPosVec() [2/2]

◆ getPrimitiveFormat()

◆ getRelPosVec()

◆ getSizeVec()

◆ getTriangleCount()

◆ getUsedSystemMemory()

◆ getVertexIndex()

◆ getVertexIndices()

◆ getVertexIndicesCount()

◆ getVertexIndicesType()

◆ getVertices() [1/2]

◆ getVertices() [2/2]

◆ getVerticesCount()

◆ isLevel1()

◆ isLevel2()

◆ operator=()

◆ RecalculateSize()

Friends And Related Symbol Documentation

◆ PureMesh3DManager

◆ PureObject3DManager

◆ SampleManagerForDescendantFromVertexTransfer

Member Data Documentation

◆ pImpl