[cig-commits] commit: include example of the Manyi earthquake in Tibet. Fix the directory of source files in Doxygen.
Mercurial
hg at geodynamics.org
Fri Jul 20 12:54:00 PDT 2012
changeset: 138:687a7da383ea
tag: tip
user: Sylvain Barbot <sbarbot at caltech.edu>
date: Fri Jul 20 12:53:56 2012 -0700
files: .doxygen examples/tibet/manyi/faults/wang+07.dat examples/tibet/manyi/manyi_co.sh
description:
include example of the Manyi earthquake in Tibet. Fix the directory of source files in Doxygen.
diff -r 772aac05f5ea -r 687a7da383ea .doxygen
--- a/.doxygen Wed Jul 11 15:28:32 2012 -0700
+++ b/.doxygen Fri Jul 20 12:53:56 2012 -0700
@@ -534,7 +534,7 @@ WARN_LOGFILE =
# directories like "/usr/src/myproject". Separate the files or directories
# with spaces.
-INPUT = .
+INPUT = ./src
# This tag can be used to specify the character encoding of the source files
# that doxygen parses. Internally doxygen uses the UTF-8 encoding, which is
diff -r 772aac05f5ea -r 687a7da383ea examples/tibet/manyi/faults/wang+07.dat
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/examples/tibet/manyi/faults/wang+07.dat Fri Jul 20 12:53:56 2012 -0700
@@ -0,0 +1,232 @@
+# Hua Wang, Caijun Xu, Linlin Ge, "Coseismic deformation and slip distribution
+# of the 1997 7.5 Manyi, Tibet, earthquake from InSAR measurements",
+# Journal of Geodynamics, Volume 44, Issues 3-5, October 2007, Pages 200-212, ISSN 0264-3707, 10.1016/j.jog.2007.03.003.
+# (http://www.sciencedirect.com/science/article/pii/S0264370707000312)
+#
+# reference coordinates (WGS84)
+# 35.252N, 87.307E
+1 0.5 -20.7335 -101.282 0 4 4 263.3 85.5 3.3
+2 0.6 -20.2668 -97.3088 0 4 4 263.3 85.5 14.5
+3 0.8 -19.8001 -93.3361 0 4 4 263.3 85.5 8.7
+4 1.0 -19.3334 -89.3634 0 4 4 263.3 85.5 1.5
+5 1.2 -18.8667 -85.3907 0 4 4 263.3 85.5 10.5
+6 1.4 -18.4 -81.418 0 4 4 263.3 85.5 13.7
+7 1.4 -17.9334 -77.4454 0 4 4 263.3 85.5 11.6
+8 1.3 -17.4667 -73.4727 0 4 4 263.3 85.5 13.8
+9 1.4 -17 -69.5 0 4 4 263.3 85.5 3.8
+10 1.8 -16.67 -66.0094 0 4 4 246.5 81.6 -13.5
+11 2.5 -15.075 -62.3412 0 4 4 246.5 81.6 -6.1
+12 3.2 -13.48 -58.673 0 4 4 246.5 81.6 -1.7
+13 3.9 -11.885 -55.0047 0 4 4 246.5 81.6 2.6
+14 4.0 -10.29 -51.3365 0 4 4 246.5 81.6 5.3
+15 3.4 -8.695 -47.6682 0 4 4 246.5 81.6 5.2
