NaniteUtilities

TAffine< float, Num > Clamp ( const TAffine< float, Num >& x,
float Min,
float Max
)

TAffine< float, Num > InvSqrt ( const TAffine< float, Num >& x
)

void JacobiSVD::EigenSolver3 ( T*__restrict A,
T*__restrict S,
T*__restrict V,
const T tol
)

void JacobiSVD::EigenSolver4 ( T*__restrict A,
T*__restrict S,
T*__restrict V,
const T tol
)

T JacobiSVD::MaxOffDiagSymm ( T*__restrict A,
uint32 Size
)

bool JacobiSVD::Rotation3 ( T*__restrict A,
T*__restrict V,
T*__restrict Z,
const T tol,
int j,
int k,
int L
)

bool JacobiSVD::Rotation4 ( T*__restrict A,
T*__restrict V,
T*__restrict Z,
const T tol,
int j,
int k,
int L1,
int L2
)

void JacobiSVD::Update ( T*__restrict A,
T s,
T tau,
uint32 d1,
uint32 d2
)

bool LUPFactorize ( T*__restrict A,
uint32*__restrict Pivot,
uint32 Size,
T Epsilon
)

void LUPSolve ( const T*__restrict LU,
const uint32*__restrict Pivot,
uint32 Size,
const T*__restrict b,
T*__restrict x
)

bool LUPSolveIterate ( const T*__restrict A,
const T*__restrict LU,
const uint32*__restrict Pivot,
uint32 Size,
const T*__restrict b,
T*__restrict x
)

float Nanite::Barycentric::Cotangent ( const FVector3f& Barycentrics0,
const FVector3f& Barycentrics1,
const FVector3f& Barycentrics2,
const FVector3f& EdgeLengthsSqr,
float TriangleArea
)

float Nanite::Barycentric::DistanceToEdge ( float Barycentric,
float EdgeLength,
float TriangleArea
)

float Nanite::Barycentric::LengthSquared ( const FVector3f& Barycentrics0,
const FVector3f& Barycentrics1,
const FVector3f& EdgeLengthsSqr
)

float Nanite::Barycentric::SubtriangleArea ( const FVector3f& Barycentrics0,
const FVector3f& Barycentrics1,
const FVector3f& Barycentrics2,
float TriangleArea
)

TAffine< T, Num > Normalize ( const TAffine< T, Num >& x
)

TAffine< T, Num > operator* ( const TAffine< T, Num >& A,
const TAffine< U, Num >& B
)

TAffine< float, Num > operator| ( const TAffine< T, Num >& A,
const TAffine< T, Num >& B
)

void PseudoInverse ( T*__restrict S,
uint32 Size,
T Tolerance
)

void PseudoSolve ( const T*__restrict V,
const T*__restrict S,
uint32 Size,
const T*__restrict b,
T*__restrict x
)

bool PseudoSolveIterate ( const T*__restrict A,
const T*__restrict V,
const T*__restrict S,
uint32 Size,
const T*__restrict b,
T*__restrict x
)

int32 Rasterizer::EdgeC ( const FIntVector2& Edge,
const FIntVector2& Vert,
int32 SubpixelDilate
)

bool Rasterizer::IsCovered ( const FVector2f& Edge,
const FVector2f& Vert,
const FVector2f& Center,
const FVector2f& Extent
)

void RasterizeTri ( const FVector3f Verts,
const FIntRect& ScissorRect,
uint32 SubpixelDilate,
bool bBackFaceCull,
FWritePixel&& WritePixel
)

T UE::Math::Scalar::Abs ( const T A
)

int32 UE::Math::Scalar::CeilToInt ( const T A
)

int32 UE::Math::Scalar::FloorToInt ( const T A
)

T UE::Math::Scalar::Max ( const T A,
const T B
)

T UE::Math::Scalar::Max3 ( const T A,
const T B,
const T C
)

T UE::Math::Scalar::Min ( const T A,
const T B
)

T UE::Math::Scalar::Min3 ( const T A,
const T B,
const T C
)

int32 UE::Math::Scalar::RoundToInt ( const T A
)

void VoxelizeTri26 ( const FVector3f Verts,
FWriteVoxel&& WriteVoxel
)

void VoxelizeTri6 ( const FVector3f Verts,
FWriteVoxel&& WriteVoxel
)