PSGRN/PSCMP backend for Pyrocko's Green's function manager Fomosto: Code to calculate synthetic stress/strain/tilt/gravitational fields on a layered viscoelastic halfspace.
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w#===============================================================================
# This is input file of FORTRAN77 program "pscmp08" for modeling post-seismic
# deformation induced by earthquakes in multi-layered viscoelastic media using
# the Green's function approach. The earthquke source is represented by an
# arbitrary number of rectangular dislocation planes. For more details, please
# read the accompanying READ.ME file.
#
# written by Rongjiang Wang
# GeoForschungsZentrum Potsdam
# e-mail: wang@gfz-potsdam.de
# phone +49 331 2881209
# fax +49 331 2881204
#
# Last modified: Potsdam, July, 2008
#
# References:
#
# (1) Wang, R., F. Lorenzo-Martín and F. Roth (2003), Computation of deformation
# induced by earthquakes in a multi-layered elastic crust - FORTRAN programs
# EDGRN/EDCMP, Computer and Geosciences, 29(2), 195-207.
# (2) Wang, R., F. Lorenzo-Martin and F. Roth (2006), PSGRN/PSCMP - a new code for
# calculating co- and post-seismic deformation, geoid and gravity changes
# based on the viscoelastic-gravitational dislocation theory, Computers and
# Geosciences, 32, 527-541. DOI:10.1016/j.cageo.2005.08.006.
# (3) Wang, R. (2005), The dislocation theory: a consistent way for including the
# gravity effect in (visco)elastic plane-earth models, Geophysical Journal
# International, 161, 191-196.
#
#################################################################
## ##
## Green's functions should have been prepared with the ##
## program "psgrn08" before the program "pscmp08" is started. ##
## ##
## For local Cartesian coordinate system, the Aki's convention ##
## is used, that is, x is northward, y is eastward, and z is ##
## downward. ##
## ##
## If not specified otherwise, SI Unit System is used overall! ##
## ##
#################################################################
#===============================================================================
# OBSERVATION ARRAY
# =================
# 1. selection for irregular observation positions (= 0) or a 1D observation
# profile (= 1) or a rectangular 2D observation array (= 2): iposrec
#
# IF (iposrec = 0 for irregular observation positions) THEN
#
# 2. number of positions: nrec
#
# 3. coordinates of the observations: (lat(i),lon(i)), i=1,nrec
#
# ELSE IF (iposrec = 1 for regular 1D observation array) THEN
#
# 2. number of position samples of the profile: nrec
#
# 3. the start and end positions: (lat1,lon1), (lat2,lon2)
#
# ELSE IF (iposrec = 2 for rectanglular 2D observation array) THEN
#
# 2. number of x samples, start and end values: nxrec, xrec1, xrec2
#
# 3. number of y samples, start and end values: nyrec, yrec1, yrec2
#
# sequence of the positions in output data: lat(1),lon(1); ...; lat(nx),lon(1);
# lat(1),lon(2); ...; lat(nx),lon(2); ...; lat(1),lon(ny); ...; lat(nx),lon(ny).
#
# Note that the total number of observation positions (nrec or nxrec*nyrec)
# should be <= NRECMAX (see pecglob.h)!
#===============================================================================