+16 2.1 -7.1 -44 0 4 4 246.5 81.6 1.5
+17 1.4 -5.7073 -39.6794 0 4 4 267.4 104.7 -1.2
+18 2.0 -5.5258 -35.6835 0 4 4 267.4 104.7 -14.3
+19 2.3 -5.3444 -31.6876 0 4 4 267.4 104.7 -14.9
+20 2.8 -5.1629 -27.6918 0 4 4 267.4 104.7 -18.8
+21 3.2 -4.9815 -23.6959 0 4 4 267.4 104.7 -18.2
+22 4.0 -4.8 -19.7 0 4 4 267.4 104.7 -12.2
+23 4.6 -3.7894 -15.5448 0 4 4 256.3 101.1 -6.8
+24 4.5 -2.8421 -11.6586 0 4 4 256.3 101.1 4.6
+25 4.4 -1.8947 -7.7724 0 4 4 256.3 101.1 6.1
+26 4.4 -0.9474 -3.8862 0 4 4 256.3 101.1 5.8
+27 4.8 0 0 0 4 4 256.3 101.1 4.1
+28 5.1 0.4549 3.4757 0 4 4 262.4 91.1 3.1
+29 4.6 0.9839 7.4406 0 4 4 262.4 91.1 3.0
+30 4.1 1.5129 11.4054 0 4 4 262.4 91.1 0.5
+31 3.7 2.0419 15.3703 0 4 4 262.4 91.1 -0.6
+32 4.0 2.571 19.3351 0 4 4 262.4 91.1 2.6
+33 4.0 3.1 23.3 0 4 4 262.4 91.1 -5.0
+34 3.7 3.901 26.8126 0 4 4 257.0 103.0 -1.9
+35 3.6 4.8008 30.7101 0 4 4 257.0 103.0 0.4
+36 2.3 5.7006 34.6076 0 4 4 257.0 103.0 -6.3
+37 1.2 6.6004 38.505 0 4 4 257.0 103.0 -39.2
+38 1.3 7.5002 42.4025 0 4 4 257.0 103.0 -45.2
+39 2.0 8.4 46.3 0 4 4 257.0 103.0 -26.3
+40 2.8 9.8312 50.1206 0 4 4 238.1 80.9 -20.5
+41 3.1 11.945 53.5165 0 4 4 238.1 80.9 -13.0
+42 3.0 14.0587 56.9123 0 4 4 238.1 80.9 -5.8
+43 2.7 16.1725 60.3082 0 4 4 238.1 80.9 0.3
+44 2.2 18.2862 63.7041 0 4 4 238.1 80.9 8.9
+45 2.0 20.4 67.1 0 4 4 238.1 80.9 31.0
+46 0.2 -20.4218 -101.318 3.9877 4 4 263.3 85.5 -41.9
+47 0.3 -19.9551 -97.3454 3.9877 4 4 263.3 85.5 7.2
+48 0.5 -19.4884 -93.3727 3.9877 4 4 263.3 85.5 10.4
+49 0.7 -19.0217 -89.4 3.9877 4 4 263.3 85.5 -1.9
+50 0.8 -18.555 -85.4273 3.9877 4 4 263.3 85.5 -1.5
+51 0.9 -18.0884 -81.4547 3.9877 4 4 263.3 85.5 -5.5
+52 0.9 -17.6217 -77.482 3.9877 4 4 263.3 85.5 -11.7
+53 0.8 -17.155 -73.5093 3.9877 4 4 263.3 85.5 -11.6
+54 0.9 -16.6883 -69.5366 3.9877 4 4 263.3 85.5 -15.6
+55 1.0 -16.1341 -66.2424 3.9571 4 4 246.5 81.6 -11.6
+56 1.7 -14.5391 -62.5742 3.9571 4 4 246.5 81.6 10.5
+57 2.6 -12.9441 -58.906 3.9571 4 4 246.5 81.6 12.3
+58 3.2 -11.3491 -55.2377 3.9571 4 4 246.5 81.6 9.7
+59 3.2 -9.7541 -51.5695 3.9571 4 4 246.5 81.6 8.2
+60 2.6 -8.1591 -47.9012 3.9571 4 4 246.5 81.6 7.6
+61 1.6 -6.5641 -44.233 3.9571 4 4 246.5 81.6 4.6
+62 1.4 -6.7212 -39.6334 3.8691 4 4 267.4 104.7 -18.3
