EusoApplication

#include "EusoApplication.hh"

EusoApplication

class description - source file - inheritance tree (.pdf)

class EusoApplication : public TRint, public EsafMsgSource

Inheritance Chart:

TObject

TQObject

TApplication

TRint

EsafMsgSource

EusoApplication

    private:

              void Build()
              void DoOpticsAnalysis()
         Detector* Euso()
      virtual void Init()
      LightToEuso* Light()
              void ParseCmdLine(Int_t argc, char** argv)

    public:

                           EusoApplication(Int_t argc, char** argv)
                   virtual ~EusoApplication()
            static TClass* Class()
                      void CopyEvent()
                    Bool_t DoAll()
                    Bool_t DoEvent(Bool_t WriteRoot = kFALSE, Bool_t WriteTelemetry = kFALSE)
                    Bool_t DumpLastEvent(string* buffer)
                      void EnableModule(EsafElement e, Bool_t val = kTRUE)
                      void EndJob()
                     Int_t EvCounter() const
                   EEvent* Event()
                     Int_t EvMax() const
                TObjArray* GetCopies()
                     Int_t GetRunNumber() const
                    Bool_t HasChanged(EsafElement e) const
              virtual void Help(const char* line)
           virtual TClass* IsA() const
                    Bool_t isLocked()
                    Bool_t isModuleEnabled(EsafElement e) const
      SimuRootFileManager* Manager()
                      void ResetCopies()
                      void ResetEvCounter()
           ERunParameters* RunPars()
                      void SetChanged(EsafElement e, Bool_t val = kTRUE)
                      void SetLock(Bool_t lk = kTRUE)
                      void SetRunNumber(Int_t val)
              virtual void ShowMembers(TMemberInspector& insp, char* parent)
              virtual void Streamer(TBuffer& b)
                      void StreamerNVirtual(TBuffer& b)

Data Members

    private:

                LightToEuso* fLightToEuso       
                   Detector* fDetector          euso detector
                      Bool_t fHasChanged[2]     needs re-configure
                      Bool_t fEnModule[2]       enable/disable the module
                       Int_t fLock              lock the simulation
                       Int_t fEvCount           number of events processed
                       Int_t fEvMax             max number of events to process
                      UInt_t fSeed              random number seed
                       Int_t fRunNumber         run number 
                     TString fRunName           name of the run
        SimuRootFileManager* fManager           
                      Bool_t fWriteRoot         kTRUE if root file must be written
                      Bool_t fWriteTelemetry    same for Telemetry file
                      string fOutDir            
                      string fOutFileName       
      map<ESimuFiles,string> fFileNames         
              vector<string> fUsrKeys           
              vector<string> fUsrValues         
                      string fUsrCfg            
                   TObjArray fEventCopies       
                      Bool_t fDoOpticsAnalysis  

    public:

      static const EusoApplication::ESimuFiles kLog        
      static const EusoApplication::ESimuFiles kDump       
      static const EusoApplication::ESimuFiles kRoot       
      static const EusoApplication::ESimuFiles kTelemetry

Class Description

void ParseCmdLine( Int_t argc, char** argv )

 Parse the commandline and set the corresponding variables

void Init()

 Initialize Config and the message system

void EndJob()

 final clean up

void Build()

 build (or rebuild) application chain

void Help(const char* line)

Bool_t DoEvent(Bool_t WriteRoot, Bool_t WriteTelemetry)

 simulate and (if required) display a single event
 WriteRoot=true          : writes event in Root file
 WriteTelemetry=true     : writes in Telemetry (ASCII) file

Bool_t DoAll()

 Simulate all events available from the data source
 DoEvent returns kFalse in case of error so the run will stop
 if fEvMax is -1 it never stops until error or end of file

void SetLock( Bool_t lk)

 Lock the application.
 If locked, events are not processed

Bool_t DumpLastEvent(string* buffer )

 dump event on stdout or into a buffer
 buffer must be large enough
 if buffer is NULL, dump on cout
 return kFALSE if no data is available

void EnableModule(EsafElement e, Bool_t val)

void ResetCopies()

 reset list of event copies
 used for re-rerunning the same event with different parameters

void DoOpticsAnalysis()

 Enable and run OpticsAnalysis module

Inline Functions

                        void ~EusoApplication()
             EusoApplication EusoApplication(Int_t argc, char** argv)
                       Int_t EvMax() const
                      Bool_t isLocked()
                        void SetChanged(EsafElement e, Bool_t val = kTRUE)
                      Bool_t HasChanged(EsafElement e) const
                      Bool_t isModuleEnabled(EsafElement e) const
                       Int_t EvCounter() const
                        void ResetEvCounter()
                        void SetRunNumber(Int_t val)
                       Int_t GetRunNumber() const
                LightToEuso* Light()
                   Detector* Euso()
                     EEvent* Event()
             ERunParameters* RunPars()
        SimuRootFileManager* Manager()
                        void CopyEvent()
                  TObjArray* GetCopies()
                     TClass* Class()
                     TClass* IsA() const
                        void ShowMembers(TMemberInspector& insp, char* parent)
                        void Streamer(TBuffer& b)
                        void StreamerNVirtual(TBuffer& b)