GOP_Manager Class Reference

#include <GOP_Manager.h>

Public Types
typedef GOP_GroupParse::ParseInfo	ParseInfo
typedef GOP_GroupParse::GroupCreator	GroupCreator

Public Member Functions
	GOP_Manager ()
	~GOP_Manager ()
const GA_PrimitiveGroup *	parsePrimitiveGroups (const char *pat, const GroupCreator &creator, bool numok=true, bool ordered=false, bool strict=false, GA_Index prim_offset=GA_Index(0), ParseInfo *info=0)
const GA_PrimitiveGroup *	parsePrimitiveGroups (const char *pat, GEO_Detail *pgdp, int numok=1, int ordered=1, bool strict=false, int prim_offset=0, bool allowdetached=false, ParseInfo *info=0)
const GA_PointGroup *	parsePointGroups (const char *pat, const GroupCreator &creator, bool numok=true, bool ordered=false, bool strict=false, GA_Index point_offset=GA_Index(0), ParseInfo *info=0)
const GA_PointGroup *	parsePointGroups (const char *pat, GEO_Detail *pgdp, int numok=1, int ordered=1, bool strict=false, int point_offset=0, bool allowdetached=false, ParseInfo *info=0)
const GA_EdgeGroup *	parseEdgeGroups (const char *pat, const GEO_Detail *pgdp, bool strict=true, GA_Index prim_offset=GA_Index(0), GA_Index point_offset=GA_Index(0), ParseInfo *info=0)
const GA_BreakpointGroup *	parseBreakpointGroups (const char *pat, const GEO_Detail *pgdp, bool strict=true, GA_Index prim_offset=GA_Index(0))
const GA_VertexGroup *	parseVertexGroups (const char *pat, const GEO_Detail *pgdp, bool strict=true, GA_Index prim_offset=GA_Index(0))
const GA_VertexGroup *	parseVertexGroups (const char *pat, const GEO_Detail *pgdp, bool strict, int prim_offset)
const GA_Group *	parseAllGroups (const char *pattern, const GroupCreator &creator, bool allow_numeric, bool ordered, GA_GroupMaskType mask, GA_GroupType bestguess)
GA_PrimitiveGroup *	parsePrimitiveGroupsCopy (const char *pat, const GroupCreator &creator, bool numok=true, bool ordered=false, bool strict=false)
GA_PrimitiveGroup *	parsePrimitiveGroupsCopy (const char *pat, GEO_Detail *pgdp, int numok=1, int ordered=1, bool strict=false, bool detached=false)
GA_PointGroup *	parsePointGroupsCopy (const char *pat, const GroupCreator &creator, bool numok=true, bool ordered=false, bool strict=false)
GA_PointGroup *	parsePointGroupsCopy (const char *pat, GEO_Detail *pgdp, int numok=1, int ordered=1, bool strict=false, bool detached=false)
GA_EdgeGroup *	parseEdgeGroupsCopy (const char *pat, const GEO_Detail *pgdp, bool strict=true, GA_Index prim_offset=GA_Index(0), GA_Index point_offset=GA_Index(0))
GA_BreakpointGroup *	parseBreakpointGroupsCopy (const char *pat, const GEO_Detail *pgdp)
GA_VertexGroup *	parseVertexGroupsCopy (const char *pat, const GEO_Detail *pgdp)
GA_Group *	parseAllGroupsCopy (const char *pattern, const GroupCreator &creator, bool allow_numeric, bool ordered, GA_GroupMaskType mask, GA_GroupType bestguess)
GA_Group *	parseGroupCopy (const char *pat, GA_GroupType grouptype, GEO_Detail *pgdp, bool forceexistence, bool ordered, bool defaultprim, bool &success)
void	expandGroupMask (const char *pattern, UT_String &outNames, GA_GroupType type, const GEO_Detail *gdp)
GA_PrimitiveGroup *	createPrimitiveGroup (GEO_Detail &gdp, const char *name="adhoc", bool detached=false)
GA_PointGroup *	createPointGroup (GEO_Detail &gdp, const char *name="adhoc", bool detached=false)
GA_EdgeGroup *	createEdgeGroup (GEO_Detail &gdp, const char *name="adhoc")
GA_BreakpointGroup *	createBreakpointGroup (const GEO_Detail &gdp, const char *name=NULL)
GA_VertexGroup *	createVertexGroup (GEO_Detail &gdp, const char *name="adhoc", bool detached=false)
GA_PrimitiveGroup *	createDetachedPrimitiveGroup (const GEO_Detail &gdp)
GA_PointGroup *	createDetachedPointGroup (const GEO_Detail &gdp)
GA_EdgeGroup *	createDetachedEdgeGroup (const GEO_Detail &gdp)
GA_BreakpointGroup *	createDetachedBreakpointGroup (const GEO_Detail &gdp)
GA_VertexGroup *	createDetachedVertexGroup (const GEO_Detail &gdp)
const GA_ElementGroup *	convertGroupToType (GEO_Detail &gdp, GA_AttributeOwner newtype, const GA_Group *oldgroup, bool detached=false)
int	destroyAdhocGroup (const GA_Group *group)
void	destroyAdhocGroups ()
void	destroyAdhocGroups (const GEO_Detail *gdp)
int	removeAdhocGroup (const GA_Group *group)
void	removeAdhocGroups ()
GA_Group *	lastAdhocGroup ()
void	appendAdhocGroup (GA_Group *group, bool willbeownedbyme)
template<typename GroupT >
GroupT *	appendAdhocGroup (UT_UniquePtr< GroupT > group_ptr)
int64	getMemoryUsage (bool inclusive) const
const GA_PrimitiveGroup *	parsePrimitiveDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool &success)
const GA_PrimitiveGroup *	parsePrimitiveDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool ordered, bool &success)
const GA_PointGroup *	parsePointDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool &success)
const GA_PointGroup *	parsePointDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool ordered, bool &success)
const GA_EdgeGroup *	parseEdgeDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool &success)
const GA_VertexGroup *	parseVertexDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool &success)
const GA_Group *	parseGroupDetached (const char *pat, GA_GroupType grouptype, const GEO_Detail *pgdp, bool forceexistence, bool defaultprim, bool &success)
const GA_PrimitiveGroup *	parseOrderedPrimitiveDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool &success)
const GA_PointGroup *	parseOrderedPointDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool &success)
const GA_VertexGroup *	parseOrderedVertexDetached (const char *pat, const GEO_Detail *pgdp, bool forceexistence, bool &success)
	NB: Vertex groups are always unordered. More...

