CMS 3D CMS Logo
DCCDataMapper.cc
Go to the documentation of this file.
1 #include "DCCDataMapper.h"
2 
3 /*--------------------------------------------*/
4 /* DCCTBDataMapper::DCCTBDataMapper */
5 /* class constructor */
6 /*--------------------------------------------*/
7 DCCTBDataMapper::DCCTBDataMapper( DCCTBDataParser * myParser)
8 : parser_(myParser){
9 
10  dccFields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
11  emptyEventFields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
12 
13  tcc68Fields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
14  tcc32Fields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
15  tcc16Fields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
16 
17  srp68Fields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
18  srp32Fields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
19  srp16Fields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
20 
21  towerFields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
22  xtalFields_ = new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
23  trailerFields_= new std::set<DCCTBDataField * , DCCTBDataFieldComparator>;
24 
25  buildDCCFields();
26  buildTCCFields();
27  buildSRPFields();
28  buildTowerFields();
29  buildXtalFields();
30  buildTrailerFields();
31 }
32 
33 /*---------------------------------------------*/
34 /* DCCTBDataMapper::~DCCTBDataMapper */
35 /* class destructor (free memory) */
36 /*---------------------------------------------*/
37 DCCTBDataMapper::~DCCTBDataMapper(){
38 
39  std::set<DCCTBDataField *,DCCTBDataFieldComparator>::iterator it;
40 
41  for(it = dccFields_->begin() ;it != dccFields_->end(); it++){ delete (*it);}
42  for(it = emptyEventFields_->begin() ;it != emptyEventFields_->end(); it++){ delete (*it);}
43 
44  for(it = tcc68Fields_->begin() ;it != tcc68Fields_->end(); it++){ delete (*it);}
45  for(it = tcc32Fields_->begin() ;it != tcc32Fields_->end(); it++){ delete (*it);}
46  for(it = tcc16Fields_->begin() ;it != tcc16Fields_->end(); it++){ delete (*it);}
47 
48  for(it = srp68Fields_->begin() ;it != srp68Fields_->end(); it++){ delete (*it);}
49  for(it = srp32Fields_->begin() ;it != srp32Fields_->end(); it++){ delete (*it);}
50  for(it = srp16Fields_->begin() ;it != srp16Fields_->end(); it++){ delete (*it);}
51 
52  for(it = towerFields_->begin() ;it != towerFields_->end(); it++){ delete (*it);}
53  for(it = xtalFields_->begin() ;it != xtalFields_->end(); it++){ delete (*it);}
54  for(it = trailerFields_->begin();it != trailerFields_->end(); it++){ delete (*it);}
55 
56  delete dccFields_;
57  delete emptyEventFields_;
58 
59  delete tcc68Fields_;
60  delete tcc32Fields_;
61  delete tcc16Fields_;
62 
63  delete srp68Fields_;
64  delete srp32Fields_;
65  delete srp16Fields_;
66 
67  delete towerFields_;
68  delete xtalFields_;
69  delete trailerFields_;
70 }
71 
72 
73 /*-------------------------------------------------*/
74 /* DCCTBDataMapper::buildDccFields */
75 /* builds raw data header fields */
76 /*-------------------------------------------------*/
77 void DCCTBDataMapper::buildDCCFields(){
78 
79  //32 Bit word numb 0
80  dccFields_->insert( new DCCTBDataField("H",H_WPOSITION,H_BPOSITION,H_MASK));
