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CosmicLayerPairs Class Reference

#include <CosmicLayerPairs.h>

Inheritance diagram for CosmicLayerPairs:
SeedLayerPairs

Public Member Functions

 CosmicLayerPairs (std::string geometry, const SiStripRecHit2DCollection &collrphi, const SiStripMatchedRecHit2DCollection &collmatched, const GeometricSearchTracker &track, const TrackerTopology &ttopo)
 
std::vector< SeedLayerPairs::LayerPair > operator() () override
 
 ~CosmicLayerPairs () override
 
- Public Member Functions inherited from SeedLayerPairs
 SeedLayerPairs ()
 
virtual ~SeedLayerPairs ()
 

Private Member Functions

void init (const SiStripRecHit2DCollection &collrphi, const SiStripMatchedRecHit2DCollection &collmatched, const GeometricSearchTracker &, const TrackerTopology &)
 
std::vector< const TrackingRecHit * > selectTECHit (const SiStripRecHit2DCollection &collrphi, const TrackerTopology &ttopo, int side, int disk)
 
std::vector< const TrackingRecHit * > selectTECHit (const SiStripMatchedRecHit2DCollection &collmatch, const TrackerTopology &ttopo, int side, int disk)
 
std::vector< const TrackingRecHit * > selectTIBHit (const SiStripRecHit2DCollection &collrphi, const TrackerTopology &ttopo, int layer)
 
std::vector< const TrackingRecHit * > selectTIBHit (const SiStripMatchedRecHit2DCollection &collmatch, const TrackerTopology &ttopo, int layer)
 
std::vector< const TrackingRecHit * > selectTOBHit (const SiStripRecHit2DCollection &collrphi, const TrackerTopology &ttopo, int layer)
 
std::vector< const TrackingRecHit * > selectTOBHit (const SiStripMatchedRecHit2DCollection &collmatch, const TrackerTopology &ttopo, int layer)
 

Private Attributes

std::string _geometry
 
std::vector< BarrelDetLayer const * > bl
 
edm::OwnVector< LayerWithHits > CRACKLayerWithHits
 
std::vector< ForwardDetLayer const * > fneg
 
std::vector< ForwardDetLayer const * > fpos
 
edm::OwnVector< LayerWithHits > MTCCLayerWithHits
 
edm::OwnVector< LayerWithHits > TECMinusLayerWithHits
 
edm::OwnVector< LayerWithHits > TECPlusLayerWithHits
 
edm::OwnVector< LayerWithHits > TIBLayerWithHits
 
edm::OwnVector< LayerWithHits > TOBLayerWithHits
 

Additional Inherited Members

- Public Types inherited from SeedLayerPairs
typedef std::pair< const LayerWithHits *, const LayerWithHits * > LayerPair
 

Detailed Description

find all (resonable) pairs of pixel layers

Definition at line 20 of file CosmicLayerPairs.h.

Constructor & Destructor Documentation

◆ CosmicLayerPairs()

CosmicLayerPairs::CosmicLayerPairs ( std::string  geometry,
const SiStripRecHit2DCollection &  collrphi,
const SiStripMatchedRecHit2DCollection &  collmatched,
const GeometricSearchTracker &  track,
const TrackerTopology &  ttopo 
)
inline

Definition at line 22 of file CosmicLayerPairs.h.

References init(), and HLT_2024v14_cff::track.

27  : _geometry(geometry) {
28  init(collrphi, collmatched, track, ttopo);
29  };
HLT_2024v14_cff.track
track
Definition: HLT_2024v14_cff.py:9579
CosmicLayerPairs::init
void init(const SiStripRecHit2DCollection &collrphi, const SiStripMatchedRecHit2DCollection &collmatched, const GeometricSearchTracker &, const TrackerTopology &)
Definition: CosmicLayerPairs.cc:238
CosmicLayerPairs::_geometry
std::string _geometry
Definition: CosmicLayerPairs.h:40

◆ ~CosmicLayerPairs()

CosmicLayerPairs::~CosmicLayerPairs ( )
override

Definition at line 236 of file CosmicLayerPairs.cc.

236 {}

Member Function Documentation

◆ init()

void CosmicLayerPairs::init ( const SiStripRecHit2DCollection &  collrphi,
const SiStripMatchedRecHit2DCollection &  collmatched,
const GeometricSearchTracker &  track,
const TrackerTopology &  ttopo 
)
private

Definition at line 238 of file CosmicLayerPairs.cc.