Static Public Member Functions
static void	getUniqueGroupName (const char *base, UT_String &name)

Detailed Description

Definition at line 24 of file GOP_Manager.h.

Member Typedef Documentation

typedef GOP_GroupParse::GroupCreator GOP_Manager::GroupCreator

Definition at line 35 of file GOP_Manager.h.

typedef GOP_GroupParse::ParseInfo GOP_Manager::ParseInfo

Definition at line 34 of file GOP_Manager.h.

Constructor & Destructor Documentation

GOP_Manager::GOP_Manager ( )

inline

Definition at line 28 of file GOP_Manager.h.

GOP_Manager::~GOP_Manager ( )

inline

Definition at line 29 of file GOP_Manager.h.

Member Function Documentation

void GOP_Manager::appendAdhocGroup	(	GA_Group *	group,
		bool	willbeownedbyme
	)

template<typename GroupT >

GroupT* GOP_Manager::appendAdhocGroup ( UT_UniquePtr< GroupT >  group_ptr )

inline

Definition at line 280 of file GOP_Manager.h.

const GA_ElementGroup* GOP_Manager::convertGroupToType	(	GEO_Detail &	gdp,
		GA_AttributeOwner	newtype,
		const GA_Group *	oldgroup,
		bool	detached = false
	)

GA_BreakpointGroup* GOP_Manager::createBreakpointGroup	(	const GEO_Detail &	gdp,
		const char *	name = NULL
	)