# 0
# 6
# ( 5.0,50.0), (25.0,50.0), (10.0, 50.0)
# ( 0.0, 1.5), ( 0.0, 3.0), ( 0.0, 10.0)
#
# 1
# 51
# (0.0, 10.0), (0.0, 15.0)
#
2
61 0.00 15.00
61 89.00 101.00
#===============================================================================
# OUTPUTS
# =======
#
# 1. select output for los displacement (only for snapshots, see below), x, y,
# and z-cosines to the INSAR orbit: insar (1/0 = yes/no), xlos, ylos, zlos
#
# if this option is selected (insar = 1), the snapshots will include additional
# data:
# LOS_Dsp = los displacement to the given satellite orbit.
#
# 2. select output for Coulomb stress changes (only for snapshots, see below):
# icmb (1/0 = yes/no), friction, Skempton ratio, strike, dip, and rake angles
# [deg] describing the uniform regional master fault mechanism, the uniform
# regional principal stresses: sigma1, sigma2 and sigma3 [Pa] in arbitrary
# order (the orietation of the pre-stress field will be derived by assuming
# that the master fault is optimally oriented according to Coulomb failure
# criterion)
#
# if this option is selected (icmb = 1), the snapshots will include additional
# data:
# CMB_Fix, Sig_Fix = Coulomb and normal stress changes on master fault;
# CMB_Op1/2, Sig_Op1/2 = Coulomb and normal stress changes on the two optimally
# oriented faults;
# Str_Op1/2, Dip_Op1/2, Slp_Op1/2 = strike, dip and rake angles of the two
# optimally oriented faults.
#
# Note: the 1. optimally orieted fault is the one closest to the master fault.
#
# 3. output directory in char format: outdir
#
# 4. select outputs for displacement components (1/0 = yes/no): itout(i), i=1-3
#
# 5. the file names in char format for the x, y, and z components:
# toutfile(i), i=1-3
#
# 6. select outputs for stress components (1/0 = yes/no): itout(i), i=4-9
#
# 7. the file names in char format for the xx, yy, zz, xy, yz, and zx components:
# toutfile(i), i=4-9
#
# 8. select outputs for vertical NS and EW tilt components, block rotation, geoid
# and gravity changes (1/0 = yes/no): itout(i), i=10-14
#
# 9. the file names in char format for the NS tilt (positive if borehole top
# tilts to north), EW tilt (positive if borehole top tilts to east), block
# rotation (clockwise positive), geoid and gravity changes: toutfile(i), i=10-14
#
# Note that all above outputs are time series with the time window as same
# as used for the Green's functions
#
#10. number of scenario outputs ("snapshots": spatial distribution of all above
# observables at given time points; <= NSCENMAX (see pscglob.h): nsc
#
#11. the time [day], and file name (in char format) for the 1. snapshot;
#12. the time [day], and file name (in char format) for the 2. snapshot;
#13. ...
#
# Note that all file or directory names should not be longer than 80
# characters. Directories must be ended by / (unix) or \ (dos)!
#===============================================================================
0 -0.072 0.408 -0.910
1 0.700 0.000 300.000 15.000 90.000 1.0E+06 -1.0E+06 0.0E+00
'.\'
0 0 0
'ux.dat' 'uy.dat' 'uz.dat'
0 0 0 0 0 0
'sxx.dat' 'syy.dat' 'szz.dat' 'sxy.dat' 'syz.dat' 'szx.dat'
0 0 0 0 0
'tx.dat' 'ty.dat' 'rot.dat' 'gd.dat' 'gr.dat'