References _geometry, bl, CRACKLayerWithHits, fneg, fpos, MTCCLayerWithHits, edm::OwnVector< T, P >::push_back(), selectTECHit(), selectTIBHit(), selectTOBHit(), TECMinusLayerWithHits, TECPlusLayerWithHits, TIBLayerWithHits, TOBLayerWithHits, and HLT_2024v14_cff::track.

Referenced by CosmicLayerPairs().

241  {
243  //std::cout << "about to take barrel" << std::endl;
244  bl = track.barrelLayers();
245  //std::cout << "barrel taken" << std::endl;
246  fpos = track.posTecLayers();
247  //std::cout << "pos forw taken" << std::endl;
248  fneg = track.negTecLayers();
249  //std::cout << "neg forw taken" << std::endl;
250  //isFirstCall=false;
251 
252  if (_geometry ==
253  "MTCC") { //we have to distinguish the MTCC and CRACK case because they have special geometries with different neumbering of layers
254  MTCCLayerWithHits.push_back(new LayerWithHits(bl[0], selectTIBHit(collrphi, ttopo, 1)));
255  MTCCLayerWithHits.push_back(new LayerWithHits(bl[1], selectTIBHit(collrphi, ttopo, 2)));
256  MTCCLayerWithHits.push_back(new LayerWithHits(bl[2], selectTOBHit(collrphi, ttopo, 1)));
257  MTCCLayerWithHits.push_back(new LayerWithHits(bl[3], selectTOBHit(collrphi, ttopo, 2)));
258  return;
259  }
260  if (_geometry == "CRACK") {
261  CRACKLayerWithHits.push_back(new LayerWithHits(bl[6], selectTOBHit(collmatched, ttopo, 7)));
262  CRACKLayerWithHits.push_back(new LayerWithHits(bl[5], selectTOBHit(collmatched, ttopo, 6)));
263  CRACKLayerWithHits.push_back(new LayerWithHits(bl[3], selectTOBHit(collmatched, ttopo, 4)));
264  CRACKLayerWithHits.push_back(new LayerWithHits(bl[2], selectTOBHit(collmatched, ttopo, 3)));
265  CRACKLayerWithHits.push_back(new LayerWithHits(bl[6], selectTOBHit(collrphi, ttopo, 7)));
266  CRACKLayerWithHits.push_back(new LayerWithHits(bl[5], selectTOBHit(collrphi, ttopo, 6)));
267  CRACKLayerWithHits.push_back(new LayerWithHits(bl[3], selectTOBHit(collrphi, ttopo, 4)));
268  CRACKLayerWithHits.push_back(new LayerWithHits(bl[2], selectTOBHit(collrphi, ttopo, 3)));
269  CRACKLayerWithHits.push_back(new LayerWithHits(bl[4], selectTOBHit(collrphi, ttopo, 5)));
270  CRACKLayerWithHits.push_back(new LayerWithHits(bl[1], selectTOBHit(collrphi, ttopo, 2)));
271  CRACKLayerWithHits.push_back(new LayerWithHits(bl[0], selectTOBHit(collrphi, ttopo, 1)));
272  CRACKLayerWithHits.push_back(new LayerWithHits(bl[4], selectTOBHit(collmatched, ttopo, 5)));
273  CRACKLayerWithHits.push_back(new LayerWithHits(bl[1], selectTOBHit(collmatched, ttopo, 2)));
274  CRACKLayerWithHits.push_back(new LayerWithHits(bl[0], selectTOBHit(collmatched, ttopo, 1)));
275  return;
276  }
277 
278  TIBLayerWithHits.push_back(new LayerWithHits(bl[3], selectTIBHit(collrphi, ttopo, 1))); //layer
279  //std::cout << "TIB 0" << std::endl;
280  TIBLayerWithHits.push_back(new LayerWithHits(bl[4], selectTIBHit(collrphi, ttopo, 2)));
281  //std::cout << "TIB 1" << std::endl;
282  TIBLayerWithHits.push_back(new LayerWithHits(bl[5], selectTIBHit(collrphi, ttopo, 3)));
283  //std::cout << "TIB 2" << std::endl;
284  TIBLayerWithHits.push_back(new LayerWithHits(bl[6], selectTIBHit(collrphi, ttopo, 4)));
285  //std::cout << "TIB 3" << std::endl;
286 
287  TOBLayerWithHits.push_back(new LayerWithHits(bl[7], selectTOBHit(collrphi, ttopo, 1)));
288  //std::cout << "TOB 0" << std::endl;
289  TOBLayerWithHits.push_back(new LayerWithHits(bl[8], selectTOBHit(collrphi, ttopo, 2)));
290  //std::cout << "TOB 1" << std::endl;
291  TOBLayerWithHits.push_back(new LayerWithHits(bl[9], selectTOBHit(collrphi, ttopo, 3)));
292  //std::cout << "TOB 2" << std::endl;
293  TOBLayerWithHits.push_back(new LayerWithHits(bl[10], selectTOBHit(collrphi, ttopo, 4)));
294  //std::cout << "TOB 3" << std::endl;
295  TOBLayerWithHits.push_back(new LayerWithHits(bl[11], selectTOBHit(collrphi, ttopo, 5)));
296  //std::cout << "TOB 4" << std::endl;
297  TOBLayerWithHits.push_back(new LayerWithHits(bl[12], selectTOBHit(collrphi, ttopo, 6)));
298  //std::cout << "TOB 5" << std::endl;
299 
300  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[0], selectTECHit(collrphi, ttopo, 2, 1))); //side, disk
301  //std::cout << "wheel 0" << std::endl;
302  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[1], selectTECHit(collrphi, ttopo, 2, 2)));
