Manage time segment lists. More...

#include <Segments.h>

Inheritance diagram for Segments:

[legend]

Public Member Functions
bool	AddSegment (const double aGpsStart, const double aGpsEnd, const int aTag=1)
	Adds a segment to the list. More...

bool	AddSegments (Segments *aSeg)
	Adds a segment list to the list. More...

bool	Append (const double aGpsStart, const double aGpsEnd, const int aTag=1)
	Appends a segment to the list. More...

bool	Append (Segments *aSeg)
	Appends segments to the list. More...

bool	Append (TTree *aSegmentTree)
	Appends segments to the list. More...

bool	Append (vector< double > aGpsStarts, vector< double > aGpsEnds, vector< double > aTags)
	Appends segments to the list. More...

bool	ApplyPadding (const double aPadStart, const double aPadEnd)
	Apply a padding to all segments. More...

void	Dump (unsigned int aNcols=2, const string aTxtFileName="")
	Dumps the current segment list in the standard output or in a file. More...

double	GetDuration (const unsigned int aSegmentIndex=0)
	Returns the duration of a given segment. More...

double	GetEnd (const unsigned int aSegmentIndex=0)
	Returns the ending time of a given segment. More...

vector< double >	GetEnds (void)
	Returns the list of segment ends. More...

double	GetFirst ()
	Returns the starting time of the first segment. More...

TH1I *	GetHisto (const double aOffset=0.0)
	Returns an histogram representing the segments. More...

TH1I *	GetHistogram (const double aGpsStart, const double aGpsEnd, const double aOffset=0.0)
	Returns an histogram representing the segments. More...

double	GetLast ()
	Returns the ending time of the last segment. More...

double	GetLiveTime (const double aGpsStart, const double aGpsEnd)
	Returns the livetime between two GPS times. More...

double	GetLiveTime (const unsigned int aSegmentIndex)
	Returns the livetime of one segment. More...

double	GetLiveTime (void)
	Returns the total livetime. More...

double	GetLiveTimeWithTag (const int aTag)
	Returns the livetime for segments with a given tag. More...

unsigned int	GetN (void)
	Returns the number of time segments in the list. More...

unsigned int	GetNWithTag (const int aTag)
	Returns the number of time segments in the list with a given tag. More...

int	GetSegmentStartBefore (const double aGps)
	Returns the segment starting just before a given GPS time. More...

double	GetStart (const unsigned int aSegmentIndex=0)
	Returns the starting time of a given segment. More...

vector< double >	GetStarts (void)
	Returns the list of segment starts. More...

bool	GetStatus (void) const
	Returns the status of the Segments object. More...

int	GetTag (const unsigned int aSegmentIndex=0)
	Returns the tag of a given segment. More...

vector< int >	GetTags (void)
	Returns the list of segment tags. More...

TTree *	GetTree (const double aGpsStart, const double aGpsEnd)
	Returns a formatted TTree representing the segments. More...

TTree *	GetTree (void)
	Returns a formatted TTree representing the segments. More...

bool	Intersect (const double aGpsStart, const double aGpsEnd, const int aTag=1)
	Intersects with a segment. More...

bool	Intersect (Segments *aSeg)
	Intersects with a segment list. More...

bool	IsInsideSegment (const double aGps)
	Checks whether a given GPS time is inside a segment of the list. More...

bool	IsInsideSegment (unsigned int &aSegmentIndex, const double aGps)
	Checks whether a given GPS time is inside a segment of the list. More...

bool	MakeSecond (void)
	Rounds segment boundaries to integer seconds. More...

void	Reset (void)
	Resets the segment list. More...

bool	Reverse (void)
	Reverses the segment list. More...

void	SetTag (const unsigned int aSegmentIndex, const int aTag)
	Tags a given segment. More...

void	SetTags (const int aTag)
	Tags all segments. More...

bool	TruncateAfter (const double aGps)
	Removes segments after a given time. More...

bool	TruncateBefore (const double aGps)
	Removes segments before a given time. More...

Constructors and destructors
	Segments (void)
	Default constructor of the Segments class. More...

	Segments (const string aSegmentFile, const int aDefaultTag=1)
	Constructor of the Segments class. More...

	Segments (TTree *aSegmentTree)
	Constructor of the Segments class. More...