81  emptyEventFields_->insert( new DCCTBDataField("H",H_WPOSITION,H_BPOSITION,H_MASK));
82 
83  dccFields_->insert( new DCCTBDataField("FOV",FOV_WPOSITION,FOV_BPOSITION,FOV_MASK));
84  emptyEventFields_->insert( new DCCTBDataField("FOV",FOV_WPOSITION,FOV_BPOSITION,FOV_MASK));
85 
86  dccFields_->insert( new DCCTBDataField("FED/DCC ID",DCCID_WPOSITION,DCCID_BPOSITION,DCCID_MASK));
87  emptyEventFields_->insert( new DCCTBDataField("FED/DCC ID",DCCID_WPOSITION,DCCID_BPOSITION,DCCID_MASK));
88 
89  dccFields_->insert( new DCCTBDataField("BX",DCCBX_WPOSITION,DCCBX_BPOSITION,DCCBX_MASK));
90  emptyEventFields_->insert( new DCCTBDataField("BX",DCCBX_WPOSITION,DCCBX_BPOSITION,DCCBX_MASK));
91 
92  //32Bit word numb 1
93  dccFields_->insert( new DCCTBDataField("LV1",DCCL1_WPOSITION ,DCCL1_BPOSITION,DCCL1_MASK));
94  emptyEventFields_->insert( new DCCTBDataField("LV1",DCCL1_WPOSITION ,DCCL1_BPOSITION,DCCL1_MASK));
95 
96  dccFields_->insert( new DCCTBDataField("TRIGGER TYPE",TRIGGERTYPE_WPOSITION,TRIGGERTYPE_BPOSITION,TRIGGERTYPE_MASK));
97  emptyEventFields_->insert( new DCCTBDataField("TRIGGER TYPE",TRIGGERTYPE_WPOSITION,TRIGGERTYPE_BPOSITION,TRIGGERTYPE_MASK));
98 
99  dccFields_->insert( new DCCTBDataField("BOE",BOE_WPOSITION,BOE_BPOSITION,BOE_MASK));
100  emptyEventFields_->insert( new DCCTBDataField("BOE",BOE_WPOSITION,BOE_BPOSITION,BOE_MASK));
101 
102  //32Bit word numb 2
103  dccFields_->insert( new DCCTBDataField("EVENT LENGTH",EVENTLENGTH_WPOSITION,EVENTLENGTH_BPOSITION,EVENTLENGTH_MASK));
104  emptyEventFields_->insert( new DCCTBDataField("EVENT LENGTH",EVENTLENGTH_WPOSITION,EVENTLENGTH_BPOSITION,EVENTLENGTH_MASK));
105 
106  dccFields_->insert( new DCCTBDataField("DCC ERRORS",DCCERRORS_WPOSITION ,DCCERRORS_BPOSITION,DCCERRORS_MASK));
107  emptyEventFields_->insert( new DCCTBDataField("DCC ERRORS",DCCERRORS_WPOSITION ,DCCERRORS_BPOSITION,DCCERRORS_MASK));
108 
109  //32Bit word numb 3
110  dccFields_->insert( new DCCTBDataField("RUN NUMBER",RNUMB_WPOSITION,RNUMB_BPOSITION,RNUMB_MASK));
111  emptyEventFields_->insert( new DCCTBDataField("RUN NUMBER",RNUMB_WPOSITION,RNUMB_BPOSITION,RNUMB_MASK));
112 
113  //32 Bit word numb 4
114  dccFields_->insert( new DCCTBDataField("RUN TYPE",RUNTYPE_WPOSITION,RUNTYPE_BPOSITION,RUNTYPE_MASK));
115  emptyEventFields_->insert( new DCCTBDataField("RUN TYPE",RUNTYPE_WPOSITION,RUNTYPE_BPOSITION,RUNTYPE_MASK));
116 
117  //32Bit word numb 5
118  dccFields_->insert( new DCCTBDataField("DETAILED TRIGGER TYPE",DETAILEDTT_WPOSITION,DETAILEDTT_BPOSITION,DETAILEDTT_MASK));
119  emptyEventFields_->insert( new DCCTBDataField("DETAILED TRIGGER TYPE",DETAILEDTT_WPOSITION,DETAILEDTT_BPOSITION,DETAILEDTT_MASK));
120 
121  //32 Bit word numb 6
122  dccFields_->insert( new DCCTBDataField("ORBIT COUNTER",ORBITCOUNTER_WPOSITION,ORBITCOUNTER_BPOSITION,ORBITCOUNTER_MASK));
123 
124  //32 Bit word numb 7
125  dccFields_->insert( new DCCTBDataField("SR",SR_WPOSITION,SR_BPOSITION,SR_MASK));
126  dccFields_->insert( new DCCTBDataField("ZS",ZS_WPOSITION,ZS_BPOSITION,ZS_MASK));
127  dccFields_->insert( new DCCTBDataField("TZS",TZS_WPOSITION,TZS_BPOSITION,TZS_MASK));
128 
129  dccFields_->insert( new DCCTBDataField("SR_CHSTATUS",SR_CHSTATUS_WPOSITION,SR_CHSTATUS_BPOSITION,SR_CHSTATUS_MASK));