303  //std::cout << "wheel 1" << std::endl;
304  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[2], selectTECHit(collrphi, ttopo, 2, 3)));
305  //std::cout << "wheel 2" << std::endl;
306  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[3], selectTECHit(collrphi, ttopo, 2, 4)));
307  //std::cout << "wheel 3" << std::endl;
308  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[4], selectTECHit(collrphi, ttopo, 2, 5)));
309  //std::cout << "wheel 4" << std::endl;
310  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[5], selectTECHit(collrphi, ttopo, 2, 6)));
311  //std::cout << "wheel 5" << std::endl;
312  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[6], selectTECHit(collrphi, ttopo, 2, 7)));
313  //std::cout << "wheel 6" << std::endl;
314  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[7], selectTECHit(collrphi, ttopo, 2, 8)));
315  //std::cout << "wheel 7" << std::endl;
316  TECPlusLayerWithHits.push_back(new LayerWithHits(fpos[8], selectTECHit(collrphi, ttopo, 2, 9)));
317  //std::cout << "wheel 8" << std::endl;
318 
319  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[0], selectTECHit(collrphi, ttopo, 1, 1))); //side, disk
320  //std::cout << "wheel 0" << std::endl;
321  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[1], selectTECHit(collrphi, ttopo, 1, 2)));
322  //std::cout << "wheel 1" << std::endl;
323  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[2], selectTECHit(collrphi, ttopo, 1, 3)));
324  //std::cout << "wheel 2" << std::endl;
325  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[3], selectTECHit(collrphi, ttopo, 1, 4)));
326  //std::cout << "wheel 3" << std::endl;
327  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[4], selectTECHit(collrphi, ttopo, 1, 5)));
328  //std::cout << "wheel 4" << std::endl;
329  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[5], selectTECHit(collrphi, ttopo, 1, 6)));
330  //std::cout << "wheel 5" << std::endl;
331  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[6], selectTECHit(collrphi, ttopo, 1, 7)));
332  //std::cout << "wheel 6" << std::endl;
333  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[7], selectTECHit(collrphi, ttopo, 1, 8)));
334  //std::cout << "wheel 7" << std::endl;
335  TECMinusLayerWithHits.push_back(new LayerWithHits(fneg[8], selectTECHit(collrphi, ttopo, 1, 9)));
336  //std::cout << "wheel 8" << std::endl;
337 }
CosmicLayerPairs::fneg
std::vector< ForwardDetLayer const * > fneg
Definition: CosmicLayerPairs.h:44
CosmicLayerPairs::fpos
std::vector< ForwardDetLayer const * > fpos
Definition: CosmicLayerPairs.h:43
CosmicLayerPairs::TIBLayerWithHits
edm::OwnVector< LayerWithHits > TIBLayerWithHits
Definition: CosmicLayerPairs.h:47
HLT_2024v14_cff.track
track
Definition: HLT_2024v14_cff.py:9579
CosmicLayerPairs::TOBLayerWithHits
edm::OwnVector< LayerWithHits > TOBLayerWithHits
Definition: CosmicLayerPairs.h:48
edm::OwnVector::push_back
void push_back(D *&d)
Definition: OwnVector.h:326
CosmicLayerPairs::selectTECHit
std::vector< const TrackingRecHit * > selectTECHit(const SiStripRecHit2DCollection &collrphi, const TrackerTopology &ttopo, int side, int disk)
Definition: CosmicLayerPairs.cc:339
CosmicLayerPairs::MTCCLayerWithHits
edm::OwnVector< LayerWithHits > MTCCLayerWithHits
Definition: CosmicLayerPairs.h:49
CosmicLayerPairs::TECMinusLayerWithHits
edm::OwnVector< LayerWithHits > TECMinusLayerWithHits
Definition: CosmicLayerPairs.h:46
CosmicLayerPairs::CRACKLayerWithHits
edm::OwnVector< LayerWithHits > CRACKLayerWithHits
Definition: CosmicLayerPairs.h:50
CosmicLayerPairs::selectTOBHit
std::vector< const TrackingRecHit * > selectTOBHit(const SiStripRecHit2DCollection &collrphi, const TrackerTopology &ttopo, int layer)
Definition: CosmicLayerPairs.cc:357
CosmicLayerPairs::TECPlusLayerWithHits
edm::OwnVector< LayerWithHits > TECPlusLayerWithHits
Definition: CosmicLayerPairs.h:45
CosmicLayerPairs::selectTIBHit
std::vector< const TrackingRecHit * > selectTIBHit(const SiStripRecHit2DCollection &collrphi, const TrackerTopology &ttopo, int layer)
Definition: CosmicLayerPairs.cc:348
CosmicLayerPairs::_geometry
std::string _geometry
Definition: CosmicLayerPairs.h:40
CosmicLayerPairs::bl
std::vector< BarrelDetLayer const * > bl
Definition: CosmicLayerPairs.h:42

