ATLAS Offline Software
TGCStripHighPtBoard.cxx
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1 /*
2  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
3 */
4 
5 #include "TrigT1TGC/TGCStripHighPtBoard.h"
6 #include <iostream>
7 #include <cstdlib>
8 
9 namespace LVL1TGCTrigger {
10 
11 TGCStripHighPtBoard::TGCStripHighPtBoard():
12  TGCHighPtBoard()
13 {
14  m_maxDev = 15;
15  m_maxDevOred = 20;
16  m_nChOfTSBOut = 64;
17  m_nChInTSBRegion = m_nChOfTSBOut/4;
18  m_nChOfDSBOut = 64;
19  m_nChOfDSBHit = 3*m_nChOfDSBOut;
20  m_nChOfTSBHit = 3*m_nChOfTSBOut;
21 }
22 
23 
24 void TGCStripHighPtBoard::setDecoderIn()
25 {
26  if (m_region == TGCRegionType::ENDCAP) {
27  m_decoderInDSB[ChipA][0] = m_DSBOut[ChipA][0];
28  m_decoderInDSB[ChipA][1] = m_DSBOut[ChipA][1];
29  m_decoderInDSB[ChipA][2] = m_DSBOut[ChipA][2];
30 
31  m_decoderInDSB[ChipB][0] = m_DSBOut[ChipB][0];
32  m_decoderInDSB[ChipB][1] = m_DSBOut[ChipB][1];
33  m_decoderInDSB[ChipB][2] = m_DSBOut[ChipB][2];
34 
35  m_decoderInTSB[ChipA][0] = divideTSBOut(1,m_TSBOut[ChipA][1]);
36  m_decoderInTSB[ChipA][1] = divideTSBOut(0,m_TSBOut[ChipA][1]);
37  m_decoderInTSB[ChipA][2] = divideTSBOut(1,m_TSBOut[ChipB][0]);
38  m_decoderInTSB[ChipA][3] = 0;
39 
40  m_decoderInTSB[ChipB][0] = divideTSBOut(1,m_TSBOut[ChipB][0]);
41  m_decoderInTSB[ChipB][1] = divideTSBOut(0,m_TSBOut[ChipB][0]);
42  m_decoderInTSB[ChipB][2] = 0;
43  m_decoderInTSB[ChipB][3] = 0;
44 
45  }
46 
47  if (m_region == TGCRegionType::FORWARD) {
48  m_decoderInDSB[ChipA][0] = 0;
49  m_decoderInDSB[ChipA][1] = m_DSBOut[ChipA][1];
50  m_decoderInDSB[ChipA][2] = 0;
51 
52  m_decoderInDSB[ChipB][0] = 0;
53  m_decoderInDSB[ChipB][1] = 0;
54  m_decoderInDSB[ChipB][2] = 0;
55 
56 
57  m_decoderInTSB[ChipA][0] = 0;
58  m_decoderInTSB[ChipA][1] = m_TSBOut[ChipA][1];
59  m_decoderInTSB[ChipA][2] = 0;
60  m_decoderInTSB[ChipA][3] = 0;
61 
62  m_decoderInTSB[ChipB][0] = 0;
63  m_decoderInTSB[ChipB][1] = 0;
64  m_decoderInTSB[ChipB][2] = 0;
65  m_decoderInTSB[ChipB][3] = 0;
66 
67  }
68 }
69 
70 void TGCStripHighPtBoard::clearDecoderIn()
71 {
72  if (m_region == TGCRegionType::ENDCAP) {
73  if(m_decoderInTSB[ChipA][0]) delete m_decoderInTSB[ChipA][0];
74  if(m_decoderInTSB[ChipA][1]) delete m_decoderInTSB[ChipA][1];
75  if(m_decoderInTSB[ChipA][2]) delete m_decoderInTSB[ChipA][2];
76  if(m_decoderInTSB[ChipB][0]) delete m_decoderInTSB[ChipB][0];
77  if(m_decoderInTSB[ChipB][1]) delete m_decoderInTSB[ChipB][1];
78  }
79  int chip,j;
80  for( chip=0; chip<NumberOfChip; chip+=1){
81  for( j=0; j<NDecoderInTSB; j+=1) m_decoderInTSB[chip][j]=0;
82  for( j=0; j<NDecoderInDSB; j+=1) m_decoderInDSB[chip][j]=0;
83  }
84 }
85 
86 TGCSlaveBoardOut* TGCStripHighPtBoard::divideTSBOut(int iSet,
87  TGCSlaveBoardOut* SBOut)
88 {
89  // divide output of TripletSlaveBoard to distribute to decoder channels.
