ccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
c
c       steeringfile for mudedx - program based on wlohmanns routines
c 
cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
c
c
c
c rndm initialization mode (mode one and 2 differ only in init_speed)
c	0	use RLUXIN with 25 seeds as specified in RNDM 
c               (faster but seedlist)
c	1	use RLUXGO with  1 seed  as specified in RNUM 
c               (max = 2147483647)
c	2	use filename (production version, institute, run number)
c		and/or time as input for RLUXGO
c	3	like 2 but use RANMAR instead RANLUX (faster)
c		
RMOD 	3
c
c rndm-seed-filename for RLUXIN (RMOD = 0)
RNDM    'mudedx.rndmseed'
c
c rndm seed for RLUXGO (RMOD = 1)
RNUM 23271
c
c   number of events to proceed / number of events in ntuple
NEVE 1000000000   0
c
c initialisation energy for the typical mu energy (Y-distributions)
EINI  500
c
c min. energy at vertices [GeV], max energy to calc guaranteed fraction
c for differential thresh fractions in the Y-distributions
EMIN 0.5 500.
c
c the step size in rho is in [cm]
STEP 50 1000
c
c
c the vertices are generated in an active media centered around the
c vertex. you can choose a cylinder or a box
c use cylinder (1) or not (0)  , radius, height of cylinder of active media [m]
CYL  1 1200 1800
c use box (1) or not (0) , height of box of active media [m]
box  0 9999

c use MODE 0 (default)  for short simulation (mean energy loss outside
c                       cyl/box and shower inside)
c          1            for long simulation (shower inside and outside
c                       cyl/box but save vertices only inside box)
c          2            like 0 (shower only inside cyl/box) but
c                       particle doesn't loose energy  
MODE  1
c
c
c ICE (H2O) density to use 
c if this card is not set the default value used is 0.92
c
DENS = 0.92
c
c
c make histograms (1) or not (0)
c
HIST 0
c
c
END