MARPLE prototypes MARPLE prototypes included by marple.hh header file
 extern int | matchMARPLEVdsEcal switch to invoke match SVD-ECAL algorithm from RCEVNT, set by kuip command |
| extern int | matchMARPLEVdsRich switch to invoke match SVD-RICH algorithm from RCEVNT, set by kuip command |
| extern int | matchMARPLEOtrRich switch to invoke match OTR-RICH algorithm from RCEVNT, set by kuip command |
| extern int | matchMARPLEEcalRich switch to invoke match ECAL-RICH algorithm from RCEVNT, set by kuip command |
| extern int | matchMARPLEVdsOtr switch to invoke match SVD-OTR algorithm from RCEVNT, set by kuip command |
| extern int | matchMARPLEVdsPc switch to invoke match SVD-PC algorithm from RCEVNT, set by kuip command |
| extern int | matchMARPLEOtrEcal switch to invoke match OTR-ECAL algorithm from RCEVNT, set by kuip command |
| extern int | matchMARPLERtraRich switch to invoke match Rtra-Rich algorithm from RCEVNT, set by kuip command |
| extern int const | c_matrix_pack[5][5] constants used for pack and unpack covariant matrix ( C/C++ style ) |
| extern int const | fortran_matrix_pack[5][5] constants used for pack and unpack covariant matrix ( FORTRAN style ) |
| extern int const | c_rotation_matrix[3][3] constants used for pack and unpack GTAR rotation matrix ( C/C++ style ) |
| extern int const | fortran_rotation_matrix[3][3] constants used for pack and unpack GTAR rotation matrix ( FORTRAN style ) |
| extern HepDouble const | MARPLE_INFINITY Infinity constant for covariant matrix elements |
| extern HepDouble const | MARPLE_NEGLIGIBLE value is supposed to be equal 0 if it less that MARPLE_NEGLIGIBLE |
| extern short | MARPLE_DEBUG level of MARPLE printout, -1 means no printout at all |
| extern short | MARPLE_MAKERSEG if equals 1 MARPLE save information to RSEG bank |
| extern short | MARPLE_SOFT if it set to 1 the softest cuts are choosen to see corelation between parts |
| extern short | MARPLE_BKGR if it set to 1 marple takes combinations from different events. |
| extern float | MARPLE_RISEID cut on Particle ID of RISE rings matched. Presented in terms of sigmas squared |
| extern std::vector <RcMsOfGesl> | msGeslList vector of average Multiple Scattering Angle of superlayers (GESL), created by marpleinit_() |
| extern C extern void FORTRAN_ROUTINE | ( marpleinit)() marple initialization |
| extern void FORTRAN_ROUTINE | ( marplestop)() marple function which should be called at the end of program |
| extern void FORTRAN_ROUTINE | ( marplekuip)() marple kuip commands |
| extern void FORTRAN_ROUTINE | ( matchrsersf )(int *Rse1, int *Rse2, int *Rsf1, int *Rsf2) does match between two sets of segments [Rse1,Rse2] & [Rsf1,Rsf2] |
| extern void FORTRAN_ROUTINE | ( matchsvdmt )() does match between SVD and Main Tracker segments magnet ON/OFF |
| extern RcMatchConst | rcSvdMtConst object with parameters for matchsvdmt_() |
| extern void FORTRAN_ROUTINE | ( matchsvdot )() does match between SVD and Outer Tracker segments magnet ON |
| extern void FORTRAN_ROUTINE | ( matchsvdpc )() does match between SVD and first point of PC segments magnet ON |
| extern RcMatchConst | rcSvdOtConst object with parameters for matchsvdot_() |
| extern void FORTRAN_ROUTINE | (matchsvdecal)( float * threshold_cut ) does match between SVD segments and ECAL clusters, magnet ON/OFF |
| extern void FORTRAN_ROUTINE | (matchsenomag)( float * threshold_cut ) does match between SVD segments and ECAL clusters, magnet OFF |
| extern void FORTRAN_ROUTINE | (matchrichecal)( float * threshold_cut, float * minCherenkov_angle) does match between RICH segments and ECAL clusters, magnet ON/OFF |
| extern void FORTRAN_ROUTINE | (matchsvdrich)() does match between SVD and RICH segments, magnet ON/OFF |
| extern void FORTRAN_ROUTINE | ( matchotrrich )() does match between Outer Tracker and RICH segments magnet ON |
| extern void FORTRAN_ROUTINE | ( matchotrecal )() does match between Outer Tracker and ECAL clusters |
| extern int | maTakeRccl(float threshold, ArtePointer<RCCL> rccl ) check threshold cuts for RCCL |
| extern int | maRichSegment( ArtePointer<RSEG> rseg ) check that segment has a RICH type (filled by RISE) |
The following header files are also included by marple.hh. All of them are used by MARPLE package.
Please note that RcMatchBuilder.hh should be included separately!
- STL class :
#include <vector.h>set of CLHEP classes :
#include <CLHEP/Utilities/fortran.h>
#include <CLHEP/Vector/ThreeVector.h>
#include <CLHEP/Matrix/DiagMatrix.h>
#include <CLHEP/Matrix/SymMatrix.h>
#include <CLHEP/Matrix/Matrix.h>- special MARPLE classes
#include "RcMsOfGesl.hh"
#include "RcMatchConst.h"
#include "RcLimit.h"- RcPoint class family
#include "RcPoint.hh"
#include "RcSegPoint.hh"
#include "RcTraPoint.hh"
#include "RcClusPoint.hh"
#include "RcMatchPoint.hh"- to do match -- INCLUDE RcMatchBuilder.hh SEPARATELY !!!
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