GU_UVFlatten.h File Reference

#include "GU_API.h"
#include "GU_Detail.h"
#include "GU_UVUtils.h"
#include "GU_TriangleMesh.h"
#include <GEO/GEO_HedgeInterface.h>
#include <GA/GA_Edge.h>
#include <GA/GA_EdgeGroup.h>
#include <UT/UT_Map.h>
#include <UT/UT_ParallelUtil.h>
#include <UT/UT_UniquePtr.h>
#include <UT/UT_TriangleMesh.h>
#include <UT/UT_Set.h>

Include dependency graph for GU_UVFlatten.h:

Go to the source code of this file.

Classes
struct	GU_UVFlatten::PtrRange< T >
class	GU_UVFlatten::Island
class	GU_UVFlatten::IslandBundle
class	GU_UVFlatten::ElementConstraintList< T >
struct	GU_UVFlatten::GroupConstraintList< T >
struct	GU_UVFlatten::GroupConstraintList< T >::GroupHandle
class	GU_UVFlatten::ConstraintSet
struct	GU_UVFlatten::ConstraintSet::BaseInfo
struct	GU_UVFlatten::ConstraintSet::PinInfo
struct	GU_UVFlatten::ConstraintSet::AngleInfo
struct	GU_UVFlatten::ConstraintSet::AlignInfo
class	GU_UVFlatten::ConstraintBundle

Namespaces
	GU_UVFlatten

Typedefs
using	GU_UVFlatten::ROHandleV2R = GA_ROHandleT< UT_Vector2R >
using	GU_UVFlatten::RWHandleV2R = GA_RWHandleT< UT_Vector2R >
using	GU_UVFlatten::ROHandleV3R = GA_ROHandleT< UT_Vector3R >
using	GU_UVFlatten::RWHandleV3R = GA_RWHandleT< UT_Vector3R >
using	GU_UVFlatten::TriMesh = UT_TriangleMesh
using	GU_UVFlatten::Tessellation = GU_TriangleMeshR::Tessellation
using	GU_UVFlatten::AngleConstraint = ConstraintSet::AngleInfo
using	GU_UVFlatten::AngleConstraintArray = UT_Array< AngleConstraint >

Enumerations
enum	GU_UVFlatten::Status {   GU_UVFlatten::SUCCESS = 0, GU_UVFlatten::INTERRUPTED, GU_UVFlatten::BAD_PARMS, GU_UVFlatten::BAD_BOUNDARY,   GU_UVFlatten::NUMERICAL_ERROR }
enum	GU_UVFlatten::Method { GU_UVFlatten::SCP, GU_UVFlatten::LSCM, GU_UVFlatten::LINEAR_ABF, GU_UVFlatten::PROJECT }

Functions
GU_API Status	GU_UVFlatten::flattenProjection (const TriMesh &mesh, const GetFunctor< UT_Vector3R > &get_pt_pos, const SetFunctor< UT_Vector2R > &set_pt_uv)
GU_API Status	GU_UVFlatten::flattenLSCM (const TriMesh &mesh, const ConstraintSet &constraints, const GetFunctor< UT_Vector3R > &get_pt_pos, int outer_boundary_comp, const SetFunctor< UT_Vector2R > &set_pt_uv)
GU_API Status	GU_UVFlatten::flattenLSCM (const TriMesh &mesh, const ConstraintSet &constraints, const GetFunctor< fpreal > &hedge_apx_cotan, const GetFunctor< fpreal > &hedge_tri_area, int pin0_pt, int pin1_pt, const SetFunctor< UT_Vector2R > &set_pt_uv)
GU_API Status	GU_UVFlatten::flattenSCP (const TriMesh &mesh, const ConstraintSet &constraints, const GetFunctor< UT_Vector3R > &get_pt_pos, int outer_boundary_comp, const SetFunctor< UT_Vector2R > &set_pt_uv)
GU_API Status	GU_UVFlatten::flattenSCP (const TriMesh &mesh, const ConstraintSet &constraints, const GetFunctor< fpreal > &hedge_apx_cotan, const GetFunctor< fpreal > &hedge_tri_area, int outer_boundary_comp, const SetFunctor< UT_Vector2R > &set_pt_uv)
GU_API Status	GU_UVFlatten::flattenLinearABF (const TriMesh &mesh, const ConstraintSet &constraints, const GetFunctor< UT_Vector3R > &get_pt_pos, int outer_boundary_comp, const SetFunctor< fpreal > &set_vtx_angle)
GU_API void	GU_UVFlatten::generateStraighLoopConstraints (const TriMesh &mesh, const ConstraintSet &constraints, AngleConstraintArray &angle_constraints)
GU_API void	GU_UVFlatten::calcConformalEnergyData (const TriMesh &mesh, const GetFunctor< UT_Vector3R > &get_pt_pos, UT_FprealArray &hedge_apx_cotan, UT_FprealArray &hedge_tri_area)
GU_API int	GU_UVFlatten::longestBoundaryComponent (const TriMesh &mesh, const GetFunctor< UT_Vector3R > &get_pt_pos)
GU_API void	GU_UVFlatten::pickLSCMDefaultPins (const TriMesh &mesh, const GetFunctor< UT_Vector3R > &get_pt_pos, int outer_boundary_comp, int &pin0_pt, int &pin1_pt)