George Randall's Reflection-Marix Reflectivity
Code Input File Format
# Example input file with comments, lines starting with # are comments, not part
# of the input, the input lines are the strictly numerical lines
# Number of layers
14
# thickness vp vs density Qp Qs Absorbtion band Q stuff (commented out in code)
1 3.200 1.9000 2.3300 0190.40 0084.60 1.e4 0.0001 1.e4 0.0001
4.8 5.930 3.5000 2.7700 0386.00 0171.60 1.e4 0.0001 1.e4 0.0001
4.2 5.950 3.5100 2.7700 0386.00 0171.60 1.e4 0.0001 1.e4 0.0001
2 5.970 3.5200 2.7800 0386.00 0171.60 1.e4 0.0001 1.e4 0.0001
3 6.000 3.5400 2.7800 0386.00 0171.60 1.e4 0.0001 1.e4 0.0001
3 6.070 3.5800 2.7900 0386.00 0171.60 1.e4 0.0001 1.e4 0.0001
3 6.200 3.6600 2.8100 0232.70 0103.40 1.e4 0.0001 1.e4 0.0001
3 6.310 3.7200 2.8300 0232.70 0103.40 1.e4 0.0001 1.e4 0.0001
3 6.360 3.7500 2.8400 0232.70 0103.40 1.e4 0.0001 1.e4 0.0001
4 6.410 3.7800 2.8500 0232.70 0103.40 1.e4 0.0001 1.e4 0.0001
30 7.900 4.4000 3.2000 0116.60 0049.60 1.e4 0.0001 1.e4 0.0001
40 7.900 4.1200 3.3000 0075.50 0031.20 1.e4 0.0001 1.e4 0.0001
16 7.900 4.1000 3.4000 0210.00 0093.40 1.e4 0.0001 1.e4 0.0001
00 7.900 4.0500 3.4000 0240.20 0106.80 1.e4 0.0001 1.e4 0.0001
# Slowness window:
# low_cut low_pass high_pass high_cut slowness_control (factor times rmax*fmax/pmax) [pfac = 1.0 is "normal"]
0.01 0.025 0.56 0.59 9.
# Frequency Window
# fmin fmax fnyquest number-of-time-points
0.0 0.50 0.50 256
# distance azimuth
# if distance is zero, next line would be rmin, dr and nr;
# if distance < 0 reads nr, next line is free format list of ranges)
311.10 82.80
# the number of sources
1
# depth of source(s) (ie. 10.01 km) (sources must be in same layer, and can't be on a layer boundry)
10.01
# receiver depth (receiver must be above the source) [ buried sources should be at an interface other than free surf.]
0.0
# moment tensor components mxx mxy mxz myy myz mzz (only for mgenkennet, for others this is absent)
0.2727 -0.4318 0.2022 0.6771 -0.2351 -0.9498