Main SDK API

Classes
struct	Fg::Sam3Controls
struct	Fg::Sam3Coord
	FaceGen face space coordinate. More...
struct	Fg::Face3
struct	Fg::Scm3Mode

Typedefs
typedef Svec< Face3 >	Fg::Face3s

Enumerations
enum	Fg::FanRaceE {   FANRACE_ALL = 0 , FANRACE_AFRO , FANRACE_EASIA , FANRACE_SASIA ,   FANRACE_EURO , FANRACE_SIZE }
enum	Fg::FanTypeE { Fg::FANTYPE_GEO = 0 , Fg::FANTYPE_TEX , FANTYPE_SIZE }
	Enumerate the statistical model types. More...
enum	Fg::FanSymmE { Fg::FANSYMM_SYMM = 0 , Fg::FANSYMM_ASYM , FANSYMM_SIZE }
	Enumerate symmetry types. More...

Functions
	Fg::Sam3Coord::Sam3Coord (Floats const &coord)
	Will accept 'coord' sizes of 50, 80 or 130:
	Fg::Sam3Coord::Sam3Coord (Doubles const &coord)
	Fg::Sam3Coord::Sam3Coord (Mat< Floats, 2, 2 > const &m)
bool	Fg::Sam3Coord::valid () const
Floats const &	Fg::Sam3Coord::ts (uint type, uint symm) const
Floats &	Fg::Sam3Coord::ts (uint type, uint symm)
Sam3Coord	Fg::Sam3Coord::operator* (float f) const
Sam3Coord	Fg::Sam3Coord::operator+ (const Sam3Coord &rhs) const
Sam3Coord	Fg::Sam3Coord::operator- (const Sam3Coord &rhs) const
size_t	Fg::Sam3Coord::getVectorDim () const
	Get the combined dimensionality of the face coordinate:
Floats	Fg::Sam3Coord::getVector () const
	Get the face coordinate as a single vector:
void	Fg::Sam3Coord::setVector (Floats const &coord)
	Set the face coordinate. Will accept sizes of 50, 80 or 130:
bool	Fg::Sam3Coord::operator== (const Sam3Coord &rhs) const
std::ostream &	Fg::operator<< (std::ostream &, Sam3Coord const &)
double	Fg::cMagD (Sam3Coord const &sc)
Sam3Coord	Fg::interpolate (Sam3Coord const &coord0, Sam3Coord const &coord1, float param)
	Fg::Face3::Face3 (Sam3Coord const &c)
	Fg::Face3::Face3 (Sam3Coord const &c, Bytes const &d)
	Fg::Face3::Face3 (String8 const &filename_fg)
void	Fg::Face3::load (String8 const &filename_fg)
	Load face from .FG file:
void	Fg::Face3::save (String8 const &filename_fg) const
	Save face to .FG file:
void	Fg::Face3::getDetail (ImgRgba8 &img) const
	Decode the JPEG detail texture into FG image format:
bool	Fg::Face3::operator== (const Face3 &rhs) const
std::ostream &	Fg::operator<< (std::ostream &, Face3 const &)
Face3	Fg::loadFg (String8 const &filename)
void	Fg::saveFg (Face3 const &face, String8 const &fname)
void	Fg::fg3Interactive (Sam3Coord &coord, FanSymmE symmetry, const Ssm3 &ssm, uint vertexIndex, Vec3F vertexDelta)

Variables
Strings	Fg::fg3ModeTypeStrs
Strings	Fg::fg3ModeSymmStrs
Mat< Floats, 2, 2 >	Fg::Sam3Coord::crd {Floats(50,0),Floats(30,0),Floats(50,0),Floats(),}
	Column vectors for position in face space. column: symm/asym, row: shape/color.
static Mat22UI	Fg::Sam3Coord::dims
Sam3Coord	Fg::Face3::coord
	Coordinate of this face in 'face space'.
Bytes	Fg::Face3::detail
	JPEG-encoded detail modulation in internal UV layout.
uint32	Fg::loadEgm_ (String8 const &fname, Vec3Fss &symm, Vec3Fss &asym)
	Load statistical shape modes from .EGM file into last two arguments. Returns number of vertices.

Detailed Description

The Main API is a set of full-source C++ classes providing all functionality seen in FaceGen Modeller except for the photofit and the GUI.

Typedef Documentation

Face3s

typedef Svec<Face3> Fg::Face3s

Definition at line 110 of file Fg3Face.hpp.

Enumeration Type Documentation

FanRaceE

enum Fg::FanRaceE

Holds the data for all the face editing controls and random face distributions. This data is stored in the 'si.ctl' file. You cannot apply any controls without loading this file.

Definition at line 25 of file FanControls.hpp.