◆ operator()()

std::vector< SeedLayerPairs::LayerPair > CosmicLayerPairs::operator() ( )
overridevirtual

Implements SeedLayerPairs.

Definition at line 14 of file CosmicLayerPairs.cc.

References _geometry, CRACKLayerWithHits, Exception, MTCCLayerWithHits, mps_fire::result, TECMinusLayerWithHits, TECPlusLayerWithHits, TIBLayerWithHits, and TOBLayerWithHits.

14  {
15  std::vector<SeedLayerPairs::LayerPair> result;
16 
17  if (_geometry == "STANDARD") {
18  // result.push_back( SeedLayerPairs::LayerPair(&TIBLayerWithHits[1], &TIBLayerWithHits[0]));
19  // result.push_back( SeedLayerPairs::LayerPair(&TIBLayerWithHits[2], &TIBLayerWithHits[0]));
20 
21  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[5]));
22  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[4], &TOBLayerWithHits[5]));
23  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[4]));
24 
25  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[7], &TECPlusLayerWithHits[8]));
26  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[8]));
27 
28  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[7]));
29  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[7]));
30 
31  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[6]));
32  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[6]));
33 
34  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[5]));
35  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[5]));
36 
37  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[4]));
38  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[4]));
39 
40  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[3]));
41  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[3]));
42 
43  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[2]));
44  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[0], &TECPlusLayerWithHits[2]));
45 
46  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[0], &TECPlusLayerWithHits[1]));
47 
48  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[7], &TECMinusLayerWithHits[8]));
49  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[6], &TECMinusLayerWithHits[8]));
50 
51  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[6], &TECMinusLayerWithHits[7]));
52  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[5], &TECMinusLayerWithHits[7]));
53 
54  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[5], &TECMinusLayerWithHits[6]));
55  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[4], &TECMinusLayerWithHits[6]));
56 
57  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[4], &TECMinusLayerWithHits[5]));
58  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[3], &TECMinusLayerWithHits[5]));
59 
60  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[3], &TECMinusLayerWithHits[4]));
61  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[2], &TECMinusLayerWithHits[4]));
62 
63  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[2], &TECMinusLayerWithHits[3]));
64  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[1], &TECMinusLayerWithHits[3]));
65 
66  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[1], &TECMinusLayerWithHits[2]));
67  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[0], &TECMinusLayerWithHits[2]));
68 
69  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[0], &TECMinusLayerWithHits[1]));
70 
71  } else if (_geometry == "TECPAIRS_TOBTRIPLETS") {
72  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[7], &TECPlusLayerWithHits[8]));
73  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[8]));
74 
75  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[7]));
76  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[7]));
77 
78  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[6]));
79  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[6]));
80 
81  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[5]));
82  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[5]));
83 
84  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[4]));
85  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[4]));
86 
87  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[3]));
88  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[3]));
89 
90  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[2]));
91  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[0], &TECPlusLayerWithHits[2]));
92 
93  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[0], &TECPlusLayerWithHits[1]));
94 
95  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[7], &TECMinusLayerWithHits[8]));
96  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[6], &TECMinusLayerWithHits[8]));
97 
98  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[6], &TECMinusLayerWithHits[7]));
99  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[5], &TECMinusLayerWithHits[7]));
100 
101  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[5], &TECMinusLayerWithHits[6]));
102  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[4], &TECMinusLayerWithHits[6]));
103 
104  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[4], &TECMinusLayerWithHits[5]));
105  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[3], &TECMinusLayerWithHits[5]));
106 
107  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[3], &TECMinusLayerWithHits[4]));
108  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[2], &TECMinusLayerWithHits[4]));
109 
110  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[2], &TECMinusLayerWithHits[3]));
111  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[1], &TECMinusLayerWithHits[3]));
112 
113  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[1], &TECMinusLayerWithHits[2]));
114  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[0], &TECMinusLayerWithHits[2]));
115 
116  result.push_back(SeedLayerPairs::LayerPair(&TECMinusLayerWithHits[0], &TECMinusLayerWithHits[1]));
117 
118  } else if (_geometry == "MTCC") {
119  result.push_back(SeedLayerPairs::LayerPair(&MTCCLayerWithHits[1], &MTCCLayerWithHits[0]));
120  result.push_back(SeedLayerPairs::LayerPair(&MTCCLayerWithHits[2], &MTCCLayerWithHits[3]));
121  //IMPORTANT
122  // The seed from overlaps must be at the end
123  result.push_back(SeedLayerPairs::LayerPair(&MTCCLayerWithHits[0], &MTCCLayerWithHits[0]));
124  result.push_back(SeedLayerPairs::LayerPair(&MTCCLayerWithHits[1], &MTCCLayerWithHits[1]));
125  } else if (_geometry == "CRACK") {
126  //TODO: clean all this. Now this is a random choice of layers
127  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[1], &CRACKLayerWithHits[0]));
128  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[2], &CRACKLayerWithHits[0]));
129  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[2], &CRACKLayerWithHits[1]));
130  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[3], &CRACKLayerWithHits[2]));
131  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[5], &CRACKLayerWithHits[4]));
