CMSSW Reference Manual

std::string itoa ( int current )

Referenced by VisHepMCProductTwig::update().

void ROS_L1A_Frequency	(	int	ROS_number,
		int	ROSDebug_BcntResCnt,
		int	neventsROS25,
		double &	frequency,
		float &	trigger_counter
	)

Definition at line 211 of file ROSDebugUtility.h.

References first_evt, first_evt10, first_evt11, first_evt12, first_evt2, first_evt3, first_evt4, first_evt5, first_evt6, first_evt7, first_evt8, first_evt9, max_bx, peso, trigger_counter1, trigger_counter10, trigger_counter11, trigger_counter12, trigger_counter2, trigger_counter3, trigger_counter4, trigger_counter5, trigger_counter6, trigger_counter7, trigger_counter8, and trigger_counter9.

Referenced by DTDataIntegrityTask::processROS25().

00213 {
00214 
00215  trigger_counter = 0.;
00216  
00217 // first ROS
00218  if (ROS_number == 1)
00219  {  
00220   long double second_evt = ROSDebug_BcntResCnt;
00221    if (neventsROS25==1) first_evt = ROSDebug_BcntResCnt;
00222                    
00223   if (ROSDebug_BcntResCnt<16777215) {
00224 
00225     if ((second_evt - first_evt)<(1/(0.0000891*peso))){        
00226      trigger_counter1 += 1;
00227      trigger_counter = trigger_counter1;
00228      }
00229      else{ //window change
00230      frequency = trigger_counter1;
00231      first_evt = second_evt;
00232      trigger_counter1 = 0;} 
00233    }
00234   else{
00235     long double second_evt_neg = second_evt + max_bx;      
00236 
00237     if ((second_evt_neg - first_evt)<(1/(0.0000891*peso))){
00238      trigger_counter1 +=1;
00239      trigger_counter = trigger_counter1;
00240      frequency = first_evt*0.0000891;
00241      }
00242      else {
00243      first_evt = second_evt;
00244      trigger_counter1 = 0;}
00245   }
00246   return;
00247  }
00248 
00249 
00250 
00251 // second ROS
00252  else if (ROS_number == 2){ 
00253   long double second_evt2 = ROSDebug_BcntResCnt;
00254                    
00255    if (neventsROS25==1) first_evt2 = ROSDebug_BcntResCnt;
00256                    
00257   if (ROSDebug_BcntResCnt<16777215) {
00258 
00259     if ((second_evt2 - first_evt2)<(1/(0.0000891*peso))){        
00260      trigger_counter2 += 1;
00261      trigger_counter = trigger_counter2;
00262      }
00263      else{ //window change
00264      frequency = trigger_counter2;
00265      first_evt2 = second_evt2;
00266      trigger_counter2 = 0;} 
00267    }
00268   else{
00269     long double second_evt_neg2 = second_evt2 + max_bx;   
00270 
00271     if ((second_evt_neg2 - first_evt2)<(1/(0.0000891*peso))){
00272      trigger_counter2 +=1;
00273      trigger_counter = trigger_counter2;
00274      frequency = first_evt2*0.0000891;
00275      }
00276      else {
00277      first_evt2 = second_evt2;
00278      trigger_counter2 = 0;}
00279   }
00280  }     
00281  
00282 // third ROS
00283  else if (ROS_number == 3){
00284   
00285   long double second_evt3 = ROSDebug_BcntResCnt;
00286    if (neventsROS25==1) first_evt3 = ROSDebug_BcntResCnt;
00287                    
00288   if (ROSDebug_BcntResCnt<16777215) {
00289 
00290     if ((second_evt3 - first_evt3)<(1/(0.0000891*peso))){        
00291      trigger_counter3 += 1;
00292      trigger_counter = trigger_counter3;
00293      }
00294      else{ //window change
00295      frequency = trigger_counter3;
00296      first_evt3 = second_evt3;
00297      trigger_counter3 = 0;} 
00298    }
00299   else{
00300     long double second_evt_neg3 = second_evt3 + max_bx; 
00301 
00302     if ((second_evt_neg3 - first_evt3)<(1/(0.0000891*peso))){
00303      trigger_counter3 +=1;
00304      trigger_counter = trigger_counter3;
00305      frequency = first_evt3*0.0000891;
00306      }
00307      else {
00308      first_evt3 = second_evt3;
00309      trigger_counter3 = 0;}
00310   }
00311  }
00312 
00313  
00314 // 4th ROS
00315  else if (ROS_number == 4){
00316   
00317   long double second_evt4 = ROSDebug_BcntResCnt;
00318    if (neventsROS25==1) first_evt4 = ROSDebug_BcntResCnt;
00319                    
00320   if (ROSDebug_BcntResCnt<16777215) {
00321 
00322     if ((second_evt4 - first_evt4)<(1/(0.0000891*peso))){        
00323      trigger_counter4 += 1;
00324      trigger_counter = trigger_counter4;
00325      }
00326      else{ //window change
00327      frequency = trigger_counter4;
