DataFormats
JetReco
interface
PattRecoPeak.h
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#ifndef DataFormats_JetReco_PattRecoPeak_h
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#define DataFormats_JetReco_PattRecoPeak_h
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namespace
reco
{
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template
<
class
Real>
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class
PattRecoPeak
{
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public
:
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inline
PattRecoPeak
()
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:
eta_
(0),
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phi_
(0),
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magnitude_
(0),
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speed_
(-1),
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magSpeed_
(-5),
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lifetime_
(-1),
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scale_
(-1),
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nearestD_
(-1),
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clusterRadius_
(-1),
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clusterSeparation_
(-1),
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splitTime_
(-1),
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mergeTime_
(-1) {
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hessian_
[0] = 0;
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hessian_
[1] = 0;
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hessian_
[2] = 0;
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}
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inline
PattRecoPeak
(
double
eta
,
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double
phi
,
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double
mag
,
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const
double
hessianIn[3],
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double
driftSpeed
,
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double
magSpeed
,
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double
lifetime
,
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double
scale
,
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double
nearestDistance,
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double
clusterRadius
,
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double
clusterSeparation
,
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double
splitT,
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double
mergeT)
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:
eta_
(
eta
),
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phi_
(
phi
),
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magnitude_
(
mag
),
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speed_
(
driftSpeed
),
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magSpeed_
(
magSpeed
),
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lifetime_
(
lifetime
),
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scale_
(
scale
),
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nearestD_
(nearestDistance),
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clusterRadius_
(
clusterRadius
),
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clusterSeparation_
(
clusterSeparation
),
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splitTime_
(splitT),
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mergeTime_
(mergeT) {
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hessian_
[0] = hessianIn[0];
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hessian_
[1] = hessianIn[1];
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hessian_
[2] = hessianIn[2];
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}
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inline
Real
eta
()
const
{
return
eta_
; }
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inline
Real
phi
()
const
{
return
phi_
; }
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inline
Real
magnitude
()
const
{
return
magnitude_
; }
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inline
Real
driftSpeed
()
const
{
return
speed_
; }
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inline
Real
magSpeed
()
const
{
return
magSpeed_
; }
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inline
Real
lifetime
()
const
{
return
lifetime_
; }
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inline
Real
splitTime
()
const
{
return
splitTime_
; }
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inline
Real
mergeTime
()
const
{
return
mergeTime_
; }
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inline
Real
scale
()
const
{
return
scale_
; }
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inline
Real
nearestNeighborDistance
()
const
{
return
nearestD_
; }
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inline
Real
clusterRadius
()
const
{
return
clusterRadius_
; }
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inline
Real
clusterSeparation
()
const
{
return
clusterSeparation_
; }
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inline
void
hessian
(
double
hessianArray[3])
const
{
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hessianArray[0] =
hessian_
[0];
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hessianArray[1] =
hessian_
[1];
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hessianArray[2] =
hessian_
[2];
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}
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private
:
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Real
eta_
;
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Real
phi_
;
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Real
magnitude_
;
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Real
speed_
;
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Real
magSpeed_
;
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Real
lifetime_
;
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Real
scale_
;
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Real
nearestD_
;
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Real
clusterRadius_
;
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Real
clusterSeparation_
;
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Real
hessian_
[3];
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Real
splitTime_
;
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Real
mergeTime_
;
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};
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}
// namespace reco
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#endif // DataFormats_JetReco_PattRecoPeak_h
reco::PattRecoPeak::clusterSeparation
Real clusterSeparation() const
Definition:
PattRecoPeak.h:77
reco::PattRecoPeak::mergeTime
Real mergeTime() const
Definition:
PattRecoPeak.h:73
reco::PattRecoPeak::clusterSeparation_
Real clusterSeparation_
Definition:
PattRecoPeak.h:94
reco
fixed size matrix
Definition:
AlignmentAlgorithmBase.h:45
reco::PattRecoPeak::speed_
Real speed_
Definition:
PattRecoPeak.h:88
reco::PattRecoPeak::nearestNeighborDistance
Real nearestNeighborDistance() const
Definition:
PattRecoPeak.h:75
reco::PattRecoPeak::scale_
Real scale_
Definition:
PattRecoPeak.h:91
reco::PattRecoPeak::phi
Real phi() const
Definition:
PattRecoPeak.h:67
reco::PattRecoPeak::lifetime_
Real lifetime_
Definition:
PattRecoPeak.h:90
fftjetcms::Real
double Real
Definition:
fftjetTypedefs.h:21
reco::PattRecoPeak::lifetime
Real lifetime() const
Definition:
PattRecoPeak.h:71
reco::PattRecoPeak::driftSpeed
Real driftSpeed() const
Definition:
PattRecoPeak.h:69
reco::PattRecoPeak::clusterRadius_
Real clusterRadius_
Definition:
PattRecoPeak.h:93
reco::PattRecoPeak
Preclusters from FFTJet pattern recognition stage.
Definition:
PattRecoPeak.h:16
reco::PattRecoPeak::mergeTime_
Real mergeTime_
Definition:
PattRecoPeak.h:97
reco::PattRecoPeak::PattRecoPeak
PattRecoPeak(double eta, double phi, double mag, const double hessianIn[3], double driftSpeed, double magSpeed, double lifetime, double scale, double nearestDistance, double clusterRadius, double clusterSeparation, double splitT, double mergeT)
Definition:
PattRecoPeak.h:36
reco::PattRecoPeak::PattRecoPeak
PattRecoPeak()
Definition:
PattRecoPeak.h:18
reco::PattRecoPeak::nearestD_
Real nearestD_
Definition:
PattRecoPeak.h:92
reco::PattRecoPeak::scale
Real scale() const
Definition:
PattRecoPeak.h:74
reco::PattRecoPeak::hessian_
Real hessian_[3]
Definition:
PattRecoPeak.h:95
reco::PattRecoPeak::eta
Real eta() const
Definition:
PattRecoPeak.h:66
mag
T mag() const
The vector magnitude. Equivalent to sqrt(vec.mag2())
Definition:
Basic3DVectorLD.h:127
reco::PattRecoPeak::splitTime_
Real splitTime_
Definition:
PattRecoPeak.h:96
reco::PattRecoPeak::eta_
Real eta_
Definition:
PattRecoPeak.h:85
reco::PattRecoPeak::magSpeed_
Real magSpeed_
Definition:
PattRecoPeak.h:89
reco::PattRecoPeak::magnitude
Real magnitude() const
Definition:
PattRecoPeak.h:68
reco::PattRecoPeak::magSpeed
Real magSpeed() const
Definition:
PattRecoPeak.h:70
reco::PattRecoPeak::phi_
Real phi_
Definition:
PattRecoPeak.h:86
reco::PattRecoPeak::magnitude_
Real magnitude_
Definition:
PattRecoPeak.h:87
reco::PattRecoPeak::clusterRadius
Real clusterRadius() const
Definition:
PattRecoPeak.h:76
reco::PattRecoPeak::hessian
void hessian(double hessianArray[3]) const
Definition:
PattRecoPeak.h:78
reco::PattRecoPeak::splitTime
Real splitTime() const
Definition:
PattRecoPeak.h:72
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