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Copy path130603B_2thj_r.txt
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130603B_2thj_r.txt
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#######################################################
# BOX-FIT. Version 0.2
# Last modified: June 13, 2012, by HJvE
#
# reference: "Gamma-ray burst afterglow broadband
# fitting based directly on hydrodynamics simulations"
# H.J. van Eerten, A.J. van der Horst, A.I. MacFadyen
# ApJ (2012) Issue 749, Page 44
# ArXiv: 1110.5089
#
# Development of the Boxfit code was supported in part
# by NASA through grant NNX10AF62G issued through the
# Astrophysics Theory Program and by the NSF through
# grant AST-1009863.
#######################################################
# I/O settings:
# using parameter file 130603B/boxfitsettings.txt
# path to BOX files: ../data/
# dataset file name: ../data/grb130603Bdata.txt
#####################################################
# radiation switches
# synchrotron self-absorption is enabled
# electron cooling is enabled
# box data is included
# Blandford-McKee analytical data is included
#####################################################
# Fit variable settings:
# theta_0 = 9.400000e-02 (rad), between 4.500000e-02 and 5.000000e-01. Thawed.
# E_iso = 1.500000e+51 (erg), between 1.000000e+47 and 1.000000e+56. Thawed.
# n_0 = 1.300000e-01 cm^-3, between 1.000000e-05 and 1.000000e+05. Thawed.
# theta_obs = 1.880000e-01 (rad), between 0.000000e+00 and 1.570000e+00. Frozen.
# p = 2.700000e+00, between 2.000000e+00 and 3.000000e+00. Frozen.
# epsilon_B = 1.000000e-01, between 1.000000e-05 and 1.000000e+00. Thawed.
# epsilon_E = 1.000000e-01, between 1.000000e-05 and 1.000000e+00. Thawed.
# ksi_N = 1.000000e+00, between 1.000000e-05 and 1.000000e+00. Frozen.
#####################################################
# Time and frequency settings
# nu_0 = 4.831500e+14 (Hz), nu_1 = 4.831500e+14 (Hz)
# t_0 = 9.999936e-02 (days), t_1 = 9.999936e+03 (days)
#####################################################
# Observer distance settings
# luminosity distance: 5.907000e+27 (cm)
# redshift: 3.564000e-01
#####################################################
# BOX data:
# number of boxes: 19
# box 0 : theta_0 = 4.500000e-02
# box 1 : theta_0 = 5.000000e-02
# box 2 : theta_0 = 7.500000e-02
# box 3 : theta_0 = 1.000000e-01
# box 4 : theta_0 = 1.250000e-01
# box 5 : theta_0 = 1.500000e-01
# box 6 : theta_0 = 1.750000e-01
# box 7 : theta_0 = 2.000000e-01
# box 8 : theta_0 = 2.250000e-01
# box 9 : theta_0 = 2.500000e-01
# box 10 : theta_0 = 2.750000e-01
# box 11 : theta_0 = 3.000000e-01
# box 12 : theta_0 = 3.250000e-01
# box 13 : theta_0 = 3.500000e-01
# box 14 : theta_0 = 3.750000e-01
# box 15 : theta_0 = 4.000000e-01
# box 16 : theta_0 = 4.250000e-01
# box 17 : theta_0 = 4.500000e-01
# box 18 : theta_0 = 5.000000e-01
#####################################################
# Resolution settings:
# BM number of snapshots BM_res = 1000
# Box number of steps box_res = 1500
# EDS resolution: phi cells = 16, r cells = 768
# Starting temperature annealing: 1.000000e+05
# Number of iterations at single temperature: 100
# Fraction drop in temperature per cycle: 9.900000e-01
# Lowest nonzero annealing temperature: 1.000000e-02
# number of Monte Carlo light curves calculated: 10000
# Starting Blandford-McKee fluid Lorentz factor: 2.000000e+02
# Stopping Blandford-McKee fluid Lorentz factor: 2.500000e+01
# (Box start Lorentz factor = 2.500000e+01)
# BM initial: R = 4.018603e+16 (cm), t_obs = 2.424145e-05 (days)
# BM final: R = 1.607283e+17 (cm), t_obs = 6.205812e-03 (days)
#####################################################
# i, t (days), nu (Hz), F (mJy)
0, 9.999936e-02, 4.831500e+14, 7.010651e-07
1, 1.832969e-01, 4.831500e+14, 7.047434e-05
2, 3.359797e-01, 4.831500e+14, 4.873616e-04
3, 6.158443e-01, 4.831500e+14, 8.792378e-04
4, 1.128831e+00, 4.831500e+14, 7.030453e-04
5, 2.069125e+00, 4.831500e+14, 3.855426e-04
6, 3.792666e+00, 4.831500e+14, 1.467624e-04
7, 6.951883e+00, 4.831500e+14, 2.559000e-05
8, 1.274267e+01, 4.831500e+14, 2.036781e-06
9, 2.335707e+01, 4.831500e+14, 1.672026e-07
10, 4.281305e+01, 4.831500e+14, 1.971023e-08
11, 7.847549e+01, 4.831500e+14, 3.325071e-09
12, 1.438441e+02, 4.831500e+14, 7.104156e-10
13, 2.636634e+02, 4.831500e+14, 1.884905e-10
14, 4.832899e+02, 4.831500e+14, 1.840788e-10
15, 8.858611e+02, 4.831500e+14, 2.165276e-10
16, 1.623766e+03, 4.831500e+14, 2.778067e-11
17, 2.976332e+03, 4.831500e+14, 5.842419e-12
18, 5.455560e+03, 4.831500e+14, 0.000000e+00
19, 9.999936e+03, 4.831500e+14, 0.000000e+00