daqMC Class Reference

#include <daqMC.h>

Collaboration diagram for daqMC:

Public Member Functions
	daqMC ()
	~daqMC ()
TGraph *	Discriminator (TGraph *waveform, double threshold)
GResonseCurve	DynamicRange (int N, double Ngamma_max, double Ngamma_step)
void	Progress (int)
double	QDC (double charge)
TH1D *	QDCSpectrum (int N)
TGraph *	Scope ()
void	SetDiscriMinTime (double mintime)
void	SetDiscriWidth (double width)
void	SetPedestal (double Pedestal)
void	SetPhotonSource (PhotonSource *myPhotonSource)
void	SetQDCChannels (int nChannels)
void	SetSiPM (sipmMC *mySiPM)
void	Statistic (int N)
TH1D *	TDCSpectrum (int N)
TGraph *	ThreshScan (double gate, double tstart, double tstop, double tstep)

Public Attributes
bool	cancel
TGraph *	g_threshScan
TH1D *	h_ap
TH1D *	h_dr
TH1D *	h_pe
TH1D *	h_QDC
TH1D *	h_TDC
TH1D *	h_xt
double	progress
GResonseCurve	responseCurve

Detailed Description

Simple implementation of several characterization measurements

Constructor & Destructor Documentation

daqMC::daqMC

(

)

Here is the call graph for this function:

daqMC::~daqMC

(

)

Member Function Documentation

TGraph * daqMC::Discriminator	(	TGraph *	waveform,
		double	threshold
	)

Returns discriminated waveform (MAY STILL BE BUGGY!)

Here is the call graph for this function:

GResonseCurve daqMC::DynamicRange	(	int	N,
		double	Ngamma_max,
		double	Ngamma_step
	)

Simulates saturation curve and RMS with "N" events per intensity from 0 to "Ngamma_max" photons with "Ngamma_step" step width

draw legend

draw legend

Here is the call graph for this function:

void daqMC::Progress

(

int

p

)

Here is the caller graph for this function:

double daqMC::QDC

(

double

charge

)

Returns charge in QDC channels

Here is the caller graph for this function:

TH1D * daqMC::QDCSpectrum

(

int

N

)

Simulates charge spectrum with "N" events

Here is the call graph for this function:

TGraph * daqMC::Scope

(

)

Returns waveform

Here is the call graph for this function:

void daqMC::SetDiscriMinTime ( double  mintime )

inline

Sets minimal time the input signal must be above the threshold for the discriminator to give a signal

void daqMC::SetDiscriWidth ( double  width )

inline

Sets minimal duration discriminator output pulse in ns

void daqMC::SetPedestal ( double  Pedestal )

inline

Sets pedestal of QDC

Here is the caller graph for this function:

void daqMC::SetPhotonSource ( PhotonSource *  myPhotonSource )

inline

Connect daqMC class with PhotonSource object

void daqMC::SetQDCChannels ( int  nChannels )

inline

Sets number of QDC channels

Here is the caller graph for this function:

void daqMC::SetSiPM ( sipmMC *  mySiPM )

inline

Connect daqMC class with sipmMC object

void daqMC::Statistic

(

int

N

)

Plots number of pde, ct, ap, dr events in "N" events

draw legend

Here is the call graph for this function:

TH1D * daqMC::TDCSpectrum

(

int

N

)

Simulated time spectrum with "N" events

Here is the call graph for this function:

TGraph * daqMC::ThreshScan	(	double	gate,
		double	tstart,
		double	tstop,
		double	tstep
	)

Simulates theshold scan with "gate" integration time and thresholds from "tstart" to "tstop" with step size "tstep"

Here is the call graph for this function:

Member Data Documentation

bool daqMC::cancel

Cancels simulation process

TGraph* daqMC::g_threshScan

Threshold scan graph

TH1D* daqMC::h_ap

Number of after-pulses histogram

TH1D* daqMC::h_dr

Number of thermal pulses histogram

TH1D* daqMC::h_pe

Number of detected photons histogram

TH1D* daqMC::h_QDC

Charge spectrum histogram

TH1D* daqMC::h_TDC

Time spectrum histogram

TH1D* daqMC::h_xt

SNumber of cross-talk histogram

double daqMC::progress

Progress of simulation

GResonseCurve daqMC::responseCurve

Response curve and resolution graphs

---

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

• include/daqMC.h
• src/daqMC.cpp