ParaX model is the model file for character animation, etc in the game world. More...

#include <ParaXModel.h>

Inheritance diagram for ParaEngine::CParaXModel:

Public Types
enum	RENDER_METHOD { SOFT_ANIM = 0, SHADER_ANIM, NO_ANIM, BMAX_MODEL }
	in what method to render the mesh More...

Public Types inherited from ParaEngine::IAttributeFields
typedef ParaEngine::weak_ptr< IObject, IAttributeFields >	WeakPtr_type

Public Types inherited from ParaEngine::IObject
typedef ParaEngine::weak_ptr< IObject >	WeakPtr_type

Public Member Functions
	CParaXModel (const ParaXHeaderDef &xheader)

virtual int	GetAttributeClassID ()
	attribute class ID should be identical, unless one knows how overriding rules work. More...

virtual const char *	GetAttributeClassName ()
	a static string, describing the attribute class object's name

virtual const char *	GetAttributeClassDescription ()
	a static string, describing the attribute class object

virtual int	InstallFields (CAttributeClass *pClass, bool bOverride)
	this class should be implemented if one wants to add new attribute. More...

virtual int	GetChildAttributeColumnCount ()
	we support multi-dimensional child object. More...

virtual IAttributeFields *	GetChildAttributeObject (const std::string &sName)
	get attribute by child object. More...

virtual int	GetChildAttributeObjectCount (int nColumnIndex=0)
	get the number of child objects (row count) in the given column. More...

virtual IAttributeFields *	GetChildAttributeObject (int nRowIndex, int nColumnIndex=0)

	ATTRIBUTE_METHOD1 (CParaXModel, DumpTextureUsage_s, const char **)

	ATTRIBUTE_METHOD1 (CParaXModel, GetPolyCount_s, int *)

	ATTRIBUTE_METHOD1 (CParaXModel, GetPhysicsCount_s, int *)

	ATTRIBUTE_METHOD1 (CParaXModel, GetGeosetsCount_s, int *)

	ATTRIBUTE_METHOD1 (CParaXModel, GetRenderPassesCount_s, int *)

	ATTRIBUTE_METHOD1 (CParaXModel, GetObjectNum_s, void **)

	ATTRIBUTE_METHOD1 (CParaXModel, GetVertices_s, void **)

	ATTRIBUTE_METHOD1 (CParaXModel, GetRenderPasses_s, void **)

	ATTRIBUTE_METHOD1 (CParaXModel, GetGeosets_s, void **)

	ATTRIBUTE_METHOD1 (CParaXModel, GetIndices_s, void **)

	ATTRIBUTE_METHOD1 (CParaXModel, GetAnimations_s, void **)

	ATTRIBUTE_METHOD1 (CParaXModel, SaveToDisk_s, char *)

int	GetPolyCount ()
	get polycount of this mesh object

int	GetPhysicsCount ()
	get physics polycount of this mesh object

const char *	DumpTextureUsage ()
	get texture usage such as the number of textures and their sizes. More...

const ParaXModelObjNum &	GetObjectNum () const
	get the number of objects in the model. More...

const ParaXHeaderDef &	GetHeader () const

bool	CheckMinVersion (int v0, int v1=0, int v2=0, int v3=0)
	check the minimum file version. More...

void	initVertices (int nVertices, ModelVertex *pVertices)
	file loading for ParaX file type More...

void	initIndices (int nIndices, uint16 *pIndices)

void	initTranslucentFaceGroups ()
	call this function only once after the model data is loaded. More...