GA_BreakpointGroup* GOP_Manager::createDetachedBreakpointGroup

(

const GEO_Detail &

gdp

)

GA_EdgeGroup* GOP_Manager::createDetachedEdgeGroup

(

const GEO_Detail &

gdp

)

GA_PointGroup* GOP_Manager::createDetachedPointGroup

(

const GEO_Detail &

gdp

)

GA_PrimitiveGroup* GOP_Manager::createDetachedPrimitiveGroup

(

const GEO_Detail &

gdp

)

GA_VertexGroup* GOP_Manager::createDetachedVertexGroup

(

const GEO_Detail &

gdp

)

GA_EdgeGroup* GOP_Manager::createEdgeGroup	(	GEO_Detail &	gdp,
		const char *	name = "adhoc"
	)

GA_PointGroup* GOP_Manager::createPointGroup	(	GEO_Detail &	gdp,
		const char *	name = "adhoc",
		bool	detached = false
	)

GA_PrimitiveGroup* GOP_Manager::createPrimitiveGroup	(	GEO_Detail &	gdp,
		const char *	name = "adhoc",
		bool	detached = false
	)

GA_VertexGroup* GOP_Manager::createVertexGroup	(	GEO_Detail &	gdp,
		const char *	name = "adhoc",
		bool	detached = false
	)

int GOP_Manager::destroyAdhocGroup

(

const GA_Group *

group

)

void GOP_Manager::destroyAdhocGroups

(

)

void GOP_Manager::destroyAdhocGroups

(

const GEO_Detail *

gdp

)

void GOP_Manager::expandGroupMask	(	const char *	pattern,
		UT_String &	outNames,
		GA_GroupType	type,
		const GEO_Detail *	gdp
	)

int64 GOP_Manager::getMemoryUsage

(

bool

inclusive

)

const

static void GOP_Manager::getUniqueGroupName ( const char *  base, UT_String &  name  )

static

GA_Group* GOP_Manager::lastAdhocGroup

(

)

const GA_Group* GOP_Manager::parseAllGroups	(	const char *	pattern,
		const GroupCreator &	creator,
		bool	allow_numeric,
		bool	ordered,
		GA_GroupMaskType	mask,
		GA_GroupType	bestguess
	)

GA_Group* GOP_Manager::parseAllGroupsCopy	(	const char *	pattern,
		const GroupCreator &	creator,
		bool	allow_numeric,
		bool	ordered,
		GA_GroupMaskType	mask,
		GA_GroupType	bestguess
	)

const GA_BreakpointGroup* GOP_Manager::parseBreakpointGroups	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	strict = true,
		GA_Index	prim_offset = GA_Index(0)
	)

GA_BreakpointGroup* GOP_Manager::parseBreakpointGroupsCopy	(	const char *	pat,
		const GEO_Detail *	pgdp
	)

const GA_EdgeGroup* GOP_Manager::parseEdgeDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool &	success
	)

Parse detached, unordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_EdgeGroup* GOP_Manager::parseEdgeGroups	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	strict = true,
		GA_Index	prim_offset = GA_Index(0),
		GA_Index	point_offset = GA_Index(0),
		ParseInfo *	info = 0
	)

GA_EdgeGroup* GOP_Manager::parseEdgeGroupsCopy	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	strict = true,
		GA_Index	prim_offset = GA_Index(0),
		GA_Index	point_offset = GA_Index(0)
	)

GA_Group* GOP_Manager::parseGroupCopy	(	const char *	pat,
		GA_GroupType	grouptype,
		GEO_Detail *	pgdp,
		bool	forceexistence,
		bool	ordered,
		bool	defaultprim,
		bool &	success
	)

Parse a guaranteed copy group suitable for writing to. Must be done on a writable geometry. Can replace cookInputAllGroups with allow reference false on your own geometry.

const GA_Group* GOP_Manager::parseGroupDetached	(	const char *	pat,
		GA_GroupType	grouptype,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool	defaultprim,
		bool &	success
	)

Parse detached, unordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_PointGroup* GOP_Manager::parseOrderedPointDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool &	success
	)

