CalibFormats
CastorObjects
interface
CastorChannelCoder.h
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#ifndef CASTOR_CHANNEL_CODER_H
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#define CASTOR_CHANNEL_CODER_H
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namespace
reco
{
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namespace
castor
{
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class
QieShape
;
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}
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}
// namespace reco
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class
CastorChannelCoder
{
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public
:
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CastorChannelCoder
(
const
float
fOffset[16],
const
float
fSlope[16]);
// [CapId][Range]
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double
charge
(
const
reco::castor::QieShape
& fShape,
int
fAdc,
int
fCapId)
const
;
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int
adc
(
const
reco::castor::QieShape
& fShape,
double
fCharge,
int
fCapId)
const
;
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int
index
(
int
fCapId,
int
Range
) {
return
fCapId * 4 +
Range
; }
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private
:
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double
mOffset
[4][4];
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double
mSlope
[4][4];
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};
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#endif
CastorChannelCoder::mOffset
double mOffset[4][4]
Definition:
CastorChannelCoder.h:26
QieShape
Range
PixelRecoRange< float > Range
Definition:
PixelTripletHLTGenerator.cc:31
reco::castor::QieShape
Definition:
QieShape.h:13
CastorChannelCoder::index
int index(int fCapId, int Range)
Definition:
CastorChannelCoder.h:23
reco
fixed size matrix
Definition:
AlignmentAlgorithmBase.h:45
CastorChannelCoder::mSlope
double mSlope[4][4]
Definition:
CastorChannelCoder.h:27
CastorChannelCoder::CastorChannelCoder
CastorChannelCoder(const float fOffset[16], const float fSlope[16])
Definition:
CastorChannelCoder.cc:12
CastorChannelCoder
Definition:
CastorChannelCoder.h:16
CastorChannelCoder::charge
double charge(const reco::castor::QieShape &fShape, int fAdc, int fCapId) const
ADC[0..127]+capid[0..3]->fC conversion.
Definition:
CastorChannelCoder.cc:21
CastorChannelCoder::adc
int adc(const reco::castor::QieShape &fShape, double fCharge, int fCapId) const
fC + capid[0..3] -> ADC conversion
Definition:
CastorChannelCoder.cc:29
castorDigitizer_cfi.castor
castor
Definition:
castorDigitizer_cfi.py:9
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