00328      first_evt4 = second_evt4;
00329      trigger_counter4 = 0;} 
00330    }
00331   else{
00332     long double second_evt_neg4 = second_evt4 + max_bx;      
00333 
00334     if ((second_evt_neg4 - first_evt4)<(1/(0.0000891*peso))){
00335      trigger_counter4 +=1;
00336      trigger_counter = trigger_counter4;
00337      frequency = first_evt4*0.0000891;
00338      }
00339      else {
00340      first_evt4 = second_evt4;
00341      trigger_counter4 = 0;}
00342   }
00343  }
00344                    
00345 // 5th ROS
00346  else if (ROS_number == 5){
00347   
00348   long double second_evt5 = ROSDebug_BcntResCnt;
00349    if (neventsROS25==1) first_evt5 = ROSDebug_BcntResCnt;
00350                    
00351   if (ROSDebug_BcntResCnt<16777215) {
00352 
00353     if ((second_evt5 - first_evt5)<(1/(0.0000891*peso))){        
00354      trigger_counter5 += 1;
00355      trigger_counter = trigger_counter5;
00356      }
00357      else{ //window change
00358      frequency = trigger_counter5;
00359      first_evt5 = second_evt5;
00360      trigger_counter5 = 0;} 
00361    }
00362   else{
00363     long double second_evt_neg5 = second_evt5 + max_bx;      
00364 
00365     if ((second_evt_neg5 - first_evt5)<(1/(0.0000891*peso))){
00366      trigger_counter5 +=1;
00367      trigger_counter = trigger_counter5;
00368      frequency = first_evt5*0.0000891;
00369      }
00370      else {
00371      first_evt5 = second_evt5;
00372      trigger_counter5 = 0;}
00373   }
00374  }
00375                    
00376 // 6th ROS
00377  else if (ROS_number == 6){
00378   
00379   long double second_evt6 = ROSDebug_BcntResCnt;
00380    if (neventsROS25==1) first_evt6 = ROSDebug_BcntResCnt;
00381                    
00382   if (ROSDebug_BcntResCnt<16777215) {
00383 
00384     if ((second_evt6 - first_evt6)<(1/(0.0000891*peso))){        
00385      trigger_counter6 += 1;
00386      trigger_counter = trigger_counter6;
00387      }
00388      else{ //window change
00389      frequency = trigger_counter6;
00390      first_evt6 = second_evt6;
00391      trigger_counter6 = 0;} 
00392    }
00393   else{
00394     long double second_evt_neg6 = second_evt6 + max_bx;      
00395 
00396     if ((second_evt_neg6 - first_evt6)<(1/(0.0000891*peso))){
00397      trigger_counter6 +=1;
00398      trigger_counter = trigger_counter6;
00399      frequency = first_evt6*0.0000891;
00400      }
00401      else {
00402      first_evt6 = second_evt6;
00403      trigger_counter6 = 0;}
00404   }
00405  }
00406                    
00407 
00408 // 7th ROS
00409  else if (ROS_number == 7){
00410   
00411   long double second_evt7 = ROSDebug_BcntResCnt;
00412    if (neventsROS25==1) first_evt7 = ROSDebug_BcntResCnt;
00413                    
00414   if (ROSDebug_BcntResCnt<16777215) {
00415 
00416     if ((second_evt7 - first_evt7)<(1/(0.0000891*peso))){        
00417      trigger_counter7 += 1;
00418      trigger_counter = trigger_counter7;
00419      }
00420      else{ //window change
00421      frequency = trigger_counter7;
00422      first_evt7 = second_evt7;
00423      trigger_counter7 = 0;} 
00424    }
00425   else{
00426     long double second_evt_neg7 = second_evt7 + max_bx;      
00427 
00428     if ((second_evt_neg7 - first_evt7)<(1/(0.0000891*peso))){
00429      trigger_counter7 +=1;
00430      trigger_counter = trigger_counter7;
00431      frequency = first_evt7*0.0000891;
00432      }
00433      else {
00434      first_evt7 = second_evt7;
00435      trigger_counter7 = 0;}
00436   }
00437  }
00438 
00439 // 8th ROS
00440  else if (ROS_number == 8){
00441   
00442   long double second_evt8 = ROSDebug_BcntResCnt;
00443    if (neventsROS25==1) first_evt8 = ROSDebug_BcntResCnt;
00444                    
00445   if (ROSDebug_BcntResCnt<16777215) {
00446 
00447     if ((second_evt8 - first_evt8)<(1/(0.0000891*peso))){        
00448      trigger_counter8 += 1;
00449      trigger_counter = trigger_counter8;
00450      }
00451      else{ //window change
00452      frequency = trigger_counter8;
00453      first_evt8 = second_evt8;
00454      trigger_counter8 = 0;} 
00455    }
00456   else{
00457     long double second_evt_neg8 = second_evt8 + max_bx;      
00458 
00459     if ((second_evt_neg8 - first_evt8)<(1/(0.0000891*peso))){