ModelAttachment &	NewAttachment (bool bOverwrite, int nAttachmentID, int nBoneIndex, const Vector3 &pivotPoint)
	create new attachment

bool	IsValid ()
	whether this is a valid model

bool	InitDeviceObjects ()
	TODO: currently this is not implemented.

bool	DeleteDeviceObjects ()
	TODO: currently this is not implemented.

bool	SetupTransformByID (int nID)
	set the transform matrix for the specified attachment ID on this model. More...

void	drawModel (SceneState pSceneState, CParameterBlock pMaterialParam=NULL, int nRenderMethod=-1)

void	animate (SceneState pSceneState, CharacterPose pPose, IAttributeFields *pAnimInstance=NULL)
	animate the entire model according to the current animation and blending settings. More...

void	draw (SceneState pSceneState, CParameterBlock materialParams=NULL, int nRenderMethod=-1)
	render the model, according to the current animation states. More...

void	BuildShadowVolume (ShadowVolume pShadowVolume, LightParams pLight, Matrix4 *mxWorld)
	Build Shadow Volume.

void	updateEmitters (SceneState *pSceneState, float dt)

void	drawBones ()

void	drawBoundingVolume ()

void	calcBones (CharacterPose pPose, const AnimIndex &CurrentAnim, const AnimIndex &BlendingAnim, float blendingFactor, IAttributeFields pAnimInstance=NULL)
	calc all Bones in the model with motion blending with a specified blending frame. More...

void	calcBones ()
	for model without animations, but with bones. More...

void	PostCalculateBoneMatrix (uint32 nBones)

Matrix4 *	GetAttachmentMatrix (Matrix4 pOut, int nAttachmentID, const AnimIndex &CurrentAnim, const AnimIndex &BlendingAnim, float blendingFactor, bool bRecalcBone=true, IAttributeFields pAnimInstance=NULL)
	calculate only specified bone in the attachment, all parent bones will also be calculated in order to get the matrix for the specified bone. More...

bool	HasAttachmentMatrix (int nAttachmentID)
	whether we have attachment matrix. More...

Vector3	GetWeightedVertexByIndex (unsigned short nIndex)

void	lightsOn (uint32 lbase)

void	lightsOff (uint32 lbase)

bool	HasAnimation ()
	return true if the model has animation. More...

bool	IsBmaxModel ()
	whether it is bmax model with vertex color. More...

void	SetBmaxModel ()

void	LoadTextures ()
	load textures

AnimIndex	GetAnimIndexByID (int nAnimID)
	return the animation index by animation ID. More...

int	GetAnimIDByIndex (int nAnimIndex)
	return the ID of the animation at the specified index. More...

const ModelAnimation *	GetModelAnimByIndex (int nAnimIndex)
	return NULL if not exist

float	GetBoundingRadius ()
	get the mesh radius

bool	canAttach (int id)
	whether the model has a specified attachment point

void	RenderNoAnim (SceneState *pSceneState)

void	RenderSoftAnim (SceneState pSceneState, CParameterBlock pMaterialParams=NULL)

void	RenderSoftNoAnim (SceneState pSceneState, CParameterBlock pMaterialParams=NULL)

void	RenderShaderAnim (SceneState *pSceneState)

void	RenderBMaxModel (SceneState pSceneState, CParameterBlock pMaterialParams=NULL)

void	DrawPass (ModelRenderPass &p)
	only called inside Render* function

void	DrawPass_NoAnim (ModelRenderPass &p)

void	DrawPass_NoAnim_VB (ModelRenderPass &p, size_t start)

void	DrawPass_BMax_VB (ModelRenderPass &p, size_t start)

void	DrawPass_BMax (ModelRenderPass &p)

void	ClearFaceGroups ()
	clear all face groups. More...

bool	HasAlphaBlendedObjects ()

int	GetNextPhysicsGroupID (int nPhysicsGroup=-1)
	return the physics group id that is closest to nPhysicsGroup. More...

HRESULT	ClonePhysicsMesh (DWORD pNumVertices, Vector3 ppVerts, DWORD pNumTriangles, DWORD *ppIndices, int pnMeshPhysicsGroup=NULL, int *pnTotalMeshGroupCount=NULL)
	Get the physics mesh in terms of vertices and indices. More...

void	SaveToDisk (const char *path)

void	SetRenderMethod (RENDER_METHOD method)

void	SetVertexBufferDirty ()

Public Member Functions inherited from ParaEngine::IAttributeFields
	ATTRIBUTE_METHOD1 (IAttributeFields, GetName_s, const char **)

