LIST
C
PRINT  'PART' 'MATE' 'SETS' 'TMED' 'VOLU'
TRIG   100
TRIM   'NBTB'
FIGEOM
C DIGIT
DEBUG  1 1 100
FREQ   1000
AUTO   0
CUTS   0.000200
       0.000400
       0.000100
       0.000010
       0.000100
       0.002000
       0.002000
       0.000400
       0.000400
C  LOSS (0) No energy loss
C       (1) Call GLANDZ                                   <--
C       (2) Call GLANDO
C       (4) No fluctuations
C  MULS (0) No multiple scattering
C       (1) Moliere Approximation or Coulomb scattering   <--
C       (3) Gaussian approximation
C  DCAY (0) No decay
C       (1) Decay of unstable particles
C
LOSS   1
MULS   1
DCAY   1
DRAY   0
PAIR   1
PHOT   1
HADR   1
ANNI   1
BREM   1
COMP   1
C
C
C
C     Magnetic field intensity [kGauss]
C     IFIELD     (1) GRKUTA (2) GHELIX (3) GHELX3
C     FIELDM     Maximum field value
C     TMAXFD     Maximum angle due to field permitted in on step (deg.)
C
FIELD    3        11.0      2.00
C
C
C
C     SIMDET (0) Rough SIMulation of the SIlicom Microstrip detector  <--
C            (1) Precise SIMulation of the SIlicom Microstrip detector
C            (2) as (1) + production of test n-tuple
C
SIMDET 0
C
C
C
C     Spatial resolutions [cm] of detectors:
C     (1,2) Transversal & longitudinal (z) errors for ISIM & OSIM
C     (3,4) Transversal & longitudinal (z) errors for DCH1
C     (5,6) Transversal & longitudinal (z) errors for DCH2
C     (7,8) Radial & longitudinal (z) errors for STRW
C
ERRORS   50.e-4 50.e-4  100.e-4 1.5   100.e-4 2.0   100.e-4 500e-4
C
C
C
C              The values of PHI vertex, plab are randomly extracted
C                          between min and max value
C
C        Part. type           VERTEX(5)              PLAB(6)
C     (.NOT.0: to skip  V(1)=R (fixed, [cm])    P(1)=Pmin [Gev]
C       "PHI-DECAYS")   V(2)=Zmin(beam direct.) P(2)=Pmax
C                       V(3)=Zmax(beam direct.) P(3)=Cos(theta) min
C                       V(4)= Phi min [degree]  P(4)=    "      max
C                       V(5)=  "  max [degree]  P(5)= Phi min
C                                               P(6)=  "  max
C
SPAR    0.   0. -7.5 +7.5 0. 0.   0.127 0.127   -0.71 0.71    0.0 180.0
C
C SPAR   12.  0. 0. 0.  0. 0.  0.12801 0.12801  0. 0.  30. 30.
C SPAR   12.  0.0  0.0  0.0  0.0 25.0  0.12395 0.12395  0.64 0.64  30.0 30.0
C SPAR   12.  0.0  0.0  0.0  0.0 25.0  0.13192 0.13192  0.64 0.64  30.0 30.0
C
C SPAR    9.  6.7321  0. 0.  20. 20.  0.270 0.270  0.64 0.64 20. 20.
C SPAR    9.  7.5  -7.5 +7.5  0.0 360.0  0.270 0.270  -1.00 1.00  0.0 360.0
C SPAR    5.  7.5  -7.5 +7.5  0.0 360.0  0.236 0.236  -1.00 1.00  0.0 360.0
C SPAR   14.  7.5  -7.5 +7.5  0.0 360.0  0.417 0.417  -1.00 1.00  0.0 360.0
C SPAR   48.   0. 0. 0. 0. 0.   0.100 0.100    0.00 0.00    20.0 20.0
C SPAR   -1.
C
C
C
C     (flag)   E-electron  E-positron   E-beam    spread of E-beam
BEAM    1.        0.510       0.510      0.510        0.000500
C
C
C
C     Machine induced background     number of particles (pairs)
C     (0 means no background              to be generated
C      1   "   Touschek effect
C      2   "   Bhabha scattering)
C
HALO             0                                1
C
C
C
C     (flag)    phi-vertex    beam spot center     beam spreads [cm]
C
SRCE    1.       0. 0. 0.        0. 0. 0.          0.211 .00211 3.0
C
C
C
C     (flag)   rad.gamma 4-mom.   phi 4-momentum     exp.resolution [GeV]
C
CRAD    1.       0. 0. 0. 0.      0. 0. 0. 1.020           0.020
C
C
C
C     K+K-mode(1:YES)   K0K0-mode   other PHI decay modes (not implem.)
C
PHID       1.             0.                    0. 0. 0.
C
C
C
C     Kshort in 2 charged pions      in 2 neutral pions
C
K0SD             0.                        0.
C
C
C
C     Klong semilept(e) semilept(mu) 3neutr.pi 2ch.+neutr.pi 2ch.pi 2neutr.pi
C
K0LD       0.             0.         0.            0.          0.     0.
C
C
C
C     K scattering   code for   code for    code for     code for
C       requested    incident    target    scattered    scattered
C                      kaon      nucleon     meson        hadron
C
KSCA       0            10         14          11           13
C
C
C
C     Hypernucleus   Hypernucleus   Int.  pn non mesonic   nn non mesonic
C      formation    lifetime  [ps]  mode    decay B.R.       decay B.R.
C       allowed                               (%)              (%)
C
HYPE       1              0.0        2         0.0              0.0
C
C
C
C     Particle coming from the hypernucleus decay
C     Part. ID    P [GeV/c]    THETA [deg]   PHI [deg]    Xv  Yv  Zv [cm]
C
KINE      9     0.270  0.270      0.  180.    0.  360.     0.  0.  0.
C
END