90  // SBOut out
91  // a -> (iSet=0)
92  // b -> (iSet=0)
93  // c -> (iSet=0)
94  // d -> (iSet=0)
95  // a -> (iSet=1)
96  // b -> (iSet=1)
97  // c -> (iSet=1)
98  // d -> (iSet=1)
99 
100  if(SBOut!=0)
101  {
102  TGCSlaveBoardOut* out =
103  new TGCSlaveBoardOut(SBOut->getOrigin(), SBOut->getBid());
104  int nData = SBOut->getNumberOfData();// total number of block
105  out->setNumberOfData(nData/2);
106 
107  int i;
108  for( i=0; i< out->getNumberOfData(); i+=1)
109  {
110  out->setDev(i,SBOut->getDev((nData/2)*iSet+i));
111  out->setPos(i,SBOut->getPos((nData/2)*iSet+i));
112  out->setHit(i,SBOut->getHit((nData/2)*iSet+i));
113  out->setbPos(i,SBOut->getPos((nData/2)*iSet+i));
114  }
115  return out;
116  }
117  else
118  {
119  return 0;
120  }
121 }
122 
123 
124 void TGCStripHighPtBoard::decodeSlaveBoardOut(int chip,
125  TGCHitPattern* tHit,
126  TGCHitPattern* dHit)
127 {
128  int block,j,ch;
129  // input from TripletSlaveBoard
130 #ifdef TGCCOUT
131  std::cout << "#--Strip decodeSlaveBoardOut()" << std::endl;
132  std::cout << "Triplet" << std::endl;
133 #endif
134 
135  for( j=0; j<NDecoderInSTSB; j+=1) {
136  if(m_decoderInTSB[chip][j]!=0) {
137 #ifdef TGCCOUT
138  std::cout << "index:" << j << "/" << NDecoderInSTSB-1 << " in a chip ";
139  std::cout<<"SHPB:decoderInTSB["<<chip<<"]["<<j<<"]:";
140  m_decoderInTSB[chip][j]->print();
141 #endif
142  for( block=0; block<m_decoderInTSB[chip][j]->getNumberOfData(); block+=1) {
143  if(m_decoderInTSB[chip][j]->getHit(block)) {
144  // input to the 2nd Decoder.
145  if(j>0) {
146  ch=(j-1)*m_nChOfTSBOut+block*m_nChInTSBRegion
147  +m_decoderInTSB[chip][j]->getPos(block);
148  if((ch>=0)&&(ch<m_nChOfTSBHit))
149  tHit->onChannel(ch);
150 #ifdef TGCCOUT
151  else
152  std::cout<<"decodeSlaveBoardOut ch= "<<ch<<std::endl;
153 #endif
154  }
155 
156  // input to the 2nd Decoder.
157  ch=j*m_nChOfTSBOut+block*m_nChInTSBRegion
158  +m_decoderInTSB[chip][j]->getPos(block);
159  if((ch>=0)&&(ch<m_nChOfTSBHit))
160  tHit->onChannel(ch);
161 #ifdef TGCCOUT
162  else
163  std::cout<<"decodeSlaveBoardOut ch= "<<ch<<std::endl;
164 #endif
165  // input to the 1st Decoder.
166  if(j<NDecoderInSTSB){
167  ch=(j+1)*m_nChOfTSBOut+block*m_nChInTSBRegion
168  +m_decoderInTSB[chip][j]->getPos(block);
169  if((ch>=0)&&(ch<m_nChOfTSBHit))
170  tHit->onChannel(ch);
171 #ifdef TGCCOUT
172  else
173  std::cout<<"decodeSlaveBoardOut ch= "<<ch<<std::endl;
174 #endif
175  }
176  }
177  }
178  }
179  }
180 
181  // input from DoubletSlaveBoard.
