[ T i t l e ]
minimized input file
[ P a r a m e t e r s ]
icntl = 0 # (D=0) 3:ECH 5:NOR 6:SRC 7,8:GSH 11:DSH 12:DUMP
maxcas = 50 # (D=10) number of particles per one batch
maxbch = 2 # (D=10) number of batches
file(1) = '/apps/phits/3.290/' + '/phits' # (D=/installation/directory/phits) # PHITS install folder name
file(6) = phitsoutphits.out # (D=phits.out) # general output file name
[ S o u r c e ]
s-type = 1 # mono-energetic axial source
proj = proton # kind of incident particle
dir = 1.0 # z-direction of beam [cosine]
r0 = 0. # radius [cm]
z0 = 0. # minimum position of z-axis [cm]
z1 = 0. # maximum position of z-axis [cm]
e0 = 150. # energy of beam [MeV/u]
[ M a t e r i a l ]
mat[1] H 2 O 1
[ S u r f a c e ]
10 so 10.
[ C e l l ]
100 1 -1.0 -10
101 -1 10
[ T - T r a c k ]
mesh = xyz # mesh type is xyz scoring mesh
x-type = 2 # x-mesh is linear given by xmin, xmax and nx
nx = 200 # number of x-mesh points
xmin = -20. # minimum value of x-mesh points
xmax = 20. # maximum value of x-mesh points
y-type = 1 # y-mesh is given by the below data
ny = 1 # number of y-mesh points
-5.0 5.0
z-type = 2 # z-mesh is linear given by zmin, zmax and nz
nz = 200 # number of z-mesh points
zmin = -20. # minimum value of z-mesh points
zmax = 20. # maximum value of z-mesh points
t-type = 2 # t-mesh is linear given by tmin, tmax and nt
nt = 1 # number of t-mesh points
tmin = 0.0 # minimum value of t-mesh points
tmax = 1.0 # maximum value of t-mesh points
part = all
e-type = 1 # e-mesh is given by the below data
ne = 1 # number of e-mesh points
0.0 1000.0
unit = 1 # unit is [1/cm^2/source]
axis = xz # axis of output
file = track_xz.out # file name of output for the above axis
title = Track Detection using [T-track] tally
gshow = 3 # 0: no 1:bnd, 2:bnd+mat, 3:bnd+reg 4:bnd+lat
epsout = 1 # (D=0) generate eps file by ANGEL
[ E n d ] |