130  dccFields_->insert( new DCCTBDataField("TCC_CHSTATUS#1",TCC_CHSTATUS_WPOSITION,TCC_CHSTATUS_BPOSITION,TCC_CHSTATUS_MASK));
131  dccFields_->insert( new DCCTBDataField("TCC_CHSTATUS#2",TCC_CHSTATUS_WPOSITION,TCC_CHSTATUS_BPOSITION+4,TCC_CHSTATUS_MASK));
132  dccFields_->insert( new DCCTBDataField("TCC_CHSTATUS#3",TCC_CHSTATUS_WPOSITION,TCC_CHSTATUS_BPOSITION+8,TCC_CHSTATUS_MASK));
133  dccFields_->insert( new DCCTBDataField("TCC_CHSTATUS#4",TCC_CHSTATUS_WPOSITION,TCC_CHSTATUS_BPOSITION+12,TCC_CHSTATUS_MASK));
134 
135 
136  //add Headers Qualifiers: 8 words with 6 bits each written on the 2nd 32bit words
137  for(uint32_t i=1;i<=8;i++){
138  std::string header = std::string("H") + parser_->getDecString(i);
139  dccFields_->insert( new DCCTBDataField(header,HD_WPOSITION + (i-1)*2 ,HD_BPOSITION,HD_MASK));
140 
141  //fill only for empty events
142  if(i<3){ emptyEventFields_->insert( new DCCTBDataField(header,HD_WPOSITION + (i-1)*2 ,HD_BPOSITION,HD_MASK)); }
143  }
144 
145 
146  //add FE_CHSTATUS: 5 words each having 14 FE_CHSTATUS
147  for(uint32_t wcount = 1; wcount<=5; wcount++){
148 
149  //1st word 32 bit
150  for(uint32_t i=1;i<=8;i++){
151  std::string chStatus = std::string("FE_CHSTATUS#") + parser_->getDecString( (wcount-1)*14 + i );
152  dccFields_->insert( new DCCTBDataField(chStatus, FE_CHSTATUS_WPOSITION +(wcount-1)*2, 4*(i-1),FE_CHSTATUS_MASK));
153  }
154 
155  //2nd word 32 bit
156  for(uint32_t i=9;i<=14;i++){
157  std::string chStatus = std::string("FE_CHSTATUS#") + parser_->getDecString((wcount-1)*14 + i);
158  dccFields_->insert( new DCCTBDataField(chStatus, FE_CHSTATUS_WPOSITION + (wcount-1)*2 + 1,4*(i-9),FE_CHSTATUS_MASK));
159  }
160 
161  }
162 
163 }
164 
165 /*-------------------------------------------------*/
166 /* DCCTBDataMapper::buildTCCFields */
167 /* builds raw data TCC block fields */
168 /*-------------------------------------------------*/
169 void DCCTBDataMapper::buildTCCFields(){
170 
171  std::vector<std::set<DCCTBDataField *, DCCTBDataFieldComparator> *> pVector;
172  pVector.push_back(tcc16Fields_);
173  pVector.push_back(tcc32Fields_);
174  pVector.push_back(tcc68Fields_);
175 
176  for(int i=0; i< ((int)(pVector.size())) ;i++){
177  (pVector[i])->insert( new DCCTBDataField("TCC ID",TCCID_WPOSITION ,TCCID_BPOSITION,TCCID_MASK));
178  (pVector[i])->insert( new DCCTBDataField("BX",TCCBX_WPOSITION ,TCCBX_BPOSITION,TCCBX_MASK));
179  (pVector[i])->insert( new DCCTBDataField("E0",TCCE0_WPOSITION ,TCCE0_BPOSITION,TCCE0_MASK));
180  (pVector[i])->insert( new DCCTBDataField("LV1",TCCL1_WPOSITION ,TCCL1_BPOSITION,TCCL1_MASK));
181  (pVector[i])->insert( new DCCTBDataField("E1", TCCE1_WPOSITION, TCCE1_BPOSITION, TCCE1_MASK));
182  (pVector[i])->insert( new DCCTBDataField("#TT", NTT_WPOSITION, NTT_BPOSITION, NTT_MASK));
183  (pVector[i])->insert( new DCCTBDataField("#TIME SAMPLES",TCCTSAMP_WPOSITION, TCCTSAMP_BPOSITION,TCCTSAMP_MASK));
184  (pVector[i])->insert( new DCCTBDataField("LE0",TCCLE0_WPOSITION, TCCLE0_BPOSITION, TCCLE0_MASK));
185  (pVector[i])->insert( new DCCTBDataField("LE1",TCCLE1_WPOSITION, TCCLE1_BPOSITION, TCCLE1_MASK));
186  }
187 
188  uint32_t nTSamples = parser_->numbTriggerSamples();
189 