7
0.00 'snapshot_coseism.dat' |0 co-seismic
30.42 'snapshot_1_month.dat' |1 month
91.25 'snapshot_3_month.dat' |3 months
182.50 'snapshot_6_month.dat' |6 months
365.00 'snapshot_1_year.dat' |1 year
730.00 'snapshot_2_year.dat' |2 years
1825.00 'snapshot_5_year.dat' |5 years
#===============================================================================
#
# GREEN'S FUNCTION DATABASE
# =========================
# 1. directory where the Green's functions are stored: grndir
#
# 2. file names (without extensions!) for the 13 Green's functions:
# 3 displacement komponents (uz, ur, ut): green(i), i=1-3
# 6 stress components (szz, srr, stt, szr, srt, stz): green(i), i=4-9
# radial and tangential components measured by a borehole tiltmeter,
# rigid rotation around z-axis, geoid and gravity changes (tr, tt, rot, gd, gr):
# green(i), i=10-14
#
# Note that all file or directory names should not be longer than 80
# characters. Directories must be ended by / (unix) or \ (dos)! The
# extensions of the file names will be automatically considered. They
# are ".ep", ".ss", ".ds" and ".cl" denoting the explosion (inflation)
# strike-slip, the dip-slip and the compensated linear vector dipole
# sources, respectively.
#
#===============================================================================
'..\psgrnfcts\'
'uz' 'ur' 'ut'
'szz' 'srr' 'stt' 'szr' 'srt' 'stz'
'tr' 'tt' 'rot' 'gd' 'gr'
#===============================================================================
# RECTANGULAR SUBFAULTS
# =====================
# 1. number of subfaults (<= NSMAX in pscglob.h): ns
#
# 2. parameters for the 1. rectangular subfault: geographic coordinates
# (O_lat, O_lon) [deg] and O_depth [km] of the local reference point on
# the present fault plane, length (along strike) [km] and width (along down
# dip) [km], strike [deg], dip [deg], number of equi-size fault patches along
# the strike (np_st) and along the dip (np_di) (total number of fault patches
# = np_st x np_di), and the start time of the rupture; the following data
# lines describe the slip distribution on the present sub-fault:
#
# pos_s[km] pos_d[km] slip_strike[m] slip_downdip[m] opening[m]
#
# where (pos_s,pos_d) defines the position of the center of each patch in
# the local coordinate system with the origin at the reference point:
# pos_s = distance along the length (positive in the strike direction)
# pos_d = distance along the width (positive in the down-dip direction)
#
#
# 3. ... for the 2. subfault ...
# ...
# N
# /
# /| strike
# +------------------------
# |\ p . \ W
# :-\ i . \ i
# | \ l . \ d
# :90 \ S . \ t
# |-dip\ . \ h
# : \. | rake \
# Z -------------------------
# L e n g t h
#
# Simulation of a Mogi source:
# (1) Calculate deformation caused by three small openning plates (each
# causes a third part of the volume of the point inflation) located
# at the same depth as the Mogi source but oriented orthogonal to
# each other.
