#include <CH_Channel.h>

Classes
class	ConstIntervalIter
	Const iterator over an interval. More...

class	IntervalIter
	Iterator over an interval. More...

Public Types
enum	SnapType { SNAP_SNAP, SNAP_SNAP_AND_DELETE, SNAP_REPLACE, SNAP_REPLACE_DOUBLE }

Public Member Functions
	CH_Channel (CH_Collection dad, const UT_StringHolder &name, fpreal default_value=0, const char default_string=nullptr, bool temporary=false)

	CH_Channel (CH_Collection *dad, const CH_Channel &from)

	CH_Channel (CH_Collection *dad, const CH_Channel &from, bool temporary)

	~CH_Channel ()

void	initializeFirstSegment (const char *expr, CH_ExprLanguage language)

void	initializeSegmentParents ()

void	clear ()
	Clear everything, even the defaults. More...

void	swap (CH_Channel &other)

const UT_StringHolder &	getName () const

const UT_StringHolder &	getAlias () const

void	getFullPath (UT_String &path) const

void	getFullPath (UT_StringHolder &path) const

void	setName (const UT_StringHolder &s)

void	setAlias (const UT_StringHolder &s)

CH_Manager *	getManager () const

fpreal	getTolerance () const

bool	isTimeDependent () const

bool	isTimeDependentSlow (int thread) const

bool	isStringTimeDependentSlow (int thread) const

bool	hasNonIntegerKeys () const

bool	isDataDependent (fpreal gtime) const

bool	hasOnlyOneSegment () const

bool	isRotationChannel () const

bool	getSurroundingSegs (fpreal gtime, CH_Segment &left, CH_Segment &right) const

CH_Segment *	getSegmentAfterKey (fpreal gtime) const

bool	isAtKey (fpreal gtime) const

bool	isAtHardKey (fpreal gtime) const

bool	isAtHardKeyframe (int frame) const

fpreal	findKey (fpreal gtime, fpreal direction) const

int	findKeyframe (int frame, int direction) const

void	sampleValueSlope (CH_Segment *seg, fpreal gtime, int thread, fpreal &v, fpreal &s)

bool	sampleVSA (CH_Segment *seg, fpreal gtime, int thread, fpreal &v, fpreal &s, fpreal a[2])

void	sampleKey (CH_Segment *seg, fpreal gtime, int thread, CH_Key &key)

bool	getKey (fpreal gtime, CH_Key &key, bool accel_ratios=true, CH_GetKeyExtend extend=CH_GETKEY_EXTEND_NONE)

bool	getFullKey (fpreal gtime, CH_FullKey &key, bool reverse=false, bool accel_ratios=true, CH_GetKeyExtend extend=CH_GETKEY_EXTEND_NONE)

bool	getReversibleKey (fpreal gtime, CH_ReversibleKey &key)

void	putKey (fpreal gtime, CH_Key const &key, bool accel_ratios, bool apply_auto_slope, bool update_fake_slope_accel_handles)

void	putFullKey (fpreal gtime, CH_FullKey const &key, bool accel_ratios, bool apply_auto_slope, bool update_fake_slope_accel_handles)

void	putKey (fpreal gtime, CH_Key const &key, bool accel_ratios=true, bool apply_auto_slope=true)

void	putFullKey (fpreal gtime, CH_FullKey const &key, bool accel_ratios=true, bool apply_auto_slope=true)

void	transferKey (fpreal to_time, CH_Channel *from_chp, fpreal from_time)

void	applyPendingToKey (CH_Key &key, fpreal gtime)

void	applyDefaultSlopeToKey (CH_Key &key)

void	insertKeyFrame (fpreal global_t, bool use_auto_slope_pref=true)
	Insert key at given time. More...

void	destroyKeyFrame (fpreal global_t)
	Delete key at given time. More...

void	moveKeyFrame (fpreal old_gtime, fpreal new_gtime)

void	saveKeyFrameForUndo (fpreal global_t)

void	saveForUndo ()

int	setKeyValue (fpreal val, fpreal gtime, bool set_pending=false, bool commit_keys=true, bool propagate=true)

int	setKeyString (const UT_String &str, fpreal gtime, bool set_pending=false, bool commit_keys=true, bool propagate=true)

int	setKeyString (const UT_String &str, fpreal gtime, CH_ExprLanguage language, bool set_pending=false, bool commit_keys=true, bool propagate=true)

void	holdValue (fpreal gtime, int thread)

void	getKeyFrames (const UT_SuperIntervalR &range, UT_Array< int > &frames, bool error_frames_only)

void	getKeyTimes (const UT_SuperIntervalR &range, UT_Array< fpreal > &times, bool error_frames_only)

void	getDisabledFrames (UT_Array< int > &frames, int minframe, int maxframe)

CH_Segment *	getExpressionSegment (fpreal gtime) const

const char *	getExpression (fpreal gtime) const

bool	changeExpression (fpreal gtime, const char *expr, CH_ExprLanguage language, bool convert_accels)

CH_ExprLanguage	getCollectionExprLanguage () const

CH_ExprLanguage	getExprLanguageAtTime (fpreal time) const

void	setExprLanguage (CH_ExprLanguage language)

void	setExprLanguageAtTime (CH_ExprLanguage language, fpreal time)

