Trigger result class.

Inheritance:

Public Methods

	TrigRslt (const char* ID, const char* SubID=0, index_type nData=0, const param_type* DList=0) Create a result object.
	TrigRslt (const TrigRslt& x) Create a result object.
virtual	~TrigRslt (void) Result destructor.
index_type	getNData (void) const Get the number of data words.
const param_type&	operator[] (unsigned int i) const Get a data word.
param_type&	operator[] (unsigned int i) Read/Modify a data word.
TrigRslt&	operator= (const TrigRslt& x) Read/Modify a data word.

Public Members

typedef double

param_type Result data type

Inherited from TrigBase:

Public Methods

double getBandwidth(void) const

index_type getData(index_type inx, index_type len, char* data) const

int getDisposition(void) const

Interval getDt(void) const

double getFrequency(void) const

const char* getID(void) const

const char* getIFOs(void) const

double getLowF(void) const

double getIntensity(void) const

double getHighF(void) const

TrigPrio getPriority(void) const

const char* getProcess(void) const

const char* getResult(void) const

index_type getResultLength(void) const

double getSignificance(void) const

const char* getSubID(void) const

Time getTime(void) const

Interval getPeakOffset(void) const

Interval getAvgOffset(void) const

Time getPeakTime(void) const

Time getAvgTime(void) const

Interval getTimeSigma(void) const

double getFreqPeak(void) const

double getFreqAvg(void) const

double getFreqSigma(void) const

double getNoisePower(void) const

double getSignalPower(void) const

int getPixelCount(void) const

double getConfidence(void) const

bool operator==(const TrigBase& trigger) const

void appData(const char* data, index_type len)

void modData(const char* data, index_type inx, index_type len)

void setBandwidth(double bw)

void setData(const char* data, index_type len)

void setDisposition(int disp)

void setDuration(Interval dT)

void setFrequency(double F0)

void setIfos(const char* IFO)

void setIntensity(double Mag)

void setSignificance(double sigma)

void setTime(const Time& T0)

void setPriority(TrigPrio prio)

void setProcess(const char* Process)

void setPeakOffset(Interval dT)

void setAvgOffset(Interval dT)

void setPeakTime(const Time& t)

void setAvgTime(const Time& t)

void setTimeSigma(Interval s)

void setFreqPeak(double f)

void setFreqAvg(double f)

void setFreqSigma(double s)

void setNoisePower(double np)

void setSignalPower(double sp)

void setPixelCount(int N)

void setConfidence(double cl)

void zeroResult(index_type inx, index_type len)

Protected Methods

char* getResult(void)

Documentation

The trigger result object contains a trigger dependent list of data that describes the trigger. In the present implementation, the data list is a vector of double precision floats. Other trigger-dependent result classes may be defined based on the TrigBase class.

typedef double param_type

Result data type

TrigRslt(const char* ID, const char* SubID=0, index_type nData=0, const param_type* DList=0)

A result object is created and the parameter data are copied into the trigger data list.

TrigRslt(const TrigRslt& x)

A result object is created and the parameter data are copied into the trigger data list.

virtual ~TrigRslt(void)

Release the data after recording the trigger.

index_type getNData(void) const

The Number of data words is returned.

const param_type& operator[](unsigned int i) const

Get a specified result data word.

param_type& operator[](unsigned int i)

Get or set a specified data word.

TrigRslt& operator=(const TrigRslt& x)

Get or set a specified data word.

This class has no child classes.

Author:

J. Zweizig

Version:

1.2; Modified

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