182 #ifdef TGCCOUT
183  std::cout << "Doublet" << std::endl;
184 #endif
185  for( j=0; j<NDecoderInDSB; j+=1){
186  if(m_decoderInDSB[chip][j]!=0) {
187 #ifdef TGCCOUT
188  std::cout << "index:" << j << "/" << NDecoderInDSB-1 << " in a chip ";
189  std::cout<<"SHPB:decoderInDSB["<<chip<<"]["<<j<<"]:";
190  m_decoderInDSB[chip][j]->print();
191 #endif
192  for( block=0; block<m_decoderInDSB[chip][j]->getNumberOfData(); block+=1) {
193  if(m_decoderInDSB[chip][j]->getHit(block))
194  dHit->onChannel(j*m_nChOfDSBOut+m_nChOfDSBOut/2*block
195  +m_decoderInDSB[chip][j]->getPos(block));
196  }
197  }
198  }
199 }
200 
201 void TGCStripHighPtBoard::doCoincidenceMatrix(int chip,
202  int block,
203  const TGCHitPattern* tHit,
204  const TGCHitPattern* dHit)
205 {
206  int nChUnitOfDSBHit=m_nChOfDSBHit/NBlockOfDSBChannel;
207  int maxTSBCh=(block+1)*nChUnitOfDSBHit;
208  int minTSBCh=block*nChUnitOfDSBHit;
209 #ifdef TGCCOUT
210  std::cout << "# Strip doCoincidenceMatrix() chip:" << chip << " block:" << block << std::endl;
211 #endif
212  for(int dev=0; dev<=m_maxDev; dev+=1) {
213  // convert Nonlinear dPhi
214  int dp = getNonLinearDelta(dev);
215  if (dp<0) continue;
216 
217  int Oring, DevOrg;
218  int DSBCh, TSBCh;
219  for (int isgn=1; isgn >-2; isgn-=2) {
220  if ( (dev==0) && (isgn==-1) ) continue;
221  for(int i=0; i<nChUnitOfDSBHit; i+=1) {
222  //total ch from doublet in a block
223  if(dev>2*m_maxDev-m_maxDevOred){
224  Oring = 1;
225  DevOrg = 2*m_maxDev-m_maxDevOred + (dev - (2*m_maxDev-m_maxDevOred))*2 - 1;
226  } else {
227  Oring = 0;
228  DevOrg = dev;
229  }
230  for(int ior = 0; ior <= Oring; ior++) {
231  DSBCh = nChUnitOfDSBHit*block + i;
232  TSBCh = DSBCh + isgn*m_priorSign*(DevOrg + ior);
233  if ( ((isgn>0) && ( (block%2==0)||((block%2==1)&&(TSBCh<maxTSBCh)) ) ) || // dphi>=0
234  ((isgn<0) && ( (block%2==1)||((block%2==0)&&(TSBCh>=minTSBCh)) ) ) ){ // dphi<0
235  if(tHit->getChannel(TSBCh) && dHit->getChannel(DSBCh)) {
236 #ifdef TGCDEBUG
237  std::cout<< "HighPt" << std::endl
238  << " th&&dh==1 priorSign*dev:" << m_priorSign
239  << "*" << dev
240  << " DSBCh:" << DSBCh
241  << " TSBCh:" << TSBCh << std::endl;
242 #endif
243  m_highPtBoardOut->setPt(chip,block,PtHigh);
244  m_highPtBoardOut->setHit(chip,block,true);
245  m_highPtBoardOut->setDev(chip,block,isgn*m_priorSign*dp);
246  // assume that a unit of position is quarter of nch of DSB.
247  m_highPtBoardOut->setPos(chip,block,i/(m_nChOfDSBOut/4)); // !
