class Set

Chain of event lists

Inheritance:

Public Fields

typedef std::vector <ChainPtr>	eventset Basic event set type
typedef Chain::eventchain	eventchain Basic chain type
typedef List::eventlist	eventlist Basic list type
typedef Chain::value_type	value_type Value type
typedef Chain::size_type	size_type Size type
typedef Chain::difference_type	difference_type Difference type
typedef Chain::reference	reference Reference type
typedef Chain::const_reference	const_reference Const reference type
typedef Chain::pointer	pointer Pointer type
typedef Chain::const_pointer	const_pointer Const pointer type
typedef Iterator	iterator Iterator
typedef ConstIterator	const_iterator Const iterator
typedef ReverseIterator	reverse_iterator Iterator
typedef ConstReverseIterator	const_reverse_iterator Const iterator

Public Methods

explicit	Set (int N = 1) Constructor
explicit	Set (const char* filename) Constructor
Set*	Copy () const Copy the event
bool	AddChain (const char* filename) Add
bool	AddChain (const Chain& chain) Add
Chain&	GetChain (int lnum) Get
const Chain&	GetChain (int lnum) const Get
bool	RemoveChain (int lnum) Remove
int	N () const N
void	SetDefaultChain (int def = 0) Set the default chain
int	GetDefaultChain () const Get the index of the default chain
void	Merge () Merge
void	Join (Set& set) Merge
bool	Configure (const char* filename) Configure
bool	Save (const char* filename, int perfile = 0, int maxevents = -1) const Save
bool	Restore (const char* filename) Restore
int	Size () const Size
bool	Empty () const Empty
bool	operator== (const Set& l) const Equality
bool	operator!= (const Set& l) const Equality
bool	CheckOrder () const Check order
void	Swap (Set& l) Swap
iterator	LowerBound (const Time& t) Lower bound
const_iterator	LowerBound (const Time& t) const Lower bound
iterator	UpperBound (const Time& t) Upper bound
const_iterator	UpperBound (const Time& t) const Upper bound
iterator	LowerBound (const Event& t) Lower bound
const_iterator	LowerBound (const Event& t) const Lower bound
iterator	UpperBound (const Event& t) Upper bound
const_iterator	UpperBound (const Event& t) const Upper bound
void	Sort () Sort
reference	At (size_type idx) At
const_reference	At (size_type idx) const At
reference	operator[] (size_type idx) Operator[]
const_reference	operator[] (size_type idx) const Operator[]
reference	Front () Front
const_reference	Front () const Front
reference	Back () Back
const_reference	Back () const Back
iterator	Begin () Begin
const_iterator	Begin () const Begin
iterator	End () End
const_iterator	End () const End
reverse_iterator	RBegin () RBegin
const_reverse_iterator	RBegin () const RBegin
reverse_iterator	REnd () REnd
const_reverse_iterator	REnd () const REnd
void	Insert (const Event& event) Insert
iterator	Insert (const iterator& pos, const Event& event) Insert
void	Insert (const iterator& beg, const iterator& end) Add
void	PushBack (const Event& event) PushBack
iterator	Erase (const iterator& pos) Erase
iterator	Erase (const iterator& beg, const iterator& end) Erase
void	PopBack () PopBack
void	Clear () Clear
void	SetWindow (const TimeWindow& window) Set time window
void	SetWindow (const Interval& width, const Interval& offset) Set time window
void	SetOffset (const Interval& offset) Set time offset
Interval	GetOffset () const Get time offset
void	SetWidth (const Interval& duration) Set time duration
Interval	GetWidth () const Get time duration
void	SetColumn (const Column& column, const Function& expression) Set column to a new value
void	SetColumn (const Column& column, const Function& expression, const Condition& cond, const TimeWindow& window = TimeWindow (1.)) Set column to a new value of selected events
int	Select (const Condition& cond) Select
int	Select (const Set& events, const Condition& cond) Select
int	SelectAdd (const Set& events, const Condition& cond) Select and add
int	Sort (const Function& func, bool ascending = true, int n = 0) Sort
int	Sort (const Set& events, const Function& func, bool ascending = true, int n = 0) Sort
int	Coincidence (const Condition& cond = Condition::True()) Coincidence
int	Coincidence (const TimeWindow& window, const Condition& cond = Condition::True()) Coincidence