190  uint32_t totalTT = 68*nTSamples;
191 
192  uint32_t filter1 = 16*nTSamples;
193  uint32_t filter2 = 32*nTSamples;
194 
195  uint32_t count(2) ;
196 
197  // Fill block with TT definition
198  for(uint32_t tt=1; tt<=totalTT; tt++){
199  std::string tpg = std::string("TPG#") + parser_->getDecString(tt);
200  std::string ttFlag = std::string("TTF#") + parser_->getDecString(tt);
201 
202  if(tt<=filter1){
203  tcc16Fields_->insert( new DCCTBDataField(tpg, TPG_WPOSITION -1 + count/2, TPG_BPOSITION + 16*( (count+2)%2 ),TPG_MASK));
204  tcc16Fields_->insert( new DCCTBDataField(ttFlag, TTF_WPOSITION -1 + count/2, TTF_BPOSITION + 16*( (count+2)%2 ),TTF_MASK));
205  }
206  if(tt<=filter2){
207  tcc32Fields_->insert( new DCCTBDataField(tpg, TPG_WPOSITION -1 + count/2, TPG_BPOSITION + 16*( (count+2)%2 ),TPG_MASK));
208  tcc32Fields_->insert( new DCCTBDataField(ttFlag, TTF_WPOSITION -1 + count/2, TTF_BPOSITION + 16*( (count+2)%2 ),TTF_MASK));
209  }
210 
211  tcc68Fields_->insert( new DCCTBDataField(tpg, TPG_WPOSITION -1 + count/2, TPG_BPOSITION + 16*( (count+2)%2 ),TPG_MASK));
212  tcc68Fields_->insert( new DCCTBDataField(ttFlag, TTF_WPOSITION -1 + count/2, TTF_BPOSITION + 16*( (count+2)%2 ),TTF_MASK));
213  count++;
214  }
215 
216 }
217 
218 // ---> update with the correct number of SRP fields
219 void DCCTBDataMapper::buildSRPFields(){
220  std::vector<std::set<DCCTBDataField *, DCCTBDataFieldComparator> * > pVector;
221  pVector.push_back(srp68Fields_);
222  pVector.push_back(srp32Fields_);
223  pVector.push_back(srp16Fields_);
224 
225  for(int i=0; i< ((int)(pVector.size())) ;i++){
226  // This method must be modified to take into account the different SRP blocks : 68 SRF in the barrel, 34 ,35 or 36 in the EE
227  (pVector[i])->insert( new DCCTBDataField("SRP ID",SRPID_WPOSITION ,SRPID_BPOSITION,SRPID_MASK));
228  (pVector[i])->insert( new DCCTBDataField("BX",SRPBX_WPOSITION ,SRPBX_BPOSITION,SRPBX_MASK));
229  (pVector[i])->insert( new DCCTBDataField("E0",SRPE0_WPOSITION ,SRPE0_BPOSITION,SRPE0_MASK));
230 
231  (pVector[i])->insert( new DCCTBDataField("LV1",SRPL1_WPOSITION ,SRPL1_BPOSITION,SRPL1_MASK));
232  (pVector[i])->insert( new DCCTBDataField("E1", SRPE1_WPOSITION, SRPE1_BPOSITION, SRPE1_MASK));
233  (pVector[i])->insert( new DCCTBDataField("#SR FLAGS",NSRF_WPOSITION, NSRF_BPOSITION,NSRF_MASK));
234  (pVector[i])->insert( new DCCTBDataField("LE0",SRPLE0_WPOSITION, SRPLE0_BPOSITION, SRPLE0_MASK));
235  (pVector[i])->insert( new DCCTBDataField("LE1",SRPLE1_WPOSITION, SRPLE1_BPOSITION, SRPLE1_MASK));
236  }
237 
238  uint32_t srpFlags(68);
239 
240  uint32_t count1(1), count2(1), srSize(3), factor(0), wcount(0);
241  for(uint32_t nsr =1; nsr<=srpFlags; nsr++){
242 
243  std::string sr = std::string("SR#") + parser_->getDecString(nsr);
244 
245  srp68Fields_->insert( new DCCTBDataField(sr,SRF_WPOSITION + wcount, SRF_BPOSITION + SRPBOFFSET*factor + (count2-1)*srSize,SRF_MASK));
246  if( nsr<=32 ){ srp32Fields_->insert( new DCCTBDataField(sr,SRF_WPOSITION + wcount, SRF_BPOSITION + SRPBOFFSET*factor + (count2-1)*srSize,SRF_MASK));}
247  if( nsr<=16 ){ srp16Fields_->insert( new DCCTBDataField(sr,SRF_WPOSITION + wcount, SRF_BPOSITION + SRPBOFFSET*factor + (count2-1)*srSize,SRF_MASK));}
248 