	Segments (const string aFilePattern, const string aDirectory, const string aTreeName)
	Constructor of the Segments class. More...

	Segments (const vector< double > aGpsStarts, const vector< double > aGpsEnds)
	Constructor of the Segments class. More...

	Segments (const double aGpsStart, const double aGpsEnd, const int aTag=1)
	Constructor of the Segments class. More...

virtual	~Segments (void)
	Destructor of the Segments class. More...

Private Member Functions
bool	CheckConsistency (const unsigned int aStartIndex)
	Checks the sanity of the segment list. More...

void	ComputeLiveTime (void)
	Computes the sgments livetime. More...

int	GetMark (const unsigned int aGps)
	Returns the time mark for a given GPS time. More...

int	GetTagProduct (const int aTag1, const int aTag2)
	Computes the product of 2 tags. More...

void	MergeOverlaps (const unsigned int aStartIndex)
	Merges segment overlaps. More...

void	SetMarks (void)
	Sets time marks for internal lookup. More...

Private Attributes
vector< unsigned int >	n_mark
	Segment index marks. More...

vector< double >	seg_end
	List of segment ends. More...

double	seg_livetime
	Integrated livetime. More...

vector< double >	seg_start
	List of segment starts. More...

vector< int >	seg_tag
	List of segment tags. More...

bool	status
	Status of the Segments object. More...

vector< unsigned int >	time_mark
	Time marks. More...

Detailed Description

Manage time segment lists.

Every gravitational-wave analysis has to deal with segment lists at some point. This class is designed to manage segment lists in an easy way.

A segment is a time interval limited by 2 GPS times: [GPS_START] (included) and [GPS_END] (excluded). A segment list must respect the rules documented in CheckConsistency()

Segments can be individually tagged by an signed integer [TAG].

This class offers methods to transform segment lists: new segments, intersection, padding, truncation...

Constructor & Destructor Documentation

◆ Segments() [1/6]

Segments::Segments ( void )

Default constructor of the Segments class.

An empty segment list is initialized.

◆ Segments() [2/6]

Segments::Segments	(	const string	aSegmentFile,
		const int	aDefaultTag = `1`
	)

Constructor of the Segments class.

The original segment list is downloaded from a text file. Several formats are supported to extract the segments and the tags:

2 columns: [GPS_START] [GPS_END]. In this case the segment tags are initialized to the default value.
3 or 4 columns: (second column)=[GPS_START], (third column)=[GPS_END]. In this case the segment tags are initialized to the default value.
5 columns: (second column)=[GPS_START], (third column)=[GPS_END], (fifth column)=[TAG].
any other format: the Segments object is corrupted.

Note: Input segments can overlap in time (overlaps will be internally merged).

Parameters

[in]	aSegmentFile	Path to the segment text file.
[in]	aDefaultTag	Default tag value aaplied to the segments when the number of columns is less than 5.

◆ Segments() [3/6]

Segments::Segments ( TTree * aSegmentTree )

Constructor of the Segments class.

The original segment list is downloaded from a TTree. 3 branches must be found: start/D, end/D, and tag/I.

Note: Input segments can overlap in time (overlaps will be internally merged).

Parameters

[in] aSegmentTree Pointer to the segment TTree structure.

◆ Segments() [4/6]

Segments::Segments	(	const string	aFilePattern,
		const string	aDirectory,
		const string	aTreeName
	)

Constructor of the Segments class.

The original segment list is downloaded from a TTree in a list of ROOT files. 3 branches must be found: start/D, end/D, and tag/I.

Note: Input segments can overlap in time (overlaps will be internally merged).

Parameters

[in]	aFilePattern	Input file pattern.
[in]	aDirectory	ROOT sub-directory. Use "" if none.
[in]	aTreeName	Segment tree name.

◆ Segments() [5/6]

Segments::Segments	(	const vector< double >	aGpsStarts,
		const vector< double >	aGpsEnds
	)

Constructor of the Segments class.

The original segment list is downloaded from vectors.

Note: Input segments can overlap in time (overlaps will be internally merged).; All segments are given a tag 1.

Parameters

[in]	aGpsStarts	Vector of GPS starts.
[in]	aGpsEnds	Vector of GPS ends.

◆ Segments() [6/6]

Segments::Segments	(	const double	aGpsStart,
		const double	aGpsEnd,
		const int	aTag = `1`
	)

Constructor of the Segments class.