CH_StringMeaning	getStringMeaning (fpreal time) const

void	clearSegments ()

void	deleteKeys (UT_SuperIntervalR const &range)
	Delete keys in given range. More...

void	deleteKeys (const UT_Array< int > &ascending_sorted_key_indices)

void	moveFrames (const UT_Array< int > &frames, int amount)

bool	copyRangeOverwritesKeys (const CH_Channel &src, UT_SuperIntervalR const &range, UT_IntervalR const &to_range)

bool	copyRangeOverwritesFrames (const CH_Channel &src, UT_SuperIntervalR const &range, UT_IntervalR const &to_range)

bool	copyRangeOverwrites (const CH_Channel &src, UT_SuperIntervalR const &range, UT_IntervalR const &to_range)

void	copyRange (const CH_Channel &src, UT_SuperIntervalR const &range, UT_IntervalR const &to_range, bool apply_auto_slope=true)

void	copyRangeFrames (const CH_Channel &src, const UT_SuperIntervalR &range, const UT_IntervalR &to_range, const UT_Array< int > *frames=nullptr)

void	deleteRangeFrames (UT_SuperIntervalR const &range, const UT_Array< int > *frames=nullptr)

void	copyContents (const CH_Channel &from)

void	swapContents (CH_Channel &other)

void	copyRange (const CH_Channel &src, fpreal global_start, fpreal global_end)

void	snapKeysInRange (const UT_SuperIntervalR &range, SnapType type=SNAP_SNAP, std::ostream *os=nullptr)

void	scroll (fpreal new_start, bool update=true)

void	stretch (fpreal new_start, fpreal new_end)

void	reverse (fpreal gstart=0, fpreal gend=0, bool whole_chan=true)

bool	increaseKeyValues (fpreal delta)

bool	isAllDisabled () const

bool	isAllEnabled () const

bool	isDisabled (fpreal gtime) const

void	disableAll (fpreal gtime)

void	enableAll ()

void	disable (fpreal gstart, fpreal gend)

void	enable (fpreal gstart, fpreal gend)

SYS_FORCE_INLINE bool	isPending () const

bool	isPending (fpreal gtime) const

bool	isPendingLocal (fpreal ltime) const

void	clearPending ()

void	updatePending (fpreal gtime)

fpreal	getPendingEvalTime () const

SYS_FORCE_INLINE bool	isPendingHold () const

void	setPendingHold (bool state)

void	save (std::ostream &os, bool binary, bool compiled, bool pending_state) const

template<typename FPREAL_TYPE >
bool	load (UT_IStream &is)

void	display () const

void	displayAsKeys () const

void	setDefaultValue (fpreal dv)

fpreal	getDefaultValue () const

void	setDefaultString (const UT_StringHolder &dv)

const UT_StringHolder &	getDefaultString () const

void	setChannelLeftType (CH_ChannelBehavior t)

void	setChannelRightType (CH_ChannelBehavior t)

CH_ChannelBehavior	getChannelLeftType () const

CH_ChannelBehavior	getChannelRightType () const

void	setCollection (CH_Collection *chp)

const CH_Collection *	getCollection () const

CH_Collection *	getCollection ()

void	setIsTemporary (bool temp)

bool	isTemporary () const

void	setChangeActive (int state)

bool	isChangeActive () const

bool	getLocked () const

void	setLocked (bool f)

int	getChanged () const

void	setChanged (bool on, CH_CHANGE_TYPE type=CH_CHANNEL_CHANGED)

void	dirtyExprCache ()

int	canAccess (uint mask) const

fpreal	localTime (fpreal t) const

fpreal	globalTime (fpreal t) const

fpreal	getStart () const

fpreal	getEnd () const

fpreal	getLength () const

void	unresolveLocalVars (int thread)

void	buildOpDependencies (void *ref_id, int thread)

void	changeOpRef (const char new_fullpath, const char old_fullpath, const char old_cwd, const char chan_name, const char *old_chan_name, int thread)

void	cook (int state)

int	setRawValues (fpreal from, fpreal to, fpreal *vals, int nsamples)

int	setRawValues (fpreal times, fpreal vals, int n)

void	setScope (bool on_off)

bool	isScoped () const

bool	isEditable ()

fpreal	evaluate (fpreal t, bool no_disabling, int thread)

void	evaluate (fpreal from, fpreal to, fpreal *vals, int nsamples, bool no_disabling, bool use_cache, int thread)

fpreal	evaluateSegment (CH_Segment *eval, fpreal localtime, bool extend, int thread)

void	evaluateString (UT_String &result, fpreal t, int thread)

void	evaluateStringSegment (UT_String &result, CH_Segment *eval, fpreal localtime, bool extend, int thread)

int	findString (const char *str, bool fullword, bool usewildcards) const

int	changeString (const char from, const char to, bool fullword, bool update, int thread)

const CH_Segment *	getEvaluationSegment (int thread) const

CH_Segment *	getEvaluationSegment (int thread)

const CH_Segment *	getPrevEvaluationSegment (int thread) const

CH_Segment *	getPrevEvaluationSegment (int thread)