int	Coincidence (const Set& events, const Condition& cond = Condition::True()) Coincidence
int	Coincidence (const Set& events, const TimeWindow& window, const Condition& cond = Condition::True()) Coincidence
int	CoincidenceAdd (const Set& events, const Condition& cond = Condition::True()) Coincidence and add
int	CoincidenceAdd (const Set& events, const TimeWindow& window, const Condition& cond = Condition::True()) Coincidence and add
int	TripleCoincidence (const Condition& cond = Condition::True()) TripleCoincidence
int	TripleCoincidence (const TimeWindow& window, const Condition& cond = Condition::True()) TripleCoincidence
int	TripleCoincidence (const Set& events, const Condition& cond = Condition::True()) TripleCoincidence
int	TripleCoincidence (const Set& events, const TimeWindow& window, const Condition& cond = Condition::True()) TripleCoincidence
int	TripleCoincidenceAdd (const Set& events, const Condition& cond = Condition::True()) TripleCoincidence Add
int	TripleCoincidenceAdd (const Set& events, const TimeWindow& window, const Condition& cond = Condition::True()) TripleCoincidence Add
int	MultiCoincidence (int n, const Condition& cond = Condition::True()) MultiCoincidence
int	MultiCoincidence (int n, const TimeWindow& window, const Condition& cond = Condition::True()) MultiCoincidence
int	MultiCoincidence (int n, const Set& events, const Condition& cond = Condition::True()) MultiCoincidence
int	MultiCoincidence (int n, const Set& events, const TimeWindow& window, const Condition& cond = Condition::True()) MultiCoincidence
int	MultiCoincidenceAdd (int n, const Set& events, const Condition& cond = Condition::True()) MultiCoincidence Add
int	MultiCoincidenceAdd (int n, const Set& events, const TimeWindow& window, const Condition& cond = Condition::True()) MultiCoincidence Add
int	Clusters (int threshold, const Condition& cond = Condition::True()) Select
int	Clusters (int threshold, const TimeWindow& window, const Condition& cond = Condition::True()) Select
int	Clusters (const Set& events, int threshold, const Condition& cond = Condition::True()) Select
int	Clusters (const Set& events, int threshold, const TimeWindow& window, const Condition& cond = Condition::True()) Select
int	ClusterAdd (const Set& events, int threshold, const Condition& cond = Condition::True()) Select and add
int	ClusterAdd (const Set& events, int threshold, const TimeWindow& window, const Condition& cond = Condition::True()) Select and add
int	Histogram (Histogram1& hist, const Function& func, const Condition& cond = Condition::True()) const 1D histogram generation
int	Histogram (Histogram2& hist, const Function& f1, const Function& f2, const Condition& cond = Condition::True()) const 1D histogram generation
int	TimeSeries (TSeries& ts, const Function& func, const Condition& cond = Condition::True()) const Time series generation
void	Dump (std::ostream& os, int num = 0) const Dump Event data in the Set to the specified output stream
void	Dump (int num = 0) const Dump Event data in the Set to the specified output stream
void	DumpColumn (const char* name, std::ostream& os, int num = 0) const Dump column data in the Set to the specified output stream
void	DumpColumn (const char* name, int num = 0) const Dump column data in the Set to the specified output stream

typedef std::vector <ChainPtr> eventset

Basic event set type

typedef Chain::eventchain eventchain

Basic chain type

typedef List::eventlist eventlist

Basic list type

typedef Chain::value_type value_type

Value type

typedef Chain::size_type size_type

Size type

typedef Chain::difference_type difference_type

Difference type

typedef Chain::reference reference

Reference type

typedef Chain::const_reference const_reference

Const reference type

typedef Chain::pointer pointer

Pointer type

typedef Chain::const_pointer const_pointer

Const pointer type

typedef Iterator iterator

Iterator

typedef ConstIterator const_iterator

Const iterator

typedef ReverseIterator reverse_iterator

Iterator

typedef ConstReverseIterator const_reverse_iterator

Const iterator

explicit Set(int N = 1)

Creats a event set with N chains.

explicit Set(const char* filename)

Creats a event set from a single file (one chain with one list).

