d2/d6f/constants_8h_source.html

/*

  Copyright (C) 2002-2019 CERN for the benefit of the ATLAS collaboration

*/


/*

 *

 * constants for the ALFA analysis programs

 *

 */


#include <cmath>


constexpr unsigned int NUMPMTMD = 20;  //     Main Detector number of PMFs == PMTs

constexpr unsigned int NUMCHAMD = 64;  //     Main Detector number of channels

constexpr unsigned int NUMLAYMD = 20;  //     Main Detector number of layers

constexpr unsigned int NUMFIBMD = 64;  //     Main Detector number of fibers


constexpr unsigned int NUMPMTOD =  3;  //  Overlap Detector number of PMFs == PMTs

constexpr unsigned int NUMCHAOD = 64;  //  Overlap Detector number of channels

constexpr unsigned int NUMLAYOD =  6;  //  Overlap Detector number of layers

constexpr unsigned int NUMFIBOD = 30;  //  Overlap Detector number of fibers


// constants for LAL test-board


constexpr unsigned int NUMKAPLAL = 2;  // Two kaptons read by two test-board

constexpr unsigned int NUMPMTLAL = 5;  // 5 PMT per kapton


constexpr unsigned int NEVTFILE =  2;  //  Max nr. events in file (2 => 2000 events)

constexpr unsigned int HEADSIZE = 20;  //  4*4+1*4 Bytes

constexpr unsigned int PMFSIZE  =  8;  //  2*4 Bytes


constexpr unsigned int NUMPMTALL = NUMPMTMD + NUMPMTOD + 1;

constexpr unsigned int NUMPMFALL = 25;

constexpr unsigned int NUMRUN = 46;


constexpr bool simData = false;

constexpr bool mapReadData = false;


constexpr char* ROOTFILENAME = "./output.root";

constexpr char* TREENAME = "AlfaTree";


// User control, prints, etc

// -------------------------

constexpr unsigned int NEVTMAX   = 999999999; // <--- maximum possible (not change)

constexpr unsigned int KEVTMAX   = 10000;     // <---- up to user maximum (user)

constexpr unsigned int NCOSTEP   = 1000;

constexpr unsigned int nPrintEvt = 1000;


constexpr unsigned int MULCHA_Max = 64;

constexpr unsigned int MULFIB_Max = 64;

constexpr unsigned int MAX_SUMACT_CH = 100000;


// DAQ numbering

// -------------

constexpr unsigned int nDaqOD1 = 4;

constexpr unsigned int nDaqOD2 = 3;

constexpr unsigned int nDaqOD3 = 2;


// List noisy or dead fibers

// -------------------------

constexpr unsigned int jBadLayFib[10][10] = { {10} , {8} };


// constants for Connectivity.C

// ----------------------------

// Mapping from MAROC bits to MAPMT channels


constexpr char* MAROC2PMTFILE = "./mapping/MAROC_to_MAPMT.dat";


// CON & GEO Data files

// --------------------

constexpr char* CONFILE_MD = "./mapping/conn_md.dat";

constexpr char* GEOFILE_MD = "./mapping/geom_md.dat";


constexpr char* CONFILE_OD = "./mapping/OD_mapping.dat";

constexpr char* GEOFILE_OD = "./mapping/geom_od_last_bis.dat";

//constexpr char* GEOFILE_OD = "./mapping.d/geo_ultim_OD.dat";

//constexpr char* GEOFILE_OD = "./mapping.d/geo_last_OD.dat";

//constexpr char* GEOFILE_OD = "./mapping.d/geom_od_56.dat";


constexpr char* CONFILE_LAL = "./mapping/conn_lal.dat";


//Variable for the reconstruction program

//---------------------------------------


constexpr double t_low    = M_PI/4;

constexpr double t_high   =  3*M_PI/4;

constexpr double r_low    = 0.0;

constexpr double r_high   = 64.0;

constexpr int t_bins      = 100;              // # Theta Bins

constexpr int r_bins      = 64;              // # R Bins


constexpr double r_low_SI    = 0.5;

constexpr double r_high_SI   = 640.5;

constexpr int t_bins_SI      = 100;              // # Theta Bins

constexpr int r_bins_SI      = 105;            // # R Bins


// Time variables

// --------------


//time_t      rawtime;

//struct tm * timeinfo;

//char        timebuffer [80];

//string      str_of_time;