namespace generator class SinGauss : public DataSource

Sine-Gaussian function generator.

Inheritance:

Public Methods

SinGauss(void)

Default constructor

SinGauss(double Amp, double Freq, double Q, double Phi=0.0, double wid=6.0)

Construct a SinGauss data source and initialize the waveform parameters

~SinGauss(void)

Destroy a SinGauss data source

SinGauss* clone(void) const

Create an identical copy of a SinGauss object

const char* getDataType(void) const

Return a constant string containing the data source type, "SinGauss"

Interval getDuration(void) const

Return the duration of the data to be generated

Inherited from DataSource:

Public Classes

enum RepMode

kContinuous

Continuous data source

kSingle

Generate a single event

kRate

Generate events with poisson statistics

kFixed

Generate events at fixed intervals

class SrcEvent

SrcEvent(void)

Default SrcEvent constructor

SrcEvent(const std::string& name, const std::string& comment, const Time& t0, Interval before, Interval after, const ParamMap& map)

SrcEvent data constructor

const char* getComment(void) const

Get the comment field

const char* getInputs(void) const

Get the input data

const char* getName(void) const

Get the data source name

const Time& getGPSMax(void) const

Get the GPS time of the maximum value

Interval getTimeBefore(void) const

Get the duration of the generated waveform before the maximum time

Interval getTimeAfter(void) const

Get the duration of the generated waveform after the maximum time

double getAmplitude(void) const

Get the waveform amplitude

const ParamList& getParamList(void) const

Get a list of the generated parameters

Public Methods

static DataSource* parse(const std::string& desc)

virtual std::ostream& dump(std::ostream& out) const

bool isContinuous(void) const

void generate(const Time& t0, Interval dt)

int getDebug(void) const

Time getLatest(void) const

const char* getName(void) const

virtual double getNumeric(const std::string& name) const

virtual const char* getParameter(const std::string& name) const

double getRate(void) const

Interval getSample(void) const

virtual Interval getStartOffset(void) const

Time getStartTime(void) const

Time getTrigTime(void) const

TSeries getTimeSeries(const Time& t0, Interval dT) const

const TSeries& getTimeSeries(void) const

virtual std::string getSourceName(void) const

virtual void randomize(void)

void release(const Time& t0)

void setDebug(int lvl)

void setName(const std::string& name)

virtual void setParameter(const std::string& name, const std::string& val)

virtual void setParameter(const std::string& name, double value)

void setSample(Interval dT)

void setTriggerRate(double rate)

void setTriggerTime(const Time& t0)

bool getWriteFlag(void) const

bool getSaveFlag(void) const

void setWriteFlag(bool yorn=true)

void setSaveFlag(bool yorn=true)

unsigned long getNEvent(void) const

const SrcEvent& refEvent(void) const

const SrcEvent& refEvent(unsigned long i) const

void eraseEvent(unsigned long N)

SinGauss(void)

Default constructor

SinGauss(double Amp, double Freq, double Q, double Phi=0.0, double wid=6.0)

Construct a SinGauss data source and initialize the waveform parameters

Parameters:

Amp - the amplitude at t=to.
Freq - the sinusoid frequency (in Hz).
Q - the quality factor.
Phi - the sinusoid phase at t=to (in degrees).
wid - the half width of the generated data in units of Q/(2*pi*F).

~SinGauss(void)

Destroy a SinGauss data source

SinGauss* clone(void) const

Create an identical copy of a SinGauss object

const char* getDataType(void) const

Return a constant string containing the data source type, "SinGauss"

Interval getDuration(void) const

Return the duration of the data to be generated. For SinGauss this is evaluated on an event by event basis and is 2*Width*Q/F.

alphabetic index hierarchy of classes

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