132  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[6], &CRACKLayerWithHits[4]));
133  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[6], &CRACKLayerWithHits[5]));
134  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[7], &CRACKLayerWithHits[6]));
135  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[8], &CRACKLayerWithHits[5]));
136  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[9], &CRACKLayerWithHits[5]));
137  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[10], &CRACKLayerWithHits[5]));
138  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[11], &CRACKLayerWithHits[5]));
139  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[12], &CRACKLayerWithHits[5]));
140  result.push_back(SeedLayerPairs::LayerPair(&CRACKLayerWithHits[13], &CRACKLayerWithHits[5]));
141  } else if (_geometry == "TIBD+") {
142  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[1], &TIBLayerWithHits[0]));
143  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[2], &TIBLayerWithHits[3]));
144  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[0], &TIBLayerWithHits[0]));
145  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[1], &TIBLayerWithHits[1]));
146  } else if (_geometry == "TOB") {
147  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[5]));
148  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[4], &TOBLayerWithHits[5]));
149  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[4]));
150 
151  } else if (_geometry == "TIBTOB") {
152  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[1], &TIBLayerWithHits[0]));
153  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[2], &TIBLayerWithHits[0]));
154 
155  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[5]));
156  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[4], &TOBLayerWithHits[5]));
157  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[4]));
158 
159  } else if (_geometry == "TEC+") {
160  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[7], &TECPlusLayerWithHits[8]));
161  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[8]));
162 
163  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[7]));
164  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[7]));
165 
166  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[6]));
167  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[6]));
168 
169  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[5]));
170  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[5]));
171 
172  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[4]));
173  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[4]));
174 
175  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[3]));
176  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[3]));
177 
178  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[1]));
179  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[0]));
180 
181  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[0]));
182 
183  } else if (_geometry == "CkfTIBD+") {
184  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[0], &TIBLayerWithHits[1]));
185  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[2], &TIBLayerWithHits[3]));
186  } else if (_geometry == "CkfTIBTOB") {
187  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[0], &TIBLayerWithHits[1]));
188  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[0], &TIBLayerWithHits[2]));
189 
190  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[5]));
191  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[4], &TOBLayerWithHits[5]));
192  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[4]));
193  } else if (_geometry == "CkfTIF3") {
194  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[0], &TIBLayerWithHits[1]));
195  result.push_back(SeedLayerPairs::LayerPair(&TIBLayerWithHits[0], &TIBLayerWithHits[2]));
196 
197  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[5]));
198  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[4], &TOBLayerWithHits[5]));
199  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[4]));
200 
201  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[7], &TECPlusLayerWithHits[8]));
202  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[8]));
203 
204  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[6], &TECPlusLayerWithHits[7]));
205  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[7]));
206 
207  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[5], &TECPlusLayerWithHits[6]));
208  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[6]));
209 
210  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[4], &TECPlusLayerWithHits[5]));
211  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[5]));
212 
213  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[3], &TECPlusLayerWithHits[4]));
214  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[4]));
215 
216  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[2], &TECPlusLayerWithHits[3]));
217  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[3]));
218 
219  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[1], &TECPlusLayerWithHits[2]));
220  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[0], &TECPlusLayerWithHits[2]));
221 
222  result.push_back(SeedLayerPairs::LayerPair(&TECPlusLayerWithHits[0], &TECPlusLayerWithHits[1]));
223 
224  } else if (_geometry == "CkfTOB") {
225  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[0], &TOBLayerWithHits[1]));
226  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[0], &TOBLayerWithHits[2]));
227 
228  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[4]));
229  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[4], &TOBLayerWithHits[5]));
230  result.push_back(SeedLayerPairs::LayerPair(&TOBLayerWithHits[3], &TOBLayerWithHits[5]));
231  } else {
232  throw cms::Exception("CosmicLayerPairs") << "The geometry " << _geometry << " is not implemented ";
233  }
234  return result;
235 }
mps_fire.result
result
Definition: mps_fire.py:311
CosmicLayerPairs::TIBLayerWithHits
edm::OwnVector< LayerWithHits > TIBLayerWithHits
Definition: CosmicLayerPairs.h:47
CosmicLayerPairs::TOBLayerWithHits
edm::OwnVector< LayerWithHits > TOBLayerWithHits
Definition: CosmicLayerPairs.h:48
SeedLayerPairs::LayerPair
std::pair< const LayerWithHits *, const LayerWithHits * > LayerPair
Definition: SeedLayerPairs.h:18
CosmicLayerPairs::MTCCLayerWithHits
edm::OwnVector< LayerWithHits > MTCCLayerWithHits
Definition: CosmicLayerPairs.h:49
CosmicLayerPairs::TECMinusLayerWithHits
edm::OwnVector< LayerWithHits > TECMinusLayerWithHits
Definition: CosmicLayerPairs.h:46
CosmicLayerPairs::CRACKLayerWithHits
edm::OwnVector< LayerWithHits > CRACKLayerWithHits
Definition: CosmicLayerPairs.h:50
CosmicLayerPairs::TECPlusLayerWithHits
edm::OwnVector< LayerWithHits > TECPlusLayerWithHits
Definition: CosmicLayerPairs.h:45
CosmicLayerPairs::_geometry
std::string _geometry
Definition: CosmicLayerPairs.h:40

