source: head/scripts/snova.par@ 3

#/////////////////////////////////////////////////////////
#/////  File containing nemo implementation options  /////
#/////////////////////////////////////////////////////////


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

# Simulation data verbosity (MUTE, CONCISE, NORMAL, DETAILED, VERBOSE, VVERBOSE)
GLOBAL simulation_verbosity S NORMAL

# 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


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

# Type of vertex generator 
# Options: "source_simple_bulk"
#          "source_simple_surf"
#          "input_file_name"
#          "spot"
VERTEX gen_vertex S source_simple_bulk

# Save vertex in a file for next runs:
VERTEX gen_vertex_save I 0

# Vertex output file for [gen_vertex != "input_file_name"]
VERTEX gen_vertex_save_filename S vertex.out

# Vertex input file for [gen_vertex == "input_file_name"]
VERTEX gen_vertex_filename S vertex.in

# Spot vertex coordinates (cm) for [gen_vertex == "spot"]
VERTEX gen_vertex_spot V 3
0.
0.
0.

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

# Generator data source ("random" or "input_file_name")
# Options: "random"
#          "input_file_name"

#GLOBAL gen_source S gen_data/test_2nubb_Nd150.txt
GLOBAL gen_source S random

# In case of Generator data source == "random", Ekin (MeV) minimum limit
GLOBAL gen_min_E D 0.05

# In case of Generator data source == "random", Ekin (MeV) maximum limit
GLOBAL gen_max_E D 3.55

# Number of events
GLOBAL num_events I 10

# Initial particles name
GLOBAL part_name S e-


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

# GEOMETRY parameters file
GLOBAL geom_file S snemo.geom

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



#///////////////////////////////////
# 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