Examples added

######################################################

# Selection of output files

IO.FILETYPE.FITS = true

IO.FILETYPE.FITS.COMPRESS = true

IO.FILETYPE.SQLITE3 = false

IO.FILETYPE.MONGODB = false

IO.FILETYPE.MONGODB.COLLECTION_NAME = test_exacrad

IO.FILETYPE.MONGODB.ADDRESS = mongodb://localhost:27017/?minPoolSize=1&maxPoolSize=100

IO.FILETYPE.MONGODB.WriteToServer = true

IO.FILE.XYZ = true

#######################################################

# IO XYZ file configuration

IOXYZ.EVT_ID = true

IOXYZ.TRK_ID = true

IOXYZ.PARENT_TRK_ID = true

IOXYZ.VOLUME_ID = true

IOXYZ.VOLUME_NAME = true

IOXYZ.MOTHER_ID = true

IOXYZ.E_DEP = true

IOXYZ.X_ENT = true

IOXYZ.Y_ENT = true

IOXYZ.Z_ENT = true

IOXYZ.X_EXIT = true

IOXYZ.Y_EXIT = true

IOXYZ.Z_EXIT = true

IOXYZ.E_KIN_ENT = true

IOXYZ.E_KIN_EXIT = true

IOXYZ.MDX_ENT = true

IOXYZ.MDY_ENT = true

IOXYZ.MDZ_ENT = true

IOXYZ.MDX_EXIT = true

IOXYZ.MDY_EXIT = true

IOXYZ.MDZ_EXIT = true

IOXYZ.GTIME_ENT = true

IOXYZ.GTIME_EXIT = true

IOXYZ.PARTICLE_ID = true

IOXYZ.PARTICLE_NAME = false

IOXYZ.PROCESS_ID = true

IOXYZ.PROCESS_NAME = false

#volume selection

IOXYZ.volumeselection.number = 1

IOXYZ.volumeselection.0.start = 0

IOXYZ.volumeselection.0.end = 10000000

#number of rows for each file

IOXYZ.NRows  = 5000000

#write only volume with energy deposit (this do not exclude the world)

IOXYZ.writeonlyifenergydeposit = 0

#exclude the world

#NB: the world contains the initial energy and momentum

IOXYZ.removeWorldEvent = 0

########################################################

# Volume ID handling

# 1 = summing mother and grandmother ID in case of replicas

GEOM.VOLID.TYPE = 1

########################################################

# Multithreading

MT.NUM.THREADS = 1

########################################################

# Activating simulation from particle list

EVENT.PRIMARY.LIST.ACTIVATE = 0

## 0 = ASCII, 1 = ROOT, 2 = FITS

EVENT.PRIMARY.FORMAT = 1

EVENT.PRIMARY.LIST.FILENAME = 

########################################################

# physical process

PHYS.VERSION = AREMBESPhys

AREMBESPhys.PHYSLIST = emstandardSS_QBBC

AREMBESPhys.DEFAULT.CUT = 0.001

# activating SS EM parameters

AREMBESPhys.SSPHYS.ACTIVATE = 1

# user limit

AREMBESPhys.STEPLIMITER.ACTIVATE = 0

# region cuts

REGION.TARGET.CUT = 0.000001

REGION.TARGET.PROTON.CUT = 0.000001

# not applying SS to region

REGION.TARGET.SS.ACTIVATE = 0

GEOM.MAXSTEP = 0.00000001

########################################################

# geometry configuration

GEOM.WRITE.GDML = false

GEOM.WRITE.GDML.NAME = WFI.gdml

# setting the world dimension [mm]

WORLD.BOX.SIDE = 5000

GEOM.VERSION = ProtonScattering

# Experiment type

# 1: target and detector (EXACRAD WP 6.1)

GEOM.EXPERIMENT = 1

# Experiment = 1

#

GEOM.MAXSTEP = 0.1

# selecting the chamber material

GEOM.VACUUM = 1

# collimator distance (from right side to target center) in mm

GEOM.COLLIMATOR.DISTANCE = 87.

##### TARGET

# target type: 1 = eRosita

GEOM.TARGET = 1

GEOM.INCIDENT.ANGLE = 0.64

# detector distance (distance from the target center to the detector surface) in mm

GEOM.PANEL.DISTANCE = 933.

/run/verbose 0

/vis/disable

/gps/particle proton

/gps/pos/type Plane

/gps/pos/shape Circle

/gps/pos/radius 0.15 mm

/gps/pos/rot1  0 0 1

/gps/pos/rot2 0 1 0

/gps/pos/centre -8.7 0.0 0.0 cm

/gps/ang/type iso

/gps/ang/maxtheta 0.053 deg

/gps/ene/type Gauss

/gps/ene/mono 300 keV

/gps/ene/sigma 34 keV

# Set number of particles and start

/run/beamOn 10