Commit bd34d75a authored by thomas.forbriger's avatar thomas.forbriger Committed by thomas.forbriger
Browse files

added further examples from SZGRF lecture notes

This is a legacy commit from before 2015-03-01.
It may be incomplete as well as inconsistent.
See COPYING.legacy and README.history for details.


SVN Path:     http://gpitrsvn.gpi.uni-karlsruhe.de/repos/TFSoftware/trunk
SVN Revision: 5260
SVN UUID:     67feda4a-a26e-11df-9d6e-31afc202ad0c
parent 1ae2bd53
Steuerdatei fuer das Beispiel 2lay
Model taken from
examples/2lay/2lay.mod
Source taken from
examples/exp.src
Receivers taken from
examples/lin.rcv
umin, uwil, uwir, umax, Nu
0., 0., 2.5, 3.2, 800
fmin, fwil, fwir, fmax, dt, T
0., 0., 200., 250., 0.0010, 1.0
Zwei Schichten ueber Halbraum
number of layers: 3
earth radius (km): 0.000 reference frequency (Hz): .000
Zb alpha beta rho Qalpha Qbeta Rb
-----------------------------------------------------------------------------
.000 .33180 .00000 .001300 1000.000 -1.000
0.0200000 1.0000 0.57700 1.500000 200.000 200.000
0.0600000 1.5000 0.86660 1.800000 200.000 200.000
halfspace: 3.2000 2.10000 2.700000 200.000 200.000
par units description
----------------------------------------------------------------------------
Zb km bottom-of-layer depth
alpha km/s P-wave layer velocity
beta km/s S-wave layer velocity
rho g/cm^3 layer density
Qalpha quality factor related to alpha
Qbeta quality factor related to beta
Rb km radius corresponding to bottom of layer
C062003D 06/20/03 06:19:38.9 -7.61 -71.72 558.16.40.0WESTERN BRAZIL
PDE BW:81214 45 MW:80204 135 DT= 8.5 0.1 -7.37 0.01 -71.89 0.01 556.2 0.6
DUR 7.9 EX 26 -4.04 0.02 0.46 0.02 3.57 0.02 -1.28 0.01 -0.41 0.02 -1.74 0.02
4.35 1 246 0.11 18 155 -4.47 72 339 4.41 353 47 -65 139 49 -114
C062003G 06/20/03 13:30:41.6 -30.61 -71.64 33.06.46.8NEAR COAST OF CENTRAL CH
PDE BW:79189 45 MW:78195 135 DT= 8.1 0.1 -30.88 0.01 -71.97 0.01 35.0 -1.0
DUR 5.8 EX 26 1.42 0.01 0.02 0.01 -1.44 0.01 0.07 0.02 -1.01 0.02 0.03 0.00
1.74 72 83 0.02 2 178 -1.76 18 268 1.75 1 27 93 177 63 88
C082103B 08/21/03 12:12:50.0 -44.97 166.91 33.97.07.0SOUTH ISLAND OF NEW ZEA
PDE BW:79189 45 MW:78195 135 DT= 10.0 0.1 -44.97 0.01 166.91 0.01 33.9 -1.0
DUR 9.8 EX 26 5.09 0.01 -1.03 0.01 -4.05 0.01 -2.72 0.02 -4.25 0.02 -2.81 0.00
1.74 72 83 0.02 2 178 -1.76 18 268 1.75 1 27 93 177 63 88
Steuerdatei fuer Berkheim
Model taken from
examples/berk/berk.mod
Source taken from
examples/zforce.src
Receivers taken from
examples/lin.rcv
umin, uwil, uwir, umax, Nu
0., 0., 8.5, 11., 1000
fmin, fwil, fwir, fmax, dt, T
0., 0., 200., 250., 0.0010, 3.0
Modell fr Berkheim
number of layers: 5
this is a flat model -1.000 reference frequency (Hz): .000
Zb alpha beta rho Qalpha Qbeta Rb
-----------------------------------------------------------------------------
.0000000 .33180 .00000 .001300 1000.000 -1.000 -1.000
.0002020 4.27889 1.28617 1.856715 10.158 20.862 -1.000
.0008819 1.13043 .23325 1.963296 50.012 21.920 -1.000
.0055024 .95902 .18409 1.967382 49.950 28.026 -1.000
.0061846 3.48084 1.91681 2.300000 99.996 49.971 -1.000
halfspace: 3.48084 1.91681 2.300000 99.996 49.971 -1.000
par units description
----------------------------------------------------------------------------
Zb km bottom-of-layer depth
alpha km/s P-wave layer velocity
beta km/s S-wave layer velocity
rho g/cm^3 layer density
Qalpha quality factor related to alpha
Qbeta quality factor related to beta
Rb km radius corresponding to bottom of layer
This file was generated by:
MOCON V1.2 MOdel CONversion
Minimum allowed relative parameter stepsize: .1000
A reference frequency of 0Hz means values are frequency independent.
This was and is still a flat model.
Steuerdatei fuer Bietigheim
Model taken from
examples/biet/biet.mod
Source taken from
examples/zforce.src
Receivers taken from
examples/lin.rcv
umin, uwil, uwir, umax, Nu
0., 0., 10., 12.5, 1000
fmin, fwil, fwir, fmax, dt, T
0., 0., 200., 250., 0.0010, 3.0
MOCON V1.2 MOdel CONversion
number of layers: 26
this is a flat model -1.000 reference frequency (Hz): .000
Zb alpha beta rho Qalpha Qbeta Rb
-----------------------------------------------------------------------------
.0000000 .33180 .00000 .001300 1000.000 -1.000 -1.000
.0000382 .13383 .07251 1.600000 11.926 32.117 -1.000
.0000811 .14322 .07977 1.600000 11.926 32.117 -1.000
.0001293 .15361 .08775 1.600000 11.926 32.117 -1.000
.0001836 .16512 .09652 1.600000 11.926 32.117 -1.000
.0002451 .17789 .10618 1.600000 11.926 32.117 -1.000
.0003151 .19207 .11680 1.600000 11.926 32.117 -1.000
.0003953 .20785 .12849 1.600000 11.926 32.117 -1.000
.0004878 .22547 .14135 1.600000 11.926 32.117 -1.000
.0005958 .24522 .15550 1.600000 11.926 32.117 -1.000
.0007238 .26746 .17107 1.600000 11.926 32.117 -1.000
.0008790 .29274 .18822 1.600000 11.926 32.117 -1.000
.0010701 .32157 .20692 1.600000 11.926 32.117 -1.000
.0013042 .35382 .22645 1.600000 11.926 32.117 -1.000
.0016043 .38939 .24561 1.600000 11.926 32.117 -1.000
.0020303 .42885 .26197 1.600000 11.926 32.117 -1.000
.0021873 .45398 .26795 1.600000 11.926 32.117 -1.000
.0026643 .47273 .26514 1.600000 11.926 32.117 -1.000
.0044314 .49826 .27176 1.600000 50.733 32.117 -1.000
.0063751 .53032 .29894 1.600000 50.733 32.117 -1.000
.0085133 .56559 .32883 1.600000 50.733 32.117 -1.000
.0108652 .60439 .36171 1.600000 50.733 32.117 -1.000
.0134524 .64706 .39788 1.600000 50.733 32.117 -1.000
.0162983 .69400 .43767 1.600000 50.733 32.117 -1.000
.0163814 .71931 .45912 1.600000 50.733 32.117 -1.000
.0250000 3.70244 2.15075 2.300000 200.000 100.000 -1.000
halfspace: 3.70244 2.15075 2.300000 200.000 100.000 -1.000
par units description
----------------------------------------------------------------------------
Zb km bottom-of-layer depth
alpha km/s P-wave layer velocity
beta km/s S-wave layer velocity
rho g/cm^3 layer density
Qalpha quality factor related to alpha
Qbeta quality factor related to beta
Rb km radius corresponding to bottom of layer
This file was generated by:
MOCON V1.2 MOdel CONversion
Minimum allowed relative parameter stepsize: .1000
A reference frequency of 0Hz means values are frequency independent.
This was and is still a flat model.
Chile-Beben (coarse version)
Datei mit Erdmodell:
examples/emod/stutprem.icr.xxx
Datei mit Quellmodell:
examples/chile/mom.src
Datei mit Empfaenger-Positionen:
examples/chile/chile.rcv.xxx
Langsamkeiten (s/km) umin, uwil, uwir, umax, Nu:
0.,0.,0.3,0.40,300
Frequenzen (Hz und s) fmin, fwil, fwir, fmax, dt, gewuenschte Dauer
0., 0.00,0.099, .099, 5., 1000.