const CH_Segment *	getNextEvaluationSegment (int thread) const

CH_Segment *	getNextEvaluationSegment (int thread)

fpreal	getInTime (int thread) const

fpreal	getOutTime (int thread) const

fpreal	getPrevInTime (int thread) const

fpreal	getNextOutTime (int thread) const

int	match (const char *pattern) const

void	setConstantValue (fpreal value)

bool	fitToPointData (UT_Vector2R *data, int n_pts, bool preserve_extrema, fpreal error2=0.01f, bool delete_old_segments=false)

void	refit (fpreal tolerance, bool preserve_extrema)

void	refit (fpreal tolerance, bool preserve_extrema, fpreal from_gtime, fpreal to_gtime, bool delete_old_segments)

bool	setKeys (fpreal *new_key_values, int num_keys, fpreal global_start, fpreal time_delta, bool smooth_slopes=true, bool clear=false, bool notify=true)

bool	isEmpty () const

int	getNSegments () const

int	getNKeys () const

int	getNKeysBefore (fpreal gtime) const

int	getNKeysBeforeOrAt (fpreal gtime) const

fpreal	getKeyTime (unsigned idx) const

unsigned	getSegmentIdx (fpreal local_time) const

CH_Segment *	getSegment (unsigned idx) const

CH_Segment *	getSegment (fpreal local_time) const

CH_Segment *	getNextSegment (unsigned idx) const

CH_Segment *	getPrevSegment (unsigned idx) const

CH_Segment *	getFirstSegment () const

CH_Segment *	getLastSegment () const

int64	getMemoryUsage (bool inclusive) const

void	changeSegLength (CH_Segment *seg, fpreal gtime, CH_SegmentScale how=CH_SCALE_ANY, bool adjust_and_update=true)

bool	getHaveCompiledExpressions () const

bool	verify ()

bool	verify (bool verify_tied_values)

void	saveSnapshot ()

void	undoSnapshot (CH_Channel *previous, bool previous_snapshot_cleared)

bool	loadSnapshot ()

bool	swapSnapshot ()

bool	clearSnapshot ()

CH_Channel *	getSnapshotChannel ()

void	smoothAutoSlopesForSegments (UT_RLEBitArray &slope_flags, bool force=false, fpreal max_delta=-1)

void	smoothAutoSlopes ()

void	smoothAutoSlopes (fpreal global_time, fpreal delta=-1, bool value_changed=true)

void	smoothAutoSlopes (CH_Segment *seg)
	Smooths slopes of keys at both ends of a segment. More...

void	setLayerScope (bool on_off)

bool	isLayerScoped () const

void	setCaptureCopiedKeys (UT_Array< fpreal > *capture_array)

void	putChFullKey (fpreal gtime, CH_FullKey const &key, bool accel_ratios=true)

fpreal	evaluateSegment (CH_Segment &eval, fpreal localtime, bool extend, int thread)

fpreal	evaluateSegment (CH_Segment &eval, fpreal localtime, int thread)

fpreal	evaluateSegment (CH_Segment *eval, fpreal localtime, int thread)

fpreal	evaluateSegmentExtend (CH_Segment *eval, fpreal localtime, int thread)

fpreal	evaluateSegmentExtend (CH_Segment &eval, fpreal localtime, int thread)

fpreal	evaluateSegmentSlope (CH_Segment *eval, fpreal localtime, int thread)

fpreal	evaluateSegmentSlopeApprox (CH_Segment *eval, fpreal localtime, int thread)

bool	isSimpleChannel () const

CL_SimpleChannel	asSimpleChannel () const

void	fromSimpleChannel (const CL_SimpleChannel &sc)
	Clears this channel and sets it from the given simple channel. More...

void	clear (bool clear_defaults)


IntervalIter	intervalIter (const UT_SuperIntervalR &range, const bool ascending=true) const

ConstIntervalIter	constIntervalIter (const UT_SuperIntervalR &range, const bool ascending=true) const

Static Public Member Functions
static const char *	getChannelTypeName (CH_ChannelBehavior type)

static fpreal	getGlueIV (int thread)

static void	getGlueTime (fpreal &t, fpreal &t0, fpreal &t1, fpreal &v0, fpreal &v1, int thread)

static void	getGlueSlope (fpreal m0, fpreal m1, fpreal a0, fpreal a1, int thread)

Public Attributes
class CH_API	ConstIntervalIter

class CH_API	IntervalIter

Friends
class	CH_BatchModifyScope

Detailed Description

Definition at line 170 of file CH_Channel.h.

Member Enumeration Documentation

enum CH_Channel::SnapType

Enumerator
SNAP_SNAP
SNAP_SNAP_AND_DELETE
SNAP_REPLACE
SNAP_REPLACE_DOUBLE

Definition at line 173 of file CH_Channel.h.