The original segment list contains one single segment.

Parameters

[in]	aGpsStart	Segment GPS start.
[in]	aGpsEnd	Segment GPS end.
[in]	aTag	Segment tag.

◆ ~Segments()

Segments::~Segments ( void )

virtual

Destructor of the Segments class.

Member Function Documentation

◆ AddSegment()

bool Segments::AddSegment	(	const double	aGpsStart,
		const double	aGpsEnd,
		const int	aTag = `1`
	)

Adds a segment to the list.

The Segments object is automatically re-organized to remove overlaps.

Returns: true if the segment was correctly added, false otherwise.

Parameters

[in]	aGpsStart	Segment GPS start.
[in]	aGpsEnd	Segment GPS end.
[in]	aTag	Segment tag.

◆ AddSegments()

bool Segments::AddSegments ( Segments * aSeg )

Adds a segment list to the list.

The Segments object is automatically re-organized to remove overlaps.

Returns: true if the segments were correctly added, false otherwise.

Parameters

[in] aSeg Segment list to add.

◆ Append() [1/4]

bool Segments::Append	(	const double	aGpsStart,
		const double	aGpsEnd,
		const int	aTag = `1`
	)

Appends a segment to the list.

This function appends a time segment at the end of the current Segments object. It only works if the new segment starts after the last segment start (an overlap is possible).

Returns: true if the segment was correctly added, false otherwise.

Parameters

[in]	aGpsStart	Segment GPS start.
[in]	aGpsEnd	Segment GPS end.
[in]	aTag	Segment tag.

◆ Append() [2/4]

bool Segments::Append ( Segments * aSeg )

Appends segments to the list.

This function appends a list of segments at the end of the current Segments object. It only works if the first segment starts after the last segment start (an overlap is possible).

Returns: true if the segments were correctly added, false otherwise.

Parameters

[in] aSeg Segment list to append.

◆ Append() [3/4]

bool Segments::Append ( TTree * aSegmentTree )

Appends segments to the list.

The Segments object is automatically re-organized to remove overlaps.

Note: Three branches must be found: start/D, end/D, and tag/I.

Returns: true if the segments were correctly added, false otherwise.

Parameters

[in] aSegmentTree Segment tree with 3 branches: "start", "end", and "tag".

◆ Append() [4/4]

bool Segments::Append	(	vector< double >	aGpsStarts,
		vector< double >	aGpsEnds,
		vector< double >	aTags
	)

Appends segments to the list.

This function appends a list of segments at the end of the current Segments object. It only works if the first segment starts after the last segment start (an overlap is possible).

Returns: true if the segments were correctly added, false otherwise.

Parameters

[in]	aGpsStarts	Segment GPS starts.
[in]	aGpsEnds	Segment GPS ends.
[in]	aTags	Segment tags.

◆ ApplyPadding()

bool Segments::ApplyPadding	(	const double	aPadStart,
		const double	aPadEnd
	)

Apply a padding to all segments.

This function shifts the segment start and end by a given padding value. The Segments object is automatically re-organized to remove overlaps. Some segments are removed if the duration becomes null or negative.

Returns: true if the padding was correctly added, false otherwise.

Parameters

[in]	aPadStart	Padding value added to the segment starts.
[in]	aPadEnd	Padding value added to the segment ends.

◆ CheckConsistency()

bool Segments::CheckConsistency ( const unsigned int aStartIndex )

private

Checks the sanity of the segment list.

List of checks:

The list of starts, ends and tags must be the same size.
All segments must start after SEGMENTS_START
All segments must end after SEGMENTS_END
All segments must have a strictly positive duration.
Segments must be sorted in increasing [GPS_START].

Parameters

[in] aStartIndex Segment index where to start the checks.

Returns: false if the segment list is not sane, true otherwise.

◆ ComputeLiveTime()

void Segments::ComputeLiveTime ( void )

private

Computes the sgments livetime.

Note: This function assumes the segments consistency.

◆ Dump()

void Segments::Dump	(	unsigned int	aNcols = `2`,
		const string	aTxtFileName = `""`
	)

Dumps the current segment list in the standard output or in a file.

