#include <TNamed.h>
#include <TMath.h>
class TFile ;
+class TH1 ;
#include "AliLog.h"
#include "AliRecoParam.h"
kNULLBit=-1, kINFO, kWARNING, kERROR, kFATAL, kNBIT };
enum TASKINDEX_t {
kNULLTASKINDEX=-1, kRAWS, kHITS, kSDIGITS, kDIGITS, kDIGITSR, kRECPOINTS, kTRACKSEGMENTS, kRECPARTICLES, kESDS, kNTASKINDEX };
- enum MODE_t {kNULLMODE=0, kSIMMODE, kRECMODE};
+ enum MODE_t {kNULLMODE=0, kSIMMODE, kRECMODE, kQAMODE};
// Creators - destructors
AliQAv1(); // beware singleton, not to be used
Bool_t CheckFatal() const ;
static void Close() ;
static const char * GetAliTaskName(ALITASK_t tsk) ;
+ static TH1 * GetData(TObjArray** list, Int_t index, AliRecoParam::EventSpecie_t) ;
Bool_t * GetEventSpecies() { return fEventSpecies ; }
static const TString GetExpert() { return fgkExpert ; }
static UInt_t GetExpertBit() { return fgkExpertBit ; }
static const char * GetQARefDefaultStorage() { return fgkQARefOCDBDefault.Data() ; }
static const char * GetQARefFileName() { return fgQARefFileName ; }
static const char * GetQARefStorage() { return fgQARefDirName.Data() ; }
+ QABIT_t GetQAStatusBit(AliRecoParam::EventSpecie_t es = AliRecoParam::kDefault, DETECTORINDEX_t det=kNULLDET, ALITASK_t tsk=kNULLTASK) const ;
static const char * GetRefOCDBDirName() { return fgkRefOCDBDirName.Data() ; }
static const char * GetRefDataDirName() { return fgRefDataDirName.Data() ; }
+
static TASKINDEX_t GetTaskIndex(const char * name) ;
static TString GetTaskName(UInt_t tsk) { return fgTaskNames[tsk] ; }
- static const char * GetModeName(MODE_t mode) { return (mode == kSIMMODE || mode == kRECMODE) ? (fgModeNames[mode]).Data() : "" ; }
+ static const char * GetModeName(MODE_t mode) { return (mode == kSIMMODE || mode == kRECMODE || mode == kQAMODE) ? (fgModeNames[mode]).Data() : "" ; }
Bool_t IsEventSpecieSet(AliRecoParam::EventSpecie_t es) const
{Int_t ibit=0; while(es!=1<<ibit) ++ibit; return fEventSpecies[ibit];}
Bool_t IsEventSpecieSet(Int_t es) const { return fEventSpecies[es] ; }
Bool_t CheckRange(QABIT_t bit) const ;
Bool_t CheckRange(AliRecoParam::EventSpecie_t es) const ;
const char * GetBitName(QABIT_t bit) const ;
- ULong_t GetStatus(DETECTORINDEX_t det, AliRecoParam::EventSpecie_t es) const { return fQA[det*fNEventSpecies+(Int_t)TMath::Log2(es)] ;}
+ ULong_t GetStatus(DETECTORINDEX_t det, AliRecoParam::EventSpecie_t es) const { return fQA[det*fNEventSpecies+AliRecoParam::AConvert(es)] ;}
void Finish() const ;
ULong_t Offset(ALITASK_t tsk) const ;
void ShowASCIIStatus(AliRecoParam::EventSpecie_t es, DETECTORINDEX_t det, ALITASK_t tsk, ULong_t status) const ;
+ void Reset(DETECTORINDEX_t det, ALITASK_t tsk, AliRecoParam::EventSpecie_t es) ;
+
void ResetStatus(DETECTORINDEX_t det) ;
void Set(DETECTORINDEX_t det) { fDet = det ;}
void Set(ALITASK_t tsk) { fTask = tsk ; AliDebug(GetQADebugLevel(), Form("Ready to set QA status in %s", GetAliTaskName(tsk) )) ; }
- void SetStatus(DETECTORINDEX_t det, AliRecoParam::EventSpecie_t es, ULong_t status) { fQA[det*fNEventSpecies+(Int_t)TMath::Log2(es)] = status ; }
+ void SetStatus(DETECTORINDEX_t det, AliRecoParam::EventSpecie_t es, ULong_t status) { fQA[det*fNEventSpecies+AliRecoParam::AConvert(es)] = status ; }
void SetStatusBit(DETECTORINDEX_t det, ALITASK_t tsk, AliRecoParam::EventSpecie_t es, QABIT_t bit) ;
void UnSetStatusBit(DETECTORINDEX_t det, ALITASK_t tsk, AliRecoParam::EventSpecie_t es, QABIT_t bit) ;
- static AliQAv1 * fgQA ; // pointer to the instance of the singleton
- Int_t fNdet ; // number of detectors
- Int_t fNEventSpecies ; // number of Event Species (see AliRecoParam)
- Int_t fLengthQA ; // Auxiliary length of fQA
- ULong_t * fQA ; //[fLengthQA] the status word 4 bits for SIM, REC, ESD, ANA each
- DETECTORINDEX_t fDet ; //! the current detector (ITS, TPC, ....)