	ATTRIBUTE_METHOD1 (IAttributeFields, SetName_s, const char *)

	ATTRIBUTE_METHOD (IAttributeFields, PrintObject_s)

	ATTRIBUTE_METHOD (IAttributeFields, AddRef_s)

	ATTRIBUTE_METHOD1 (IAttributeFields, GetRefCount_s, int *)

	ATTRIBUTE_METHOD1 (IAttributeFields, SetTime_s, int)

	ATTRIBUTE_METHOD1 (IAttributeFields, GetTime_s, int *)

	ATTRIBUTE_METHOD (IAttributeFields, Release_s)

virtual const std::string &	GetIdentifier ()

virtual void	SetIdentifier (const std::string &sID)

virtual bool	IsModified ()
	whether some of the fields are modified.It is up to the implementation class to provide this functionality if necessary. More...

virtual void	SetModified (bool bModified)
	set whether any field has been modified. More...

virtual bool	ValidateFields ()
	validate all fields and return true if validation passed. More...

virtual string	GetValidationMessage ()
	get the recent validation message due to the most recent call to ValidateFields()

virtual bool	ResetField (int nFieldID)
	Reset the field to its initial or default value. More...

virtual bool	InvokeEditor (int nFieldID, const std::string &sParameters)
	Invoke an (external) editor for a given field. More...

virtual bool	AddChildAttributeObject (IAttributeFields *pChild, int nRowIndex=-1, int nColumnIndex=0)
	add child object. More...

virtual void *	QueryObjectByName (const std::string &sObjectType)
	convert to object of a given type. More...

virtual void *	QueryObject (int nObjectType)
	convert to object of a given type. More...

virtual int	GetTime ()
	get the current local time in case it is animated in milli seconds frames. More...

virtual void	SetTime (int nTime)

virtual CDynamicAttributeField *	GetDynamicField (const std::string &sName)
	Get a dynamic field with a given name. More...

virtual CDynamicAttributeField *	GetDynamicField (int nIndex)
	Get a dynamic field with a given index. More...

virtual const char *	GetDynamicFieldNameByIndex (int nIndex)
	get field name by index

virtual int	GetDynamicFieldCount ()
	how many dynamic field this object currently have. More...

virtual int	SetDynamicField (const std::string &sName, const CVariable &value)
	set a dynamic field with a given name. More...

virtual int	AddDynamicField (const std::string &sName, ATTRIBUTE_FIELDTYPE dwType)
	add dynamic field and return field index

virtual void	RemoveAllDynamicFields ()
	remove all dynamic fields

virtual int	SaveDynamicFieldsToString (std::string &output)
	save only text dynamic fields to fieldname = value text strings. More...

virtual int	LoadDynamicFieldsFromString (const std::string &input)
	load only text dynamic fields from string More...

CAttributeClass *	GetAttributeClass ()
	get the main attribute class object. More...

void	PrintObject ()
	print the content of this object to a text file at temp/doc/[ClassName].txt. More...

Public Member Functions inherited from ParaEngine::IObject
virtual void	Clone (IObject *obj) const
	Clone the object's contains to a pointer. More...

virtual IObject *	Clone () const
	Clone the object's contains and return a pointer to the newly created object. More...

virtual bool	Equals (const IObject *obj) const
	Compare the object with another object. More...

virtual const IType *	GetType () const

virtual std::string	ToString () const

WeakPtr_type &	GetWeakReference ()
	get weak reference object. More...

virtual int	ProcessObjectEvent (const ObjectEvent &event)
	this function is only used to backward compatibility of ParaObject:AddEvent() function. More...

Public Member Functions inherited from ParaEngine::CRefCounted
void	addref () const
	add reference count of the object. More...

bool	delref () const
	decrease reference count of the object. More...

int	GetRefCount () const
	get the reference count

virtual int	Release ()

CRefCounted *	AddToAutoReleasePool ()
	addref and releases the ownership sometime soon automatically (usually at the end of the current frame). More...