# (2) Multiply the results by 3(1-nu)/(1+nu), where nu is the Poisson
# ratio at the source depth.
# The multiplication factor is the ratio of the seismic moment (energy) of
# the Mogi source to that of the plate openning with the same volume change.
#===============================================================================
# n_faults
#-------------------------------------------------------------------------------
432
#-------------------------------------------------------------------------------
# n O_lat O_lon O_depth length width strike dip np_st np_di start_time
# [-] [deg] [deg] [km] [km] [km] [deg] [deg] [-] [-] [day]
# pos_s pos_d slp_stk slp_ddip open
# [km] [km] [m] [m] [m]
#-------------------------------------------------------------------------------
1 1.7987 95.4805 0.0 44.7 24.6 299.5 11.7 1 1 0.0
22.3582 12.2772 0.009 -0.032 0.000
2 1.9818 95.5842 5.0 44.8 23.0 301.4 12.6 1 1 0.0
22.3760 11.4898 0.000 -0.001 0.000
3 2.1415 95.6816 10.0 44.9 22.9 305.7 12.6 1 1 0.0
22.4616 11.4675 0.000 -0.003 0.000
4 2.2931 95.7905 15.0 45.2 21.2 310.0 13.6 1 1 0.0
22.5792 10.6012 0.000 0.000 0.000
5 2.4282 95.9039 20.0 45.2 19.3 312.7 15.0 1 1 0.0
22.6178 9.6499 0.000 -0.001 0.000
6 2.5468 96.0133 25.0 45.2 18.8 314.6 15.5 1 1 0.0
22.6231 9.3773 0.000 -0.001 0.000
7 2.6590 96.1241 30.0 45.3 16.5 316.2 17.7 1 1 0.0
22.6393 8.2356 0.000 -0.001 0.000
8 2.7562 96.2251 35.0 45.3 16.3 316.6 17.9 1 1 0.0
22.6559 8.1386 0.000 -0.002 0.000
9 2.8513 96.3255 40.0 45.4 14.6 317.0 20.0 1 1 0.0
22.6944 7.3032 -0.002 -0.016 0.000
10 2.9389 96.4192 45.0 45.4 14.3 315.7 20.5 1 1 0.0
22.7246 7.1492 0.000 0.000 0.000
11 3.0266 96.5092 50.0 45.5 13.5 314.4 21.8 1 1 0.0
22.7430 6.7409 0.000 -0.002 0.000
12 3.1115 96.5923 55.0 45.5 12.9 312.8 22.9 1 1 0.0
22.7396 6.4349 0.000 -0.009 0.000
13 1.9963 95.1317 0.0 44.3 26.5 298.3 10.9 1 1 0.0
22.1304 13.2312 0.010 -0.033 0.000
14 2.1919 95.2397 5.0 44.5 26.2 301.4 11.0 1 1 0.0
22.2458 13.1035 0.000 0.000 0.000
15 2.3777 95.3529 10.0 44.4 26.1 305.5 11.0 1 1 0.0
22.2119 13.0625 0.922 -5.311 0.000
16 2.5544 95.4793 15.0 44.6 23.4 309.5 12.3 1 1 0.0
22.2814 11.7109 0.900 -9.549 0.000
17 2.7046 95.6043 20.0 44.8 20.9 312.6 13.9 1 1 0.0
22.3982 10.4283 0.310 -13.334 0.000
18 2.8334 95.7228 25.0 45.0 19.8 314.7 14.6 1 1 0.0
22.4882 9.9096 -0.490 -10.998 0.000
19 2.9532 95.8413 30.0 45.1 16.7 316.0 17.4 1 1 0.0
22.5747 8.3698 -0.128 -1.504 0.000
20 3.0525 95.9443 35.0 45.4 16.4 316.3 17.7 1 1 0.0
22.6820 8.2118 0.000 -0.004 0.000
21 3.1499 96.0467 40.0 45.5 13.8 316.3 21.3 1 1 0.0