Set* Copy() const

Returns a copy of the event chain. This method must be overriden by all descendents.

Returns:

event copy

bool AddChain(const char* filename)

Add an event chain to the set.

bool AddChain(const Chain& chain)

Add an event chain to the set.

Chain& GetChain(int lnum)

Get an event chain from the set.

const Chain& GetChain(int lnum) const

Get an event chain from the set.

bool RemoveChain(int lnum)

Remove an event chain form the set.

int N() const

Number of event chains in set.

void SetDefaultChain(int def = 0)

Set the default chain. The default chain is used in several operations such as PushBack and Insert.

Parameters:

def - Default chain index

int GetDefaultChain() const

Get the index of the default chain

Returns:

Index of the default chain

void Merge()

Merge all event chains into one.

void Join(Set& set)

Join all events from the specified set into the currenmt set. The specified set will be empty afterwards. This method simply transfers the chains. It will not merge the chains!

bool Configure(const char* filename)

Add the event chains specified in the configuration file to the event set. The configuration file must contain a list of files (one per line) each representing an event chain configuration file. Lines starting with a UNIX comment letter are ignored.

bool Save(const char* filename, int perfile = 0, int maxevents = -1) const

Save the set to the specified file(s). If a non-negative perfile is specified and if the number of events in a set is larger than perfile, multiple files are created for each chain with a maximum of perfile events each. The file number is increased automatically until maxevents is reached or all events are processed.

Parameters:

filename - Name of file
perfile - Number of events per written file
maxevents - Maximum number of events written

bool Restore(const char* filename)

Restore an event set from a single file (one chain with one list). All events in the set are cleared before importing the file.

Parameters:

filename - Name of file

int Size() const

Size of list (number of events in chain).

bool Empty() const

Empty list?

bool operator== (const Set& l) const

Equality operator.

bool operator!= (const Set& l) const

Inequality operator.

bool CheckOrder() const

Check if events are stored in proper time order.

void Swap(Set& l)

Swap the list.

iterator LowerBound(const Time& t)

Lower bound

const_iterator LowerBound(const Time& t) const

Lower bound

iterator UpperBound(const Time& t)

Upper bound

const_iterator UpperBound(const Time& t) const

Upper bound

iterator LowerBound(const Event& t)

Lower bound

const_iterator LowerBound(const Event& t) const

Lower bound

iterator UpperBound(const Event& t)

Upper bound

const_iterator UpperBound(const Event& t) const

Upper bound

void Sort()

Sort the set by event time (the set will be merged first).

reference At(size_type idx)

At. Rather inefficient function.

const_reference At(size_type idx) const

At. Rather inefficient function.

reference operator[] (size_type idx)

Operator []. Rather inefficient function.

const_reference operator[] (size_type idx) const

Operator []. Rather inefficient function.

reference Front()

Front

const_reference Front() const

Front

reference Back()

Back

const_reference Back() const

Back

iterator Begin()

Begin iterator.

Returns:

Iterator

const_iterator Begin() const

Begin iterator.

Returns:

Iterator

iterator End()

End iterator.

Returns:

Const iterator

const_iterator End() const

End iterator.