Constructor & Destructor Documentation

CH_Channel::CH_Channel	(	CH_Collection *	dad,
		const UT_StringHolder &	name,
		fpreal	default_value = `0`,
		const char *	default_string = `nullptr`,
		bool	temporary = `false`
	)

CH_Channel::CH_Channel	(	CH_Collection *	dad,
		const CH_Channel &	from
	)

CH_Channel::CH_Channel	(	CH_Collection *	dad,
		const CH_Channel &	from,
		bool	temporary
	)

CH_Channel::~CH_Channel ( )

Member Function Documentation

void CH_Channel::applyDefaultSlopeToKey ( CH_Key & key )

void CH_Channel::applyPendingToKey	(	CH_Key &	key,
		fpreal	gtime
	)

CL_SimpleChannel CH_Channel::asSimpleChannel ( ) const

Constructs and returns a simple channel from this channel Converts all the segments to CL_SimpleSegments

void CH_Channel::buildOpDependencies	(	void *	ref_id,
		int	thread
	)

int CH_Channel::canAccess ( uint mask ) const

inline

Definition at line 526 of file CH_Channel.h.

bool CH_Channel::changeExpression	(	fpreal	gtime,
		const char *	expr,
		CH_ExprLanguage	language,
		bool	convert_accels
	)

void CH_Channel::changeOpRef	(	const char *	new_fullpath,
		const char *	old_fullpath,
		const char *	old_cwd,
		const char *	chan_name,
		const char *	old_chan_name,
		int	thread
	)

void CH_Channel::changeSegLength	(	CH_Segment *	seg,
		fpreal	gtime,
		CH_SegmentScale	how = `CH_SCALE_ANY`,
		bool	adjust_and_update = `true`
	)

int CH_Channel::changeString	(	const char *	from,
		const char *	to,
		bool	fullword,
		bool	update,
		int	thread
	)

void CH_Channel::clear ( )

Clear everything, even the defaults.

void CH_Channel::clear ( bool clear_defaults )

clear method that can keep the default values.

Parameters

clear_defaults - true to clear myDefValue and myDefString.

void CH_Channel::clearPending ( )

void CH_Channel::clearSegments ( )

bool CH_Channel::clearSnapshot ( )

CH_Channel::ConstIntervalIter CH_Channel::constIntervalIter	(	const UT_SuperIntervalR &	range,
		const bool	ascending = `true`
	)		const

inline

Return an iterator for keys within the given interval. If ascending is false, then the iterator is initialized at the end of the range instead of at the beginning of the range.

Definition at line 1190 of file CH_Channel.h.

void CH_Channel::cook ( int state )

void CH_Channel::copyContents ( const CH_Channel & from )

void CH_Channel::copyRange	(	const CH_Channel &	src,
		UT_SuperIntervalR const &	range,
		UT_IntervalR const &	to_range,
		bool	apply_auto_slope = `true`
	)

void CH_Channel::copyRange	(	const CH_Channel &	src,
		fpreal	global_start,
		fpreal	global_end
	)

void CH_Channel::copyRangeFrames	(	const CH_Channel &	src,
		const UT_SuperIntervalR &	range,
		const UT_IntervalR &	to_range,
		const UT_Array< int > *	frames = `nullptr`
	)

bool CH_Channel::copyRangeOverwrites	(	const CH_Channel &	src,
		UT_SuperIntervalR const &	range,
		UT_IntervalR const &	to_range
	)

bool CH_Channel::copyRangeOverwritesFrames	(	const CH_Channel &	src,
		UT_SuperIntervalR const &	range,
		UT_IntervalR const &	to_range
	)

bool CH_Channel::copyRangeOverwritesKeys	(	const CH_Channel &	src,
		UT_SuperIntervalR const &	range,
		UT_IntervalR const &	to_range
	)

void CH_Channel::deleteKeys ( UT_SuperIntervalR const & range )

Delete keys in given range.

void CH_Channel::deleteKeys ( const UT_Array< int > & ascending_sorted_key_indices )

Delete keys at the given key indices.

Note: Must be sorted in ascending order!

void CH_Channel::deleteRangeFrames	(	UT_SuperIntervalR const &	range,
		const UT_Array< int > *	frames = `nullptr`
	)

void CH_Channel::destroyKeyFrame ( fpreal global_t )

Delete key at given time.

void CH_Channel::dirtyExprCache ( )

void CH_Channel::disable	(	fpreal	gstart,
		fpreal	gend
	)

void CH_Channel::disableAll ( fpreal gtime )

void CH_Channel::display ( ) const

void CH_Channel::displayAsKeys ( ) const

void CH_Channel::enable	(	fpreal	gstart,
		fpreal	gend
	)

void CH_Channel::enableAll ( )

fpreal CH_Channel::evaluate	(	fpreal	t,
		bool	no_disabling,
		int	thread
	)

void CH_Channel::evaluate	(	fpreal	from,
		fpreal	to,
		fpreal *	vals,
		int	nsamples,
		bool	no_disabling,
		bool	use_cache,
		int	thread
	)

fpreal CH_Channel::evaluateSegment	(	CH_Segment *	eval,
		fpreal	localtime,
		bool	extend,
		int	thread
	)

fpreal CH_Channel::evaluateSegment	(	CH_Segment &	eval,
		fpreal	localtime,
		bool	extend,
		int	thread
	)

fpreal CH_Channel::evaluateSegment	(	CH_Segment &	eval,
		fpreal	localtime,
		int	thread
	)

fpreal CH_Channel::evaluateSegment	(	CH_Segment *	eval,
		fpreal	localtime,
		int	thread
	)