22.7709 6.8862 0.000 -0.001 0.000
22 3.2319 96.1335 45.0 45.7 13.4 315.3 21.9 1 1 0.0
22.8717 6.6979 0.000 -0.002 0.000
23 3.3133 96.2163 50.0 45.9 12.5 314.2 23.6 1 1 0.0
22.9368 6.2429 0.000 -0.002 0.000
24 3.3901 96.2912 55.0 45.9 11.6 313.1 25.6 1 1 0.0
22.9583 5.7851 -0.001 -0.024 0.000
25 2.1861 94.7786 0.0 42.7 28.7 299.1 10.0 1 1 0.0
21.3395 14.3457 0.000 0.000 0.000
26 2.4012 94.8962 5.0 41.0 29.4 301.8 9.8 1 1 0.0
20.5142 14.6989 0.171 -0.660 0.000
27 2.6111 95.0253 10.0 40.5 28.8 306.3 10.0 1 1 0.0
20.2276 14.3753 1.629 -9.500 0.000
28 2.8097 95.1690 15.0 40.1 25.6 309.5 11.3 1 1 0.0
20.0692 12.7793 1.451 -13.906 0.000
29 2.9775 95.3072 20.0 40.3 22.3 312.2 13.0 1 1 0.0
20.1290 11.1439 0.211 -11.970 0.000
30 3.1180 95.4355 25.0 40.5 20.6 314.0 14.1 1 1 0.0
20.2342 10.2866 -0.596 -12.113 0.000
31 3.2450 95.5597 30.0 40.7 16.9 314.8 17.2 1 1 0.0
20.3633 8.4480 -0.481 -6.188 0.000
32 3.3470 95.6631 35.0 41.0 16.4 314.9 17.7 1 1 0.0
20.5174 8.2127 -0.009 -0.102 0.000
33 3.4457 95.7638 40.0 41.3 13.2 314.9 22.3 1 1 0.0
20.6659 6.5760 -0.001 -0.007 0.000
34 3.5242 95.8440 45.0 41.6 12.7 314.2 23.1 1 1 0.0
20.7819 6.3669 0.000 -0.005 0.000
35 3.6010 95.9201 50.0 41.7 11.9 313.5 24.8 1 1 0.0
20.8671 5.9641 0.000 -0.004 0.000
36 3.6727 95.9888 55.0 41.8 10.7 313.0 27.8 1 1 0.0
20.9041 5.3571 -0.001 -0.021 0.000
37 2.3809 94.4282 0.0 43.1 30.2 306.2 9.5 1 1 0.0
21.5612 15.0766 0.000 0.000 0.000
38 2.6034 94.5707 5.0 40.1 31.2 307.6 9.2 1 1 0.0
20.0509 15.5857 0.007 -0.041 0.000
39 2.8298 94.7275 10.0 37.5 30.5 308.4 9.4 1 1 0.0
18.7408 15.2292 0.623 -4.398 0.000
40 3.0409 94.8885 15.0 36.5 27.0 310.3 10.7 1 1 0.0
18.2265 13.4945 0.783 -8.885 0.000
41 3.2210 95.0389 20.0 36.2 23.4 311.8 12.4 1 1 0.0
18.0834 11.6791 0.275 -11.289 0.000
42 3.3708 95.1738 25.0 36.4 21.0 313.3 13.8 1 1 0.0
18.2108 10.5086 -0.553 -14.678 0.000
43 3.5028 95.2998 30.0 36.8 17.0 313.9 17.1 1 1 0.0
18.3842 8.4797 -1.005 -14.213 0.000
44 3.6073 95.4018 35.0 37.2 16.4 313.9 17.7 1 1 0.0
18.5826 8.2188 -0.856 -10.360 0.000
45 3.7082 95.5006 40.0 37.5 12.7 313.9 23.1 1 1 0.0
18.7634 6.3711 -0.341 -4.613 0.000
46 3.7848 95.5757 45.0 37.7 12.3 313.4 23.9 1 1 0.0
18.8729 6.1699 -0.029 -0.508 0.000
47 3.8594 95.6472 50.0 37.9 11.8 312.9 25.1 1 1 0.0
18.9378 5.8927 -0.001 -0.025 0.000
48 3.9295 95.7130 55.0 37.9 10.3 313.0 29.0 1 1 0.0
18.9506 5.1520 -0.040 -1.012 0.000
49 2.6178 94.1047 0.0 42.9 30.9 311.3 9.3 1 1 0.0
21.4260 15.4586 0.002 -0.017 0.000
50 2.8307 94.2755 5.0 40.3 31.6 312.0 9.1 1 1 0.0
20.1530 15.8011 0.002 -0.017 0.000
51 3.0458 94.4547 10.0 38.5 31.0 312.5 9.3 1 1 0.0
19.2508 15.5101 0.317 -3.629 0.000
52 3.2563 94.6341 15.0 37.0 27.5 312.4 10.5 1 1 0.0
18.5099 13.7305 0.619 -9.686 0.000