+63 1.9 -6.5398 -35.6375 3.8691 4 4 267.4 104.7 -27.0
+64 2.1 -6.3583 -31.6416 3.8691 4 4 267.4 104.7 -25.4
+65 2.4 -6.1769 -27.6457 3.8691 4 4 267.4 104.7 -23.8
+66 2.6 -5.9954 -23.6498 3.8691 4 4 267.4 104.7 -20.2
+67 3.2 -5.814 -19.654 3.8691 4 4 267.4 104.7 -13.1
+68 3.9 -4.5376 -15.3624 3.9252 4 4 256.3 101.1 -11.4
+69 3.8 -3.5902 -11.4762 3.9252 4 4 256.3 101.1 -5.0
+70 3.8 -2.6429 -7.59 3.9252 4 4 256.3 101.1 -4.1
+71 3.7 -1.6955 -3.7038 3.9252 4 4 256.3 101.1 -3.2
+72 3.9 -0.7482 0.1824 3.9252 4 4 256.3 101.1 -2.5
+73 4.0 0.3788 3.4858 3.9993 4 4 262.4 91.1 -2.6
+74 3.8 0.9078 7.4507 3.9993 4 4 262.4 91.1 0.7
+75 3.6 1.4368 11.4156 3.9993 4 4 262.4 91.1 2.2
+76 3.6 1.9658 15.3804 3.9993 4 4 262.4 91.1 1.1
+77 3.6 2.4949 19.3453 3.9993 4 4 262.4 91.1 0.6
+78 3.4 3.0239 23.3102 3.9993 4 4 262.4 91.1 -5.4
+79 3.2 3.0242 27.015 3.8975 4 4 257.0 103.0 -5.7
+80 3.2 3.924 30.9125 3.8975 4 4 257.0 103.0 -0.4
+81 2.5 4.8238 34.81 3.8975 4 4 257.0 103.0 -4.7
+82 1.7 5.7236 38.7075 3.8975 4 4 257.0 103.0 -24.1
+83 1.7 6.6235 42.6049 3.8975 4 4 257.0 103.0 -36.0
+84 2.2 7.5233 46.5024 3.8975 4 4 257.0 103.0 -28.1
+85 2.8 10.3683 49.7863 3.9497 4 4 238.1 80.9 -21.2
+86 3.0 12.4821 53.1821 3.9497 4 4 238.1 80.9 -16.0
+87 2.7 14.5958 56.578 3.9497 4 4 238.1 80.9 -11.6
+88 2.2 16.7096 59.9739 3.9497 4 4 238.1 80.9 -8.8
+89 1.6 18.8233 63.3698 3.9497 4 4 238.1 80.9 -6.4
+90 1.0 20.9371 66.7657 3.9497 4 4 238.1 80.9 11.5
+91 0.3 -20.1101 -101.355 7.9753 4 4 263.3 85.5 -90.0
+92 0.1 -19.6434 -97.382 7.9753 4 4 263.3 85.5 -69.4
+93 0.2 -19.1767 -93.4093 7.9753 4 4 263.3 85.5 29.1
+94 0.3 -18.71 -89.4366 7.9753 4 4 263.3 85.5 3.1
+95 0.4 -18.2433 -85.464 7.9753 4 4 263.3 85.5 -17.4
+96 0.5 -17.7767 -81.4913 7.9753 4 4 263.3 85.5 -36.1
+97 0.6 -17.31 -77.5186 7.9753 4 4 263.3 85.5 -49.7
+98 0.6 -16.8433 -73.5459 7.9753 4 4 263.3 85.5 -55.7
+99 0.5 -16.3766 -69.5732 7.9753 4 4 263.3 85.5 -56.4
+100 0.3 -15.5982 -66.4754 7.9142 4 4 246.5 81.6 -11.9
+101 1.0 -14.0032 -62.8072 7.9142 4 4 246.5 81.6 31.1
+102 1.8 -12.4082 -59.139 7.9142 4 4 246.5 81.6 24.4
+103 2.1 -10.8133 -55.4707 7.9142 4 4 246.5 81.6 14.4
+104 1.9 -9.2183 -51.8025 7.9142 4 4 246.5 81.6 7.9
+105 1.4 -7.6233 -48.1342 7.9142 4 4 246.5 81.6 6.0
+106 0.9 -6.0283 -44.466 7.9142 4 4 246.5 81.6 2.9
+107 0.9 -7.7352 -39.5873 7.7381 4 4 267.4 104.7 -22.4
+108 1.3 -7.5538 -35.5914 7.7381 4 4 267.4 104.7 -25.6
+109 1.4 -7.3723 -31.5956 7.7381 4 4 267.4 104.7 -21.6
+110 1.5 -7.1909 -27.5997 7.7381 4 4 267.4 104.7 -17.0
+111 1.6 -7.0094 -23.6038 7.7381 4 4 267.4 104.7 -11.3
+112 2.0 -6.828 -19.6079 7.7381 4 4 267.4 104.7 -7.6
+113 2.6 -5.2858 -15.18 7.8503 4 4 256.3 101.1 -11.6
+114 2.7 -4.3384 -11.2938 7.8503 4 4 256.3 101.1 -13.1
+115 2.7 -3.3911 -7.4076 7.8503 4 4 256.3 101.1 -16.1
+116 2.6 -2.4437 -3.5214 7.8503 4 4 256.3 101.1 -17.6
+117 2.7 -1.4964 0.3648 7.8503 4 4 256.3 101.1 -17.8
+118 2.8 0.3026 3.496 7.9985 4 4 262.4 91.1 -18.2
+119 2.8 0.8317 7.4609 7.9985 4 4 262.4 91.1 -12.5
+120 3.0 1.3607 11.4257 7.9985 4 4 262.4 91.1 -8.0
+121 3.1 1.8897 15.3906 7.9985 4 4 262.4 91.1 -9.3
+122 3.1 2.4187 19.3554 7.9985 4 4 262.4 91.1 -11.9
+123 2.8 2.9478 23.3203 7.9985 4 4 262.4 91.1 -13.7
+124 2.6 2.1475 27.2174 7.795 4 4 257.0 103.0 -9.2
+125 2.5 3.0473 31.1149 7.795 4 4 257.0 103.0 -0.4
+126 2.1 3.9471 35.0124 7.795 4 4 257.0 103.0 -2.3
+127 1.6 4.8469 38.9099 7.795 4 4 257.0 103.0 -17.8
+128 1.5 5.7467 42.8073 7.795 4 4 257.0 103.0 -31.5
+129 1.8 6.6465 46.7048 7.795 4 4 257.0 103.0 -27.3
+130 2.2 10.9054 49.452 7.8993 4 4 238.1 80.9 -17.3
+131 2.2 13.0192 52.8478 7.8993 4 4 238.1 80.9 -12.6
+132 1.9 15.1329 56.2437 7.8993 4 4 238.1 80.9 -8.8
+133 1.3 17.2467 59.6396 7.8993 4 4 238.1 80.9 -3.2
+134 0.7 19.3604 63.0355 7.8993 4 4 238.1 80.9 11.9
+135 0.5 21.4742 66.4314 7.8993 4 4 238.1 80.9 58.0
+136 0.2 -19.7984 -101.391 11.963 4 4 263.3 85.5 -90.0
+137 0.0 -19.3317 -97.4186 11.963 4 4 263.3 85.5 -90.0
+138 0.1 -18.865 -93.4459 11.963 4 4 263.3 85.5 90.0
+139 0.1 -18.3983 -89.4733 11.963 4 4 263.3 85.5 65.5
+140 0.1 -17.9317 -85.5006 11.963 4 4 263.3 85.5 -20.4
+141 0.3 -17.465 -81.5279 11.963 4 4 263.3 85.5 -60.7
+142 0.5 -16.9983 -77.5552 11.963 4 4 263.3 85.5 -72.7
+143 0.5 -16.5316 -73.5825 11.963 4 4 263.3 85.5 -79.2
+144 0.4 -16.0649 -69.6098 11.963 4 4 263.3 85.5 -86.3
+145 0.1 -15.0624 -66.7084 11.8713 4 4 246.5 81.6 -71.9
+146 0.5 -13.4674 -63.0402 11.8713 4 4 246.5 81.6 49.8
+147 0.9 -11.8724 -59.372 11.8713 4 4 246.5 81.6 32.6
+148 1.0 -10.2774 -55.7037 11.8713 4 4 246.5 81.6 15.3
