#include <Mesh.hpp>

Classes
struct	DAG

struct	LOD

Public Member Functions
	FImportedMesh (Allocator *alloc)

void	Optimize ()
	Optimize vertex reuse with meshoptimizer.

void	SimplifyLOD (int levels, float scale)
	Creates N LOD levels, iteratively scaling down by 'scale' factor and populates lods index data.

void	ClusterizeDAG ()
	Partitions the clusters of LOD levels into a DAG.

void	Quantize ()
	Quantizes vertex data into more compact representation Fills quantizedVertices with quantized data from rawVertices.

void	Dequantize ()
	Dequantizes quantized vertex back into full precision representation Fills rawVertices with dequantized data from quantizedVertices.

bool	EnsureQuantized ()
	Prepares quantized GPU data buffers from possibly full-precision, or compressed data.

bool	IsQuantized () const

bool	EnsureRaw ()
	Prepares full-precision data for CPU access.

bool	IsRaw () const

size_t	CalculateQuantizedBound (bool lod, bool dag) const
	Returns a lower bound estimate of the size of the quantized mesh data. The size is conservative in that it's 100% accurate only when the data is written sequentially, without alignment requirements.

Public Attributes
Vector< FVertex >	vertices

Vector< FQVertex >	verticesQuantized

Vector< FSkinBinding >	skin

Vector< float3 >	morphPositions

uint32_t	morphTargetCount {0}

Vector< LOD >	lods

struct FImportedMesh::DAG	dag

Constructor & Destructor Documentation

◆ FImportedMesh()

FImportedMesh::FImportedMesh ( Allocator * alloc )

Member Function Documentation

◆ CalculateQuantizedBound()

size_t FImportedMesh::CalculateQuantizedBound	(	bool	lod,
		bool	dag
	)		const

Returns a lower bound estimate of the size of the quantized mesh data. The size is conservative in that it's 100% accurate only when the data is written sequentially, without alignment requirements.

Note: This is ONLY valid when EnsureQuantized is true.

◆ ClusterizeDAG()

void FImportedMesh::ClusterizeDAG ( )

Partitions the clusters of LOD levels into a DAG.

◆ Dequantize()

void FImportedMesh::Dequantize ( )

Dequantizes quantized vertex back into full precision representation Fills rawVertices with dequantized data from quantizedVertices.

◆ EnsureQuantized()

bool FImportedMesh::EnsureQuantized ( )

Prepares quantized GPU data buffers from possibly full-precision, or compressed data.

Returns: true when quantized and other buffers are available to be uploaded

◆ EnsureRaw()

bool FImportedMesh::EnsureRaw ( )

Prepares full-precision data for CPU access.

◆ IsQuantized()

bool FImportedMesh::IsQuantized ( ) const

inline

◆ IsRaw()

bool FImportedMesh::IsRaw ( ) const

inline

◆ Optimize()

void FImportedMesh::Optimize ( )

Optimize vertex reuse with meshoptimizer.

◆ Quantize()

void FImportedMesh::Quantize ( )

Quantizes vertex data into more compact representation Fills quantizedVertices with quantized data from rawVertices.

◆ SimplifyLOD()

void FImportedMesh::SimplifyLOD	(	int	levels,
		float	scale
	)

Creates N LOD levels, iteratively scaling down by 'scale' factor and populates lods index data.

Member Data Documentation

◆ dag

struct FImportedMesh::DAG FImportedMesh::dag

◆ lods

Vector<LOD> FImportedMesh::lods

◆ morphPositions

Vector<float3> FImportedMesh::morphPositions

◆ morphTargetCount

uint32_t FImportedMesh::morphTargetCount {0}

◆ skin

Vector<FSkinBinding> FImportedMesh::skin

◆ vertices

Vector<FVertex> FImportedMesh::vertices

◆ verticesQuantized

Vector<FQVertex> FImportedMesh::verticesQuantized

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

Source/Renderer/Mesh.hpp
Source/Renderer/Mesh.cpp

Classes

Public Member Functions

Public Attributes