/[PAMELA software]/yoda/event/PamelaRun.cpp
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Diff of /yoda/event/PamelaRun.cpp

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revision 3.0 by kusanagi, Fri Mar 4 15:54:11 2005 UTC revision 6.2 by kusanagi, Wed Mar 8 13:51:45 2006 UTC
# Line 1  Line 1 
1  /** @file  /** @file
2   * $Author: kusanagi $   * $Author: kusanagi $
3   * $Date: 2005/03/03 12:57:48 $   * $Date: 2006/02/15 15:47:14 $
4   * $Revision: 2.7 $   * $Revision: 6.1 $
5   *   *
6   * Implementation of the PamelaRun class.   * Implementation of the PamelaRun class.
7   */   */
# Line 9  Line 9 
9  #include <iomanip>  #include <iomanip>
10  #include <list>  #include <list>
11  #include <exception>  #include <exception>
 //#include <string>  
12  #include <log4cxx/logger.h>  #include <log4cxx/logger.h>
13    
14  #include <TFile.h>  //Substituted by Maurizio 05 Feb 2004  #include <TFile.h>  //Substituted by Maurizio 05 Feb 2004
# Line 52  std::string PamelaRun::GetRunName(int ru Line 51  std::string PamelaRun::GetRunName(int ru
51   * @param int run - Number of the run to check   * @param int run - Number of the run to check
52   * @return int   * @return int
53   */   */
 /*int PamelaRun::RunExists(int run) throw (std::exception){  
  int res;  
  DIR *dirp;  
  std::string pathDir((char*)getenv("YODA_DATA"));  
  pathDir = pathDir + "/";  
  pathDir = pathDir + GetRunName(run);  
 // Open the directory  
 if ((dirp = opendir(pathDir.c_str())) == NULL) {  
 res = 0;  
 } else {  
 closedir(dirp);  
 res = 1;  
 }  
 return res;  
 }*/  
   
   
 /**  
  * Check if the run number is already assigned  
  * @param int run - Number of the run to check  
  * @return int  
  */  
54   void PamelaRun::RunExists(std::string input) throw (std::exception){   void PamelaRun::RunExists(std::string input) throw (std::exception){
55   int res;   int res;
56   DIR *dirp;   DIR *dirp;
57   std::string fileName;   std::string fileName;
58   std::string pathDir((char*)getenv("YODA_DATA"));   //std::string pathDir((char*)getenv("YODA_DATA"));
59     std::string pathDir(GetPath());
60   std::string tempName;   std::string tempName;
61   std::string::size_type pos;   std::string::size_type pos;
62    
# Line 103  return res; Line 81  return res;
81          res = 1;          res = 1;
82      }      }
83   }   }
84   oss.str("");   oss.str("");
85   oss << Path << "/" << fileName << std::setw( 2 ) << std::setfill( '0' ) << i;   oss << Path << "/" << fileName << std::setw( 2 ) << std::setfill( '0' ) << i;
86   Path = oss.str();   UnpackPath = oss.str();
87   oss.str("");   oss.str("");
88   oss << fileName << std::setw( 2 ) << std::setfill( '0' ) << i;   oss << fileName << std::setw( 2 ) << std::setfill( '0' ) << i;
89   Run = oss.str();   Run = oss.str();
# Line 117  return res; Line 95  return res;
95   * @param run Run number   * @param run Run number
96   * @param path Base path name to the data   * @param path Base path name to the data
97   */   */
98  PamelaRun::PamelaRun(std::string fileName, std::string path):  PamelaRun::PamelaRun(std::string fileName, std::string path, bool multiple, short compr):
99    Path(path),    Path(path),
100    Run(fileName),    Run(fileName),
101    RunNumber(1){ //veirificare se è possibilie eliminare questa variabile    RunNumber(1),//veirificare se è possibilie eliminare questa variabile
102      Multiple(multiple),
103      SingleFile(0),
104      compression(compr){
105    logger->debug(_T("Constructor"));    logger->debug(_T("Constructor"));
106    //Run = RunExists(fileName);    //Run = RunExists(fileName);
107    RunExists(fileName);    RunExists(fileName);
# Line 152  std::string PamelaRun::GetDirName(Packet Line 133  std::string PamelaRun::GetDirName(Packet
133   */   */
134  std::string PamelaRun::GetFileName(const SubPacket* type, std::string name) {  std::string PamelaRun::GetFileName(const SubPacket* type, std::string name) {
135    if (type->IsDetectorSpecific()) {    if (type->IsDetectorSpecific()) {
136      return Path + "/" + type->GetPacketType()->GetName() + "/"      return UnpackPath + "/" + type->GetPacketType()->GetName() + "/"
137        + Run + "." + type->GetPacketType()->GetName() + "."        + Run + "." + type->GetPacketType()->GetName() + "."