248  return;
249  }
250  }
251  } // loop ior
252  } // loop i
253  } //loop isgn
254 
255  } //loop dev
256  m_highPtBoardOut->setHit(chip,block,false);
257 }
258 
259 void TGCStripHighPtBoard::highLowSelector(int chip)
260 {
261  int iblock;
262  int highPt1stBlock, highPt2ndBlock;
263  int lowPt1stBlock, lowPt2ndBlock;
264  int pos, dev;
265  // Get 1st, 2nd candidate block for High-PT
266  highPt1stBlock = -1;
267  highPt2ndBlock = -1;
268  for(iblock=0;iblock<NBlockOfDSBChannel;iblock+=1){
269  switch (m_highPtBoardOut->getSel(chip,iblock)){
270  case 0: // No Hit
271  break;
272  case 1: // 1st candidate
273  highPt1stBlock = iblock;
274  break;
275  case 2: // 2nd candidate
276  highPt2ndBlock = iblock;
277  break;
278  default:
279  break;
280  }
281  }
282  // Get 1st, 2nd candidate block for Low-PT
283  lowPt1stBlock = -1;
284  lowPt2ndBlock = -1;
285  for(iblock=0;iblock<NBlockOfDSBChannel;iblock+=1){
286  switch (m_lowPtBoardOut->getSel(chip,iblock)){
287  case 0: // No Hit
288  break;
289  case 1: // 1st candidate
290  lowPt1stBlock = iblock;
291  break;
292  case 2: // 2nd candidate
293  lowPt2ndBlock = iblock;
294  break;
295  default:
296  break;
297  }
298  }
299 
300  if (highPt1stBlock < 0){ //No HPT Matrix Output
301  if (lowPt1stBlock >= 0){
302  // LPT 1st
303  pos=m_lowPtBoardOut->getPos(chip,lowPt1stBlock);
304  dev=m_lowPtBoardOut->getDev(chip,lowPt1stBlock);
305  m_highPtChipOut->setPt(chip,FirstCandidate,PtLow);
306  m_highPtChipOut->setSel(chip,FirstCandidate,1);
307  m_highPtChipOut->setDev(chip,FirstCandidate,dev);
308  m_highPtChipOut->setPos(chip,FirstCandidate,pos);
309  m_highPtChipOut->setHitID(chip,FirstCandidate,lowPt1stBlock);
310  }
311  if (lowPt2ndBlock >= 0){
312  // LPT 2nd
313  pos=m_lowPtBoardOut->getPos(chip,lowPt2ndBlock);
314  dev=m_lowPtBoardOut->getDev(chip,lowPt2ndBlock);
315  m_highPtChipOut->setPt(chip,SecondCandidate,PtLow);
316  m_highPtChipOut->setSel(chip,SecondCandidate,2);
317  m_highPtChipOut->setDev(chip,SecondCandidate,dev);
318  m_highPtChipOut->setPos(chip,SecondCandidate,pos);
319  m_highPtChipOut->setHitID(chip,SecondCandidate,lowPt2ndBlock);
320  }
321  return;
322  } else if (highPt2ndBlock < 0){ // 1 HPT Matrix Output
323  // HPT 1st
324  pos=m_highPtBoardOut->getPos(chip,highPt1stBlock);
325  dev=m_highPtBoardOut->getDev(chip,highPt1stBlock);
326  if ((dev>-8) && (dev<8)) { // check if |dev|<8
327  m_highPtChipOut->setPt(chip,FirstCandidate,PtHigh);
328  m_highPtChipOut->setSel(chip,FirstCandidate,1);
329  m_highPtChipOut->setDev(chip,FirstCandidate,dev);
330  m_highPtChipOut->setPos(chip,FirstCandidate,pos);
331  m_highPtChipOut->setHitID(chip,FirstCandidate,highPt1stBlock);
332  }
333 
334  if ((lowPt1stBlock >= 0) &&
335  !((lowPt1stBlock == highPt1stBlock) && ((m_lowPtBoardOut->getPos(chip,lowPt1stBlock)) == (m_highPtBoardOut->getPos(chip,highPt1stBlock))))
336  ){ //for vi }
337  // LPT 1st (as 2nd candidate)
338  pos=m_lowPtBoardOut->getPos(chip,lowPt1stBlock);
339  dev=m_lowPtBoardOut->getDev(chip,lowPt1stBlock);
340  m_highPtChipOut->setPt(chip,SecondCandidate,PtLow);
341  m_highPtChipOut->setSel(chip,SecondCandidate,2);