+149 0.8 -8.6824 -52.0355 11.8713 4 4 246.5 81.6 2.2
+150 0.4 -7.0874 -48.3672 11.8713 4 4 246.5 81.6 -0.2
+151 0.2 -5.4924 -44.699 11.8713 4 4 246.5 81.6 20.3
+152 0.4 -8.7492 -39.5413 11.6072 4 4 267.4 104.7 9.6
+153 0.7 -8.5678 -35.5454 11.6072 4 4 267.4 104.7 5.8
+154 0.8 -8.3863 -31.5495 11.6072 4 4 267.4 104.7 8.6
+155 0.8 -8.2049 -27.5536 11.6072 4 4 267.4 104.7 14.6
+156 0.8 -8.0234 -23.5577 11.6072 4 4 267.4 104.7 19.2
+157 1.0 -7.842 -19.5619 11.6072 4 4 267.4 104.7 12.4
+158 1.3 -6.0339 -14.9976 11.7755 4 4 256.3 101.1 -3.6
+159 1.5 -5.0866 -11.1114 11.7755 4 4 256.3 101.1 -15.9
+160 1.5 -4.1392 -7.2252 11.7755 4 4 256.3 101.1 -27.2
+161 1.5 -3.1919 -3.339 11.7755 4 4 256.3 101.1 -35.7
+162 1.6 -2.2445 0.5472 11.7755 4 4 256.3 101.1 -40.4
+163 1.8 0.2265 3.5062 11.9978 4 4 262.4 91.1 -40.7
+164 2.0 0.7556 7.471 11.9978 4 4 262.4 91.1 -33.4
+165 2.2 1.2846 11.4359 11.9978 4 4 262.4 91.1 -26.4
+166 2.5 1.8136 15.4007 11.9978 4 4 262.4 91.1 -26.0
+167 2.5 2.3426 19.3656 11.9978 4 4 262.4 91.1 -27.9
+168 2.2 2.8717 23.3305 11.9978 4 4 262.4 91.1 -25.9
+169 1.8 1.2708 27.4198 11.6924 4 4 257.0 103.0 -12.4
+170 1.6 2.1706 31.3173 11.6924 4 4 257.0 103.0 2.3
+171 1.3 3.0704 35.2148 11.6924 4 4 257.0 103.0 5.5
+172 0.9 3.9702 39.1123 11.6924 4 4 257.0 103.0 -5.0
+173 0.7 4.87 43.0098 11.6924 4 4 257.0 103.0 -19.2
+174 0.9 5.7698 46.9072 11.6924 4 4 257.0 103.0 -13.4
+175 1.2 11.4425 49.1176 11.849 4 4 238.1 80.9 1.4
+176 1.2 13.5562 52.5135 11.849 4 4 238.1 80.9 9.6
+177 1.0 15.67 55.9094 11.849 4 4 238.1 80.9 22.8
+178 0.8 17.7838 59.3053 11.849 4 4 238.1 80.9 49.5
+179 0.9 19.8975 62.7012 11.849 4 4 238.1 80.9 78.8
+180 1.1 22.0113 66.0971 11.849 4 4 238.1 80.9 90.0
+181 0.0 -19.4867 -101.428 15.9507 4 4 263.3 85.5 -90.0
+182 0.1 -19.02 -97.4552 15.9507 4 4 263.3 85.5 90.0
+183 0.2 -18.5533 -93.4826 15.9507 4 4 263.3 85.5 90.0
+184 0.2 -18.0866 -89.5099 15.9507 4 4 263.3 85.5 90.0
+185 0.1 -17.62 -85.5372 15.9507 4 4 263.3 85.5 73.7
+186 0.1 -17.1533 -81.5645 15.9507 4 4 263.3 85.5 -70.2
+187 0.2 -16.6866 -77.5918 15.9507 4 4 263.3 85.5 -79.6
+188 0.3 -16.2199 -73.6191 15.9507 4 4 263.3 85.5 -84.3
+189 0.3 -15.7532 -69.6465 15.9507 4 4 263.3 85.5 -90.0
+190 0.1 -14.5265 -66.9414 15.8284 4 4 246.5 81.6 -90.0