138        + type->GetSubDetector()->GetName() + "."        + type->GetSubDetector()->GetName() + "."
139        + name + ".root";        + name + ".root";
140    } else {    } else {
141      return Path + "/" + type->GetPacketType()->GetName() + "/"      return UnpackPath + "/" + type->GetPacketType()->GetName() + "/"
142        + Run + "." + type->GetPacketType()->GetName() + "."        + Run + "." + type->GetPacketType()->GetName() + "."
143        + name + ".root";        + name + ".root";
144     /*     /*
# Line 404  void PamelaRun::ReadSubPacket(const Algo Line 385  void PamelaRun::ReadSubPacket(const Algo
385  TTree* PamelaRun::CreateTTree(Algorithm* algo, const SubPacket* packet,  TTree* PamelaRun::CreateTTree(Algorithm* algo, const SubPacket* packet,
386                                std::string name)                                std::string name)
387    throw (std::exception) {    throw (std::exception) {
388    std::string FileName = GetFileName(packet, name);    std::string FileName = "";
389    std::string EventType = packet->GetPacketType()->GetName();    std::string EventType = packet->GetPacketType()->GetName();
390      TFile* File = 0;
391      std::string TreeName = GetTreeName(packet);
392      TTree *tree = 0;
393      FileName = GetFileName(packet, name);
394    CreateDirectoryStructure(FileName.c_str());    CreateDirectoryStructure(FileName.c_str());
395    TFile* File = new TFile(FileName.c_str(), "create");    File = new TFile(FileName.c_str(), "create");
396    File->SetCompressionLevel(5);    tree = new TTree(TreeName.c_str(), algo->GetAlgorithmName().c_str());
397      WritingRootTrees[packet->GetPacketType()].push_back(tree);
398      
399      File->SetCompressionLevel(compression);
400    if (!File->IsOpen()) {    if (!File->IsOpen()) {
401      logger->error("Could not open file " + FileName);      logger->error("Could not open file " + FileName);
402      //throw Exception("Could not open file " + FileName);      //throw Exception("Could not open file " + FileName);
403    }    }
   std::string TreeName = GetTreeName(packet);  
   TTree *tree = new TTree(TreeName.c_str(), algo->GetAlgorithmName().c_str());  
   WritingRootTrees[packet->GetPacketType()].push_back(tree);  
   tree->GetCurrentFile()->cd();  
   AlgorithmInfo ai(algo);  
   ai.Write();  
   info.Write();  
404    logger->debug("Creating file " + FileName + " with Tree " + TreeName);    logger->debug("Creating file " + FileName + " with Tree " + TreeName);
405    return tree;    return tree;
406  }  }
# Line 442  void PamelaRun::WriteSubPacket(Algorithm Line 423  void PamelaRun::WriteSubPacket(Algorithm
423    oss <<  "Register: " << name << " for " << algo->GetAlgorithmName() << " (writing)";    oss <<  "Register: " << name << " for " << algo->GetAlgorithmName() << " (writing)";
424    logger->debug(oss.str().c_str());    logger->debug(oss.str().c_str());
425    TTree* HeaderTree = ReadTTree(packet->GetPacketType());    TTree* HeaderTree = ReadTTree(packet->GetPacketType());
   TTree* tree = CreateTTree(algo, packet, name);  
   oss.str("");  
   oss <<  "Branch: " << name << " Class: " << c->GetName();  
   logger->debug(oss.str().c_str());  
   tree->Branch(name.c_str(), c->GetName(),  subpacket);  
   HeaderTree->AddFriend(tree, tree->GetName());  
   
426    std::string FullName = packet->GetPacketType()->GetName() + "." + name;    std::string FullName = packet->GetPacketType()->GetName() + "." + name;
427    SubPacketAddresses.insert(SubPacketMap::value_type(FullName, packet));    if (Multiple) {
428            TTree* tree = CreateTTree(algo, packet, name);
429            oss.str("");
430            oss <<  "Branch: " << name << " Class: " << c->GetName();
431            logger->debug(oss.str().c_str());
432            tree->Branch(name.c_str(), c->GetName(),  subpacket);
433            HeaderTree->AddFriend(tree, tree->GetName());
434            SubPacketAddresses.insert(SubPacketMap::value_type(FullName, packet));
435      } else {
436            std::string nameBranch(name);
437            HeaderTree->Branch(nameBranch.c_str(), c->GetName(),  subpacket);
438            SubPacketAddresses.insert(SubPacketMap::value_type(FullName, packet));
439      }
440  }  }
441    
442  /**  /**
# Line 469  void PamelaRun::WriteSubPacket(Algorithm Line 455  void PamelaRun::WriteSubPacket(Algorithm
455  }  }
456    
457  /**  /**
  * Write the header packet of a specified packet type. This is mainly used  
  * for the raw reader to create the base for the event structure.  