249  count1++; count2++;
250 
251  //update word count
252  if( count1 > 8){ wcount++; count1=1;}
253 
254  //update bit offset
255  if(count1 > 4){ factor = 1;}
256  else{factor = 0;}
257 
258  //update bit shift
259  if( count2 > 4){ count2 = 1;}
260 
261  }
262 }
263 
264 
265 /*-------------------------------------------------*/
266 /* DCCTBDataMapper::buildTowerFields */
267 /* builds raw data Tower Data fields */
268 /*-------------------------------------------------*/
269 void DCCTBDataMapper::buildTowerFields(){
270  //32bit word numb 1
271  towerFields_->insert( new DCCTBDataField("TT/SC ID",TOWERID_WPOSITION ,TOWERID_BPOSITION,TOWERID_MASK));
272  towerFields_->insert( new DCCTBDataField("#TIME SAMPLES",XSAMP_WPOSITION ,XSAMP_BPOSITION,XSAMP_MASK));
273  towerFields_->insert( new DCCTBDataField("BX", TOWERBX_WPOSITION ,TOWERBX_BPOSITION,TOWERBX_MASK));
274  towerFields_->insert( new DCCTBDataField("E0",TOWERE0_WPOSITION ,TOWERE0_BPOSITION,TOWERE0_MASK));
275 
276  //32 bit word numb 2
277  towerFields_->insert( new DCCTBDataField("LV1",TOWERL1_WPOSITION ,TOWERL1_BPOSITION, TOWERL1_MASK));
278  towerFields_->insert( new DCCTBDataField("E1", TOWERE1_WPOSITION, TOWERE1_BPOSITION, TOWERE1_MASK));
279  towerFields_->insert( new DCCTBDataField("BLOCK LENGTH",TOWERLENGTH_WPOSITION, TOWERLENGTH_BPOSITION,TOWERLENGTH_MASK));
280 }
281 
282 
283 /*-------------------------------------------------*/
284 /* DCCTBDataMapper::buildXtalFields */
285 /* builds raw data Crystal Data fields */
286 /*-------------------------------------------------*/
287 void DCCTBDataMapper::buildXtalFields(){
288 
289  //32bit word numb 1
290  xtalFields_->insert(new DCCTBDataField("STRIP ID",STRIPID_WPOSITION,STRIPID_BPOSITION,STRIPID_MASK));
291  xtalFields_->insert(new DCCTBDataField("XTAL ID",XTALID_WPOSITION,XTALID_BPOSITION,XTALID_MASK));
292  xtalFields_->insert(new DCCTBDataField("M",M_WPOSITION,M_BPOSITION,M_MASK));
293  xtalFields_->insert(new DCCTBDataField("SMF",SMF_WPOSITION,SMF_BPOSITION,SMF_MASK));
294  xtalFields_->insert(new DCCTBDataField("GMF",GMF_WPOSITION,GMF_BPOSITION,GMF_MASK));
295 
296  //first ADC is still on 1st word
297  xtalFields_->insert(new DCCTBDataField("ADC#1",ADC_WPOSITION,ADCBOFFSET,ADC_MASK));
298 
299  //add the rest of the ADCs
300  for(uint32_t i=2; i <= parser_->numbXtalSamples();i++){
301  std::string adc = std::string("ADC#") + parser_->getDecString(i);
302  if(i%2){ xtalFields_->insert(new DCCTBDataField(adc,ADC_WPOSITION + i/2, ADCBOFFSET,ADC_MASK)); }
303  else { xtalFields_->insert(new DCCTBDataField(adc,ADC_WPOSITION + i/2, 0,ADC_MASK)); }
304  }
305 
306  //the last word has written the test zero suppression flag and the gain decision bit
307  uint32_t tzsOffset_ = parser_->numbXtalSamples()/2;
308  xtalFields_->insert(new DCCTBDataField("TZS",XTAL_TZS_WPOSITION+tzsOffset_,XTAL_TZS_BPOSITION,XTAL_TZS_MASK));
309  xtalFields_->insert(new DCCTBDataField("GDECISION",XTAL_GDECISION_WPOSITION+tzsOffset_,XTAL_GDECISION_BPOSITION,XTAL_GDECISION_MASK));
310 }
311 
312 
313 /*-------------------------------------------------*/
314 /* DCCTBDataMapper::buildTrailerFields */
315 /* builds raw data Trailer words */
316 /*-------------------------------------------------*/