+191 0.2 -12.9315 -63.2732 15.8284 4 4 246.5 81.6 64.9
+192 0.3 -11.3365 -59.605 15.8284 4 4 246.5 81.6 39.4
+193 0.3 -9.7415 -55.9367 15.8284 4 4 246.5 81.6 10.7
+194 0.1 -8.1465 -52.2685 15.8284 4 4 246.5 81.6 -24.5
+195 0.0 -6.5515 -48.6002 15.8284 4 4 246.5 81.6 -90.0
+196 0.1 -4.9565 -44.932 15.8284 4 4 246.5 81.6 90.0
+197 0.3 -9.7632 -39.4952 15.4763 4 4 267.4 104.7 65.7
+198 0.4 -9.5818 -35.4993 15.4763 4 4 267.4 104.7 51.8
+199 0.5 -9.4003 -31.5035 15.4763 4 4 267.4 104.7 48.9
+200 0.5 -9.2189 -27.5076 15.4763 4 4 267.4 104.7 53.9
+201 0.5 -9.0374 -23.5117 15.4763 4 4 267.4 104.7 57.8
+202 0.4 -8.8559 -19.5158 15.4763 4 4 267.4 104.7 47.1
+203 0.4 -6.7821 -14.8152 15.7007 4 4 256.3 101.1 18.8
+204 0.5 -5.8348 -10.929 15.7007 4 4 256.3 101.1 -12.1
+205 0.5 -4.8874 -7.0428 15.7007 4 4 256.3 101.1 -37.7
+206 0.6 -3.9401 -3.1567 15.7007 4 4 256.3 101.1 -54.9
+207 0.8 -2.9927 0.7295 15.7007 4 4 256.3 101.1 -61.5
+208 1.0 0.1504 3.5163 15.9971 4 4 262.4 91.1 -58.4
+209 1.1 0.6794 7.4812 15.9971 4 4 262.4 91.1 -49.3
+210 1.3 1.2085 11.446 15.9971 4 4 262.4 91.1 -40.6
+211 1.5 1.7375 15.4109 15.9971 4 4 262.4 91.1 -38.3
+212 1.4 2.2665 19.3758 15.9971 4 4 262.4 91.1 -39.1
+213 1.2 2.7955 23.3406 15.9971 4 4 262.4 91.1 -34.8
+214 0.9 0.394 27.6222 15.5899 4 4 257.0 103.0 -12.2
+215 0.8 1.2938 31.5197 15.5899 4 4 257.0 103.0 11.1
+216 0.6 2.1936 35.4172 15.5899 4 4 257.0 103.0 23.2
+217 0.4 3.0934 39.3147 15.5899 4 4 257.0 103.0 29.2
+218 0.2 3.9932 43.2122 15.5899 4 4 257.0 103.0 35.8
+219 0.3 4.893 47.1096 15.5899 4 4 257.0 103.0 40.1
+220 0.6 11.9796 48.7833 15.7986 4 4 238.1 80.9 42.6
+221 0.7 14.0933 52.1792 15.7986 4 4 238.1 80.9 49.5
+222 0.7 16.2071 55.5751 15.7986 4 4 238.1 80.9 64.2
+223 0.8 18.3208 58.971 15.7986 4 4 238.1 80.9 81.0
+224 1.0 20.4346 62.3669 15.7986 4 4 238.1 80.9 90.0
+225 1.1 22.5483 65.7628 15.7986 4 4 238.1 80.9 90.0
diff -r 772aac05f5ea -r 687a7da383ea examples/tibet/manyi/manyi_co.sh
--- /dev/null Thu Jan 01 00:00:00 1970 +0000
+++ b/examples/tibet/manyi/manyi_co.sh Fri Jul 20 12:53:56 2012 -0700
@@ -0,0 +1,80 @@
+#!/bin/sh
+
+# reference for the slip model:
+#
+# Hua Wang, Caijun Xu, Linlin Ge, "Coseismic deformation and slip distribution