00460      trigger_counter8 +=1;
00461      trigger_counter = trigger_counter8;
00462      frequency = first_evt8*0.0000891;
00463      }
00464      else {
00465      first_evt8 = second_evt8;
00466      trigger_counter8 = 0;}
00467   }
00468  }
00469 
00470 // 9th ROS
00471  else if (ROS_number == 9){
00472   
00473   long double second_evt9 = ROSDebug_BcntResCnt;
00474    if (neventsROS25==1) first_evt9 = ROSDebug_BcntResCnt;
00475                    
00476   if (ROSDebug_BcntResCnt<16777215) {
00477 
00478     if ((second_evt9 - first_evt9)<(1/(0.0000891*peso))){        
00479      trigger_counter9 += 1;
00480      trigger_counter = trigger_counter9;
00481      }
00482      else{ //window change
00483      frequency = trigger_counter9;
00484      first_evt9 = second_evt9;
00485      trigger_counter9 = 0;} 
00486    }
00487   else{
00488     long double second_evt_neg9 = second_evt9 + max_bx;      
00489 
00490     if ((second_evt_neg9 - first_evt9)<(1/(0.0000891*peso))){
00491      trigger_counter9 +=1;
00492      trigger_counter = trigger_counter9;
00493      frequency = first_evt9*0.0000891;
00494      }
00495      else {
00496      first_evt9 = second_evt9;
00497      trigger_counter9 = 0;}
00498   }
00499  }
00500 
00501 
00502 // 10th ROS
00503  else if (ROS_number == 10){
00504   
00505   long double second_evt10 = ROSDebug_BcntResCnt;
00506    if (neventsROS25==1) first_evt10 = ROSDebug_BcntResCnt;
00507                    
00508   if (ROSDebug_BcntResCnt<16777215) {
00509 
00510     if ((second_evt10 - first_evt10)<(1/(0.0000891*peso))){        
00511      trigger_counter10 += 1;
00512      trigger_counter = trigger_counter10;
00513      }
00514      else{ //window change
00515      frequency = trigger_counter10;
00516      first_evt10 = second_evt10;
00517      trigger_counter10 = 0;} 
00518    }
00519   else{
00520     long double second_evt_neg10 = second_evt10 + max_bx;      
00521 
00522     if ((second_evt_neg10 - first_evt10)<(1/(0.0000891*peso))){
00523      trigger_counter10 +=1;
00524      trigger_counter = trigger_counter10;
00525      frequency = first_evt10*0.0000891;
00526      }
00527      else {
00528      first_evt10 = second_evt10;
00529      trigger_counter10 = 0;}
00530   }
00531  }
00532 
00533  
00534 // 11th ROS
00535  else if (ROS_number == 11){
00536   
00537   long double second_evt11 = ROSDebug_BcntResCnt;
00538    if (neventsROS25==1) first_evt11 = ROSDebug_BcntResCnt;
00539                    
00540   if (ROSDebug_BcntResCnt<16777215) {
00541 
00542     if ((second_evt11 - first_evt11)<(1/(0.0000891*peso))){        
00543      trigger_counter11 += 1;
00544      trigger_counter = trigger_counter11;
00545      }
00546      else{ //window change
00547      frequency = trigger_counter11;
00548      first_evt11 = second_evt11;
00549      trigger_counter11 = 0;} 
00550    }
00551   else{
00552     long double second_evt_neg11 = second_evt11 + max_bx;      
00553 
00554     if ((second_evt_neg11 - first_evt11)<(1/(0.0000891*peso))){
00555      trigger_counter11 +=1;
00556      trigger_counter = trigger_counter11;
00557      frequency = first_evt11*0.0000891;
00558      }
00559      else {
00560      first_evt11 = second_evt11;
00561      trigger_counter11 = 0;}
00562   }
00563  }
00564 
00565  
00566 // 12th ROS
00567  else if (ROS_number == 12){
00568   
00569   long double second_evt12 = ROSDebug_BcntResCnt;
00570    if (neventsROS25==1) first_evt12 = ROSDebug_BcntResCnt;
00571                    
00572   if (ROSDebug_BcntResCnt<16777215) {
00573 
00574     if ((second_evt12 - first_evt12)<(1/(0.0000891*peso))){        
00575      trigger_counter12 += 1;
00576      trigger_counter = trigger_counter12;
00577      }
00578      else{ //window change
00579      frequency = trigger_counter12;
00580      first_evt12 = second_evt12;
00581      trigger_counter12 = 0;} 
00582    }
00583   else{
00584     long double second_evt_neg12 = second_evt12 + max_bx;      
00585 
00586     if ((second_evt_neg12 - first_evt12)<(1/(0.0000891*peso))){
00587      trigger_counter12 +=1;
00588      trigger_counter = trigger_counter12;
00589      frequency = first_evt12*0.0000891;
00590      }
00591      else {
00592      first_evt12 = second_evt12;
00593      trigger_counter12 = 0;}
00594   }
00595  }
00596 }

void ROSWords_t	(	double &	ResetCount_unfolded,
		int	ROS_number,
		int	ROSDebug_BcntResCnt,
		int	nevents
	)			`[inline]`

Definition at line 41 of file ROSDebugUtility.h.

References cont, cont10, cont11, cont12, cont2, cont3, cont4, cont5, cont6, cont7, cont8, cont9, cycle, ResetCount_unfolded_comp, ResetCount_unfolded_comp10, ResetCount_unfolded_comp11, ResetCount_unfolded_comp12, ResetCount_unfolded_comp2, ResetCount_unfolded_comp3, ResetCount_unfolded_comp4, ResetCount_unfolded_comp5, ResetCount_unfolded_comp6, ResetCount_unfolded_comp7, ResetCount_unfolded_comp8, and ResetCount_unfolded_comp9.

Referenced by DTDataIntegrityTask::processROS25().

00042 {
00043 
00044 // synchronize with evt #
00045 // if (neventsROS25 ==1) ResetCount_unfolded_comp.first=ROS_number;
00046 
00047 // Processing first ROS
00048  if (ROS_number == 1){
00049   double ResetCount = ROSDebug_BcntResCnt*0.0000891;
00050  
00051   if (ResetCount_unfolded_comp <= (ResetCount)) {
00052   cont = cont;  
00053    ResetCount_unfolded = ResetCount + cycle*cont;
00054    }
00055   else { cont = cont + 1;
00056    ResetCount_unfolded = ResetCount + cycle*cont;
00057    }  
00058   ResetCount_unfolded_comp = ResetCount; 
00059    }
00060     
00061 // second ROS  
00062  else if (ROS_number == 2){
00063   double ResetCount2 = ROSDebug_BcntResCnt*0.0000891;
00064   if (ResetCount_unfolded_comp2 <= (ResetCount2)) {
00065   cont2 = cont2;  
00066    ResetCount_unfolded = ResetCount2 + cycle*cont2;
00067    }
00068   else { cont2 = cont2 + 1;
00069    ResetCount_unfolded = ResetCount2 + cycle*cont2;
00070     }
00071   ResetCount_unfolded_comp2 = ResetCount2;    
00072    }
00073 
00074 // third ROS  
00075  else if (ROS_number == 3){
00076   double ResetCount3 = ROSDebug_BcntResCnt*0.0000891;
00077   if (ResetCount_unfolded_comp3 <= (ResetCount3)) {
00078   cont3 = cont3;  
00079    ResetCount_unfolded = ResetCount3 + cycle*cont3;
00080    }
00081   else { cont3 = cont3 + 1;
00082    ResetCount_unfolded = ResetCount3 + cycle*cont3;
00083     }
00084   ResetCount_unfolded_comp3 = ResetCount3;  
00085    }
00086   
00087 
00088 // 4th ROS  
00089  else if (ROS_number == 4){
00090   double ResetCount4 = ROSDebug_BcntResCnt*0.0000891;
00091   if (ResetCount_unfolded_comp4 <= (ResetCount4)) {
00092   cont4 = cont4;  
00093    ResetCount_unfolded = ResetCount4 + cycle*cont4;
00094    }
00095   else { cont4 = cont4 + 1;
00096    ResetCount_unfolded = ResetCount4 + cycle*cont4;
00097     }
00098   ResetCount_unfolded_comp = ResetCount4;  
00099     }
00100 
00101 // 5th ROS  
00102  else if (ROS_number == 5){
00103   double ResetCount5 = ROSDebug_BcntResCnt*0.0000891;
00104   if (ResetCount_unfolded_comp5 <= (ResetCount5)) {
00105   cont5 = cont5;  
00106    ResetCount_unfolded = ResetCount5 + cycle*cont5;
00107    }
00108   else { cont5 = cont5 + 1;
00109    ResetCount_unfolded = ResetCount5 + cycle*cont5;
00110     }
00111   ResetCount_unfolded_comp5 = ResetCount5;  
00112    }
00113 
00114 // 6th ROS  
00115  else if (ROS_number == 6){