Parse detached, ordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_PrimitiveGroup* GOP_Manager::parseOrderedPrimitiveDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool &	success
	)

Parse detached, ordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_VertexGroup* GOP_Manager::parseOrderedVertexDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool &	success
	)

NB: Vertex groups are always unordered.

const GA_PointGroup* GOP_Manager::parsePointDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool &	success
	)

Parse detached, unordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_PointGroup* GOP_Manager::parsePointDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool	ordered,
		bool &	success
	)

Parse detached, unordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_PointGroup* GOP_Manager::parsePointGroups	(	const char *	pat,
		const GroupCreator &	creator,
		bool	numok = true,
		bool	ordered = false,
		bool	strict = false,
		GA_Index	point_offset = GA_Index(0),
		ParseInfo *	info = 0
	)

const GA_PointGroup* GOP_Manager::parsePointGroups	(	const char *	pat,
		GEO_Detail *	pgdp,
		int	numok = 1,
		int	ordered = 1,
		bool	strict = false,
		int	point_offset = 0,
		bool	allowdetached = false,
		ParseInfo *	info = 0
	)

GA_PointGroup* GOP_Manager::parsePointGroupsCopy	(	const char *	pat,
		const GroupCreator &	creator,
		bool	numok = true,
		bool	ordered = false,
		bool	strict = false
	)

GA_PointGroup* GOP_Manager::parsePointGroupsCopy	(	const char *	pat,
		GEO_Detail *	pgdp,
		int	numok = 1,
		int	ordered = 1,
		bool	strict = false,
		bool	detached = false
	)

const GA_PrimitiveGroup* GOP_Manager::parsePrimitiveDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool &	success
	)

Parse detached, unordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_PrimitiveGroup* GOP_Manager::parsePrimitiveDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool	ordered,
		bool &	success
	)

Parse detached, unordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_PrimitiveGroup* GOP_Manager::parsePrimitiveGroups	(	const char *	pat,
		const GroupCreator &	creator,
		bool	numok = true,
		bool	ordered = false,
		bool	strict = false,
		GA_Index	prim_offset = GA_Index(0),
		ParseInfo *	info = 0
	)

const GA_PrimitiveGroup* GOP_Manager::parsePrimitiveGroups	(	const char *	pat,
		GEO_Detail *	pgdp,
		int	numok = 1,
		int	ordered = 1,
		bool	strict = false,
		int	prim_offset = 0,
		bool	allowdetached = false,
		ParseInfo *	info = 0
	)

GA_PrimitiveGroup* GOP_Manager::parsePrimitiveGroupsCopy	(	const char *	pat,
		const GroupCreator &	creator,
		bool	numok = true,
		bool	ordered = false,
		bool	strict = false
	)

GA_PrimitiveGroup* GOP_Manager::parsePrimitiveGroupsCopy	(	const char *	pat,
		GEO_Detail *	pgdp,
		int	numok = 1,
		int	ordered = 1,
		bool	strict = false,
		bool	detached = false
	)

const GA_VertexGroup* GOP_Manager::parseVertexDetached	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	forceexistence,
		bool &	success
	)

Parse detached, unordered, groups. If forceexistence is true, will always return a valid group pointer by creating an empty group if necessary. Success will be set to false if the group failed to be created. The returned group may be an alias of an existing group if the group naming is trivial

const GA_VertexGroup* GOP_Manager::parseVertexGroups	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	strict = true,
		GA_Index	prim_offset = GA_Index(0)
	)

const GA_VertexGroup* GOP_Manager::parseVertexGroups	(	const char *	pat,
		const GEO_Detail *	pgdp,
		bool	strict,
		int	prim_offset
	)

GA_VertexGroup* GOP_Manager::parseVertexGroupsCopy	(	const char *	pat,
		const GEO_Detail *	pgdp
	)

int GOP_Manager::removeAdhocGroup

(

const GA_Group *

group

)

void GOP_Manager::removeAdhocGroups

(

)

---

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

• GOP/GOP_Manager.h