- ALITASK_t fTask ; //! the current environment (SIM, REC, ESD, ANA)
- AliRecoParam::EventSpecie_t fEventSpecie ; //! the current event specie
- static TString fgDetNames[] ; //! list of detector names
- static TString fgGRPPath ; //! path of the GRP object in OCDB
- static TFile * fgQADataFile ; //! the output file where the quality assurance maker store their results
- static TString fgQADataFileName ; //! the name of the file where the quality assurance maker store their results
- static TFile * fgQARefFile ; //! the output file where the quality assurance maker store their results
- static TString fgQARefDirName ; //! name of directory where to find the reference data file
- static TString fgQARefFileName ; //! file name where to find the reference data
- static TFile * fgQAResultFile ; //! File where to find the QA result
- static TString fgQAResultDirName ; //! the location of the output file where the QA results are stored
- static TString fgQAResultFileName ; //! the output file where the QA results are stored
- static TString fgRTNames[] ; //! list of Run Type names
- static TString fgTaskNames[] ; //! list of tasks names
- static TString fgModeNames[] ; //! list of mode names
- static const TString fgkExpert ; //! name for the expert directory
- static const UInt_t fgkExpertBit ; //! TObject bit identifing the object as "expert"
- static const UInt_t fgkImageBit ; //! TObject bit identifing the object to be plotted on the QA image
- static const TString fgkLabLocalFile ; //! label to identify a file as local
- static const TString fgkLabLocalOCDB ; //! label to identify a file as local OCDB
- static const TString fgkLabAliEnOCDB ; //! label to identify a file as AliEn OCDB
- static const TString fgkRefFileName ; //! name of Reference File Name
- static const UInt_t fgkQABit ; //! bit in the QA data object which is set when Checker does not return 0
- static const Int_t fgkQADebugLevel ; //! debug level used for QA verbosity
- static const TString fgkQAName ; //! name of QA object
- static const TString fgkQACorrNtName ; //! name of QA Correlation Ntuple
- static const TString fgkRefOCDBDirName ; //! name of Reference directory name in OCDB
- static TString fgRefDataDirName ; //! name of Reference directory name in OCDB for data
- static const TString fgkQARefOCDBDefault ; //! default storage for QA in OCDB
- Bool_t * fEventSpecies ; //[fNEventSpecies] list of event species encountered in a run
- static const TString fImageFileName ; //! name of the file that contains all the QA images
- static const TString fImageFileFormat ; //! format of the file that contains all the QA images
- static const UShort_t fgkMaxQAObjects ;//! maximum number of QA objects allowed dor each task (Raws, digits,....)
+ static AliQAv1 * fgQA ; // pointer to the instance of the singleton
+ Int_t fNdet ; // number of detectors
+ Int_t fNEventSpecies ; // number of Event Species (see AliRecoParam)
+ Int_t fLengthQA ; // Auxiliary length of fQA
+ ULong_t * fQA ; //[fLengthQA] the status word 4 bits for SIM, REC, ESD, ANA each
+ DETECTORINDEX_t fDet ; //! the current detector (ITS, TPC, ....)
+ ALITASK_t fTask ; //! the current environment (SIM, REC, ESD, ANA)
+ AliRecoParam::EventSpecie_t fEventSpecie ; //! the current event specie
+ static TString fgDetNames[] ; //! list of detector names
+ static TString fgGRPPath ; //! path of the GRP object in OCDB
+ static TFile * fgQADataFile ; //! the output file where the quality assurance maker store their results
+ static TString fgQADataFileName ; //! the name of the file where the quality assurance maker store their results
+ static TFile * fgQARefFile ; //! the output file where the quality assurance maker store their results
+ static TString fgQARefDirName ; //! name of directory where to find the reference data file
+ static TString fgQARefFileName ; //! file name where to find the reference data
+ static TFile * fgQAResultFile ; //! File where to find the QA result
+ static TString fgQAResultDirName ; //! the location of the output file where the QA results are stored
+ static TString fgQAResultFileName ; //! the output file where the QA results are stored
+ static TString fgRTNames[] ; //! list of Run Type names
+ static TString fgTaskNames[] ; //! list of tasks names
+ static TString fgModeNames[] ; //! list of mode names
+ static const TString fgkExpert ; //! name for the expert directory
+ static const UInt_t fgkExpertBit ; //! TObject bit identifing the object as "expert"
+ static const UInt_t fgkImageBit ; //! TObject bit identifing the object to be plotted on the QA image
+ static const TString fgkLabLocalFile ; //! label to identify a file as local
+ static const TString fgkLabLocalOCDB ; //! label to identify a file as local OCDB
+ static const TString fgkLabAliEnOCDB ; //! label to identify a file as AliEn OCDB
+ static const TString fgkRefFileName ; //! name of Reference File Name
+ static const UInt_t fgkQABit ; //! bit in the QA data object which is set when Checker does not return 0
+ static const Int_t fgkQADebugLevel ; //! debug level used for QA verbosity
+ static const TString fgkQAName ; //! name of QA object
+ static const TString fgkQACorrNtName ; //! name of QA Correlation Ntuple
+ static const TString fgkRefOCDBDirName ; //! name of Reference directory name in OCDB
+ static TString fgRefDataDirName ; //! name of Reference directory name in OCDB for data
+ static const TString fgkQARefOCDBDefault ; //! default storage for QA in OCDB
+ Bool_t * fEventSpecies ; //[fNEventSpecies] list of event species encountered in a run
+ static const TString fImageFileName ; //! name of the file that contains all the QA images
+ static const TString fImageFileFormat ; //! format of the file that contains all the QA images
+ static const UShort_t fgkMaxQAObjects ;//! maximum number of QA objects allowed dor each task (Raws, digits,....)
ClassDef(AliQAv1,3) //ALICE Quality Assurance Object
};
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff