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sample_paramfile
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# SAMPLE PARAMETER FILE
# lines that begin with # are commented out
#
# outputfile is common to all lens models
# so are zlens and zsource at the moment
####### General ##########
outputfile output # will contain the image magnifications
Nplanes 10 # number of lens planes
deflection_off 0 # switches deflection off, default is 0
field_off 0 # run without field halos, default is 0
read_redshift_planes 0 # 0 - no, 1 - yes , reads in the redshifts of the lensing planes from a file
redshift_planes_file Z.txt # an asci file with redshifts of the planes, excluding the source redshift
####### Main halos type ##########
flag_input_lens 1 # 0: no main halo, 1 or else - a main halo
DM_halo_type 6 # DM internal profile type: 0 or nolens, 1 or NFW, 2 or PseudoNFW, 3 or PowerLaw, 4 or NSIE, 5 or AnaLens, 6 or UniLens, 7 or MOKALens, 8 or DummyLens
galaxy_halo_type 1 # if set, a galaxy profile is chosen: 0 or none, 1 or NSIE
###### Field halos type ##########
internal_profile 1 # DM internal profile type: 0 or nolens, 1 or NFW, 2 or PseudoNFW, 3 or PowerLaw, 4 or NSIE, 5 or AnaLens, 6 or UniLens, 7 or MOKALens, 8 or DummyLens
internal_profile_galaxy 1 # if set, a galaxy profile is chosen: 0 or none, 1 or NSIE
galaxy_mass_fraction 0.1 # must be set if internal_profile_galaxy is set, mass fraction of the galaxy
internal_slope_pnfw 2 # slope of the PseudoNFW profile, default is 2
internal_slope_pl -1 # slope of the PowerLaw profile, default is -1
###### Field halos from a mass function #######
mass_func_type 1 # mass function type, 0: Press-Schechter, 1: Sheth-Tormen, 2: PowerLaw
fov 1.0e4 # field of view in square arcseconds
field_buffer 1.0 # in physical Mpc
min_mass 1.0e9 # min mass of the halos in the light cone in solar masses
####### Field halos from an input file ##############
#input_simulation_file ../MillenniumData/DMhalos.txt # if set, the light cone is read from an input file
####### AnaNSIE lens halo model ############
sigma 250 # velocity dispersion in km/s
core 0.0e-5 # core radius in Mpc
axis_ratio 0.8 # axis ration
pos_angle 0 # inclination angle in degrees
NDistortionModes 0 # number of ellipsoid distortion modes
beta_perturb 1.0
kappa_peturb 0.03
gamma_perturb 0.03
monopole_perturb 0.0
quadrapole_perturb 0.005
hexopole_perturb 0.005
octopole_perturb 0.01
NdensitySubstruct 0.0e6 # number density of substructure
beta_sub -1.0
alpha_sub -1.9
R_submax 0.5e-3
mass_max 1.0e9
mass_min 1.0e6
sub_type 1
Nstars 0 # number of stars to be implanted
fstars 0.50 # stellar mass fraction
stars_mass 0.5 # star mass in solar masses
######## Type of source SB model
SourceSBType 0 # 0: Uniform, 1: Gaussian, 2: BLR_Disk, 3: BLR_Sph1, 4: BLR_Sph2
###### Gaussian source model ###########
gauss_r2 0.0
###### BLR source model ################
BHmass 1.0e9 # BH mass of the quasar
gamma -0.5
inclin 35.0
opening_ang 10
r_in 5.0e-9
r_out 5.0e-6
nuo 6.17284e14
source_sigma 0
####### General #############
z_lens 0.42 # lens redshift
z_source 3.62 # source redshift