Commit 3e70ab36 authored by thomas.forbriger's avatar thomas.forbriger
Browse files

[TASK] (unix): convert to UNIX character set

Conversion by application of
convert-to-unix.sh as provided on branch workbench

- convert IBM DOS character set to utf8
- convert CRLF line endings to LF
- convert tab characters to spaces
parent 87ceced4
This diff is collapsed.
<pzmode> test:bandpass 0.2 .. 30 s
new_Calex\sweep.sfe input to seismo (file name)
new_Calex\sweep-bp.sfe output from seismo (file name)
0.1 alias
5 m number of active parameters
0 m0 number of differentiations
0 m1 number of first-order subsystems
2 m2 number of second-order subsystems
0 mz1 number of first-order equalizers
0 mz2 number of second-order equalizers
120 maxit maximum number of iterations
1e-5 qac final misfit improvement
1e-3 finac final parameter improvement
5001 ns1 first sample used
0 ns2 last sample used
amp 1. 0.1
del 0. 0.
sub 0. 0.
til 0. 0.
the following two subsystems pz1 and pz2 are inactive
remove the leading blank in each line to activate them
the 'number of' parameters must be adjusted accordingly
use pz1 with data file sweep-pz1.sfe in place of sweep-bp.sfe
use pz2 with data file sweep-pz2.sfe in place of sweep-bp.sfe
see the file headers for original system parameters
pz1
pt1 3. 1.
pz1 3. 1.
pz2
pt2 3. 1.
zt2 3. 1.
ht2 0.7 0.1
hz2 0.7 0.1
hp2
php 30.1 1.
dhp 0.7 0.01
lp2
plp 0.2 0.01
hlp 0.7 0.01
trace
end
<pzmode> test:bandpass 0.2 .. 30 s
new_Calex\sweep.sfe input to seismo (file name)
new_Calex\sweep-bp.sfe output from seismo (file name)
0.1 alias
5 m number of active parameters
0 m0 number of differentiations
0 m1 number of first-order subsystems
2 m2 number of second-order subsystems
0 mz1 number of first-order equalizers
0 mz2 number of second-order equalizers
120 maxit maximum number of iterations
1e-5 qac final misfit improvement
1e-3 finac final parameter improvement
5001 ns1 first sample used
0 ns2 last sample used
amp 1. 0.1
del 0. 0.
sub 0. 0.
til 0. 0.
the following two subsystems pz1 and pz2 are inactive
remove the leading blank in each line to activate them
the 'number of' parameters must be adjusted accordingly
use pz1 with data file sweep-pz1.sfe in place of sweep-bp.sfe
use pz2 with data file sweep-pz2.sfe in place of sweep-bp.sfe
see the file headers for original system parameters
pz1
pt1 3. 1.
pz1 3. 1.
pz2
pt2 3. 1.
zt2 3. 1.
ht2 0.7 0.1
hz2 0.7 0.1
hp2
php 30.1 1.
dhp 0.7 0.01
lp2
plp 0.2 0.01
hlp 0.7 0.01
trace
end
This diff is collapsed.
This diff is collapsed.
calibration of an old 20 s STS2
data\eing2 input to seismo (file name)
data\ausg2 output from seismo (file name)
0.5 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
1 ns1
0 ns2
amp 1. 0.5
del 0.01 0.001
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
calibration of an old 20 s STS2
data\eing2 input to seismo (file name)
data\ausg2 output from seismo (file name)
0.5 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
1 ns1
0 ns2
amp 1. 0.5
del 0.01 0.001
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
Calibration of 10 Hz geophone No. 10_Q in a half-bridge
data\eing1 input to seismo (file name)
data\ausg1 output from seismo (file name)
0.05 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
101 ns1
0 ns2
amp 1.2 0.2
del 0. 0.
sub 0.5 0.2
til 0. 0.
bp2
per 0.1 0.01
dmp 0.6 0.1
end
Calibration of 10 Hz geophone No. 10_Q in a half-bridge
data\eing1 input to seismo (file name)
data\ausg1 output from seismo (file name)
0.05 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
101 ns1
0 ns2
amp 1.2 0.2
del 0. 0.
sub 0.5 0.2
til 0. 0.
bp2
per 0.1 0.01
dmp 0.6 0.1
end
Calibration of 10 Hz geophone No. 10_Q in a half-bridge
data\eing1 input to seismo (file name)
data\ausg1 output from seismo (file name)
0.05 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
101 ns1
0 ns2
amp 1.2 0.2
del 0. 0.
sub 0.5 0.2
til 0. 0.
bp2
per 0.1 0.01
dmp 0.6 0.1
end
Calibration of 10 Hz geophone No. 10_Q in a half-bridge
data\eing1 input to seismo (file name)
data\ausg1 output from seismo (file name)
0.05 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
101 ns1
0 ns2
amp 1.2 0.2
del 0. 0.
sub 0.5 0.2
til 0. 0.
bp2
per 0.1 0.01
dmp 0.6 0.1
end
This diff is collapsed.
calibration of an old 20 s STS2
data\eing2 input to seismo (file name)
data\ausg2 output from seismo (file name)
0.5 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
1 ns1
0 ns2
amp 1. 0.5
del 0.01 0.001
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
calibration of an old 20 s STS2
data\eing2 input to seismo (file name)
data\ausg2 output from seismo (file name)
0.5 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
1 ns1
0 ns2
amp 1. 0.5
del 0.01 0.001
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
calibration of an old 20 s STS2
data\eing2 input to seismo (file name)
data\ausg2 output from seismo (file name)
0.5 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
1 ns1
0 ns2
amp 1. 0.5
del 0.01 0.001
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
