EMotionFX::MorphMeshDeformer Class Reference

#include <MorphMeshDeformer.h>

Inherits EMotionFX::MeshDeformer.

Classes
struct	DeformPass

Public Types
enum	{ TYPE_ID = 0x00000002 }
enum	{ SUBTYPE_ID = 0x00000001 }

Public Member Functions
uint32	GetType () const override
uint32	GetSubType () const override
void	Update (ActorInstance *actorInstance, Node *node, float timeDelta) override
void	Reinitialize (Actor *actor, Node *node, size_t lodLevel, uint16 highestJointIndex=0) override
MeshDeformer *	Clone (Mesh *mesh) const override
void	AddDeformPass (const DeformPass &deformPass)
size_t	GetNumDeformPasses () const
void	ReserveDeformPasses (size_t numPasses)
Public Member Functions inherited from EMotionFX::MeshDeformer
bool	GetIsEnabled () const
void	SetIsEnabled (bool enabled)
Public Member Functions inherited from MCore::RefCounted
	RefCounted ()
virtual	~RefCounted ()
void	IncreaseReferenceCount ()
void	DecreaseReferenceCount ()
void	Destroy ()
uint32	GetReferenceCount () const

Static Public Member Functions
static MorphMeshDeformer *	Create (Mesh *mesh)

Additional Inherited Members
Protected Member Functions inherited from EMotionFX::MeshDeformer
	MeshDeformer (Mesh *mesh)
virtual	~MeshDeformer ()
Protected Member Functions inherited from MCore::RefCounted
virtual void	Delete ()
Protected Attributes inherited from EMotionFX::MeshDeformer
Mesh *	m_mesh
bool	m_isEnabled

Detailed Description

The mesh morph deformer. This works together with the morph setup (MorphSetup). Basically what it does is: output = input + morphTargetA*weightA + morphTargetB*weightB + morphTargetC*weightC.... etc.

Member Function Documentation

AddDeformPass()

void EMotionFX::MorphMeshDeformer::AddDeformPass

(

const DeformPass &

deformPass

)

Add a deform pass.

Parameters

deformPass

The deform pass to add.

Clone()

MeshDeformer * EMotionFX::MorphMeshDeformer::Clone ( Mesh *  mesh ) const

overridevirtual

Creates an exact clone (copy) of this deformer, and returns a pointer to it.

Parameters

mesh	The mesh to apply the deformer on.

Returns

A pointer to the newly created clone of this deformer.

Implements EMotionFX::MeshDeformer.

Create()

static MorphMeshDeformer * EMotionFX::MorphMeshDeformer::Create ( Mesh *  mesh )

static

Creation method.

Parameters

mesh	A pointer to the mesh to deform.

GetNumDeformPasses()

size_t EMotionFX::MorphMeshDeformer::GetNumDeformPasses

(

)

const

Get the number of deform passes.

Returns

The number of deform passes.

GetSubType()

uint32 EMotionFX::MorphMeshDeformer::GetSubType ( ) const

overridevirtual

Returns the unique subtype ID of this deformer. A subtype identifies the specialization type of the given deformer. A cplus plus version of a deformer could have a sub type of 0, while the SSE assembly optimized version would have a sub type of 1 for example.

Returns

The sub type identification number.

Implements EMotionFX::MeshDeformer.

GetType()

uint32 EMotionFX::MorphMeshDeformer::GetType ( ) const

overridevirtual

Get the unique deformer type ID.

Returns

The unique ID of this deformer type.

Implements EMotionFX::MeshDeformer.

Reinitialize()

void EMotionFX::MorphMeshDeformer::Reinitialize ( Actor *  actor, Node *  node, size_t  lodLevel, uint16  highestJointIndex = 0  )

overridevirtual

Reinitialize the mesh deformer.

Parameters

actor	The actor to to initialize the deformer for.
node	The node where the mesh belongs to during this initialization.
lodLevel	The LOD level of the mesh the mesh deformer works on.

Reimplemented from EMotionFX::MeshDeformer.

ReserveDeformPasses()

void EMotionFX::MorphMeshDeformer::ReserveDeformPasses

(

size_t

numPasses

)

Pre-allocate space for the deform passes. This does not influence the return value of GetNumDeformPasses().

Parameters

numPasses

The number of passes to pre-allocate space for.

Update()

void EMotionFX::MorphMeshDeformer::Update ( ActorInstance *  actorInstance, Node *  node, float  timeDelta  )

overridevirtual

Update the mesh deformer.

Parameters

actorInstance	The actor instance to use for the update. So the actor where the mesh belongs to during this update.
node	The node to use for the update, so the node where the mesh belongs to during this update.
timeDelta	The time (in seconds) passed since the last call.

Implements EMotionFX::MeshDeformer.

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

• Gems/EMotionFX/Code/EMotionFX/Source/MorphMeshDeformer.h