de/d8f/Shape_8h_source.html

 // Shape.h
 //
 #ifndef Shape_H
 #define Shape_H

 #include "TObject.h"

 class Shape: public TObject
 {
 public:
   virtual double eval(double t) const = 0 ;
   virtual double derivative(double t) const = 0 ;
   virtual double getTimeOfMax() const = 0 ;
   virtual bool fillShapeFor(int tower=0, int crystal=0, int gain=0) = 0 ;

   ClassDef(Shape,1) // Definition of a general interface to pulse shapes
 };

 #endif
Shape::fillShapeFor
virtual bool fillShapeFor(int tower=0, int crystal=0, int gain=0)=0
Calling this method fill the shape corresponding to a given channel (tower, crystal and gain) ...

Shape::derivative
virtual double derivative(double t) const  =0
return the value of the derivative of the shape at a given time (given in clock unit) ...

muonCSCDigis_cfi.gain
gain
Definition: muonCSCDigis_cfi.py:36

Shape::getTimeOfMax
virtual double getTimeOfMax() const  =0
return the value of the time of the max of the shape (in clock unit).

Shape::eval
virtual double eval(double t) const  =0
return the value of the shape at a given time (given in clock unit)

lumiQTWidget.t
t
Definition: lumiQTWidget.py:50

Shape
Abstract Class of shape.
Definition: Shape.h:14