C062003G NEAR COAST OF CENTRAL CH
typ outsig srcsig Tonset Tdur Zsrc
1 2 2 .000 .000 35.000
M0 Mxx Myy Mzz Mxy Mxz Myz
.10E+29 .020 -1.440 1.420 -.030 -1.010 -.070
seismogram units will be:
nm/s
Explosion 5 m unter der Oberflaeche
typ, sig, src, Ts, Td, Zs
1, 2, 1, 0., 0.01, 0.005
M0, Mxx, Myy, Mzz, Mxy, Mxz, Myz
1., 1., 1., 1., 0., 0., 0.
units
m/s
lineare Auslage
mode, Vred, Tl, Tr, Nr
2, 0., 0., 0., 150
rmin, rmax, phi
0.002, 0.300, 0.
Neuseeland-Beben
Datei mit Erdmodell:
examples/emod/stutprem.icr.xxx
Datei mit Quellmodell:
examples/new_zealand/mom.src
Datei mit Empfaenger-Positionen:
examples/new_zealand/new_zealand.rcv.xxx
Langsamkeiten (s/km) umin, uwil, uwir, umax, Nu:
0.,0.,0.3,0.40,3000
Frequenzen (Hz und s) fmin, fwil, fwir, fmax, dt, gewuenschte Dauer
0., 0.00,0.099, .099, 5., 10000.
C082103B SOUTH ISLAND OF NEW ZEA
typ outsig srcsig Tonset Tdur Zsrc
1 2 2 .000 .000 33.900
M0 Mxx Myy Mzz Mxy Mxz Myz
.10E+29 -1.030 -4.050 5.090 2.810 -4.250 2.720
seismogram units will be:
nm/s
------------------------------------------------------------
Erdmodell STUTPREM mit Daempfung bei 1 Hz
------------------------------------------------------------
12 nlay
0 1 0 0 0 0 0 0 0 0 0 0 iflso 0=so 1=fl
3 4 4 4 4 2 2 2 2 2 1 1 nco(layer)
33 33 5 55 4 2 7 9 6 3 2 2
------------------------------------------------------------
Dichte V-P V-S Qmu Qk
------------------------------------------------------------
0.000 13.0885 11.26220 3.66780 84.6 1327.7
0.0 0.0 0.0
-8.8381 -6.36400 -4.44750
1221.500 12.5815 11.04870 0.0 -1.0 57823.0
-1.2638 -4.03620 0.0
-3.6426 4.80230 0.0
-5.5281 -13.57320 0.0
3480.000 7.9565 15.38910 6.92540 312.0 57823.0
-6.4761 -5.31810 1.46720
5.5283 5.52420 -2.08340
-3.0807 -2.55140 0.97830
3630.000 7.9565 24.95200 11.16710 312.0 57823.0
-6.4761 -40.46730 -13.78180
5.5283 51.48320 17.45750
-3.0807 -26.64190 -9.27770
5600.000 7.9565 29.27660 22.34590 312.0 57823.0
-6.4761 -23.60270 -17.24730
5.5283 5.52420 -2.08340
-3.0807 -2.55140 0.97830
5701.000 5.3197 19.09570 9.98390 143.0 57823.0
-1.4836 -9.86720 -4.93240
5771.000 11.2494 39.70270 22.35120 143.0 57823.0
-8.0298 -32.61660 -18.58560
5971.000 7.1089 20.39260 8.94960 143.0 57823.0
-3.8045 -12.25690 -4.45970
6151.000 2.6910 4.18750 2.15190 80.0 57823.0
0.6924 3.93820 2.34810
6291.000 2.6910 4.18750 2.15190 600.0 57823.0
0.6924 3.93820 2.34810
6346.600 2.9000 6.8000 3.9000 600.0 57823.0
6356.000 2.6000 5.8000 3.2000 600.0 57823.0
6371.000
-------------------------------------------------------------
Westbrasilien-Beben
Datei mit Erdmodell:
examples/emod/stutprem.icr.xxx
Datei mit Quellmodell:
examples/western_brazil/mom.src
Datei mit Empfaenger-Positionen:
examples/western_brazil/western_brazil.rcv.xxx
Langsamkeiten (s/km) umin, uwil, uwir, umax, Nu:
0.,0.,0.3,0.40,3000
Frequenzen (Hz und s) fmin, fwil, fwir, fmax, dt, gewuenschte Dauer
0., 0.00,0.099, .099, 5., 10000.
C062003D WESTERN BRAZIL
typ outsig srcsig Tonset Tdur Zsrc
1 2 2 .000 .000 556.200
M0 Mxx Myy Mzz Mxy Mxz Myz
.10E+29 .460 3.570 -4.040 1.740 -.410 1.280
seismogram units will be:
nm/s
Vertikale Einzelkraft an der Oberflaeche
typ, sig, src, Ts, Td, Zs
2, 2, 1, 0., 0.02, 0.00
F0
1.
units
m/s
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