342  m_highPtChipOut->setDev(chip,SecondCandidate,dev);
343  m_highPtChipOut->setPos(chip,SecondCandidate,pos);
344  m_highPtChipOut->setHitID(chip,SecondCandidate,lowPt1stBlock);
345  return;
346  } else if ((lowPt2ndBlock >= 0) &&
347  !((lowPt2ndBlock == highPt1stBlock) && ((m_lowPtBoardOut->getPos(chip,lowPt2ndBlock)) == (m_highPtBoardOut->getPos(chip,highPt1stBlock))))
348  ){
349 
350  // LPT 2nd (as 2nd candidate)
351  pos=m_lowPtBoardOut->getPos(chip,lowPt2ndBlock);
352  dev=m_lowPtBoardOut->getDev(chip,lowPt2ndBlock);
353  m_highPtChipOut->setPt(chip,SecondCandidate,PtLow);
354  m_highPtChipOut->setSel(chip,SecondCandidate,2);
355  m_highPtChipOut->setDev(chip,SecondCandidate,dev);
356  m_highPtChipOut->setPos(chip,SecondCandidate,pos);
357  m_highPtChipOut->setHitID(chip,SecondCandidate,lowPt2ndBlock);
358  return;
359  }
360  } else { // 2 HPT Matrix Outputs
361  // HPT 1st
362  pos=m_highPtBoardOut->getPos(chip,highPt1stBlock);
363  dev=m_highPtBoardOut->getDev(chip,highPt1stBlock);
364  if ((dev>-8) && (dev<8)) { // check if |dev|<8
365  m_highPtChipOut->setPt(chip,FirstCandidate,PtHigh);
366  m_highPtChipOut->setSel(chip,FirstCandidate,1);
367  m_highPtChipOut->setDev(chip,FirstCandidate,dev);
368  m_highPtChipOut->setPos(chip,FirstCandidate,pos);
369  m_highPtChipOut->setHitID(chip,FirstCandidate,highPt1stBlock);
370  }
371  // HPT 2nd
372  pos=m_highPtBoardOut->getPos(chip,highPt2ndBlock);
373  dev=m_highPtBoardOut->getDev(chip,highPt2ndBlock);
374  if ((dev>-8) && (dev<8)) { // check if |dev|<8
375  m_highPtChipOut->setPt(chip,SecondCandidate,PtHigh);
376  m_highPtChipOut->setSel(chip,SecondCandidate,2);
377  m_highPtChipOut->setDev(chip,SecondCandidate,dev);
378  m_highPtChipOut->setPos(chip,SecondCandidate,pos);
379  m_highPtChipOut->setHitID(chip,SecondCandidate,highPt2ndBlock);
380  }
381  }
382 }
383 
384 int TGCStripHighPtBoard::getNonLinearDelta(int dev) const
385 {
386  if (dev >=12) return 8; // set dev=8 in case of out of range
387  else if (dev >=10) return 7;
388  else if (dev >=8) return 6;
389  else if (dev >=6) return 5;
390  else if (dev >=4) return 4;
391  else return dev;
392 }
393 
394 } //end of namespace bracket
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Definition: TGCStripHighPtBoard.cxx:24
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Definition: TGCHighPtBoardOut.h:99
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Definition: TGCStripHighPtBoard.cxx:201
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Definition: TGCHighPtBoard.h:21
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Definition: TGCHighPtBoard.h:26
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Definition: TGCHighPtBoardOut.h:80
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Definition: TGCHighPtBoard.h:95
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Definition: TGCHighPtChipOut.h:127
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Definition: TGCSlaveBoardOut.cxx:193
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Definition: TGCStripHighPtBoard.cxx:259
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