fpreal CH_Channel::evaluateSegmentExtend	(	CH_Segment *	eval,
		fpreal	localtime,
		int	thread
	)

fpreal CH_Channel::evaluateSegmentExtend	(	CH_Segment &	eval,
		fpreal	localtime,
		int	thread
	)

fpreal CH_Channel::evaluateSegmentSlope	(	CH_Segment *	eval,
		fpreal	localtime,
		int	thread
	)

fpreal CH_Channel::evaluateSegmentSlopeApprox	(	CH_Segment *	eval,
		fpreal	localtime,
		int	thread
	)

void CH_Channel::evaluateString	(	UT_String &	result,
		fpreal	t,
		int	thread
	)

void CH_Channel::evaluateStringSegment	(	UT_String &	result,
		CH_Segment *	eval,
		fpreal	localtime,
		bool	extend,
		int	thread
	)

fpreal CH_Channel::findKey	(	fpreal	gtime,
		fpreal	direction
	)		const

int CH_Channel::findKeyframe	(	int	frame,
		int	direction
	)		const

int CH_Channel::findString	(	const char *	str,
		bool	fullword,
		bool	usewildcards
	)		const

bool CH_Channel::fitToPointData	(	UT_Vector2R *	data,
		int	n_pts,
		bool	preserve_extrema,
		fpreal	error2 = `0.01f`,
		bool	delete_old_segments = `false`
	)

void CH_Channel::fromSimpleChannel ( const CL_SimpleChannel & sc )

Clears this channel and sets it from the given simple channel.

const UT_StringHolder& CH_Channel::getAlias ( ) const

inline

Definition at line 203 of file CH_Channel.h.

int CH_Channel::getChanged ( ) const

inline

Definition at line 520 of file CH_Channel.h.

CH_ChannelBehavior CH_Channel::getChannelLeftType ( ) const

inline

Definition at line 494 of file CH_Channel.h.

CH_ChannelBehavior CH_Channel::getChannelRightType ( ) const

inline

Definition at line 495 of file CH_Channel.h.

static const char* CH_Channel::getChannelTypeName ( CH_ChannelBehavior type )

static

const CH_Collection* CH_Channel::getCollection ( ) const

inline

Definition at line 500 of file CH_Channel.h.

CH_Collection* CH_Channel::getCollection ( )

inline

Definition at line 501 of file CH_Channel.h.

CH_ExprLanguage CH_Channel::getCollectionExprLanguage ( ) const

const UT_StringHolder& CH_Channel::getDefaultString ( ) const

inline

Definition at line 490 of file CH_Channel.h.

fpreal CH_Channel::getDefaultValue ( ) const

inline

Definition at line 485 of file CH_Channel.h.

void CH_Channel::getDisabledFrames	(	UT_Array< int > &	frames,
		int	minframe,
		int	maxframe
	)

fpreal CH_Channel::getEnd ( ) const

inline

Definition at line 542 of file CH_Channel.h.

const CH_Segment* CH_Channel::getEvaluationSegment ( int thread ) const

inline

Definition at line 601 of file CH_Channel.h.

CH_Segment* CH_Channel::getEvaluationSegment ( int thread )

inline

Definition at line 605 of file CH_Channel.h.

const char* CH_Channel::getExpression ( fpreal gtime ) const

CH_Segment* CH_Channel::getExpressionSegment ( fpreal gtime ) const

CH_ExprLanguage CH_Channel::getExprLanguageAtTime ( fpreal time ) const

CH_Segment* CH_Channel::getFirstSegment ( ) const

inline

Definition at line 696 of file CH_Channel.h.

bool CH_Channel::getFullKey	(	fpreal	gtime,
		CH_FullKey &	key,
		bool	reverse = `false`,
		bool	accel_ratios = `true`,
		CH_GetKeyExtend	extend = `CH_GETKEY_EXTEND_NONE`
	)

void CH_Channel::getFullPath ( UT_String & path ) const

inline

Definition at line 211 of file CH_Channel.h.

void CH_Channel::getFullPath ( UT_StringHolder & path ) const

inline

Definition at line 215 of file CH_Channel.h.

fpreal CH_Channel::getGlueIV ( int thread )

inlinestatic

Definition at line 1223 of file CH_Channel.h.

void CH_Channel::getGlueSlope	(	fpreal *	m0,
		fpreal *	m1,
		fpreal *	a0,
		fpreal *	a1,
		int	thread
	)

inlinestatic

Examples:: expr/channel.C.

Definition at line 1297 of file CH_Channel.h.

void CH_Channel::getGlueTime	(	fpreal &	t,
		fpreal &	t0,
		fpreal &	t1,
		fpreal &	v0,
		fpreal &	v1,
		int	thread
	)

inlinestatic

Examples:: expr/channel.C.