53 3.4392 94.7950 20.0 36.5 23.8 312.4 12.1 1 1 0.0
18.2331 11.9096 0.426 -15.130 0.000
54 3.5950 94.9358 25.0 36.3 21.2 312.4 13.7 1 1 0.0
18.1543 10.5912 -0.152 -20.357 0.000
55 3.7312 95.0621 30.0 36.4 16.9 312.3 17.2 1 1 0.0
18.1834 8.4331 -0.727 -21.527 0.000
56 3.8381 95.1621 35.0 36.4 16.4 312.0 17.8 1 1 0.0
18.2131 8.1781 -0.775 -18.204 0.000
57 3.9415 95.2584 40.0 36.5 12.7 311.7 23.1 1 1 0.0
18.2663 6.3631 -0.309 -9.580 0.000
58 4.0179 95.3292 45.0 36.6 12.2 312.2 24.1 1 1 0.0
18.3079 6.1240 -0.058 -2.091 0.000
59 4.0916 95.3973 50.0 36.6 12.1 312.4 24.5 1 1 0.0
18.2921 6.0280 -0.007 -0.251 0.000
60 4.1625 95.4627 55.0 36.5 10.3 313.3 29.2 1 1 0.0
18.2549 5.1287 -0.067 -1.620 0.000
61 2.8825 93.8034 0.0 42.8 30.9 317.3 9.3 1 1 0.0
21.3771 15.4413 0.000 -0.005 0.000
62 3.0813 93.9974 5.0 39.5 31.2 316.4 9.2 1 1 0.0
19.7285 15.5948 0.013 -0.219 0.000
63 3.2841 94.1949 10.0 36.5 30.8 314.7 9.4 1 1 0.0
18.2725 15.3831 0.417 -5.354 0.000
64 3.4838 94.3851 15.0 34.6 27.0 314.0 10.7 1 1 0.0
17.3164 13.5147 0.793 -12.105 0.000
65 3.6612 94.5518 20.0 33.1 23.8 312.6 12.1 1 1 0.0
16.5518 11.9155 1.060 -18.191 0.000
66 3.8161 94.6937 25.0 32.3 21.3 312.6 13.6 1 1 0.0
16.1344 10.6475 0.576 -22.722 0.000
67 3.9528 94.8190 30.0 31.8 16.8 313.1 17.3 1 1 0.0
15.8888 8.3858 -0.251 -22.872 0.000
68 4.0588 94.9168 35.0 31.3 16.3 313.1 17.8 1 1 0.0
15.6290 8.1594 -0.556 -18.462 0.000
69 4.1617 95.0113 40.0 30.7 13.0 313.3 22.7 1 1 0.0
15.3707 6.4783 -0.341 -9.742 0.000
70 4.2406 95.0836 45.0 30.3 12.4 313.6 23.8 1 1 0.0
15.1520 6.1842 -0.081 -2.298 0.000
71 4.3148 95.1526 50.0 29.9 12.5 313.9 23.5 1 1 0.0
14.9392 6.2680 -0.039 -1.083 0.000
72 4.3889 95.2221 55.0 29.5 10.5 314.9 28.5 1 1 0.0
14.7735 5.2472 -0.290 -5.211 0.000
73 3.1772 93.5313 0.0 43.6 30.3 323.8 9.5 1 1 0.0
21.7862 15.1379 -0.039 -1.701 0.000
74 3.3503 93.7417 5.0 41.1 30.1 322.9 9.6 1 1 0.0
20.5419 15.0317 -0.027 -1.811 0.000
75 3.5268 93.9497 10.0 38.6 30.1 321.2 9.6 1 1 0.0
19.2777 15.0649 0.022 -7.122 0.000
76 3.7091 94.1519 15.0 36.3 26.2 319.8 11.0 1 1 0.0
18.1435 13.0910 0.109 -13.807 0.000
77 3.8703 94.3244 20.0 34.5 23.5 318.3 12.3 1 1 0.0
17.2482 11.7265 0.171 -19.409 0.000
78 4.0179 94.4743 25.0 32.9 21.2 316.9 13.6 1 1 0.0
16.4380 10.6232 0.076 -22.777 0.000
79 4.1514 94.6067 30.0 31.7 16.8 316.3 17.3 1 1 0.0
15.8491 8.3881 -0.336 -21.988 0.000
80 4.2542 94.7083 35.0 30.8 16.5 316.2 17.6 1 1 0.0
15.3971 8.2473 -0.651 -17.460 0.000
81 4.3541 94.8071 40.0 30.1 13.0 316.7 22.7 1 1 0.0
15.0512 6.4768 -0.564 -10.231 0.000
82 4.4309 94.8840 45.0 29.4 12.5 316.4 23.5 1 1 0.0
14.7112 6.2598 -0.211 -4.248 0.000
83 4.5036 94.9567 50.0 28.8 12.8 316.7 22.9 1 1 0.0
14.3862 6.4185 -0.167 -2.832 0.000
84 4.5780 95.0320 55.0 28.2 10.9 317.1 27.3 1 1 0.0
