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# Input file for the command line version of MEM 3, must be named "options.txt"
# The following files must be located in the same directory :
#  - MEM3Windows.exe (Windows) or mem3cl (Mac or Linux)
#  - bin*.dat (3 files)
#  - de430
#  - options.txt, rho1.txt, and rho2.txt
#
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# This input file must contain the following lines
# Line 1 - name of input file
# Line 2 - input origin: (su)n, (ea)rth, (mo)on, (me)rcury, (ve)nus, (ma)rs
# Line 3 - input axes: (eq)uatorial or (ec)liptic
# Line 4 - use (a)ll state vectors, a (r)andom selection, or the (f)irst n
# Line 5 - integer number of state vectors to be used (ignored if using all)
# Line 6 - log10 of the desired minimum particle mass, within [-6, 1]
# Line 7 - high fidelity run (y for yes)
# Line 8 - directory within which results will be placed
# Line 9 - run name (will be used to name results folder)
# Line 10 - output origin: (su)n, (ea)rth, (mo)on, (me)rcury, (ve)nus, (ma)rs
# Line 11 - output axes: (eq)uatorial, (ec)liptic, or (bo)dy-fixed
# Line 12 - desired output resolution in degrees (1, 2, 3, 4, or 5)
# Line 13 - desired output resolution in km/s (1 or 2)
# Line 14 - output intermediate files (y for yes)
# Line 15 - output igloo files (y for yes)
# Line 16 - output standard deviation files (y for yes)
#
###############################################################################
mro.txt
Mars
equatorial
random
3180
-6
yes high fidelity
.
MRO
Mars
body-fixed
5 degree angular resolution
2 km/s velocity resolution
no intermediate files
yes igloo files
yes standard deviations