#include <Core/Container.hpp>
#include <Math/Math.hpp>
#include "Metadata.hpp"
#include "Precompute.hpp"
#include "Serialization.hpp"

Classes
struct	FVertex

struct	FQVertex

struct	FSkinBinding

struct	FLODGroup

struct	FMeshlet

struct	FEmissiveMeshlet

struct	FSerializedMeshLOD

struct	FSerializedMesh

struct	FImportedMesh

struct	FImportedMesh::LOD

struct	FImportedMesh::DAG

Functions
void	CoordinateSystem (float3 n, float3 &b1, float3 &b2)

float2	PackUnitOctahedralSnorm (float3 v)

float3	UnpackUnitOctahedralSnorm (float2 v)

float	PackUnitCircleSnorm (float2 v)

float2	UnpackUnitCircleSnorm (float v)

void	RecomputeNormals (Span< FVertex > verts, Span< const uint32_t > indices)
	Recomputes smooth per-vertex normals from positions over an indexed triangle list.

Variables
constexpr uint32_t	kMeshletMaxVertices = 64

constexpr uint32_t	kMeshletMaxTriangles = 96

Function Documentation

◆ CoordinateSystem()

void CoordinateSystem	(	float3	n,
		float3 &	b1,
		float3 &	b2
	)

◆ PackUnitCircleSnorm()

float PackUnitCircleSnorm ( float2 v )

◆ PackUnitOctahedralSnorm()

float2 PackUnitOctahedralSnorm ( float3 v )

◆ RecomputeNormals()

void RecomputeNormals	(	Span< FVertex >	verts,
		Span< const uint32_t >	indices
	)

Recomputes smooth per-vertex normals from positions over an indexed triangle list.

Area-weighted face-normal accumulation, then normalize. Needed after POSITION-only morph deformation (which moves vertices without supplying normals); run it on the morphed vertices before packing/skinning so shading matches the deformed surface. Tangents are left as-is (re-projected onto the new normal frame by FQVertex::PackTBN).

◆ UnpackUnitCircleSnorm()

float2 UnpackUnitCircleSnorm ( float v )

◆ UnpackUnitOctahedralSnorm()

float3 UnpackUnitOctahedralSnorm ( float2 v )

Variable Documentation

◆ kMeshletMaxTriangles

constexpr uint32_t kMeshletMaxTriangles = 96

constexpr

◆ kMeshletMaxVertices

constexpr uint32_t kMeshletMaxVertices = 64