+# of the 1997 7.5 Manyi, Tibet, earthquake from InSAR measurements",
+# J. Geodyn., Vol. 44(3-5), 2007, pp. 200-212, doi:10.1016/j.jog.2007.03.003
+# http://www.sciencedirect.com/science/article/pii/S0264370707000312
+#
+# the slip model is in local Cartesian coordinates centered on
+#
+# 87.307E, 35.252N (WGS84)
+#
+
+WDIR=./manyi_co
+
+FLT=faults/wang+07.dat
+
+if [ ! -e $WDIR ]; then
+ echo adding directory $WDIR
+ mkdir $WDIR
+fi
+
+SX=512
+DX=0.8
+
+R=`echo $SX $DX | awk '{print ($1-1)*$2/2}'`
+
+OMP_NUM_THREADS=4 relax --no-proj-output $* <<EOF | tee $WDIR/in.param
+# use '#' character to include comments in your input file
+# grid size (sx1,sx2,sx3)
+$SX $SX $SX
+# sampling size (in unit of length), smoothing (0-0.5) & nyquist (dx1,dx2,dx3,beta,nq)
+$DX $DX $DX 0.2 2
+# origin position & rotation
+0 0 0
+# geographic origin (longitude and latitude), UTM zone and real length unit (usually m or km)
+# displacements and stress are converted to lon/lat geographic coordinates
+# unit corresponds to a scaling from dx1,dx2,dx3 to real unit
+# use unit = 1 if dimensions are described in units of m
+# use unit = 1e3 if dimensions are described in units of km
+#96.500 36.0 47 1e3
+# observation depth for displacement and for stress (stress in only exported in GRD)
+0 10
+# output directory (all output written here)
+$WDIR
+# elastic parameters and gamma = (1-nu) rho g / mu = 8.33e-7 /m = 8.33e-4 /km
+30 30 8.33e-4
+# integration time (in unit of time), step (negative for automatic) and scaling of computed value
+0 -1 1
+# number of observation planes
+0
+# number of observation points
+0
+# number of Coulomb patches
+0
+# number of prestress interfaces
+0
+# number of linear viscous interfaces (where viscosity changes)
+0
+# number of powerlaw viscous interfaces
+0
+# number of friction faults
+0
+# number of interseismic loading strike-slip and opening
+0
+0
+# number of coseismic events (when slip distribution is prescribed)
+1
+# number of shear dislocations (strike-slip and dip-slip faulting)
+`grep -v "#" $FLT | wc `
+# no slip x1 x2 x3 length width strike dip rake
+`grep -v "#" $FLT`
+# number of tensile cracks
+0
+# number of dilatation sources
+0
+# number of surface traction
+0
+EOF
More information about the CIG-COMMITS
mailing list