source: snovis/trunk/scripts/snova/snova.par @ 209

#//////////////////////////////////////////////////////////
#/////  File containing snova implementation options  /////
#//////////////////////////////////////////////////////////


#/////////////////////////////////
# This is group GLOBAL variables
#/////////////////////////////////

# Simulation data verbosity (MUTE, CONCISE, NORMAL, DETAILED, VERBOSE, VVERBOSE)
#GLOBAL simulation_verbosity S NORMAL
# By default, if all is ok, say nothing...
GLOBAL simulation_verbosity S MUTE

# G4 Tracking verbosity ("0", "1", "2", "3", ...)
GLOBAL G4Tracking_verbosity S 0

# Output dst file name 
# Allowed extensions: '.txt' for text files
#                     '.gz'  for gziped text files
#                     '.h5' for HDF5 files
GLOBAL dst_fname S data/dst_test_random_Nd150_Bon.txt

######### VERTEX GENERATOR SECTION ########

#/////////////////////////////////
# This is group VERTEX variables
#/////////////////////////////////

# Type of vertex generator: identified by unique 'name' registred 
# in the Vertex Generator Factory:
# Options: "source_simple"
#          "CALO_basic"
#          "from_file"
#          "spot"
VERTEX VG.type S source_simple

# the label of the vertex generator:
VERTEX VG.label S source_simple_bluk

# definition of a list of properties to configure the vertex generator:
# here this is vertex randomized from the bulk volume of the source foil:
VERTEX VG.configuration.source_simple_bluk SV 3
locate=bulk
save-file=Yes
save-filename=source_simple_bluk.vtx

# here this is vertex randomized from the front surface of the source foil:
VERTEX VG.configuration.source_simple_sf SV 4
locate=surf
side=front
save-file=Yes
save-filename=source_simple_sf.vtx

# here this is vertex randomized from the back surface of the source foil:
VERTEX VG.configuration.source_simple_sb SV 4
locate=surf
side=back
save-file=Yes
save-filename=source_simple_sb.vtx

# here this is vertex randomized from the both front/back surfaces of the source foil:
VERTEX VG.configuration.source_simple_sa SV 4
locate=surf
side=all
save-file=Yes
save-filename=source_simple_sa.vtx

# here this is vertex randomized from CALO blocks on wrapper front surfaces
# from all walls
VERTEX VG.configuration.CALO_basic_wsaf SV 5
locate=wrapper_surf
wall=all
side=front
save-file=Yes
save-filename=CALO_basic_wsaf.vtx

# here this is vertex randomized from CALO blocks on wrapper back surfaces
# from all walls
VERTEX VG.configuration.CALO_basic_wsab SV 5
locate=wrapper_surf
wall=all
side=back
save-file=Yes
save-filename=CALO_basic_wsab.vtx

# here this is vertex randomized from CALO blocks in wrapper volume (bulk)
# from all walls
VERTEX VG.configuration.CALO_basic_wbaa SV 5
locate=wrapper_bulk
wall=all
side=all
save-file=Yes
save-filename=CALO_basic_wbaa.vtx

######### PRIMARY PARTICLES GENERATOR SECTION ########

# this is for randomize direction of the primary event: 
EVGEN EG.randomize_dir I 1

# (E)vent (G)enerator type:
# Options (hardcoded generators):
# "from_genbb_file" : uses an input file from GENBB-like program
# "single_particle" : shoot single particle in energy range
EVGEN EG.type S from_genbb_file
#EVGEN EG.type S single_particle

# this is the input file used by the 'from_genbb_file' EG:
EVGEN EG.from_genbb_file.source S $SNOVISROOT/scripts/snova/example_Mo100.txt

# this is the input parameters for used by the 'single_particle' EG:
EVGEN EG.single_particle.name S electron

# minimal kinetic energy in keV:
EVGEN EG.single_particle.min_energy D 500.

# maximal kinetic energy in keV:
EVGEN EG.single_particle.max_energy D 3000.

######### SIM. NUMBER OF EVENTS ########

# Number of events
GLOBAL num_events I 10


######### GEOMETRY SECTION ########

# GEOMETRY parameters file
GLOBAL geom_file S $SNOVISROOT/scripts/snova/snemo.geom

######### MISC SECTION ########

# In case of visual run, display a complete view (1) or just the shape (0)
GLOBAL DISPLAY_ALL I 0


######### PHYSICS SECTION ########

#///////////////////////////////////
# This is group PHYSICS variables
#///////////////////////////////////

# Energy Loss Enabled for electrons (0=OFF 1=ON)
PHYSICS energy_loss I 1

# Multiple Scattering Enabled for electrons (0=OFF 1=ON)
PHYSICS mult_scattering I 1

# Maximum Step Length inside the SOURCE (mm)
PHYSICS SOURCE_max_step D 0.01

# Maximum Step Length inside the GEIGER CELLS (mm)
PHYSICS GG_CELL_max_step D 5.

# Cut (mm) for Calorimeter region
PHYSICS calo_cut D 5.

# Cut (mm) for Tracking region
PHYSICS tracking_cut D .5

# Cut (mm) for Source region
PHYSICS source_cut D .05


#///////////////////////////////////
# This is group CHECK variables
#///////////////////////////////////

# Store meaning-less particles generated at the Calorimeter: YES (1) or NO (0)
CHECK store_all I 0

# Print BHEP Stored particles at the end: YES (1) or NO (0)
CHECK print_parts I 0

# end of parameters file