FanSymmE

enum Fg::FanSymmE

Enumerate symmetry types.

Enumerator
FANSYMM_SYMM	Symmetric.
FANSYMM_ASYM	Asymmetric.

Definition at line 36 of file Fg3Face.hpp.

FanTypeE

enum Fg::FanTypeE

Enumerate the statistical model types.

Enumerator
FANTYPE_GEO	Geometry (shape)
FANTYPE_TEX	Texture (color)

Definition at line 24 of file Fg3Face.hpp.

Function Documentation

cMagD()

double Fg::cMagD ( Sam3Coord const &  sc )

inline

Definition at line 79 of file Fg3Face.hpp.

Face3() [1/3]

Fg::Face3::Face3 ( )

inline

Definition at line 95 of file Fg3Face.hpp.

Face3() [2/3]

Fg::Face3::Face3 ( Sam3Coord const &  c )

inlineexplicit

Definition at line 96 of file Fg3Face.hpp.

Face3() [3/3]

Fg::Face3::Face3 ( Sam3Coord const &  c, Bytes const &  d  )

inline

Definition at line 97 of file Fg3Face.hpp.

fg3Interactive()

void Fg::fg3Interactive	(	Sam3Coord &	coord,
		FanSymmE	symmetry,
		const Ssm3 &	ssm,
		uint	vertexIndex,
		Vec3F	vertexDelta
	)

Apply interactive deformation of a mesh to a face coordinate.

Parameters

coord	MODIFIED: The face coordinate.
symmetry	Symmetric or asymmetric deformation ?
ssm	Shape statistics data for the mesh.
vertexIndex	The index number of the vertex controlling the deformation.
vertexDelta	The position delta of that vertex (due to user mouse movement)

getVector()

Floats Fg::Sam3Coord::getVector ( ) const

inline

Get the face coordinate as a single vector:

Definition at line 72 of file Fg3Face.hpp.

getVectorDim()

size_t Fg::Sam3Coord::getVectorDim ( ) const

inline

Get the combined dimensionality of the face coordinate:

Definition at line 70 of file Fg3Face.hpp.

loadFg()

Face3 Fg::loadFg ( String8 const &  filename )

inline

Definition at line 114 of file Fg3Face.hpp.

operator*()

Sam3Coord Fg::Sam3Coord::operator* ( float  f ) const

inline

Definition at line 66 of file Fg3Face.hpp.

operator+()

Sam3Coord Fg::Sam3Coord::operator+ ( const Sam3Coord &  rhs ) const

inline

Definition at line 67 of file Fg3Face.hpp.

operator-()

Sam3Coord Fg::Sam3Coord::operator- ( const Sam3Coord &  rhs ) const

inline

Definition at line 68 of file Fg3Face.hpp.

operator==() [1/2]

bool Fg::Face3::operator== ( const Face3 &  rhs ) const

inline

Definition at line 106 of file Fg3Face.hpp.

operator==() [2/2]

bool Fg::Sam3Coord::operator== ( const Sam3Coord &  rhs ) const

inline

Definition at line 75 of file Fg3Face.hpp.

Sam3Coord() [1/2]

Fg::Sam3Coord::Sam3Coord ( )

inline

Definition at line 54 of file Fg3Face.hpp.

Sam3Coord() [2/2]

Fg::Sam3Coord::Sam3Coord ( Mat< Floats, 2, 2 > const &  m )

inlineexplicit

Definition at line 59 of file Fg3Face.hpp.

saveFg()

void Fg::saveFg ( Face3 const &  face, String8 const &  fname  )

inline

Definition at line 121 of file Fg3Face.hpp.

ts() [1/2]

Floats & Fg::Sam3Coord::ts ( uint  type, uint  symm  )

inline

Definition at line 65 of file Fg3Face.hpp.

ts() [2/2]

Floats const & Fg::Sam3Coord::ts ( uint  type, uint  symm  ) const

inline

Definition at line 64 of file Fg3Face.hpp.

Variable Documentation

coord

Sam3Coord Fg::Face3::coord

Coordinate of this face in 'face space'.

Definition at line 90 of file Fg3Face.hpp.

crd

Mat<Floats,2,2> Fg::Sam3Coord::crd {Floats(50,0),Floats(30,0),Floats(50,0),Floats(),}

Column vectors for position in face space. column: symm/asym, row: shape/color.

Definition at line 51 of file Fg3Face.hpp.

detail

Bytes Fg::Face3::detail

JPEG-encoded detail modulation in internal UV layout.

Definition at line 92 of file Fg3Face.hpp.

dims

Mat22UI Fg::Sam3Coord::dims

static

Definition at line 61 of file Fg3Face.hpp.