musrsim/geant3/src/lemsr/common.inc
Thomas Prokscha 2439dfdaae Added muon stop position to ntuple output; x0,y0 offsets,
beamspot size scalable and exponential relaxation as additional
option.
2007-02-06 14:05:37 +00:00

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c
c ~/mc/geant/lemsr/src/common.inc
c
c GEANT_LEMSR program,
c include common blocks other than NTuple variables
c
c TP, 05-Apr-2001, PSI
c
c 17-Dec-2002 TP extended bfield array from 4 to 5,
c bfield(5)=polarisation in sample
c
c-----------------------------------------------------------------------
c
c check OS
c
#if defined( _WIN32 )
#define OS_WIN
#else
#define OS_UNIX
#endif
c
c parameter
c
character*(*) IN_DIR, OUT_DIR
#if defined(OS_WIN)
parameter IN_DIR = 'c:\users\thomas\mc\geant\inp\'
parameter OUT_DIR = 'c:\users\thomas\mc\geant\data\'
#else
parameter (IN_DIR =
1 '/afs/psi.ch/user/p/prokscha/simulation/geant3/inp/')
c parameter (OUT_DIR = '/afs/psi.ch/user/p/prokscha/mc/geant/data/')
parameter (OUT_DIR = '/scratch/prokscha/geant/')
#endif
c
character*(*) INFILE, PARFILE
parameter (INFILE = IN_DIR//'geant_lemsr_input.dat')
parameter (PARFILE = IN_DIR//'geant_lemsr.input')
c
c
c INFILE: read input data from file instead of throwing them
c in the program
c
c PARFILE: read input parameter from this file
c
real*4 MU_MASS, TWO_PI, POS_MASS, SQR_POS_MASS,
1 MAX_TOTAL_ENERGY, TAU_MUON, MU_GYRO, R_MCP, C_LIGHT
parameter (MU_MASS = .105658389 ) !muon mass, GeV/c^2
parameter (POS_MASS = 0.51099906 ) ! e+ mass, MeV/c^2
parameter (SQR_POS_MASS = 0.26112 ) ! squared positron mass
parameter (MAX_TOTAL_ENERGY = 52.8304302) ! MeV
c
parameter (TAU_MUON = 2.19703E-6 ) ! muon life time in s
parameter (MU_GYRO = 13554.) ! Hz/G
c
parameter (R_MCP = 2.0 ) ! radius of MCP in cm
parameter (TWO_PI = 6.283185307)
parameter (C_LIGHT = 2.99792458E10) ! speed of light in cm/s
c
c-------------------------------------------------------------------
c
real*4 bfield(5) ! new data card with B-field components
c ! bfield(4) = polarization (%)
c ! bfield(5) = polarization (%) in sample
real*4 beam_parameter(4) ! new data card with beam parameters
! (1): x0
! (2): y0
! (3): r-fraction r*R_MCP2 defines size
! (4): exponential relaxation rate 1/ns
integer*4 ix1 !random generator seed
c
c count successfull and rejected MICHEL-energy throws
c
integer*4 cou, rejcou
c
c------------------------------------------------------------------------------
c
c flags for geometrical setup; it is possible to mount or remove the
c
c 'mcp2' MCP2 plates
c 'mcpa' MCP2 anode
c 'mcps' MCP2 stainless steel vacuum tube
c 'samp' sample (this is at the moment the sample holder)
c 'cryo' material of the cryostat without shielding
c 'crsh' cryo shield
c 'efla' the 100 CF flange at the end of the sample/MCP2 tube
c
c the volumes are activated when printing
c
c geom 'mcp2' 'efla' for example when data cards are requested
c
logical*1 l_mcp2
logical*1 l_mcpa
logical*1 l_mcps
logical*1 l_samp
logical*1 l_cryo
logical*1 l_crsh
logical*1 l_efla
logical*1 l_run11
character*4 samp_mat
c
c------------------------------------------------------------------------
c
c flags for secondary particles
c
integer*4 lspar(10) ! new data card defined by CALL FFKEY to
c ! select seoncdary particles
c ! ' e+', ' e-' and ' gam' possible.
c
logical*1 l_pos
logical*1 l_ele
logical*1 l_gam
c
c-------------------------------------------------------------------------
c
c flags for output of percentage of processed events
c
integer*4 percent(9)
c
c-------------------------------------------------------------------------
c
c--- the common blocks
c
common /beam_offset/ beam_parameter
common /magnetic_field/ bfield
common /seeds/ ix1
common /counter/ cou, rejcou
common /geo_flags/ l_mcp2, l_mcpa, l_mcps, l_samp, l_cryo,
1 l_crsh, l_efla, l_run11, samp_mat
common /part_flag/ l_pos, l_ele, l_gam
common /proc_event/ percent
c-----------------------------------------------------------------------