trigscint::QIEInputPulse Class Reference

The base class to store the most important functions. More...

#include <QIEInputPulse.h>

Public Member Functions
virtual	~QIEInputPulse ()=default
	Destructor.
float	eval (float T)
	Evaluate the pulse train at time T.
virtual float	evalSingle (float T, int id)=0
	Evaluate the pulse train at time T.
virtual float	integrate (float T1, float T2)=0
	Integrate the pulse from T1 to T2.
virtual float	derivative (float T, int id)=0
	Differentiate pulse at time T.
virtual float	max (int id)=0
	maximum of the pulse
void	addPulse (float toff, float ampl)
	To add a pulse to the collection.
int	getNPulses ()
	Get the number of pulses in the collection.

Protected Attributes
std::vector< float >	toff_
	collection of pulse time offsets
std::vector< float >	ampl_
	collection of pulse amplitudes

Detailed Description

The base class to store the most important functions.

Note

Always use the classes inherited from this class for QIE input pulse.

Definition at line 17 of file QIEInputPulse.h.

Member Function Documentation

addPulse()

void trigscint::QIEInputPulse::addPulse	(	float	toff,
		float	ampl )

To add a pulse to the collection.

Parameters

toff	time at which the pulse starts
ampl	pulse amplitude (total area under the curve)

Definition at line 13 of file QIEInputPulse.cxx.

                                                   {
  toff_.push_back(toff);
  ampl_.push_back(ampl);
}

References ampl_, and toff_.

derivative()

virtual float trigscint::QIEInputPulse::derivative ( float T, int id )

pure virtual

Differentiate pulse at time T.

Implemented in trigscint::Bimoid, and trigscint::Expo.

eval()

float trigscint::QIEInputPulse::eval

(

float

T

)

Evaluate the pulse train at time T.

Definition at line 18 of file QIEInputPulse.cxx.

                                 {
  if (ampl_.size() == 0) return 0;
  float val = 0;
  for (int i = 0; i < ampl_.size(); i++) {
    val += evalSingle(T, i);
  }
  return val;
}

References ampl_, and evalSingle().

Referenced by trigscint::SimQIE::tdc().

evalSingle()

virtual float trigscint::QIEInputPulse::evalSingle ( float T, int id )

pure virtual

Evaluate the pulse train at time T.

Implemented in trigscint::Bimoid, and trigscint::Expo.

Referenced by eval().

getNPulses()

int trigscint::QIEInputPulse::getNPulses ( )

inline

Get the number of pulses in the collection.

Definition at line 58 of file QIEInputPulse.h.

{ return ampl_.size(); }

References ampl_.

Referenced by trigscint::SimQIE::pulseCut().

integrate()

virtual float trigscint::QIEInputPulse::integrate ( float T1, float T2 )

pure virtual

Integrate the pulse from T1 to T2.

Implemented in trigscint::Bimoid, and trigscint::Expo.

Referenced by trigscint::SimQIE::outAdc(), and trigscint::SimQIE::pulseCut().

max()

virtual float trigscint::QIEInputPulse::max ( int id )

pure virtual

maximum of the pulse

Implemented in trigscint::Bimoid, and trigscint::Expo.

Member Data Documentation

ampl_

std::vector<float> trigscint::QIEInputPulse::ampl_

protected

collection of pulse amplitudes

Definition at line 65 of file QIEInputPulse.h.

Referenced by addPulse(), trigscint::Bimoid::derivative(), trigscint::Expo::derivative(), eval(), trigscint::Bimoid::evalSingle(), trigscint::Expo::evalSingle(), getNPulses(), trigscint::Bimoid::iInt(), trigscint::Expo::iInt(), trigscint::Bimoid::integrate(), trigscint::Expo::integrate(), and trigscint::Expo::max().

toff_

std::vector<float> trigscint::QIEInputPulse::toff_

protected

collection of pulse time offsets

Definition at line 62 of file QIEInputPulse.h.

Referenced by addPulse(), trigscint::Bimoid::derivative(), trigscint::Expo::derivative(), trigscint::Bimoid::evalSingle(), trigscint::Expo::evalSingle(), trigscint::Bimoid::iInt(), trigscint::Expo::iInt(), trigscint::Bimoid::integrate(), and trigscint::Expo::integrate().

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

• TrigScint/include/TrigScint/QIEInputPulse.h
• TrigScint/src/TrigScint/QIEInputPulse.cxx