Public Attributes
ParaXHeaderDef	m_header
	model header

ParaXModelObjNum	m_objNum
	object counts

float	m_radius
	bounding radius

int	m_nHasAlphaBlendedRenderPass
	-1 uninitialized. More...

RENDER_METHOD	m_RenderMethod

ModelAnimation *	anims
	animation info for the current model

ParaVertexBuffer	m_pVertexBuffer
	vertex buffer for skinned vertex

ParaIndexBuffer	m_pIndexBuffer
	index buffer

size_t	vbufsize

bool	animated: 1

bool	animGeometry: 1

bool	animTextures: 1

bool	animBones: 1

bool	animTexRGB: 1

bool	rotatePartice2SpeedVector: 1

bool	forceAnim: 1

TextureAnim *	texanims

int *	globalSequences

ModelColor *	colors

ModelTransparency *	transparency

ModelLight *	lights

ParticleSystem *	particleSystems

RibbonEmitter *	ribbons

ModelVertex *	m_origVertices

int *	m_frame_number_vertices
	this always contains the same number of items as m_origVertices. More...

int	m_nCurrentFrameNumber

Vector3 *	m_vertices

Vector3 *	m_normals

Vector2 *	texcoords1

uint16 *	m_indices

Vector3 *	bounds

uint16 *	boundTris

ModelCamera	cam

Bone *	bones

asset_ptr< TextureEntity > *	textures

std::vector< ModelRenderPass >	passes

std::vector< int >	m_TranslucentPassIndice
	it has the same number of element as the passes. More...

std::vector< CFaceGroup * >	m_faceGroups
	translucent face groups. More...

std::vector< ModelGeoset >	geosets

bool *	showGeosets
	a list of face group

int	specialTextures [MAX_MODEL_TEXTURES]

TextureEntity *	replaceTextures [MAX_MODEL_TEXTURES]

bool	useReplaceTextures [MAX_MODEL_TEXTURES]

AnimIndex	m_CurrentAnim
	current animation index, this is different from sequence ID an absolute ParaX frame number denoting the current animation frame. More...

AnimIndex	m_NextAnim
	the next animation index.if it is -1, the next animation will depends on the loop property of the current sequenc; otherwise, the animation specified by the ID will be played next, after the current animation reached the end. More...

AnimIndex	m_BlendingAnim
	the animation sequence with which the current animation should be blended. More...

float	blendingFactor
	by how much the blending frame should be blended with the current frame. More...

float	fBlendingTime
	blending time in seconds

bool	m_bIsValid

bool	hasCamera

bool	m_bTextureLoaded

float	m_trans

std::vector< ModelAttachment >	m_atts

int	m_attLookup [MAX_MODEL_ATTACHMENTS]

Vector3	m_vNeckYawAxis
	default to unitY

Vector3	m_vNeckPitchAxis
	default to unitZ

int	m_boneLookup [MAX_KNOWN_BONE_NODE]
	a mapping from known bone id to bone index. More...

Static Public Attributes
static const int	MAX_MODEL_TEXTURES = 32
	max number of textures per model

static const int	MAX_MODEL_ATTACHMENTS = 40
	max number of attachment points per model

static CEffectFile *	m_pEffectFile = NULL
	The effect file entity used to render the animated model.

static VertexDeclarationPtr	m_pVertexDeclaration = NULL
	vertex declaration used in the vertex shader of the effect file

Friends
struct	ModelRenderPass

Additional Inherited Members
Static Public Member Functions inherited from ParaEngine::IAttributeFields
static HRESULT	GetAttributeClassID_s (IAttributeFields cls, int p1)

static HRESULT	GetAttributeClassName_s (IAttributeFields cls, const char *p1)

static bool	OpenWithDefaultEditor (const char *sFilename, bool bWaitOnReturn=false)
	Open a given file with the default registered editor in the game engine. More...

Protected Member Functions inherited from ParaEngine::IAttributeFields
virtual CAttributeClass *	CreateAttributeClass ()
	initialize fields

virtual CDynamicAttributesSet *	GetDynamicAttributes (bool bCreateIfNotExist=false)

Protected Attributes inherited from ParaEngine::IObject
WeakPtr_type	m_weak_reference

Protected Attributes inherited from ParaEngine::CRefCounted
int	m_refcount

Detailed Description

ParaX model is the model file for character animation, etc in the game world.