  * @param algo Algorithm that produces this SubPacket.  
  * @param subpacket A pointer to the pointer of the packet.  
  * @param type The packet type.  
  */  
 void PamelaRun::WriteHeader(Algorithm* algo, EventHeader** subpacket,  
                             const PacketType* type) {  
   EventHeader header(type);  
   std::string FileName = GetFileName(&header, GetDefaultBranchName(&header));  
   std::string EventType = (&header)->GetPacketType()->GetName();  
   CreateDirectoryStructure(FileName.c_str());  
   TFile* File = new TFile(FileName.c_str(), "create");  
   if (!File->IsOpen()) {  
     logger->error("Could not open file " + FileName);  
     //throw Exception("Could not open file " + FileName);  
   }  
   //std::string TreeName = GetTreeName(packet);  
   TTree *tree = new TTree("Pscu", algo->GetAlgorithmName().c_str());  
   WritingRootTrees[(&header)->GetPacketType()].push_back(tree);  
   tree->GetCurrentFile()->cd();  
   AlgorithmInfo ai(algo);  
   ai.Write();  
   info.Write();  
   std::stringstream temp;  
   //temp.str("");  
   //temp << "Created file" << FileName.c_str() << " with Tree Pscu" ;  
   //logger->debug(temp.str());  
   tree->Branch(GetDefaultBranchName(&header).c_str(),  
                (*subpacket)->Class()->GetName(), subpacket);  
   TTreeMap.insert(RootTreeMap::value_type(type, tree));  
 }  
   
   
 /**  
458   * Write the header packet to all ROOT files in the tree. Intended to   * Write the header packet to all ROOT files in the tree. Intended to
459   * be used for raw data readers that create the initial event structure.   * be used for raw data readers that create the initial event structure.
460   * @param algo Algorithm that produces this SubPacket.   * @param algo Algorithm that produces this SubPacket.
461   * @param subpacket A pointer to the pointer of the header packet.   * @param subpacket A pointer to the pointer of the header packet.
462   */   */
463  void PamelaRun::WriteHeaders(Algorithm* algo, EventHeader** subpacket) {  void PamelaRun::WriteHeaders(Algorithm* algo, EventHeader** subpacket) {
   
464      WriteHeader(algo, subpacket, PacketType::PhysEndRun);      WriteHeader(algo, subpacket, PacketType::PhysEndRun);
465      WriteHeader(algo, subpacket, PacketType::CalibCalPulse1);      WriteHeader(algo, subpacket, PacketType::CalibCalPulse1);
466      WriteHeader(algo, subpacket, PacketType::CalibCalPulse2);      WriteHeader(algo, subpacket, PacketType::CalibCalPulse2);
467      WriteHeader(algo, subpacket, PacketType::Physics);      WriteHeader(algo, subpacket, PacketType::Physics);
     WriteHeader(algo, subpacket, PacketType::CalibTrkBoth);  
468      WriteHeader(algo, subpacket, PacketType::CalibTrk1);      WriteHeader(algo, subpacket, PacketType::CalibTrk1);
469      WriteHeader(algo, subpacket, PacketType::CalibTrk2);      WriteHeader(algo, subpacket, PacketType::CalibTrk2);
     WriteHeader(algo, subpacket, PacketType::CalibTrd);  
470      WriteHeader(algo, subpacket, PacketType::CalibTof);      WriteHeader(algo, subpacket, PacketType::CalibTof);
471      WriteHeader(algo, subpacket, PacketType::CalibS4);      WriteHeader(algo, subpacket, PacketType::CalibS4);
472      WriteHeader(algo, subpacket, PacketType::CalibCalPed);      WriteHeader(algo, subpacket, PacketType::CalibCalPed);
# Line 533  void PamelaRun::WriteHeaders(Algorithm* Line 481  void PamelaRun::WriteHeaders(Algorithm*
481      WriteHeader(algo, subpacket, PacketType::InitHeader);      WriteHeader(algo, subpacket, PacketType::InitHeader);
482      WriteHeader(algo, subpacket, PacketType::InitTrailer);      WriteHeader(algo, subpacket, PacketType::InitTrailer);
483      WriteHeader(algo, subpacket, PacketType::EventTrk);      WriteHeader(algo, subpacket, PacketType::EventTrk);
     WriteHeader(algo, subpacket, PacketType::TestTrk);  