Several formats are possible:

if 'aNcols=0' The list of tags is printed
if 'aNcols=1' The list of duration is printed
if 'aNcols=2' The list of segment starts and ends is printed
if 'aNcols=3' The list of segment starts and ends is printed, as well as the segment index
if 'aNcols=4' The list of segment starts and ends is printed, as well as the segment index and duration
if 'aNcols>=5' The list of segment starts and ends is printed, as well as the segment index, duration and tag

Parameters

[in]	aNcols	number of columns in the output.
[in]	aTxtFileName	Text file name. Use "" for the standard output.

◆ GetDuration()

double Segments::GetDuration ( const unsigned int aSegmentIndex = 0 )

inline

Returns the duration of a given segment.

Parameters

[in] aSegmentIndex Segment index.

Precondition: The segment index must be valid (less than the number of segments returned by GetN()).

◆ GetEnd()

double Segments::GetEnd ( const unsigned int aSegmentIndex = 0 )

inline

Returns the ending time of a given segment.

Parameters

[in] aSegmentIndex Segment index.

Precondition: The segment index must be valid (less than the number of segments returned by GetN()).

◆ GetEnds()

vector<double> Segments::GetEnds ( void )

inline

Returns the list of segment ends.

◆ GetFirst()

double Segments::GetFirst ( )

inline

Returns the starting time of the first segment.

Precondition: There should be at least one segment in the list or else this function crashes.

◆ GetHisto()

TH1I* Segments::GetHisto ( const double aOffset = 0.0 )

inline

Returns an histogram representing the segments.

The GPS time is represented on the X axis:

1 is used when inside a segment.
0 is used when outside a segment.
Parameters

[in] aOffset Time offset applied to GPS times.

Note
The user is in charge of deleting this histogram.

Returns
A NULL pointer if the Segments object is corrupted.

◆ GetHistogram()

TH1I * Segments::GetHistogram	(	const double	aGpsStart,
		const double	aGpsEnd,
		const double	aOffset = `0.0`
	)

Returns an histogram representing the segments.

Only segments between 'aGpsStart' and 'aGpsEnd' are represented. The GPS time is represented on the X axis:

1 is used when inside a segment.
0 is used when outside a segment.
Parameters

[in] aGpsStart Starting GPS time of the histogram.

[in] aGpsEnd Ending GPS time of the histogram.

[in] aOffset Time offset applied to GPS times.

Note
The user is in charge of deleting this histogram.

Returns
A NULL pointer if the Segments object is corrupted.

◆ GetLast()

double Segments::GetLast ( )

inline

Returns the ending time of the last segment.

Precondition: There should be at least one segment in the list or else this function crashes.

◆ GetLiveTime() [1/3]

double Segments::GetLiveTime	(	const double	aGpsStart,
		const double	aGpsEnd
	)

Returns the livetime between two GPS times.

Parameters

[in]	aGpsStart	Starting GPS time.
[in]	aGpsEnd	Ending GPS time.

◆ GetLiveTime() [2/3]

double Segments::GetLiveTime ( const unsigned int aSegmentIndex )

inline

Returns the livetime of one segment.

Parameters

[in] aSegmentIndex Segment index.

Precondition: The segment index must be valid (less than the number of segments returned by GetN()).

See also: GetDuration().

◆ GetLiveTime() [3/3]

double Segments::GetLiveTime ( void )

inline

Returns the total livetime.

Every segments in the list are considered.

◆ GetLiveTimeWithTag()

double Segments::GetLiveTimeWithTag ( const int aTag )

Returns the livetime for segments with a given tag.

Parameters

[in] aTag Tag value of segments to consider.

◆ GetMark()

int Segments::GetMark ( const unsigned int aGps )

private

Returns the time mark for a given GPS time.

Returns: -1 is returned if the GPS time is before the first segment.

Parameters

[in] aGps GPS time of interest.

◆ GetN()

unsigned int Segments::GetN ( void )

inline

Returns the number of time segments in the list.

◆ GetNWithTag()

unsigned int Segments::GetNWithTag ( const int aTag )

Returns the number of time segments in the list with a given tag.

Parameters

[in] aTag Tag value of segments to consider.

◆ GetSegmentStartBefore()

int Segments::GetSegmentStartBefore ( const double aGps )

Returns the segment starting just before a given GPS time.

Returns: The segment index or -1 if no segment starts before the GPS time.