Definition at line 1241 of file CH_Channel.h.

bool CH_Channel::getHaveCompiledExpressions ( ) const

fpreal CH_Channel::getInTime ( int thread ) const

bool CH_Channel::getKey	(	fpreal	gtime,
		CH_Key &	key,
		bool	accel_ratios = `true`,
		CH_GetKeyExtend	extend = `CH_GETKEY_EXTEND_NONE`
	)

void CH_Channel::getKeyFrames	(	const UT_SuperIntervalR &	range,
		UT_Array< int > &	frames,
		bool	error_frames_only
	)

fpreal CH_Channel::getKeyTime ( unsigned idx ) const

inline

Definition at line 987 of file CH_Channel.h.

void CH_Channel::getKeyTimes	(	const UT_SuperIntervalR &	range,
		UT_Array< fpreal > &	times,
		bool	error_frames_only
	)

Similar to the above, but gets times of all keys in the channel in the specified range.

CH_Segment* CH_Channel::getLastSegment ( ) const

inline

Definition at line 704 of file CH_Channel.h.

fpreal CH_Channel::getLength ( ) const

inline

Definition at line 543 of file CH_Channel.h.

bool CH_Channel::getLocked ( ) const

inline

Definition at line 516 of file CH_Channel.h.

CH_Manager* CH_Channel::getManager ( ) const

inline

Definition at line 224 of file CH_Channel.h.

int64 CH_Channel::getMemoryUsage ( bool inclusive ) const

const UT_StringHolder& CH_Channel::getName ( ) const

inline

Definition at line 202 of file CH_Channel.h.

const CH_Segment* CH_Channel::getNextEvaluationSegment ( int thread ) const

CH_Segment* CH_Channel::getNextEvaluationSegment ( int thread )

fpreal CH_Channel::getNextOutTime ( int thread ) const

CH_Segment* CH_Channel::getNextSegment ( unsigned idx ) const

int CH_Channel::getNKeys ( ) const

inline

Definition at line 981 of file CH_Channel.h.

int CH_Channel::getNKeysBefore ( fpreal gtime ) const

int CH_Channel::getNKeysBeforeOrAt ( fpreal gtime ) const

int CH_Channel::getNSegments ( ) const

inline

Definition at line 969 of file CH_Channel.h.

fpreal CH_Channel::getOutTime ( int thread ) const

fpreal CH_Channel::getPendingEvalTime ( ) const

inline

Definition at line 469 of file CH_Channel.h.

const CH_Segment* CH_Channel::getPrevEvaluationSegment ( int thread ) const

CH_Segment* CH_Channel::getPrevEvaluationSegment ( int thread )

fpreal CH_Channel::getPrevInTime ( int thread ) const

CH_Segment* CH_Channel::getPrevSegment ( unsigned idx ) const

bool CH_Channel::getReversibleKey	(	fpreal	gtime,
		CH_ReversibleKey &	key
	)

CH_Segment * CH_Channel::getSegment ( unsigned idx ) const

inline

Definition at line 955 of file CH_Channel.h.

CH_Segment* CH_Channel::getSegment ( fpreal local_time ) const

CH_Segment* CH_Channel::getSegmentAfterKey ( fpreal gtime ) const

unsigned CH_Channel::getSegmentIdx ( fpreal local_time ) const

CH_Channel* CH_Channel::getSnapshotChannel ( )

fpreal CH_Channel::getStart ( ) const

inline

Definition at line 541 of file CH_Channel.h.

CH_StringMeaning CH_Channel::getStringMeaning ( fpreal time ) const

bool CH_Channel::getSurroundingSegs	(	fpreal	gtime,
		CH_Segment *&	left,
		CH_Segment *&	right
	)		const

fpreal CH_Channel::getTolerance ( ) const

inline

Definition at line 226 of file CH_Channel.h.

fpreal CH_Channel::globalTime ( fpreal t ) const

inline

Definition at line 538 of file CH_Channel.h.

bool CH_Channel::hasNonIntegerKeys ( ) const

bool CH_Channel::hasOnlyOneSegment ( ) const

inline

Definition at line 1002 of file CH_Channel.h.

void CH_Channel::holdValue	(	fpreal	gtime,
		int	thread
	)

bool CH_Channel::increaseKeyValues ( fpreal delta )

void CH_Channel::initializeFirstSegment	(	const char *	expr,
		CH_ExprLanguage	language
	)

void CH_Channel::initializeSegmentParents ( )

void CH_Channel::insertKeyFrame	(	fpreal	global_t,
		bool	use_auto_slope_pref = `true`
	)

Insert key at given time.

CH_Channel::IntervalIter CH_Channel::intervalIter	(	const UT_SuperIntervalR &	range,
		const bool	ascending = `true`
	)		const

inline

Return an iterator for keys within the given interval. If ascending is false, then the iterator is initialized at the end of the range instead of at the beginning of the range.