14.0888 5.4478 -0.379 -5.295 0.000
85 3.5010 93.2943 0.0 43.6 29.5 327.2 9.8 1 1 0.0
21.8039 14.7466 -0.008 -0.176 0.000
86 3.6516 93.5139 5.0 41.9 29.0 326.0 9.9 1 1 0.0
20.9251 14.4826 -0.070 -2.708 0.000
87 3.8039 93.7270 10.0 40.0 28.9 324.5 9.9 1 1 0.0
20.0220 14.4725 -0.061 -8.301 0.000
88 3.9631 93.9374 15.0 38.0 25.2 322.3 11.5 1 1 0.0
19.0020 12.5891 0.217 -14.539 0.000
89 4.1059 94.1145 20.0 36.2 22.7 320.7 12.7 1 1 0.0
18.1116 11.3414 0.458 -19.426 0.000
90 4.2376 94.2688 25.0 34.6 21.0 319.5 13.8 1 1 0.0
17.2935 10.4768 0.410 -22.001 0.000
91 4.3607 94.4065 30.0 33.3 16.9 319.1 17.2 1 1 0.0
16.6517 8.4448 -0.076 -20.943 0.000
92 4.4578 94.5132 35.0 32.1 16.6 319.6 17.6 1 1 0.0
16.0688 8.2867 -0.612 -16.998 0.000
93 4.5537 94.6194 40.0 31.2 12.9 319.3 22.8 1 1 0.0
15.5938 6.4605 -0.539 -11.112 0.000
94 4.6252 94.6989 45.0 30.3 12.8 319.6 23.0 1 1 0.0
15.1745 6.4012 -0.372 -5.861 0.000
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410 13.8498 92.1477 5.0 42.8 20.4 26.5 14.2 1 1 0.0
21.3996 10.2242 -0.011 -0.010 0.000
411 13.7744 92.3102 10.0 41.7 19.1 27.1 15.2 1 1 0.0
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415 13.5097 92.8561 30.0 38.1 14.6 28.3 20.0 1 1 0.0
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417 13.3998 93.0754 40.0 36.6 13.2 28.9 22.2 1 1 0.0
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18.0207 6.2795 -0.293 -0.261 0.000
419 13.2996 93.2668 50.0 35.6 11.9 29.2 24.8 1 1 0.0
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420 13.2527 93.3525 55.0 35.2 10.8 29.7 27.7 1 1 0.0
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422 14.2023 92.3222 5.0 43.8 20.7 29.8 14.0 1 1 0.0
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423 14.1149 92.4839 10.0 43.2 19.1 29.8 15.2 1 1 0.0
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424 14.0345 92.6310 15.0 42.8 18.3 30.1 15.9 1 1 0.0
21.3760 9.1403 -0.010 -0.008 0.000
425 13.9594 92.7684 20.0 42.3 17.0 31.4 17.1 1 1 0.0
21.1408 8.5022 -0.728 -0.551 0.000
426 13.8873 92.8971 25.0 41.6 16.1 31.7 18.1 1 1 0.0
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427 13.8169 93.0211 30.0 41.0 14.9 31.0 19.6 1 1 0.0
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428 13.7533 93.1321 35.0 40.7 14.0 31.1 20.9 1 1 0.0
20.3472 7.0207 -5.172 -4.200 0.000
429 13.6923 93.2367 40.0 40.5 13.5 30.7 21.7 1 1 0.0
20.2384 6.7682 -0.976 -0.815 0.000
430 13.6360 93.3344 45.0 40.3 12.6 31.3 23.4 1 1 0.0
20.1472 6.3011 -0.132 -0.109 0.000
431 13.5828 93.4249 50.0 40.1 12.2 31.5 24.2 1 1 0.0
20.0464 6.1095 -0.067 -0.055 0.000
432 13.5321 93.5112 55.0 39.9 11.3 32.0 26.4 1 1 0.0
19.9389 5.6293 -0.027 -0.022 0.000
#================================end of input===================================