#include <GT_GPUTrace.h>

Classes
struct	AttribInfo

struct	AttributeBakeRequest

struct	BakingOptions

struct	Factory

struct	MeshData

struct	PrimitiveInfo

struct	TraceSet

Public Types
enum	PrimHandleType { PHT_GT, PHT_GU }

enum	GT_TraceDirectionMode { GTDM_Forward, GTDM_Backward, GTDM_Both }

enum	DataType { DT_Int = 0, DT_Float, DT_Vec2, DT_Vec3, DT_Vec4, DT_NumDataType }

enum	BakingCalcTypes { BCT_Ao, BCT_Cv, BCT_Cu_N, BCT_Cu_P, BCT_Th, BCT_Eg, BCT_Rn, BakingCalcType_Num }

using	GT_GPUTracePtr = UT_UniquePtr< GT_GPUTrace >

Public Member Functions
	GT_GPUTrace (const Factory &factory)

virtual	~GT_GPUTrace ()

const UT_StringHolder &	name () const

const UT_StringHolder &	label () const

virtual void	computeBaking (exint nrays, UT_Vector3 org, UT_Vector3 dir, const float tfar, const BakingOptions &opts, bool trace_high_res, UT_Array< AttributeBakeRequest > &requests, const UT_StringHolder bakemesh_tracesets, const UT_Vector3 tanu=nullptr, const UT_Vector3 tanv=nullptr, float ao=nullptr, float cavity=nullptr, float curvature=nullptr, float thickness=nullptr, float edge=nullptr, UT_Vector3 rn=nullptr) const =0


bool	init (const UT_Array< PrimitiveInfo > &prims, const BakingOptions &opts)

Static Public Member Functions
static void	registerFactory (UT_UniquePtr< Factory > factory)

static void	removeFactory (const UT_StringRef &name)

static void	getFactories (UT_Array< const Factory * > &factories)

static GT_GPUTracePtr	allocTrace (const UT_StringRef &name)
	Allocate a tracer from a particular factory. More...

static float	vop_bias (float base, float bias)


static GT_GPUTracePtr	allocTrace (const UT_Array< PrimitiveInfo > &prims, const UT_StringRef &name, const BakingOptions &opts)

Static Public Attributes
static constexpr uint	AO_SEED = 0x4c41e0cd

static constexpr uint	CV_SEED = 0xf2ee2275

static constexpr uint	CU_N_SEED = 0x4b65c61e

static constexpr uint	CU_P_SEED = 0x9a4bf788

static constexpr uint	TH_SEED = 0x4c910506

static constexpr uint	EG_SEED = 0x139fa345

static constexpr uint	RN_SEED = 0xe4df7f01

static constexpr uint	PIXEL_SEED = 0x73aecd3d

Protected Member Functions
virtual bool	doInit (const UT_Array< PrimitiveInfo > &prims, const BakingOptions &opts)=0

const TraceSet *	bakeMeshTraceSet (const UT_StringHolder &name) const

const TraceSet &	getTheAllTraceset () const

void	buildTracesets (UT_Array< MeshData * > &meshes, bool selfset)

bool	leftHanddedMesh (const GT_PrimPolygonMesh *pmesh) const

const fpreal32 *	normals (const GT_PrimPolygonMesh *pmesh, GT_DataArrayHandle &handle, exint &count, GT_Owner &owner) const

void	getAttribute (const UT_StringHolder &name, const GT_PrimPolygonMesh *pmesh, AttribInfo &attrinfo) const

Protected Attributes
UT_StringMap< UT_Set< int > >	myTracesetNameToMeshes

UT_Map< UT_Set< int >, TraceSet >	myMeshSetToTraceSet

Detailed Description

Definition at line 28 of file GT_GPUTrace.h.

Member Typedef Documentation

using GT_GPUTrace::GT_GPUTracePtr = UT_UniquePtr<GT_GPUTrace>

Definition at line 31 of file GT_GPUTrace.h.

Member Enumeration Documentation

enum GT_GPUTrace::BakingCalcTypes

Enumerator
BCT_Ao
BCT_Cv
BCT_Cu_N
BCT_Cu_P
BCT_Th
BCT_Eg
BCT_Rn
BakingCalcType_Num

Definition at line 245 of file GT_GPUTrace.h.

enum GT_GPUTrace::DataType

Enumerator
DT_Int
DT_Float
DT_Vec2
DT_Vec3
DT_Vec4
DT_NumDataType

Definition at line 224 of file GT_GPUTrace.h.

enum GT_GPUTrace::GT_TraceDirectionMode

Enumerator
GTDM_Forward
GTDM_Backward
GTDM_Both

Definition at line 92 of file GT_GPUTrace.h.

enum GT_GPUTrace::PrimHandleType

Enumerator
PHT_GT
PHT_GU

Definition at line 56 of file GT_GPUTrace.h.

Constructor & Destructor Documentation

GT_GPUTrace::GT_GPUTrace ( const Factory & factory )

inline

Definition at line 213 of file GT_GPUTrace.h.

virtual GT_GPUTrace::~GT_GPUTrace ( )

inlinevirtual

Definition at line 217 of file GT_GPUTrace.h.