00116   double ResetCount6 = ROSDebug_BcntResCnt*0.0000891;
00117   if (ResetCount_unfolded_comp6 <= (ResetCount6)) {
00118   cont6 = cont6;  
00119    ResetCount_unfolded = ResetCount6 + cycle*cont6;
00120    }
00121   else { cont6 = cont6 + 1;
00122    ResetCount_unfolded = ResetCount6 + cycle*cont6;
00123     }
00124   ResetCount_unfolded_comp6 = ResetCount6;  
00125    }
00126        
00127 // 7th ROS  
00128  else if (ROS_number == 7){
00129   double ResetCount7 = ROSDebug_BcntResCnt*0.0000891;
00130   if (ResetCount_unfolded_comp7 <= (ResetCount7)) {
00131   cont7 = cont7;  
00132    ResetCount_unfolded = ResetCount7 + cycle*cont7;
00133    }
00134   else { cont7 = cont7 + 1;
00135    ResetCount_unfolded = ResetCount7 + cycle*cont7;
00136     }
00137    ResetCount_unfolded_comp7 = ResetCount7;
00138    }
00139 
00140 // 8th ROS  
00141  else if (ROS_number == 8){
00142   double ResetCount8 = ROSDebug_BcntResCnt*0.0000891;
00143   if (ResetCount_unfolded_comp8 <= (ResetCount8)) {
00144   cont8 = cont8;  
00145    ResetCount_unfolded = ResetCount8 + cycle*cont8;
00146    }
00147   else { cont8 = cont8 + 1;
00148    ResetCount_unfolded = ResetCount8 + cycle*cont8;
00149     }
00150   ResetCount_unfolded_comp8 = ResetCount8;
00151    }
00152 
00153 // 9th ROS  
00154  else if (ROS_number == 9){
00155   double ResetCount9 = ROSDebug_BcntResCnt*0.0000891;
00156   if (ResetCount_unfolded_comp9 <= (ResetCount9)) {
00157   cont9 = cont9;  
00158    ResetCount_unfolded = ResetCount9 + cycle*cont9;
00159    }
00160   else { cont9 = cont9 + 1;
00161    ResetCount_unfolded = ResetCount9 + cycle*cont9;
00162     }
00163   ResetCount_unfolded_comp9 = ResetCount9;  
00164    }
00165 
00166 // 10th ROS  
00167  else if (ROS_number == 10){
00168   double ResetCount10 = ROSDebug_BcntResCnt*0.0000891;
00169   if (ResetCount_unfolded_comp10 <= (ResetCount10)) {
00170   cont10 = cont10;  
00171    ResetCount_unfolded = ResetCount10 + cycle*cont10;
00172    }
00173   else { cont10 = cont10 + 1;
00174    ResetCount_unfolded = ResetCount10 + cycle*cont10;
00175     }
00176   ResetCount_unfolded_comp10 = ResetCount10;  
00177    }
00178 
00179 // 11th ROS  
00180  else if (ROS_number == 11){
00181   double ResetCount11 = ROSDebug_BcntResCnt*0.0000891;
00182   if (ResetCount_unfolded_comp11 <= (ResetCount11)) {
00183   cont11 = cont11;  
00184    ResetCount_unfolded = ResetCount11 + cycle*cont11;
00185    }
00186   else { cont11 = cont11 + 1;
00187    ResetCount_unfolded = ResetCount11 + cycle*cont11;
00188     }
00189   ResetCount_unfolded_comp11 = ResetCount11;  
00190    }
00191   
00192   // 12th ROS  
00193  else if (ROS_number == 12){
00194   double ResetCount12 = ROSDebug_BcntResCnt*0.0000891;
00195   if (ResetCount_unfolded_comp12 <= (ResetCount12)) {
00196   cont12 = cont12;  
00197    ResetCount_unfolded = ResetCount12 + cycle*cont12;
00198    }
00199   else { cont12 = cont12 + 1;
00200    ResetCount_unfolded = ResetCount12 + cycle*cont12;
00201     }
00202   ResetCount_unfolded_comp12 = ResetCount12;  
00203    }  
00204 }