calibration of an old 20 s STS2
data\eing2 input to seismo (file name)
data\ausg2 output from seismo (file name)
0.5 alias
4 m
0 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-3 finac
1 ns1
0 ns2
amp 1. 0.5
del 0.01 0.001
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
This diff is collapsed.
copy winplot1.par winplot.par
winplot
copy winplot2.par winplot.par
winplot
copy winplot3.par winplot.par
winplot
copy winplot1.par winplot.par
winplot
copy winplot2.par winplot.par
winplot
copy winplot3.par winplot.par
winplot
This diff is collapsed.
This diff is collapsed.
calibration of a triaxial 20 s seismometer (synthetic signals)
data\rtein.f input to seismo (file name)
data\rtaus.x x output from seismo (file name)
data\rtaus.y y output from seismo (file name)
data\rtaus.z z output from seismo (file name)
0.5 alias
3 m
0 m0
0 m1
1 m2
60 maxit
1e-6 qac
1e-4 finac
201 ns1
0 ns2
amp 1. 0.5
del 0. 0.
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
calibration of a triaxial 20 s seismometer (synthetic signals)
data\rtein.f input to seismo (file name)
data\rtaus.x x output from seismo (file name)
data\rtaus.y y output from seismo (file name)
data\rtaus.z z output from seismo (file name)
0.5 alias
3 m
0 m0
0 m1
1 m2
60 maxit
1e-6 qac
1e-4 finac
201 ns1
0 ns2
amp 1. 0.5
del 0. 0.
sub 0. 0.
til 0. 0.
bp2
per 20. 2.
dmp 0.7 0.1
end
STS2 on the shake table at IGPP
tttsts2#27\p1s32.sfe input to seismo (file name)
tttsts2#27\bhz00.sfe output from seismo (file name)
1. alias
0 m
1 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-2 finac
1 ns1
0 ns2
amp 125.324 0.
del -0.2836 0.
sub 0. 0.
til 0.0079 0.
hp2
per 120.595 0.
dmp 0.7078 0.
end
STS2 on the shake table at IGPP
tttsts2#27\p1s32.sfe input to seismo (file name)
tttsts2#27\bhz00.sfe output from seismo (file name)
1. alias
0 m
1 m0
0 m1
1 m2
60 maxit
1e-5 qac
1e-2 finac
1 ns1
0 ns2
amp 125.324 0.
del -0.2836 0.
sub 0. 0.
til 0.0079 0.
hp2
per 120.595 0.
dmp 0.7078 0.
end
This diff is collapsed.
'calibration of STS2 # 80444 on the Lennartz step table'
'data\disp.zz' name of data file
'STS2 #80444' type and serial no. of seismo
120. free period of seismometer (s)
0.707 fraction of critical damping
0.596 microvolts per count
0.903 displacement in millimeters per step
0.5 safety distance from pulse flanks in seconds - see NOTE
0. 0 corner period (s) and order of low-pass filter (none if 0.,0)
.false. print list of pulses
1.013 correction factor Q330HR without Monitor
NOTE: safety distance is also the minimum averaging length. The entry 0 will
cause the program to try five values from 0.125 to 2.000.
1.013 correction factor Q330HR without Monitor
1.014 correction factor Q330HR plus Monitor 25 V
1.022 correction factor Q330HR plus Monitor 2.5 V
'calibration of STS2 # 80444 on the Lennartz step table'
'data\disp.zz' name of data file
'STS2 #80444' type and serial no. of seismo
120. free period of seismometer (s)
0.707 fraction of critical damping
0.596 microvolts per count
0.903 displacement in millimeters per step
0.5 safety distance from pulse flanks in seconds - see NOTE
0. 0 corner period (s) and order of low-pass filter (none if 0.,0)
.false. print list of pulses
1.013 correction factor Q330HR without Monitor
NOTE: safety distance is also the minimum averaging length. The entry 0 will
cause the program to try five values from 0.125 to 2.000.
1.013 correction factor Q330HR without Monitor
1.014 correction factor Q330HR plus Monitor 25 V
1.022 correction factor Q330HR plus Monitor 2.5 V
This diff is collapsed.
'calibration of an STS2 on the CALTAB_1 step table'
'data\z2z.sfe' name of first data file
'data\z2x.sfe' name of second data file
'data\z2y.sfe' name of third data file
'STS2 ConradObs' type and serial no. of seismo
120. free period of seismometer (s)
0.707 fraction of critical damping
1.e6 microvolts per count
1. displacement in millimeters per step
0.1 safety distance from pulse edge in seconds - see NOTE
0. corner period (s) of low-pass filter (none if 0.)
.false. print list of pulses
1.0 correction factor
NOTE: safety distance is also the minimum averaging length.
1.013 correction factor Q330HR without Monitor
1.014 correction factor Q330HR plus Monitor 25 V
1.022 correction factor Q330HR plus Monitor 2.5 V
'calibration of an STS2 on the CALTAB_1 step table'
'data\z2z.sfe' name of first data file
'data\z2x.sfe' name of second data file
'data\z2y.sfe' name of third data file
'STS2 ConradObs' type and serial no. of seismo
120. free period of seismometer (s)
0.707 fraction of critical damping
1.e6 microvolts per count
1. displacement in millimeters per step
0.1 safety distance from pulse edge in seconds - see NOTE
0. corner period (s) of low-pass filter (none if 0.)
.false. print list of pulses
1.0 correction factor
NOTE: safety distance is also the minimum averaging length.
1.013 correction factor Q330HR without Monitor
1.014 correction factor Q330HR plus Monitor 25 V
1.022 correction factor Q330HR plus Monitor 2.5 V
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