Diligent::IRadientMeshAsset Struct Reference

Immutable mesh asset with geometry, primitive, and morph-target descriptions. More...

#include <RadientAssets.h>

Inheritance diagram for Diligent::IRadientMeshAsset:

Public Member Functions
virtual const RadientMeshAssetDesc &DILIGENT_CALL_TYPE	GetDesc () const =0
virtual RADIENT_STATUS DILIGENT_CALL_TYPE	CreateMorphTargetWeights (IRadientMorphTargetWeights **ppWeights)=0
Public Member Functions inherited from Diligent::IRadientAsset
virtual const RadientAssetReference &DILIGENT_CALL_TYPE	GetReference () const =0
	Returns the asset reference identity.
virtual RADIENT_ASSET_TYPE DILIGENT_CALL_TYPE	GetType () const =0
	Returns the concrete asset type.
Public Member Functions inherited from Diligent.IObject
virtual void DILIGENT_CALL_TYPE	QueryInterface (const INTERFACE_ID &IID, IObject **ppInterface)=0
	Queries the specific interface.
template<typename DerivedType, typename = typename std::enable_if<std::is_base_of<IObject, DerivedType>::value>::type>
void	QueryInterface (const INTERFACE_ID &IID, DerivedType **ppInterface)
virtual ReferenceCounterValueType DILIGENT_CALL_TYPE	AddRef ()=0
	Increments the number of strong references by 1.
virtual ReferenceCounterValueType DILIGENT_CALL_TYPE	Release ()=0
virtual IReferenceCounters *DILIGENT_CALL_TYPE	GetReferenceCounters () const =0

Detailed Description

Immutable mesh asset with geometry, primitive, and morph-target descriptions.

Member Function Documentation

CreateMorphTargetWeights()

virtual RADIENT_STATUS DILIGENT_CALL_TYPE Diligent::IRadientMeshAsset::CreateMorphTargetWeights ( IRadientMorphTargetWeights ** ppWeights )

pure virtual

Creates mutable weights initialized to the mesh morph-target defaults. On success, ppWeights receives a strong reference. Meshes without morph targets produce a valid zero-length weight object.

GetDesc()

virtual const RadientMeshAssetDesc &DILIGENT_CALL_TYPE Diligent::IRadientMeshAsset::GetDesc ( ) const

pure virtual

Returns the immutable mesh description. The description is empty until CPU loading completes successfully; GPU upload completion is not required. The returned reference, nested arrays, names, and material pointers remain valid while the mesh asset is retained.