int cont = 0

Definition at line 22 of file ROSDebugUtility.h.

Referenced by HFPreLightCal::endJob(), PostProcessor::limitedFit(), cond::XMLAuthenticationService::XMLAuthenticationService::processFile(), TrackProducerWithSCAssociation::produce(), ROSWords_t(), DAFTrackProducerAlgorithm::runWithCandidate(), and SiStripHistoricInfoWebInterface::SiStripHistoricInfoWebInterface().

int cont10 = 0

Definition at line 23 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont11 = 0

Definition at line 23 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont12 = 0

Definition at line 23 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont2 = 0

Definition at line 22 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont3 = 0

Definition at line 22 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont4 = 0

Definition at line 22 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont5 = 0

Definition at line 22 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont6 = 0

Definition at line 22 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont7 = 0

Definition at line 23 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont8 = 0

Definition at line 23 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cont9 = 0

Definition at line 23 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

int cycle = 1495

Definition at line 23 of file ROSDebugUtility.h.

Referenced by GctDigiToPsbText::analyze(), GtPsbTextToDigi::produce(), and ROSWords_t().

long double first_evt = 0

Definition at line 27 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt10 = 0

Definition at line 36 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt11 = 0

Definition at line 37 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt12 = 0

Definition at line 38 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt2 = 0

Definition at line 28 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt3 = 0

Definition at line 29 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt4 = 0

Definition at line 30 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt5 = 0

Definition at line 31 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt6 = 0

Definition at line 32 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt7 = 0

Definition at line 33 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt8 = 0

Definition at line 34 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

long double first_evt9 = 0

Definition at line 35 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

int freq1

Definition at line 26 of file ROSDebugUtility.h.

int freq10

Definition at line 26 of file ROSDebugUtility.h.

int freq11

Definition at line 26 of file ROSDebugUtility.h.

int freq12

Definition at line 26 of file ROSDebugUtility.h.

int freq2

Definition at line 26 of file ROSDebugUtility.h.

int freq3

Definition at line 26 of file ROSDebugUtility.h.

int freq4

Definition at line 26 of file ROSDebugUtility.h.

int freq5

Definition at line 26 of file ROSDebugUtility.h.

int freq6

Definition at line 26 of file ROSDebugUtility.h.

int freq7

Definition at line 26 of file ROSDebugUtility.h.

int freq8

Definition at line 26 of file ROSDebugUtility.h.

int freq9

Definition at line 26 of file ROSDebugUtility.h.

float peso = 1

Definition at line 39 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

double ResetCount_unfolded = 0

Definition at line 21 of file ROSDebugUtility.h.