Member Function Documentation

static GT_GPUTracePtr GT_GPUTrace::allocTrace ( const UT_StringRef & name )

static

Allocate a tracer from a particular factory.

static GT_GPUTracePtr GT_GPUTrace::allocTrace	(	const UT_Array< PrimitiveInfo > &	prims,
		const UT_StringRef &	name,
		const BakingOptions &	opts
	)

static

Allocate the best tracer for a given piece of geometry

const TraceSet* GT_GPUTrace::bakeMeshTraceSet ( const UT_StringHolder & name ) const

protected

void GT_GPUTrace::buildTracesets	(	UT_Array< MeshData * > &	meshes,
		bool	selfset
	)

protected

virtual void GT_GPUTrace::computeBaking	(	exint	nrays,
		UT_Vector3 *	org,
		UT_Vector3 *	dir,
		const float *	tfar,
		const BakingOptions &	opts,
		bool	trace_high_res,
		UT_Array< AttributeBakeRequest > &	requests,
		const UT_StringHolder *	bakemesh_tracesets,
		const UT_Vector3 *	tanu = `nullptr`,
		const UT_Vector3 *	tanv = `nullptr`,
		float *	ao = `nullptr`,
		float *	cavity = `nullptr`,
		float *	curvature = `nullptr`,
		float *	thickness = `nullptr`,
		float *	edge = `nullptr`,
		UT_Vector3 *	rn = `nullptr`
	)		const

pure virtual

Note the dir vectors must be normalized. If trace_high_res is true, High res mesh info are traced using rays with given org and dir, typically on the Low res mesh, and, if opts.myPixelSamples also is 1, the input org and dir are so modified by the results with dir being the surface normal. tanu and tanv are tangent vectors on Low res mesh that correspond to each pixel. They are used to jitter the org. Both vectors can be passed null if opts.myPixelSamples is 1.

virtual bool GT_GPUTrace::doInit	(	const UT_Array< PrimitiveInfo > &	prims,
		const BakingOptions &	opts
	)

protectedpure virtual

void GT_GPUTrace::getAttribute	(	const UT_StringHolder &	name,
		const GT_PrimPolygonMesh *	pmesh,
		AttribInfo &	attrinfo
	)		const

protected

static void GT_GPUTrace::getFactories ( UT_Array< const Factory * > & factories )

static

const TraceSet& GT_GPUTrace::getTheAllTraceset ( ) const

protected

bool GT_GPUTrace::init	(	const UT_Array< PrimitiveInfo > &	prims,
		const BakingOptions &	opts
	)

When init fails

const UT_StringHolder& GT_GPUTrace::label ( ) const

inline

Definition at line 222 of file GT_GPUTrace.h.

bool GT_GPUTrace::leftHanddedMesh ( const GT_PrimPolygonMesh * pmesh ) const

protected

const UT_StringHolder& GT_GPUTrace::name ( ) const

inline

Definition at line 221 of file GT_GPUTrace.h.

const fpreal32* GT_GPUTrace::normals	(	const GT_PrimPolygonMesh *	pmesh,
		GT_DataArrayHandle &	handle,
		exint &	count,
		GT_Owner &	owner
	)		const

protected

static void GT_GPUTrace::registerFactory ( UT_UniquePtr< Factory > factory )

static

static void GT_GPUTrace::removeFactory ( const UT_StringRef & name )

static

static float GT_GPUTrace::vop_bias	(	float	base,
		float	bias
	)

inlinestatic

Definition at line 299 of file GT_GPUTrace.h.

Member Data Documentation

constexpr uint GT_GPUTrace::AO_SEED = 0x4c41e0cd

static

Definition at line 259 of file GT_GPUTrace.h.

constexpr uint GT_GPUTrace::CU_N_SEED = 0x4b65c61e

static

Definition at line 261 of file GT_GPUTrace.h.

constexpr uint GT_GPUTrace::CU_P_SEED = 0x9a4bf788

static

Definition at line 262 of file GT_GPUTrace.h.

constexpr uint GT_GPUTrace::CV_SEED = 0xf2ee2275

static

Definition at line 260 of file GT_GPUTrace.h.

constexpr uint GT_GPUTrace::EG_SEED = 0x139fa345

static

Definition at line 264 of file GT_GPUTrace.h.

UT_Map<UT_Set<int>, TraceSet> GT_GPUTrace::myMeshSetToTraceSet

protected

Definition at line 384 of file GT_GPUTrace.h.

UT_StringMap<UT_Set<int> > GT_GPUTrace::myTracesetNameToMeshes

protected

Definition at line 381 of file GT_GPUTrace.h.

constexpr uint GT_GPUTrace::PIXEL_SEED = 0x73aecd3d

static

Definition at line 266 of file GT_GPUTrace.h.

constexpr uint GT_GPUTrace::RN_SEED = 0xe4df7f01

static

Definition at line 265 of file GT_GPUTrace.h.

constexpr uint GT_GPUTrace::TH_SEED = 0x4c910506

static

Definition at line 263 of file GT_GPUTrace.h.

The documentation for this class was generated from the following file:

GT/GT_GPUTrace.h

Classes

Public Types

Public Member Functions

Static Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation