SimCalorimetry
CaloSimAlgos
src
CaloShapeIntegrator.cc
Go to the documentation of this file.
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#include "
SimCalorimetry/CaloSimAlgos/interface/CaloShapeIntegrator.h
"
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CaloShapeIntegrator::CaloShapeIntegrator
(
const
CaloVShape
*aShape) : m_shape(aShape) {}
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CaloShapeIntegrator::~CaloShapeIntegrator
() {}
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double
CaloShapeIntegrator::timeToRise
()
const
{
return
m_shape
->
timeToRise
(); }
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double
CaloShapeIntegrator::operator()
(
double
startTime)
const
{
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double
sum = 0.;
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double
time
= startTime + 0.5;
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for
(
unsigned
istep = 0; istep <
BUNCHSPACE
; ++istep) {
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sum += (*m_shape)(
time
);
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time
=
time
+ 1.0;
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}
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return
sum;
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}
CaloShapeIntegrator.h
CaloShapeIntegrator::CaloShapeIntegrator
CaloShapeIntegrator(const CaloVShape *aShape)
Definition:
CaloShapeIntegrator.cc:3
CaloShapeIntegrator::~CaloShapeIntegrator
~CaloShapeIntegrator() override
Definition:
CaloShapeIntegrator.cc:5
protons_cff.time
time
Definition:
protons_cff.py:39
CaloVShape::timeToRise
virtual double timeToRise() const =0
CaloShapeIntegrator::m_shape
const CaloVShape * m_shape
Definition:
CaloShapeIntegrator.h:23
CaloVShape
Electronic response of the preamp.
Definition:
CaloVShape.h:11
CaloShapeIntegrator::operator()
double operator()(double startTime) const override
Definition:
CaloShapeIntegrator.cc:9
CaloShapeIntegrator::BUNCHSPACE
Definition:
CaloShapeIntegrator.h:13
CaloShapeIntegrator::timeToRise
double timeToRise() const override
Definition:
CaloShapeIntegrator.cc:7
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