◆ selectTECHit() [1/2]

std::vector< const TrackingRecHit * > CosmicLayerPairs::selectTECHit ( const SiStripRecHit2DCollection &  collrphi,
const TrackerTopology &  ttopo,
int  side,
int  disk 
)
private

Definition at line 339 of file CosmicLayerPairs.cc.

References edmNew::copyDetSetRange(), ALPAKA_ACCELERATOR_NAMESPACE::ecal::reconstruction::internal::barrel::side(), and TrackerTopology::tecDetIdWheelComparator().

Referenced by init().

342  {
343  std::vector<const TrackingRecHit *> theChoosedHits;
344  edmNew::copyDetSetRange(collrphi, theChoosedHits, ttopo.tecDetIdWheelComparator(side, disk));
345  return theChoosedHits;
346 }
TrackerTopology::tecDetIdWheelComparator
std::pair< DetId, SameLayerComparator > tecDetIdWheelComparator(uint32_t side, uint32_t wheel) const
Definition: TrackerTopology.h:576
edmNew::copyDetSetRange
void copyDetSetRange(DSTV const &dstv, std::vector< T const *> &v, std::pair< A, B > const &sel)
Definition: DetSetAlgorithm.h:42
ALPAKA_ACCELERATOR_NAMESPACE::ecal::reconstruction::internal::barrel::side
ALPAKA_FN_ACC int side(int ieta, int iphi)
Definition: KernelHelpers.dev.cc:92

◆ selectTECHit() [2/2]

std::vector< const TrackingRecHit * > CosmicLayerPairs::selectTECHit ( const SiStripMatchedRecHit2DCollection &  collmatch,
const TrackerTopology &  ttopo,
int  side,
int  disk 
)
private

Definition at line 366 of file CosmicLayerPairs.cc.

