# Example parameter file for RefleX
#
# Suppress printed output
VERBOSE 0
# Generate 1e7 photons
NPHOTS 10000000
# Stop propagating photons with less than 300 eV
ECUT 300.0
# Generate spectra between 300 and 1e6 eV
EGEN 300.0 1000000
# Emitted spectrum is a cut-off power law with index 1.9 and cut-off energy 200 keV
EMSPEC CUTOFF 1.9 200000
# Objects compisition is from Anders & Grevesse
MATTER angr
# Length are expressed in cm
LENGTH Centimeter
# Density is 1e23 hydrogen atoms per cm-3
DENSITY 1e23
# Solar metallicity
METALLICITY 1
# Medium is warm (H and He atoms are ionized)
TEMPERATURE 1
# Photons are emitted as an isotropic point source at coordinates (0,0,0)
EMGEOM POINT 0.0 0.0 0.0 0 0 180
# Define the simulated volume, a sphere of radius 1e5 cm
OBJECT WORLD 1e5
# Define the torus, located at the center, with outer radius 1 cm and inner radius 0.5 cm
OBJECT TORUS TORUS 0.0 0.0 0.0 1 0.5
# Fraction of hydrogen atoms in molecule (no effect as medium is warm)
H2FRACTION 1.0
# Print out progress
PERCENT ON
#
# Define the spectroscopic output. We collect spectra with viewing qangles between 60 and 70 deg
# Define the energy binning to be logarithmic between 10^2.5 and 10^6 eV, with logarithmic step of 0.01
SPECTRUM BINNING 2.5 6 0.01 LOG
# Create a new spectrum cont.txt with photons crossing the torus without interaction
SPECTRUM NEW cont.txt
# Photons with direction above 60 deg
SPECTRUM DIR_Z < 0.5
# Photons with direction below 70 deg
SPECTRUM DIR_Z > 0.342020
# Photons which have not experienced any scattering
SPECTRUM SCATTER == 0
# Photons which have not experienced any fluorescence
SPECTRUM FLUOR == 0
# Create a new spectrum scatter.txt with photons having performed at least one scattering
SPECTRUM NEW scatter.txt
SPECTRUM DIR_Z < 0.5
SPECTRUM DIR_Z > 0.342020
# Photons which have experienced at least one scattering
SPECTRUM SCATTER > 0
# Photons which have not experienced any fluorescence
SPECTRUM FLUOR == 0
# Create a new spectrum fluo.txt with photons having performed at least one fluorescence
SPECTRUM NEW fluo.txt
SPECTRUM DIR_Z < 0.5 SPECTRUM DIR_Z > 0.342020
# Photons which have experienced at least one fluorescence
SPECTRUM FLUOR > 0