Definition at line 1184 of file CH_Channel.h.

bool CH_Channel::isAllDisabled ( ) const

bool CH_Channel::isAllEnabled ( ) const

bool CH_Channel::isAtHardKey ( fpreal gtime ) const

bool CH_Channel::isAtHardKeyframe ( int frame ) const

bool CH_Channel::isAtKey ( fpreal gtime ) const

bool CH_Channel::isChangeActive ( ) const

inline

Definition at line 512 of file CH_Channel.h.

bool CH_Channel::isDataDependent ( fpreal gtime ) const

bool CH_Channel::isDisabled ( fpreal gtime ) const

bool CH_Channel::isEditable ( )

bool CH_Channel::isEmpty ( ) const

inline

Definition at line 975 of file CH_Channel.h.

bool CH_Channel::isLayerScoped ( ) const

SYS_FORCE_INLINE bool CH_Channel::isPending ( ) const

inline

Definition at line 463 of file CH_Channel.h.

bool CH_Channel::isPending ( fpreal gtime ) const

SYS_FORCE_INLINE bool CH_Channel::isPendingHold ( ) const

inline

Definition at line 472 of file CH_Channel.h.

bool CH_Channel::isPendingLocal ( fpreal ltime ) const

bool CH_Channel::isRotationChannel ( ) const

inline

Definition at line 1008 of file CH_Channel.h.

bool CH_Channel::isScoped ( ) const

bool CH_Channel::isSimpleChannel ( ) const

Check if all segment expressions are simple expressions such as linear(), bezier(), constant(). Note that you can still convert to a simple channel even if this returns false, but any custom segment expressions will be evaluated as beziers instead.

bool CH_Channel::isStringTimeDependentSlow ( int thread ) const

bool CH_Channel::isTemporary ( ) const

inline

Definition at line 504 of file CH_Channel.h.

bool CH_Channel::isTimeDependent ( ) const

inline

Definition at line 1322 of file CH_Channel.h.

bool CH_Channel::isTimeDependentSlow ( int thread ) const

template<typename FPREAL_TYPE >

bool CH_Channel::load ( UT_IStream & is )

bool CH_Channel::loadSnapshot ( )

fpreal CH_Channel::localTime ( fpreal t ) const

inline

Definition at line 535 of file CH_Channel.h.

int CH_Channel::match ( const char * pattern ) const

void CH_Channel::moveFrames	(	const UT_Array< int > &	frames,
		int	amount
	)

void CH_Channel::moveKeyFrame	(	fpreal	old_gtime,
		fpreal	new_gtime
	)

Move key from old time to new time. Requires that a key exists at old_gtime and that there is no key at new_gtime.

void CH_Channel::putChFullKey	(	fpreal	gtime,
		CH_FullKey const &	key,
		bool	accel_ratios = `true`
	)

void CH_Channel::putFullKey	(	fpreal	gtime,
		CH_FullKey const &	key,
		bool	accel_ratios,
		bool	apply_auto_slope,
		bool	update_fake_slope_accel_handles
	)

void CH_Channel::putFullKey	(	fpreal	gtime,
		CH_FullKey const &	key,
		bool	accel_ratios = `true`,
		bool	apply_auto_slope = `true`
	)

inline

Definition at line 309 of file CH_Channel.h.

void CH_Channel::putKey	(	fpreal	gtime,
		CH_Key const &	key,
		bool	accel_ratios,
		bool	apply_auto_slope,
		bool	update_fake_slope_accel_handles
	)

void CH_Channel::putKey	(	fpreal	gtime,
		CH_Key const &	key,
		bool	accel_ratios = `true`,
		bool	apply_auto_slope = `true`
	)

inline

Definition at line 304 of file CH_Channel.h.

void CH_Channel::refit	(	fpreal	tolerance,
		bool	preserve_extrema
	)

void CH_Channel::refit	(	fpreal	tolerance,
		bool	preserve_extrema,
		fpreal	from_gtime,
		fpreal	to_gtime,
		bool	delete_old_segments
	)

void CH_Channel::reverse	(	fpreal	gstart = `0`,
		fpreal	gend = `0`,
		bool	whole_chan = `true`
	)

void CH_Channel::sampleKey	(	CH_Segment *	seg,
		fpreal	gtime,
		int	thread,
		CH_Key &	key
	)

void CH_Channel::sampleValueSlope	(	CH_Segment *	seg,
		fpreal	gtime,
		int	thread,
		fpreal &	v,
		fpreal &	s
	)

bool CH_Channel::sampleVSA	(	CH_Segment *	seg,
		fpreal	gtime,
		int	thread,
		fpreal &	v,
		fpreal &	s,
		fpreal	a[2]
	)

void CH_Channel::save	(	std::ostream &	os,
		bool	binary,
		bool	compiled,
		bool	pending_state
	)		const

void CH_Channel::saveForUndo ( )

void CH_Channel::saveKeyFrameForUndo ( fpreal global_t )

void CH_Channel::saveSnapshot ( )

void CH_Channel::scroll	(	fpreal	new_start,
		bool	update = `true`
	)

void CH_Channel::setAlias ( const UT_StringHolder & s )

inline

Definition at line 222 of file CH_Channel.h.

void CH_Channel::setCaptureCopiedKeys ( UT_Array< fpreal > * capture_array )

void CH_Channel::setChangeActive ( int state )

inline

Definition at line 507 of file CH_Channel.h.

void CH_Channel::setChanged	(	bool	on,
		CH_CHANGE_TYPE	type = `CH_CHANNEL_CHANGED`
	)

void CH_Channel::setChannelLeftType ( CH_ChannelBehavior t )

void CH_Channel::setChannelRightType ( CH_ChannelBehavior t )

void CH_Channel::setCollection ( CH_Collection * chp )

inline

Definition at line 499 of file CH_Channel.h.