Member Enumeration Documentation

§ RENDER_METHOD

enum ParaEngine::CParaXModel::RENDER_METHOD

in what method to render the mesh

Enumerator
SOFT_ANIM	using software skinning
SHADER_ANIM	using hardware skinning, need vertex shader 1.1 or later
NO_ANIM	render without animation. It is just a solid mesh.
BMAX_MODEL	BMAX model color model.

Member Function Documentation

§ animate()

void CParaXModel::animate	(	SceneState *	pSceneState,
		CharacterPose *	pPose,
		IAttributeFields *	pAnimInstance = `NULL`
	)

animate the entire model according to the current animation and blending settings.

Parameters

pPose it will override the poses defined in the model.:

§ calcBones() [1/2]

void CParaXModel::calcBones	(	CharacterPose *	pPose,
		const AnimIndex &	CurrentAnim,
		const AnimIndex &	BlendingAnim,
		float	blendingFactor,
		IAttributeFields *	pAnimInstance = `NULL`
	)

calc all Bones in the model with motion blending with a specified blending frame.

Parameters

pPose	it will override the poses defined in the model.
nCurrentAnim	current animation sequence ID
currentFrame	an absolute ParaX frame number denoting the current animation frame. It is always within the range of the current animation sequence's start and end frame number.
nBlendingAnim	the animation sequence with which the current animation should be blended.
blendingFrame	an absolute ParaX frame number denoting the blending animation frame. It is always within the range of the blending animation sequence's start and end frame number.
blendingFactor	by how much the blending frame should be blended with the current frame. 1.0 will use solely the blending frame, whereas 0.0 will use only the current frame. [0,1), blendingFrame(blendingFactor)+(1-blendingFactor)currentFrame

§ calcBones() [2/2]

void CParaXModel::calcBones ( )

for model without animations, but with bones.

§ CheckMinVersion()

bool CParaXModel::CheckMinVersion	(	int	v0,
		int	v1 = `0`,
		int	v2 = `0`,
		int	v3 = `0`
	)

check the minimum file version.

Return true if file version is equal or higher than the given one.

§ ClearFaceGroups()

void CParaXModel::ClearFaceGroups ( )

clear all face groups.

§ ClonePhysicsMesh()

HRESULT CParaXModel::ClonePhysicsMesh	(	DWORD *	pNumVertices,
		Vector3 **	ppVerts,
		DWORD *	pNumTriangles,
		DWORD **	ppIndices,
		int *	pnMeshPhysicsGroup = `NULL`,
		int *	pnTotalMeshGroupCount = `NULL`
	)

Get the physics mesh in terms of vertices and indices.

Parameters

pNumVertices	[out] number of vertices
ppVerts	[out] buffer contains all vertices. The caller needs to release the buffer using delete [] buffer.
pNumTriangles	[out] number of triangles, each triangle has three indices. Please note that if the mesh contains no physics faces, the pNumTriangles is 0. However pNumVertices might be positive.
ppIndices	[out] buffer contains all indices. The caller needs to release the buffer using delete [] buffer.
nMeshPhysicsGroup	[in\|out]: the mesh physics group to get. On return it will be assigned with the next mesh group.

Returns: S_OK, if succeed.

§ draw()

void CParaXModel::draw	(	SceneState *	pSceneState,
		CParameterBlock *	materialParams = `NULL`,
		int	nRenderMethod = `-1`
	)

render the model, according to the current animation states.

make sure to call animate before calling this functions.

assume that the animate() function has already been called to set the bone matrices

§ drawModel()

void CParaXModel::drawModel	(	SceneState *	pSceneState,
		CParameterBlock *	pMaterialParam = `NULL`,
		int	nRenderMethod = `-1`
	)

apply surface materials

§ DumpTextureUsage()

const char * CParaXModel::DumpTextureUsage ( )

get texture usage such as the number of textures and their sizes.