     WriteHeader(algo, subpacket, PacketType::TestTof);  
484      WriteHeader(algo, subpacket, PacketType::Log);      WriteHeader(algo, subpacket, PacketType::Log);
485      WriteHeader(algo, subpacket, PacketType::VarDump);      WriteHeader(algo, subpacket, PacketType::VarDump);
486      WriteHeader(algo, subpacket, PacketType::ArrDump);      WriteHeader(algo, subpacket, PacketType::ArrDump);
# Line 576  void PamelaRun::WriteFiles(void) { Line 522  void PamelaRun::WriteFiles(void) {
522         i != WritingRootTrees.end(); i++) {         i != WritingRootTrees.end(); i++) {
523      for (TTreeList::iterator j = i->second.begin();      for (TTreeList::iterator j = i->second.begin();
524           j != i->second.end(); j++) {           j != i->second.end(); j++) {
525        (*j)->GetCurrentFile()->Write();        (*j)->GetCurrentFile()->Write(0,TObject::kOverwrite);
526      }      }
527    }    }
528  }  }
# Line 586  void PamelaRun::WriteFiles(void) { Line 532  void PamelaRun::WriteFiles(void) {
532   * @param type the package type of the trees to fill.   * @param type the package type of the trees to fill.
533   */   */
534  void PamelaRun::FillTrees(const PacketType* type) {  void PamelaRun::FillTrees(const PacketType* type) {
535    for (TTreeList::iterator j = WritingRootTrees[type].begin();    try{
536         j != WritingRootTrees[type].end(); j++) {      for (TTreeList::iterator j = WritingRootTrees[type].begin();
537      (*j)->Fill();          j != WritingRootTrees[type].end(); j++) {
538      ;              (*j)->Fill();
539        }
540      } catch(Exception exc){
541        logger->fatal("ORRORE!!!");
542    }    }
543  }  }
544    
545    
546    /**
547     * Write the header packet of a specified packet type. This is mainly used
548     * for the raw reader to create the base for the event structure.
549     * @param algo Algorithm that produces this SubPacket.
550     * @param subpacket A pointer to the pointer of the packet.
551     * @param type The packet type.
552     */
553    void PamelaRun::WriteHeader(Algorithm* algo, EventHeader** subpacket,
554                                const PacketType* type) {
555      EventHeader header(type);
556      std::string EventType = (&header)->GetPacketType()->GetName();
557    
558      std::string FileName = "";
559      TFile* File = 0;
560      TTree *tree = 0;
561      if ( Multiple ){
562            FileName = GetFileName(&header, GetDefaultBranchName(&header));
563            CreateDirectoryStructure(FileName.c_str());
564            File = new TFile(FileName.c_str(), "create");
565            File->SetCompressionLevel(compression);
566            tree = new TTree("Pscu", algo->GetAlgorithmName().c_str());
567            WritingRootTrees[(&header)->GetPacketType()].push_back(tree);
568            tree->GetCurrentFile()->cd();
569            tree->Branch(GetDefaultBranchName(&header).c_str(),
570                   (*subpacket)->Class()->GetName(), subpacket);
571            TTreeMap.insert(RootTreeMap::value_type(type, tree));
572      } else {
573            if (!Multiple && (SingleFile == NULL)){
574                    //std::string pathDir((char*)getenv("YODA_DATA"));
575                    SingleFile = new TFile((GetPath() + "/" + Run + ".root").c_str(), "update");
576                    SingleFile->SetCompressionLevel(compression);
577            }
578            tree = new TTree(EventType.c_str(), algo->GetAlgorithmName().c_str());
579            WritingRootTrees[type].push_back(tree);
580            tree->GetCurrentFile()->cd();
581            tree->Branch(GetDefaultBranchName(&header).c_str(),
582                   (*subpacket)->Class()->GetName(), subpacket);
583            TTreeMap.insert(RootTreeMap::value_type(type, tree));
584      }
585    }
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