References edmNew::copyDetSetRange(), ALPAKA_ACCELERATOR_NAMESPACE::ecal::reconstruction::internal::barrel::side(), and TrackerTopology::tecDetIdWheelComparator().

369  {
370  std::vector<const TrackingRecHit *> theChoosedHits;
371  //std::cout << "in selectTECHit" << std::endl;
372  edmNew::copyDetSetRange(collmatch, theChoosedHits, ttopo.tecDetIdWheelComparator(side, disk));
373  return theChoosedHits;
374 }
TrackerTopology::tecDetIdWheelComparator
std::pair< DetId, SameLayerComparator > tecDetIdWheelComparator(uint32_t side, uint32_t wheel) const
Definition: TrackerTopology.h:576
edmNew::copyDetSetRange
void copyDetSetRange(DSTV const &dstv, std::vector< T const *> &v, std::pair< A, B > const &sel)
Definition: DetSetAlgorithm.h:42
ALPAKA_ACCELERATOR_NAMESPACE::ecal::reconstruction::internal::barrel::side
ALPAKA_FN_ACC int side(int ieta, int iphi)
Definition: KernelHelpers.dev.cc:92

◆ selectTIBHit() [1/2]

std::vector< const TrackingRecHit * > CosmicLayerPairs::selectTIBHit ( const SiStripRecHit2DCollection &  collrphi,
const TrackerTopology &  ttopo,
int  layer 
)
private

Definition at line 348 of file CosmicLayerPairs.cc.

References edmNew::copyDetSetRange(), nano_mu_digi_cff::layer, and TrackerTopology::tibDetIdLayerComparator().

Referenced by init().

350  {
351  std::vector<const TrackingRecHit *> theChoosedHits;
352  //std::cout << "in selectTIBHit" << std::endl;
353  edmNew::copyDetSetRange(collrphi, theChoosedHits, ttopo.tibDetIdLayerComparator(layer));
354  return theChoosedHits;
355 }
edmNew::copyDetSetRange
void copyDetSetRange(DSTV const &dstv, std::vector< T const *> &v, std::pair< A, B > const &sel)
Definition: DetSetAlgorithm.h:42
nano_mu_digi_cff.layer
layer
Definition: nano_mu_digi_cff.py:28
TrackerTopology::tibDetIdLayerComparator
std::pair< DetId, SameLayerComparator > tibDetIdLayerComparator(uint32_t layer) const
Definition: TrackerTopology.h:580

◆ selectTIBHit() [2/2]

std::vector< const TrackingRecHit * > CosmicLayerPairs::selectTIBHit ( const SiStripMatchedRecHit2DCollection &  collmatch,
const TrackerTopology &  ttopo,
int  layer 
)
private

Definition at line 376 of file CosmicLayerPairs.cc.

References edmNew::copyDetSetRange(), nano_mu_digi_cff::layer, and TrackerTopology::tibDetIdLayerComparator().

378  {
379  std::vector<const TrackingRecHit *> theChoosedHits;
380  //std::cout << "in selectTIBHit" << std::endl;
381  edmNew::copyDetSetRange(collmatch, theChoosedHits, ttopo.tibDetIdLayerComparator(layer));
382  return theChoosedHits;
383 }
edmNew::copyDetSetRange
void copyDetSetRange(DSTV const &dstv, std::vector< T const *> &v, std::pair< A, B > const &sel)
Definition: DetSetAlgorithm.h:42
nano_mu_digi_cff.layer
layer
Definition: nano_mu_digi_cff.py:28
TrackerTopology::tibDetIdLayerComparator
std::pair< DetId, SameLayerComparator > tibDetIdLayerComparator(uint32_t layer) const
Definition: TrackerTopology.h:580

◆ selectTOBHit() [1/2]

std::vector< const TrackingRecHit * > CosmicLayerPairs::selectTOBHit ( const SiStripRecHit2DCollection &  collrphi,
const TrackerTopology &  ttopo,
int  layer 
)
private

Definition at line 357 of file CosmicLayerPairs.cc.