Parameters

[in] aGps GPS time of interest

◆ GetStart()

double Segments::GetStart ( const unsigned int aSegmentIndex = 0 )

inline

Returns the starting time of a given segment.

Parameters

[in] aSegmentIndex Segment index.

Precondition: The segment index must be valid (less than the number of segments returned by GetN()).

◆ GetStarts()

vector<double> Segments::GetStarts ( void )

inline

Returns the list of segment starts.

◆ GetStatus()

bool Segments::GetStatus ( void ) const

inline

Returns the status of the Segments object.

◆ GetTag()

int Segments::GetTag ( const unsigned int aSegmentIndex = 0 )

inline

Returns the tag of a given segment.

Parameters

[in] aSegmentIndex Segment index.

Precondition: The segment index must be valid (less than the number of segments returned by GetN()).

◆ GetTagProduct()

int Segments::GetTagProduct	(	const int	aTag1,
		const int	aTag2
	)

inlineprivate

Computes the product of 2 tags.

If one of the 2 tags is strictly negative, the lowest value is returned.
If both tags are positive, the greatest value is returned
Parameters

[in] aTag1 First tag.

[in] aTag2 Second tag.

◆ GetTags()

vector<int> Segments::GetTags ( void )

inline

Returns the list of segment tags.

◆ GetTree() [1/2]

TTree * Segments::GetTree	(	const double	aGpsStart,
		const double	aGpsEnd
	)

Returns a formatted TTree representing the segments.

This tree has 3 branches: "start", "end", and "tag". Only segments between 'aGpsStart' and 'aGpsEnd' are copied in the tree.

Parameters

[in]	aGpsStart	Starting GPS time.
[in]	aGpsEnd	Ending GPS time.

Note: The user is in charge of deleting this TTree.

Returns: A NULL pointer if the Segments object is corrupted.

◆ GetTree() [2/2]

TTree* Segments::GetTree ( void )

inline

Returns a formatted TTree representing the segments.

This tree has 3 branches: "start", "end", and "tag".

Note: The user is in charge of deleting this TTree.

Returns: A NULL pointer if the Segments object is corrupted.

◆ Intersect() [1/2]

bool Segments::Intersect	(	const double	aGpsStart,
		const double	aGpsEnd,
		const int	aTag = `1`
	)

Intersects with a segment.

This function intersects the current segment list with a segment given in argument.

Warning: This function is destructive and there is no way to go back to the original segment list.

Returns: true if the segments were correctly intersected, false otherwise.

Note: The segment tags are obtained using GetTagProduct() for the overlapping segments.

Parameters

[in]	aGpsStart	Segment GPS start.
[in]	aGpsEnd	Segment GPS end.
[in]	aTag	Segment tag.

◆ Intersect() [2/2]

bool Segments::Intersect ( Segments * aSeg )

Intersects with a segment list.

This function intersects the current segment list with a second segment list given in argument.

Warning: This function is destructive and there is no way to go back to the original segment list.

Returns: true if the segments were correctly intersected, false otherwise.

Note: The segment tags are obtained using GetTagProduct() for the overlapping segments.

Parameters

[in] aSeg External Segments objects (not modified)

◆ IsInsideSegment() [1/2]

bool Segments::IsInsideSegment ( const double aGps )

Checks whether a given GPS time is inside a segment of the list.

Returns: This function returns true if the GPS value is found inside a time segment. It returns false otherwise

Parameters

[in] aGps GPS time of interest.

◆ IsInsideSegment() [2/2]

bool Segments::IsInsideSegment	(	unsigned int &	aSegmentIndex,
		const double	aGps
	)

Checks whether a given GPS time is inside a segment of the list.

Returns: This function returns true if the GPS value is found inside a time segment. It returns false otherwise

Parameters

[out]	aSegmentIndex	Segment index of segment containing the GPS time. This is irrelevant if false is returned.
[in]	aGps	GPS time of interest.

◆ MakeSecond()

bool Segments::MakeSecond ( void )

Rounds segment boundaries to integer seconds.

Segments starts are rounded to the previous integer and segments ends are rounded to the next integer.

Note: The Segments object is automatically re-organized to remove overlaps.

Returns: true if the segment was correctly modified, false otherwise.

◆ MergeOverlaps()

void Segments::MergeOverlaps ( const unsigned int aStartIndex )

private

Merges segment overlaps.