§ GetAnimIDByIndex()

int CParaXModel::GetAnimIDByIndex ( int nAnimIndex )

return the ID of the animation at the specified index.

if there is no animation at the index, 0 (default animation ID) is returned.

§ GetAnimIndexByID()

AnimIndex CParaXModel::GetAnimIndexByID ( int nAnimID )

return the animation index by animation ID.

the animation <ID, name> pairs are stored in the AnimDB table. if the animation ID is not found, 0 (usually the stand animation) is returned. a sequential search is used for the specified animation. Below is some common mappings. <0, stand> <1, death> <2, spell> <3, stop> <4, walk> <5, run> : return index of the animation. If the animation is not found, then -1 is returned.

§ GetAttachmentMatrix()

Matrix4 * CParaXModel::GetAttachmentMatrix	(	Matrix4 *	pOut,
		int	nAttachmentID,
		const AnimIndex &	CurrentAnim,
		const AnimIndex &	BlendingAnim,
		float	blendingFactor,
		bool	bRecalcBone = `true`,
		IAttributeFields *	pAnimInstance = `NULL`
	)

calculate only specified bone in the attachment, all parent bones will also be calculated in order to get the matrix for the specified bone.

Parameters

pOut	the bone transform matrix.
nAttachmentID	the bone index.
bRecalcBone	whether we will recalculate bone chains according to the current animation pose.

Returns: : NULL if not successful, otherwise it is pOut.

calculate the bone and its parent bones

§ GetAttributeClassID()

virtual int ParaEngine::CParaXModel::GetAttributeClassID ( )

inlinevirtual

attribute class ID should be identical, unless one knows how overriding rules work.

Reimplemented from ParaEngine::IAttributeFields.

§ GetChildAttributeColumnCount()

int CParaXModel::GetChildAttributeColumnCount ( )

virtual

we support multi-dimensional child object.

by default objects have only one column.

Reimplemented from ParaEngine::IAttributeFields.

§ GetChildAttributeObject()

IAttributeFields * CParaXModel::GetChildAttributeObject ( const std::string & sName )

virtual

get attribute by child object.

used to iterate across the attribute field hierarchy.

Reimplemented from ParaEngine::IAttributeFields.

§ GetChildAttributeObjectCount()

int CParaXModel::GetChildAttributeObjectCount ( int nColumnIndex = 0 )

virtual

get the number of child objects (row count) in the given column.

please note different columns can have different row count.

Reimplemented from ParaEngine::IAttributeFields.

§ GetNextPhysicsGroupID()

int CParaXModel::GetNextPhysicsGroupID ( int nPhysicsGroup = -1 )

return the physics group id that is closest to nPhysicsGroup.

or -1 if there is none.

§ GetObjectNum()

const ParaXModelObjNum& ParaEngine::CParaXModel::GetObjectNum ( ) const

inline

get the number of objects in the model.

§ GetWeightedVertexByIndex()

Vector3 CParaXModel::GetWeightedVertexByIndex ( unsigned short nIndex )

inline

Parameters

nIndex the index into the global indices.

§ HasAnimation()

bool CParaXModel::HasAnimation ( )

return true if the model has animation.

§ HasAttachmentMatrix()

bool CParaXModel::HasAttachmentMatrix ( int nAttachmentID )

whether we have attachment matrix.

Parameters

nAttachmentID the attachment id.

§ initTranslucentFaceGroups()

void CParaXModel::initTranslucentFaceGroups ( )

call this function only once after the model data is loaded.

It will search for translucent pass and build face groups to store them for later sorting and rendering.

Set the texture

§ initVertices()

void CParaXModel::initVertices	(	int	nVertices,
		ModelVertex *	pVertices
	)

file loading for ParaX file type

read m_origVertices

Create vertex buffer with skinning information

NOT USED: Create vertex buffer with only vertex information

§ InstallFields()

int CParaXModel::InstallFields	(	CAttributeClass *	pClass,
		bool	bOverride
	)

virtual

this class should be implemented if one wants to add new attribute.