Referenced by DTDataIntegrityTask::processROS25().

double ResetCount_unfolded_comp = 0

Definition at line 9 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp10 = 0

Definition at line 18 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp11 = 0

Definition at line 19 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp12 = 0

Definition at line 20 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp2 = 0

Definition at line 10 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp3 = 0

Definition at line 11 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp4 = 0

Definition at line 12 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp5 = 0

Definition at line 13 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp6 = 0

Definition at line 14 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp7 = 0

Definition at line 15 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp8 = 0

Definition at line 16 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

double ResetCount_unfolded_comp9 = 0

Definition at line 17 of file ROSDebugUtility.h.

Referenced by ROSWords_t().

float trigger_counter1 = 0

Definition at line 24 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter10 = 0

Definition at line 25 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter11 = 0

Definition at line 25 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter12 = 0

Definition at line 25 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter2 = 0

Definition at line 24 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter3 = 0

Definition at line 24 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter4 = 0

Definition at line 24 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter5 = 0

Definition at line 24 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter6 = 0

Definition at line 24 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter7 = 0

Definition at line 25 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter8 = 0

Definition at line 25 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

float trigger_counter9 = 0

Definition at line 25 of file ROSDebugUtility.h.

Referenced by ROS_L1A_Frequency().

ROSDebugUtility.h File Reference

Functions

Variables

Function Documentation

Variable Documentation


Functions
std::string	itoa (int current)
void	ROS_L1A_Frequency (int ROS_number, int ROSDebug_BcntResCnt, int neventsROS25, double &frequency, float &trigger_counter)
void	ROSWords_t (double &ResetCount_unfolded, int ROS_number, int ROSDebug_BcntResCnt, int nevents)
Variables
int	cont = 0
int	cont10 = 0
int	cont11 = 0
int	cont12 = 0
int	cont2 = 0
int	cont3 = 0
int	cont4 = 0
int	cont5 = 0
int	cont6 = 0
int	cont7 = 0
int	cont8 = 0
int	cont9 = 0
int	cycle = 1495
long double	first_evt = 0
long double	first_evt10 = 0
long double	first_evt11 = 0
long double	first_evt12 = 0
long double	first_evt2 = 0
long double	first_evt3 = 0
long double	first_evt4 = 0
long double	first_evt5 = 0
long double	first_evt6 = 0
long double	first_evt7 = 0
long double	first_evt8 = 0
long double	first_evt9 = 0
int	freq1
int	freq10
int	freq11
int	freq12
int	freq2
int	freq3
int	freq4
int	freq5
int	freq6
int	freq7
int	freq8
int	freq9
float	peso = 1
double	ResetCount_unfolded = 0
double	ResetCount_unfolded_comp = 0
double	ResetCount_unfolded_comp10 = 0
double	ResetCount_unfolded_comp11 = 0
double	ResetCount_unfolded_comp12 = 0
double	ResetCount_unfolded_comp2 = 0
double	ResetCount_unfolded_comp3 = 0
double	ResetCount_unfolded_comp4 = 0
double	ResetCount_unfolded_comp5 = 0
double	ResetCount_unfolded_comp6 = 0
double	ResetCount_unfolded_comp7 = 0
double	ResetCount_unfolded_comp8 = 0
double	ResetCount_unfolded_comp9 = 0
float	trigger_counter1 = 0
float	trigger_counter10 = 0
float	trigger_counter11 = 0
float	trigger_counter12 = 0
float	trigger_counter2 = 0
float	trigger_counter3 = 0
float	trigger_counter4 = 0
float	trigger_counter5 = 0
float	trigger_counter6 = 0
float	trigger_counter7 = 0
float	trigger_counter8 = 0
float	trigger_counter9 = 0