Returns:

Const iterator

reverse_iterator RBegin()

RBegin

const_reverse_iterator RBegin() const

RBegin

reverse_iterator REnd()

REnd

const_reverse_iterator REnd() const

REnd

void Insert(const Event& event)

Insert an event into the default chain at its proper location.

iterator Insert(const iterator& pos, const Event& event)

Insert an event to the set at the specified location.

void Insert(const iterator& beg, const iterator& end)

Inserts a range of events.

void PushBack(const Event& event)

Inserts an event at the back.

iterator Erase(const iterator& pos)

Erase an event. Returns an iterator pointing the next event.

iterator Erase(const iterator& beg, const iterator& end)

Erase a range of events. Returns an iterator pointing the next event.

void PopBack()

Remove an event from the end of the default chain.

void Clear()

Clear the chain.

void SetWindow(const TimeWindow& window)

Set the time window of the analysis. A sliding window is used to loop over the events. Only events within this window are considered for veto or coincidence. The window must be at least as wide as the larges coincidenc or veto window.

void SetWindow(const Interval& width, const Interval& offset)

Set the time window of the analysis. A sliding window is used to loop over the events. Only events within this window are considered for veto or coincidence. The window must be at least as wide as the larges coincidenc or veto window.

Parameters:

width - Window duration
offset - Window offset

void SetOffset(const Interval& offset)

Set the time offset of the window.

Interval GetOffset() const

Get the time offset of the window.

void SetWidth(const Interval& duration)

Set the time duration of the window.

Interval GetWidth() const

Get the time duration of the window.

void SetColumn(const Column& column, const Function& expression)

Set column to a new value. Loops through the list of events and calculates the expression for each event. The specified column is the set to then new value. The column name can be either a string or a column class.

Example:

    		    		Set s1 ("input.xml");
    		s1.SetColumn (Column ("Significance"),
                       Column ("Amplitude") / Column ("Sigma"));
    		

Returns:

void

Parameters:

column - Name of column/Column object
expression - New column value

void SetColumn(const Column& column, const Function& expression, const Condition& cond, const TimeWindow& window = TimeWindow (1.))

Set column to a new value. Loops through the list of events and calculates the expression for each event which fullfills the condition. The specified column is then set to the new value. The column name can be either a string or a column class.

Example:

    	    	    		Set s1 ("input.xml");
    		s1.SetColumn (Column ("Significance"),
       	  	           Column ("Amplitude") / Column ("Sigma"),
        		           Filter ("burst::*"));
    	

Returns:

void

Parameters:

column - Name of column/Column object
expression - New column value
cond - Event condition
window - Time window for analysis

int Select(const Condition& cond)

Selects the events which fullfill the event condition.

Returns:

Number of selected events

Parameters:

cond - Event condition

int Select(const Set& events, const Condition& cond)

Selects the events from the specified set which fullfill the event condition. The destination set is cleared first.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
cond - Event condition

int SelectAdd(const Set& events, const Condition& cond)

Selects the events from the specified set which fullfill the event condition and adds them to the current set.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
cond - Event condition

int Sort(const Function& func, bool ascending = true, int n = 0)

Sorts the events using the event function.

Returns:

Number of sorted events

Parameters:

func - Event function
ascending - Sort order (true default)
n - Maximum number of sorted events (0 = all)

int Sort(const Set& events, const Function& func, bool ascending = true, int n = 0)

Sorts the events form the specified set using the event function.

Returns:

Number of sorted events

Parameters:

func - Event function
ascending - Sort order (true default)
n - Maximum number of sorted events (0 = all)

int Coincidence(const Condition& cond = Condition::True())

Selects the events which fullfill the event coincidence condition. Uses the time window of the set. If two events e1 and e2 fullfill the event condition, a multi event consisting of e1 and e2 is added.

Returns:

Number of added/selected events

Parameters:

cond - Event condition

int Coincidence(const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events which fullfill the event coincidence condition. Specifies the time window explicitly. If two events e1 and e2 fullfill the event condition, a multi event consisting of e1 and e2 is added.