When merging 2 segments, the tag with the highest value is kept.

Note: This function assumes the segments consistency.

Parameters

[in] aStartIndex Segment index where to start the merge.

◆ Reset()

void Segments::Reset ( void )

Resets the segment list.

As a result, the segment list is empty and the status is back to OK.

◆ Reverse()

bool Segments::Reverse ( void )

Reverses the segment list.

It means that the gaps between segments are now considered as segments. The first segment starts at :: SEGMENTS_START. The last segment ends at :: SEGMENTS_END.

Returns: true if the segments were correctly reversed, false otherwise.

Note: All tags are lost in the reversing process. The new segments are tagged with 1.

◆ SetMarks()

void Segments::SetMarks ( void )

private

Sets time marks for internal lookup.

Note: This function assumes the segments consistency.

◆ SetTag()

void Segments::SetTag	(	const unsigned int	aSegmentIndex,
		const int	aTag
	)

inline

Tags a given segment.

Parameters

[in]	aSegmentIndex	Segment index.
[in]	aTag	New tag value.

Precondition: The segment index must be valid (less than the number of segments returned by GetN()).

◆ SetTags()

void Segments::SetTags ( const int aTag )

Tags all segments.

Parameters

[in] aTag New tag value.

◆ TruncateAfter()

bool Segments::TruncateAfter ( const double aGps )

Removes segments after a given time.

Note: if the GPS time is inside a segment, the segment is truncated.

Parameters

[in] aGps GPS time after which to truncate.

◆ TruncateBefore()

bool Segments::TruncateBefore ( const double aGps )

Removes segments before a given time.

Note: if the GPS time is inside a segment, the segment is truncated.

Parameters

[in] aGps GPS time before which to truncate.

Member Data Documentation

◆ n_mark

vector<unsigned int> Segments::n_mark

private

Segment index marks.

◆ seg_end

vector<double> Segments::seg_end

private

List of segment ends.

◆ seg_livetime

double Segments::seg_livetime

private

Integrated livetime.

◆ seg_start

vector<double> Segments::seg_start

private

List of segment starts.

◆ seg_tag

vector<int> Segments::seg_tag

private

List of segment tags.

◆ status

bool Segments::status

private

Status of the Segments object.

◆ time_mark

vector<unsigned int> Segments::time_mark

private

Time marks.

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

src/Segments/Segments.h
src/Segments/Segments.cc

[in]	aGpsStart	Starting GPS time of the histogram.
[in]	aGpsEnd	Ending GPS time of the histogram.
[in]	aOffset	Time offset applied to GPS times.

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ Segments() [1/6]

◆ Segments() [2/6]

◆ Segments() [3/6]

◆ Segments() [4/6]

◆ Segments() [5/6]

◆ Segments() [6/6]

◆ ~Segments()

Member Function Documentation

◆ AddSegment()

◆ AddSegments()

◆ Append() [1/4]

◆ Append() [2/4]

◆ Append() [3/4]

◆ Append() [4/4]

◆ ApplyPadding()

◆ CheckConsistency()

◆ ComputeLiveTime()

◆ Dump()

◆ GetDuration()

◆ GetEnd()

◆ GetEnds()

◆ GetFirst()

◆ GetHisto()

◆ GetHistogram()

◆ GetLast()

◆ GetLiveTime() [1/3]

◆ GetLiveTime() [2/3]

◆ GetLiveTime() [3/3]

◆ GetLiveTimeWithTag()

◆ GetMark()

◆ GetN()

◆ GetNWithTag()

◆ GetSegmentStartBefore()

◆ GetStart()

◆ GetStarts()

◆ GetStatus()

◆ GetTag()

◆ GetTagProduct()

◆ GetTags()

◆ GetTree() [1/2]

◆ GetTree() [2/2]

◆ Intersect() [1/2]

◆ Intersect() [2/2]

◆ IsInsideSegment() [1/2]

◆ IsInsideSegment() [2/2]

◆ MakeSecond()

◆ MergeOverlaps()

◆ Reset()

◆ Reverse()

◆ SetMarks()

◆ SetTag()

◆ SetTags()

◆ TruncateAfter()

◆ TruncateBefore()

Member Data Documentation

◆ n_mark

◆ seg_end

◆ seg_livetime

◆ seg_start

◆ seg_tag

◆ status

◆ time_mark