317 void DCCTBDataMapper::buildTrailerFields(){
318  //32bit word numb 1
319  trailerFields_->insert(new DCCTBDataField("T",T_WPOSITION,T_BPOSITION,T_MASK));
320  trailerFields_->insert(new DCCTBDataField("TTS",TTS_WPOSITION,TTS_BPOSITION,TTS_MASK));
321  trailerFields_->insert(new DCCTBDataField("EVENT STATUS",ESTAT_WPOSITION,ESTAT_BPOSITION,ESTAT_MASK));
322  trailerFields_->insert(new DCCTBDataField("CRC",CRC_WPOSITION,CRC_BPOSITION,CRC_MASK));
323 
324  //32bit word numb 2
325  trailerFields_->insert(new DCCTBDataField("EVENT LENGTH",TLENGTH_WPOSITION,TLENGTH_BPOSITION,TLENGTH_MASK));
326  trailerFields_->insert(new DCCTBDataField("EOE",EOE_WPOSITION,EOE_BPOSITION,EOE_MASK));
327 
328 }
DCCTBDataMapper::dccFields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * dccFields_
Definition: DCCDataMapper.h:122
mps_fire.i
i
Definition: mps_fire.py:330
DCCTBDataMapper::srp32Fields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * srp32Fields_
Definition: DCCDataMapper.h:129
DCCTBDataMapper::tcc68Fields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * tcc68Fields_
Definition: DCCDataMapper.h:124
AlCaHLTBitMon_QueryRunRegistry.string
string
Definition: AlCaHLTBitMon_QueryRunRegistry.py:256
DCCTBDataMapper::trailerFields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * trailerFields_
Definition: DCCDataMapper.h:134
DCCTBDataMapper::tcc16Fields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * tcc16Fields_
Definition: DCCDataMapper.h:126
DCCTBDataParser::getDecString
std::string getDecString(uint32_t data)
Definition: DCCDataParser.cc:300
DCCTBDataMapper::DCCTBDataMapper
DCCTBDataMapper(DCCTBDataParser *myParser)
Definition: DCCDataMapper.cc:7
DCCTBDataParser::numbTriggerSamples
uint32_t numbTriggerSamples()
Definition: DCCDataParser.h:183
RecoTauValidation_cfi.header
header
Definition: RecoTauValidation_cfi.py:300
DCCTBDataParser::numbXtalSamples
uint32_t numbXtalSamples()
Definition: DCCDataParser.h:182
DCCTBDataMapper::srp16Fields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * srp16Fields_
Definition: DCCDataMapper.h:130
DCCTBDataMapper::tcc32Fields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * tcc32Fields_
Definition: DCCDataMapper.h:125
DCCTBDataMapper::emptyEventFields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * emptyEventFields_
Definition: DCCDataMapper.h:123
DCCTBDataMapper::buildTrailerFields
void buildTrailerFields()
Definition: DCCDataMapper.cc:317
edm::eventsetup::heterocontainer::insert
bool insert(Storage &iStorage, ItemType *iItem, const IdTag &iIdTag)
Definition: HCMethods.h:50
ecalMGPA::adc
constexpr int adc(sample_type sample)
get the ADC sample (12 bits)
Definition: EcalMGPASample.h:11
DCCTBDataMapper::xtalFields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * xtalFields_
Definition: DCCDataMapper.h:133
DCCTBDataMapper::parser_
DCCTBDataParser * parser_
Definition: DCCDataMapper.h:121
DCCTBDataMapper::srp68Fields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * srp68Fields_
Definition: DCCDataMapper.h:128
DCCTBDataMapper::towerFields_
std::set< DCCTBDataField *, DCCTBDataFieldComparator > * towerFields_
Definition: DCCDataMapper.h:132
Generated for CMSSW Reference Manual by doxygen 1.8.11