Returns:

Number of added/selected events

Parameters:

window - Coincidence interval
cond - Event condition

int Coincidence(const Set& events, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event coincidence condition. The destination set is cleared first. Uses the time window of the set. If two events e1 and e2 fullfill the event condition, a multi event consisting of e1 and e2 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
cond - Event condition

int Coincidence(const Set& events, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event coincidence condition. The destination set is cleared first. Specifies the time window explicitly. If two events e1 and e2 fullfill the event condition, a multi event consisting of e1 and e2 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
window - Coincidence interval
cond - Event condition

int CoincidenceAdd(const Set& events, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event coincidence condition and adds them to the current set. Uses the time window of the set. If two events e1 and e2 fullfill the event condition, a multi event consisting of e1 and e2 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
window - Coincidence interval
cond - Event condition

int CoincidenceAdd(const Set& events, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event coincidence condition and adds them to the current set. Specifies the time window explicitly. If two events e1 and e2 fullfill the event condition, a multi event consisting of e1 and e2 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
window - Coincidence interval
cond - Event condition

int TripleCoincidence(const Condition& cond = Condition::True())

Selects the events which fullfill the event triple coincidence. Uses the time window of the set. If three events e1, e2 and e3 fullfill the event condition, a multi event consisting of e1, e2 and e3 is added.

Returns:

Number of added/selected events

Parameters:

cond - Event condition

int TripleCoincidence(const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events which fullfill the event triple coincidence. Specifies the time window explicitly. If three events e1, e2 and e3 fullfill the event condition, a multi event consisting of e1, e2 and e3 is added.

Returns:

Number of added/selected events

Parameters:

window - Coincidence interval
cond - Event condition

int TripleCoincidence(const Set& events, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event triple coincidence condition. The destination set is cleared first. Uses the time window of the set. If three events e1, e2 and e3 fullfill the event condition, a multi event consisting of e1, e2 and e3 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
cond - Event condition

int TripleCoincidence(const Set& events, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event triple coincidence condition. The destination set is cleared first. Specifies the time window explicitly. If three events e1, e2 and e3 fullfill the event condition, a multi event consisting of e1, e2 and e3 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
window - Coincidence interval
cond - Event condition

int TripleCoincidenceAdd(const Set& events, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event triple coincidence condition and adds them to the current set. Uses the time window of the set. If three events e1, e2 and e3 fullfill the event condition, a multi event consisting of e1, e2 and e3 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
cond - Event condition

int TripleCoincidenceAdd(const Set& events, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event triple coincidence condition and adds them to the current set. Specifies the time window explicitly. If three events e1, e2 and e3 fullfill the event condition, a multi event consisting of e1, e2 and e3 is added.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
window - Coincidence interval
cond - Event condition

int MultiCoincidence(int n, const Condition& cond = Condition::True())

Selects the events which fullfill the event multi coincidence. Uses the time window of the set. If events e1, ... eN fullfill the event condition, a multi event consisting of e1, ... en is added.

Returns:

Number of added/selected events

Parameters:

n - Number of required coincidences
window - Coincidence interval
cond - Event condition

int MultiCoincidence(int n, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events which fullfill the event multi coincidence. Specifies the time window explicitly. If events e1, ... eN fullfill the event condition, a multi event consisting of e1, ... en is added.

Returns:

Number of added/selected events

Parameters:

n - Number of required coincidences
window - Coincidence interval
cond - Event condition

int MultiCoincidence(int n, const Set& events, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event multi coincidence condition. The destination set is cleared first. Uses the time window of the set. If events e1, ... eN fullfill the event condition, a multi event consisting of e1, ... en is added.

Returns:

Number of added/selected events

Parameters:

n - Number of required coincidences
events - Set to pick events from
cond - Event condition

int MultiCoincidence(int n, const Set& events, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event multi coincidence condition. The destination set is cleared first. Specifies the time window explicitly. If events e1, ... eN fullfill the event condition, a multi event consisting of e1, ... en is added.