void CH_Channel::setConstantValue ( fpreal value )

void CH_Channel::setDefaultString ( const UT_StringHolder & dv )

inline

Definition at line 487 of file CH_Channel.h.

void CH_Channel::setDefaultValue ( fpreal dv )

inline

Definition at line 484 of file CH_Channel.h.

void CH_Channel::setExprLanguage ( CH_ExprLanguage language )

void CH_Channel::setExprLanguageAtTime	(	CH_ExprLanguage	language,
		fpreal	time
	)

void CH_Channel::setIsTemporary ( bool temp )

inline

Definition at line 503 of file CH_Channel.h.

bool CH_Channel::setKeys	(	fpreal *	new_key_values,
		int	num_keys,
		fpreal	global_start,
		fpreal	time_delta,
		bool	smooth_slopes = `true`,
		bool	clear = `false`,
		bool	notify = `true`
	)

Overwrites segments and keys in the range [start, start + time_delta * (num_keys - 1)]

Parameters

new_key_values	- Array of size num_keys containing the values for the new keys
num_keys	- Number of keys to set in the new range
global_start	- Global start (in time) of the range to replace keys in. Must be at or after the global start of this channel
time_delta	- Spacing between keys in time
smooth_slopes	- Smooth the slopes of the new keys
clear	- If true, will first clear all keys and segments keys in a partial region
notify	- If true, emit a CH_CHANNELS_MAJOR_CHANGE event

Returns: true on success, false if failed

int CH_Channel::setKeyString	(	const UT_String &	str,
		fpreal	gtime,
		bool	set_pending = `false`,
		bool	commit_keys = `true`,
		bool	propagate = `true`
	)

int CH_Channel::setKeyString	(	const UT_String &	str,
		fpreal	gtime,
		CH_ExprLanguage	language,
		bool	set_pending = `false`,
		bool	commit_keys = `true`,
		bool	propagate = `true`
	)

int CH_Channel::setKeyValue	(	fpreal	val,
		fpreal	gtime,
		bool	set_pending = `false`,
		bool	commit_keys = `true`,
		bool	propagate = `true`
	)

void CH_Channel::setLayerScope ( bool on_off )

void CH_Channel::setLocked ( bool f )

void CH_Channel::setName ( const UT_StringHolder & s )

inline

Definition at line 221 of file CH_Channel.h.

void CH_Channel::setPendingHold ( bool state )

int CH_Channel::setRawValues	(	fpreal	from,
		fpreal	to,
		fpreal *	vals,
		int	nsamples
	)

int CH_Channel::setRawValues	(	fpreal *	times,
		fpreal *	vals,
		int	n
	)

void CH_Channel::setScope ( bool on_off )

void CH_Channel::smoothAutoSlopes ( )

void CH_Channel::smoothAutoSlopes	(	fpreal	global_time,
		fpreal	delta = `-1`,
		bool	value_changed = `true`
	)

Smooths slopes of key at time Can set up a max step based on delta if > 0

Parameters

value_changed - true if delta refers to a value change, false if delta refers to a time change

void CH_Channel::smoothAutoSlopes ( CH_Segment * seg )

Smooths slopes of keys at both ends of a segment.

void CH_Channel::smoothAutoSlopesForSegments	(	UT_RLEBitArray &	slope_flags,
		bool	force = `false`,
		fpreal	max_delta = `-1`
	)

Smooth the specified auto slopes

Parameters

slope_flags	- bit array indicating which slopes are to be smoothed. Each slope (in and out) has a bit and they are arranged in left-right order. 0th bit is the in slope of the first seg, so for the ith seg, its in slope is at bit 2i and out slope at 2i+1
force	- If true, smooths all selected slopes, even if not auto
max_step	- If > 0, the maximum amount a slope may change from its existing value during this smoothing pass.

void CH_Channel::snapKeysInRange	(	const UT_SuperIntervalR &	range,
		SnapType	type = `SNAP_SNAP`,
		std::ostream *	os = `nullptr`
	)

void CH_Channel::stretch	(	fpreal	new_start,
		fpreal	new_end
	)

void CH_Channel::swap ( CH_Channel & other )

void CH_Channel::swapContents ( CH_Channel & other )

bool CH_Channel::swapSnapshot ( )

void CH_Channel::transferKey	(	fpreal	to_time,
		CH_Channel *	from_chp,
		fpreal	from_time
	)

void CH_Channel::undoSnapshot	(	CH_Channel *	previous,
		bool	previous_snapshot_cleared
	)

void CH_Channel::unresolveLocalVars ( int thread )

void CH_Channel::updatePending ( fpreal gtime )

bool CH_Channel::verify ( )

bool CH_Channel::verify ( bool verify_tied_values )

Friends And Related Function Documentation

friend class CH_BatchModifyScope

friend

Definition at line 814 of file CH_Channel.h.

Member Data Documentation

class CH_API CH_Channel::ConstIntervalIter

Definition at line 265 of file CH_Channel.h.

class CH_API CH_Channel::IntervalIter

Definition at line 266 of file CH_Channel.h.

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

CH/CH_Channel.h

Classes

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Friends

Detailed Description

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Constructor & Destructor Documentation

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