src
L1Trigger
L1TMuonCPPF
src
CPPFCluster.cc
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1
#include "
CPPFCluster.h
"
2
#include <iostream>
3
#include <fstream>
4
#include <cmath>
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using namespace
std
;
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8
CPPFCluster::CPPFCluster
()
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: fstrip(0), lstrip(0), bunchx(0), sumTime(0), sumTime2(0), nTime(0), sumY(0), sumY2(0), nY(0) {}
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CPPFCluster::CPPFCluster
(
int
fs
,
int
ls
,
int
bx
)
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: fstrip(
fs
), lstrip(
ls
), bunchx(
bx
), sumTime(0), sumTime2(0), nTime(0), sumY(0), sumY2(0), nY(0) {}
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CPPFCluster::~CPPFCluster
() {}
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int
CPPFCluster::firstStrip
()
const
{
return
fstrip
; }
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int
CPPFCluster::lastStrip
()
const
{
return
lstrip
; }
18
int
CPPFCluster::clusterSize
()
const
{
return
lstrip
-
fstrip
+ 1; }
19
int
CPPFCluster::bx
()
const
{
return
bunchx
; }
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bool
CPPFCluster::hasTime
()
const
{
return
nTime
> 0; }
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float
CPPFCluster::time
()
const
{
return
hasTime
() ?
sumTime
/
nTime
: 0; }
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float
CPPFCluster::timeRMS
()
const
{
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return
hasTime
() ?
sqrt
(
max
(0.
F
,
sumTime2
*
nTime
-
sumTime
*
sumTime
)) /
nTime
: -1;
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}
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bool
CPPFCluster::hasY
()
const
{
return
nY
> 0; }
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float
CPPFCluster::y
()
const
{
return
hasY
() ?
sumY
/
nY
: 0; }
29
float
CPPFCluster::yRMS
()
const
{
return
hasY
() ?
sqrt
(
max
(0.
F
,
sumY2
*
nY
-
sumY
*
sumY
)) /
nY
: -1; }
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bool
CPPFCluster::isAdjacent
(
const
CPPFCluster
&
cl
)
const
{
32
return
((
cl
.firstStrip() == this->
firstStrip
() - 1) && (cl.
bx
() == this->
bx
()));
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}
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void
CPPFCluster::addTime
(
const
float
time
) {
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++
nTime
;
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sumTime
+=
time
;
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sumTime2
+= time *
time
;
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}
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void
CPPFCluster::addY
(
const
float
y
) {
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++
nY
;
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sumY
+=
y
;
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sumY2
+=
y
*
y
;
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}
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void
CPPFCluster::merge
(
const
CPPFCluster
&
cl
) {
48
if
(!this->
isAdjacent
(cl))
49
return
;
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fstrip
=
cl
.firstStrip();
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nTime
+=
cl
.nTime;
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sumTime
+=
cl
.sumTime;
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sumTime2
+=
cl
.sumTime2;
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nY
+=
cl
.nY;
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sumY
+=
cl
.sumY;
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sumY2
+=
cl
.sumY2;
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}
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bool
CPPFCluster::operator<
(
const
CPPFCluster
&
cl
)
const
{
63
if
(
cl
.bx() == this->
bx
())
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return
cl.
firstStrip
() < this->
firstStrip
();
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return
cl.
bx
() < this->
bx
();
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}
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bool
CPPFCluster::operator==
(
const
CPPFCluster
&
cl
)
const
{
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return
((this->
clusterSize
() == cl.
clusterSize
()) && (this->
bx
() == cl.
bx
()) &&
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(this->
firstStrip
() == cl.
firstStrip
()));
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}
CPPFCluster::clusterSize
int clusterSize() const
Definition:
CPPFCluster.cc:18
CPPFCluster::lastStrip
int lastStrip() const
Definition:
CPPFCluster.cc:17
CPPFCluster
Definition:
CPPFCluster.h:4
CPPFCluster::sumY2
float sumY2
Definition:
CPPFCluster.h:39
CPPFCluster::nY
uint16_t nY
Definition:
CPPFCluster.h:40
CPPFCluster::y
float y() const
Definition:
CPPFCluster.cc:28
WZElectronSkims53X_cff.max
max
Definition:
WZElectronSkims53X_cff.py:197
std
Definition:
JetResolutionObject.h:76
nano_mu_digi_cff.bx
bx
Definition:
nano_mu_digi_cff.py:41
CPPFCluster::fstrip
uint16_t fstrip
Definition:
CPPFCluster.h:32
CPPFCluster::firstStrip
int firstStrip() const
Definition:
CPPFCluster.cc:16
haddnano.cl
cl
Definition:
haddnano.py:49
hcalRecHitTable_cff.time
time
Definition:
hcalRecHitTable_cff.py:14
CPPFCluster::sumTime2
float sumTime2
Definition:
CPPFCluster.h:36
CPPFCluster::nTime
uint16_t nTime
Definition:
CPPFCluster.h:37
make_classfiles.fs
fs
Definition:
make_classfiles.py:34
mathSSE::sqrt
T sqrt(T t)
Definition:
SSEVec.h:23
CPPFCluster::sumTime
float sumTime
Definition:
CPPFCluster.h:36
CPPFCluster::~CPPFCluster
~CPPFCluster()
Definition:
CPPFCluster.cc:14
CPPFCluster::addTime
void addTime(const float time)
Definition:
CPPFCluster.cc:35
CPPFCluster::timeRMS
float timeRMS() const
Definition:
CPPFCluster.cc:23
CPPFCluster::bx
int bx() const
Definition:
CPPFCluster.cc:19
relval_data_highstats.y
y
Definition:
relval_data_highstats.py:28
CPPFCluster::time
float time() const
Definition:
CPPFCluster.cc:22
relval_nano.ls
ls
Definition:
relval_nano.py:99
CPPFCluster::operator==
bool operator==(const CPPFCluster &cl) const
Definition:
CPPFCluster.cc:69
CPPFCluster::operator<
bool operator<(const CPPFCluster &cl) const
Definition:
CPPFCluster.cc:62
CPPFCluster::lstrip
uint16_t lstrip
Definition:
CPPFCluster.h:33
CPPFCluster::merge
void merge(const CPPFCluster &cl)
Definition:
CPPFCluster.cc:47
CPPFCluster.h
CPPFCluster::isAdjacent
bool isAdjacent(const CPPFCluster &cl) const
Definition:
CPPFCluster.cc:31
CPPFCluster::yRMS
float yRMS() const
Definition:
CPPFCluster.cc:29
CPPFCluster::CPPFCluster
CPPFCluster()
Definition:
CPPFCluster.cc:8
CPPFCluster::hasTime
bool hasTime() const
Definition:
CPPFCluster.cc:21
CPPFCluster::sumY
float sumY
Definition:
CPPFCluster.h:39
CPPFCluster::addY
void addY(const float y)
Definition:
CPPFCluster.cc:41
CPPFCluster::hasY
bool hasY() const
Definition:
CPPFCluster.cc:27
CPPFCluster::bunchx
int16_t bunchx
Definition:
CPPFCluster.h:34
F
static uInt32 F(BLOWFISH_CTX *ctx, uInt32 x)
Definition:
blowfish.cc:163
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