/** @file * $Source: /afs/ba.infn.it/user/pamela/src/CVS/yoda/event/PamelaRun.h,v $ * $Id: PamelaRun.h,v 6.2 2006/09/29 10:19:12 mocchiut Exp $ * $Author: mocchiut $ * * Header file for the PamelaRun class. */ /*! \mainpage Yoda *

Yet anOther Data Analysis package

* YODA is the proposed data processing and analysis package for * Pamela. * Aditionally to the automatically generated information, there is a short * tutorial available: *

Installation

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General terminology

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Directory and file structure

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Code organization

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Interactive analysis

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Existing subpackets

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Writing new subpackets

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Writing Algorithms

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Bibliography

* */ #ifndef PAMELA_RUN_H #define PAMELA_RUN_H #include //Substituted by Maurizio 05 Feb 2004 #include //Substituted by Maurizio 05 Feb 2004 #include //Substituted by Maurizio 05 Feb 2004 #include "Algorithm.h" #include "EventHeader.h" #include "RunInfo.h" #include /** * pamela is the base namespace of this package. */ namespace pamela { class Algorithm; /** * Base class for a "Run", that is used for reading and writing * data to the ROOT files in pamela. */ class PamelaRun { private: std::stringstream oss; /** * The path to the bases of the ROOT repository. */ std::string Path; /** * The path to the bases for Unpacking. */ std::string UnpackPath; /** * The run name; */ std::string Run; /** * The run number. */ int RunNumber; /** * compression Level. */ short compression; /** * Multiple/Single unpack. */ bool Multiple; /** * single File. */ TFile *SingleFile; /** * The information about the run to be stored in the ROOT files */ pamela::RunInfo info; void RunExists(std::string) throw (std::exception); std::string GetDirName(const pamela::PacketType*) const; std::string GetFileName(const pamela::SubPacket*, std::string) ; std::string GetFileName(const pamela::SubPacket*) ; TChain* ReadHeaderTree(const pamela::PacketType*) throw (std::exception); TTree* CreateTTree(pamela::Algorithm*, const pamela::SubPacket*, std::string name) throw (std::exception); protected: /** * A map used to store ROOT trees distinguished by the packet type. */ typedef std::map RootTreeMap; /** * A map of all opened header ROOT trees, sorted by the * PacketType. The trees will have mounted all other trees of the * same package type as friends. */ RootTreeMap TTreeMap; //! /** * A list of ROOT TFiles. */ typedef std::list TFileList; /** * A list of ROOT TTrees. */ typedef std::list TTreeList; /** * A map of Root Tree lists, with their packet type as key. */ typedef std::map TTreeListMap; /** * The map of lists of all ROOT TTrees, sorted by the packet type. */ TTreeListMap WritingRootTrees; //! /** * A map that contains subpacket objects sorted by their names. */ typedef std::map SubPacketMap; /** * The map of all subpackets that are currently read from the trees. */ SubPacketMap SubPacketAddresses; public: PamelaRun(std::string, std::string, bool, short); virtual ~PamelaRun(){}; static std::string GetRunName(int run); //static int RunExists(int = 1) throw (std::exception); /** * Get the run number. */ int GetRunNumber(void) const { return RunNumber; } TTree* ReadTTree(pamela::PacketType const *); void ReadSubPacket(void *); void ReadSubPacket(void *, std::string); void ReadSubPacket(const pamela::Algorithm*, void*); void ReadSubPacket(const pamela::Algorithm*, void*, std::string); void WriteSubPacket(pamela::Algorithm*, void*, const TClass*); void WriteSubPacket(pamela::Algorithm*, void*, const TClass*, std::string); void WriteHeaders(pamela::Algorithm*, pamela::EventHeader **); void WriteHeader(pamela::Algorithm*, pamela::EventHeader**, const pamela::PacketType*); // 23/11/2002 maurizio mede it from private to public void WriteFiles(void); void FillTrees(const pamela::PacketType*); std::string GetRun(){ return Run; } std::string GetPath(){ return Path; } std::string GetUnpackPath(){ return UnpackPath; } ClassDef(PamelaRun, 3) }; } #endif /* PAMELA_RUN_H */