References edmNew::copyDetSetRange(), nano_mu_digi_cff::layer, and TrackerTopology::tobDetIdLayerComparator().

Referenced by init().

359  {
360  std::vector<const TrackingRecHit *> theChoosedHits;
361  //std::cout << "in selectTOBHit" << std::endl;
362  edmNew::copyDetSetRange(collrphi, theChoosedHits, ttopo.tobDetIdLayerComparator(layer));
363  return theChoosedHits;
364 }
edmNew::copyDetSetRange
void copyDetSetRange(DSTV const &dstv, std::vector< T const *> &v, std::pair< A, B > const &sel)
Definition: DetSetAlgorithm.h:42
TrackerTopology::tobDetIdLayerComparator
std::pair< DetId, SameLayerComparator > tobDetIdLayerComparator(uint32_t layer) const
Definition: TrackerTopology.h:588
nano_mu_digi_cff.layer
layer
Definition: nano_mu_digi_cff.py:28

◆ selectTOBHit() [2/2]

std::vector< const TrackingRecHit * > CosmicLayerPairs::selectTOBHit ( const SiStripMatchedRecHit2DCollection &  collmatch,
const TrackerTopology &  ttopo,
int  layer 
)
private

Definition at line 385 of file CosmicLayerPairs.cc.

References edmNew::copyDetSetRange(), nano_mu_digi_cff::layer, and TrackerTopology::tobDetIdLayerComparator().

387  {
388  std::vector<const TrackingRecHit *> theChoosedHits;
389  //std::cout << "in selectTOBHit" << std::endl;
390  edmNew::copyDetSetRange(collmatch, theChoosedHits, ttopo.tobDetIdLayerComparator(layer));
391  return theChoosedHits;
392 }
edmNew::copyDetSetRange
void copyDetSetRange(DSTV const &dstv, std::vector< T const *> &v, std::pair< A, B > const &sel)
Definition: DetSetAlgorithm.h:42
TrackerTopology::tobDetIdLayerComparator
std::pair< DetId, SameLayerComparator > tobDetIdLayerComparator(uint32_t layer) const
Definition: TrackerTopology.h:588
nano_mu_digi_cff.layer
layer
Definition: nano_mu_digi_cff.py:28

Member Data Documentation

◆ _geometry

std::string CosmicLayerPairs::_geometry
private

Definition at line 40 of file CosmicLayerPairs.h.

Referenced by init(), and operator()().

◆ bl

std::vector<BarrelDetLayer const *> CosmicLayerPairs::bl
private

Definition at line 42 of file CosmicLayerPairs.h.

Referenced by init().

◆ CRACKLayerWithHits

edm::OwnVector<LayerWithHits> CosmicLayerPairs::CRACKLayerWithHits
private

Definition at line 50 of file CosmicLayerPairs.h.

Referenced by init(), and operator()().

◆ fneg

std::vector<ForwardDetLayer const *> CosmicLayerPairs::fneg
private

Definition at line 44 of file CosmicLayerPairs.h.

Referenced by init().

◆ fpos

std::vector<ForwardDetLayer const *> CosmicLayerPairs::fpos
private

Definition at line 43 of file CosmicLayerPairs.h.

Referenced by init().

◆ MTCCLayerWithHits

edm::OwnVector<LayerWithHits> CosmicLayerPairs::MTCCLayerWithHits
private

Definition at line 49 of file CosmicLayerPairs.h.

Referenced by init(), and operator()().

◆ TECMinusLayerWithHits

edm::OwnVector<LayerWithHits> CosmicLayerPairs::TECMinusLayerWithHits
private

Definition at line 46 of file CosmicLayerPairs.h.

Referenced by init(), and operator()().

◆ TECPlusLayerWithHits

edm::OwnVector<LayerWithHits> CosmicLayerPairs::TECPlusLayerWithHits
private

Definition at line 45 of file CosmicLayerPairs.h.

Referenced by init(), and operator()().

◆ TIBLayerWithHits

edm::OwnVector<LayerWithHits> CosmicLayerPairs::TIBLayerWithHits
private

Definition at line 47 of file CosmicLayerPairs.h.

Referenced by init(), and operator()().

◆ TOBLayerWithHits

edm::OwnVector<LayerWithHits> CosmicLayerPairs::TOBLayerWithHits
private

Definition at line 48 of file CosmicLayerPairs.h.

Referenced by init(), and operator()().

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