This function is always called internally.

Reimplemented from ParaEngine::IAttributeFields.

§ IsBmaxModel()

bool CParaXModel::IsBmaxModel ( )

whether it is bmax model with vertex color.

§ SetupTransformByID()

bool CParaXModel::SetupTransformByID ( int nID )

set the transform matrix for the specified attachment ID on this model.

it is assumed that the transform of this model has already been set in the render device hence it will just multiple over the one in the device. return true, if the nID is a valid attachment point on the model.

Member Data Documentation

§ blendingFactor

float ParaEngine::CParaXModel::blendingFactor

by how much the blending frame should be blended with the current frame.

1.0 will use solely the blending frame, whereas 0.0 will use only the current frame. [0,1), blendingFrame*(blendingFactor)+(1-blendingFactor)*currentFrame

§ m_BlendingAnim

AnimIndex ParaEngine::CParaXModel::m_BlendingAnim

the animation sequence with which the current animation should be blended.

an absolute ParaX frame number denoting the blending animation frame. It is always within the range of the blending animation sequence's start and end frame number.

§ m_boneLookup

int ParaEngine::CParaXModel::m_boneLookup[MAX_KNOWN_BONE_NODE]

a mapping from known bone id to bone index.

§ m_CurrentAnim

AnimIndex ParaEngine::CParaXModel::m_CurrentAnim

current animation index, this is different from sequence ID an absolute ParaX frame number denoting the current animation frame.

It is always within the range of the current animation sequence's start and end frame number.

§ m_faceGroups

std::vector<CFaceGroup*> ParaEngine::CParaXModel::m_faceGroups

translucent face groups.

§ m_frame_number_vertices

int* ParaEngine::CParaXModel::m_frame_number_vertices

this always contains the same number of items as m_origVertices.

it stores the frame number that a certain vertices are used. This avoids the same vertex to be calculated multiple times in a single animation pose.

§ m_NextAnim

AnimIndex ParaEngine::CParaXModel::m_NextAnim

the next animation index.if it is -1, the next animation will depends on the loop property of the current sequenc; otherwise, the animation specified by the ID will be played next, after the current animation reached the end.

§ m_nHasAlphaBlendedRenderPass

int ParaEngine::CParaXModel::m_nHasAlphaBlendedRenderPass

-1 uninitialized.

0 false, 1 true.

§ m_TranslucentPassIndice

std::vector<int> ParaEngine::CParaXModel::m_TranslucentPassIndice

it has the same number of element as the passes.

the int value denotes the index into the m_faceGroups

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

Client/trunk/ParaEngineClient/ParaXModel/ParaXModel.h
Client/trunk/ParaEngineClient/ParaXModel/ParaXModel.cpp

Public Types

Public Member Functions

Public Attributes

Static Public Attributes

Friends

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

§ RENDER_METHOD

Member Function Documentation

§ animate()

§ calcBones() [1/2]

§ calcBones() [2/2]

§ CheckMinVersion()

§ ClearFaceGroups()

§ ClonePhysicsMesh()

§ draw()

§ drawModel()

§ DumpTextureUsage()

§ GetAnimIDByIndex()

§ GetAnimIndexByID()

§ GetAttachmentMatrix()

§ GetAttributeClassID()

§ GetChildAttributeColumnCount()

§ GetChildAttributeObject()

§ GetChildAttributeObjectCount()

§ GetNextPhysicsGroupID()

§ GetObjectNum()

§ GetWeightedVertexByIndex()

§ HasAnimation()

§ HasAttachmentMatrix()

§ initTranslucentFaceGroups()

§ initVertices()

§ InstallFields()

§ IsBmaxModel()

§ SetupTransformByID()

Member Data Documentation

§ blendingFactor

§ m_BlendingAnim

§ m_boneLookup

§ m_CurrentAnim

§ m_faceGroups

§ m_frame_number_vertices

§ m_NextAnim

§ m_nHasAlphaBlendedRenderPass

§ m_TranslucentPassIndice