Returns:

Number of added/selected events

Parameters:

n - Number of required coincidences
events - Set to pick events from
window - Coincidence interval
cond - Event condition

int MultiCoincidenceAdd(int n, const Set& events, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event multi coincidence condition and adds them to the current set. Uses the time window of the set. If events e1, ... eN fullfill the event condition, a multi event consisting of e1, ... en is added.

Returns:

Number of added/selected events

Parameters:

n - Number of required coincidences
events - Set to pick events from
cond - Event condition

int MultiCoincidenceAdd(int n, const Set& events, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event multi coincidence condition and adds them to the current set. Specifies the time window explicitly. If events e1, ... eN fullfill the event condition, a multi event consisting of e1, ... en is added.

Returns:

Number of added/selected events

Parameters:

n - Number of required coincidences
events - Set to pick events from
window - Coincidence interval
cond - Event condition

int Clusters(int threshold, const Condition& cond = Condition::True())

Selects the events which fullfill the event condition. Uses the time window of the set.

Returns:

Number of selected events

Parameters:

threshold - Number of events to be considered a cluster
cond - Event condition

int Clusters(int threshold, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events which fullfill the event condition. Specifies the time window explicitly.

Returns:

Number of selected events

Parameters:

threshold - Number of events to be considered a cluster
window - Duration of cluster window
cond - Event condition

int Clusters(const Set& events, int threshold, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event condition. The destination set is cleared first. Uses the time window of the set.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
threshold - Number of events to be considered a cluster
cond - Event condition

int Clusters(const Set& events, int threshold, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the events from the specified set which fullfill the event condition. The destination set is cleared first. Specifies the time window explicitly.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
threshold - Number of events to be considered a cluster
window - Duration of cluster window
cond - Event condition

int ClusterAdd(const Set& events, int threshold, const Condition& cond = Condition::True())

Selects the cluster events from the specified set which fullfill the event condition and adds them to the current set. Uses the time window of the set.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
threshold - Number of events to be considered a cluster
cond - Event condition

int ClusterAdd(const Set& events, int threshold, const TimeWindow& window, const Condition& cond = Condition::True())

Selects the cluster events from the specified set which fullfill the event condition and adds them to the current set. Specifies the time window explicitly.

Returns:

Number of added/selected events

Parameters:

events - Set to pick events from
threshold - Number of events to be considered a cluster
window - Duration of cluster window
cond - Event condition

int Histogram(Histogram1& hist, const Function& func, const Condition& cond = Condition::True()) const

Make a one-dimensional histogram. The specified event column is used to add to the histogram all events fullfilling the event condition.

Returns:

Number of added events

Parameters:

hist - 1D histogram
func - Event function used for histogram axis
cond - Condition to select events

int Histogram(Histogram2& hist, const Function& f1, const Function& f2, const Condition& cond = Condition::True()) const

Make a two-dimensional histogram. The specified event columns are used to add to the histogram all events fullfilling the event condition.

Returns:

Number of added events

Parameters:

hist - 1D histogram
f1 - Event function used for first histogram axis
f2 - Event function used for second histogram axis
cond - Condition to select events

int TimeSeries(TSeries& ts, const Function& func, const Condition& cond = Condition::True()) const

Make a time series. The specified event column is plotted against time.

Returns:

Number of events

Parameters:

ts - Time series
func - Event function used for Y axis
cond - Condition to select events

void Dump(std::ostream& os, int num = 0) const

Dump Event data in the Set to the specified output stream

Parameters:

os - output stream
num - max number of events

void Dump(int num = 0) const

Dump Event data in the Set to the specified output stream

Parameters:

os - output stream
num - max number of events

void DumpColumn(const char* name, std::ostream& os, int num = 0) const

Dump column data in the Set to the specified output stream

Parameters:

name - column name
os - output stream
num - max number of events

void DumpColumn(const char* name, int num = 0) const

Dump column data in the Set to the specified output stream

Parameters:

name - column name
os - output stream
num - max number of events

alphabetic index hierarchy of classes

Please send questions and comments to sigg_d@ligo-wa.caltech.edu

generated by doc++