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comparison m-toolbox/classes/+utils/@bin/liso/win32/fil.ini @ 0:f0afece42f48

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author Daniele Nicolodi <nicolodi@science.unitn.it>
date Wed, 23 Nov 2011 19:22:13 +0100
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-1:000000000000 0:f0afece42f48
1 # fil.ini LISO initialization file for Version 1.79
2 # Gerhard.Heinzel@nao.ac.jp
3 # Nov 2000
4 #GNUCOMMAND "wgnuplot %s" # gnuplot program
5 #GNUCOMMAND "/usr/local/bin/gnuplot -persist %s &" # gnuplot program
6 GNUCOMMAND "/usr/bin/gnuplot -persist %s &" # gnuplot program
7 PERLCOMMAND "/usr/bin/perl" # PERL interpreter
8 FILPERL "/home/ghh/c/filter/pfil" # preprocessing PERL script
9 OPLIBNAME "opamp.lib" # opamp library
10 LOGFILENAME "lisofit.log"
11 COMMENT "#"
12 COMMENT "REM"
13 COMMENT '"'
14 PSTEP .2 # For Display "Computing 0...100%" update display
15 # after how many seconds
16 DEP_SAME_EPS 1e-3 # Relative difference, when dependent parameters
17 # are considered same.
18 EQSMALL 1e-13 # "same" for floating point comparison (not used)
19 PARMIN 1e-40 # parameters equal to zero will be set to PARMIN.
20 SMALL 1e-9 # Consider zero if below SMALL (equation dump)
21 TEMPERATURE 25 # Temperature in Celsius (for Johnson noise)
22 PUNISH_BETA 0.1 # Start heavy penalty when limits are exceeded
23 # by PUNISH_BETA
24 PUNISH_MIN 0.1 # Min SSQ for punishing
25 DERIV_H 3e-6 # Stepwidth for numerical derivative 3e-6
26 ENDTOL 1e-4 # Fitting global exit criterion
27 SIM_STARTLEN 0.4 # Sidelength in initial Simplex (Nelder-Mead)
28 SIM_LENFACT 3.3 # Divide SIM_STARTLEN by SIM_LENFACT for each
29 # subsequent call of Nelder-Mead
30 SIM_STARTTOL 1e-2 # Initial exit criterion for Nelder-Mead
31 SIM_TOLFACT 10 # Divide SIM_STARTTOL by SIM_TOLFACT for each
32 # subsequent call of Nelder-Mead
33 SIM_ENDTOL 5e-7 # Final exit criterion for Nelder-Mead
34 SIM_MINEXITTOL 2e-4 # Nelder-Mead can only exit if tol<this
35 SIM_TOLMIN 1e-6 # Minimum denomin. in Nelder-Mead exit criterion
36 MAR_LAMEPS 1e-2 # lambda tolerance (logarithmic) in Marquardt
37 MAR_LAMMIN 1e-8 # Minimum lambda for Marquardt
38 MAR_LAMMAX 1e5 # Maximum lambda for Marquardt
39 MAR_REPTOL 1e-3 # Marquardt exit criterion
40 MAR_QUICKOUT 1e-5 # Quit at once if Marquardt gets below this ssq
41 SPA_REORDER 10 # Recompute Sparse Matrix fill-in scheme after
42 # frequency has increased by a factor SPA_REORDER
43 SENS_EPS 1e-4 # Stepwidth for sensitivity derivative
44 PRINTTIME 30
45 DSA_LEN 8
46 DSA_Q 0.5
47 DSA_CHAINLEN 15
48 DSA_CHI0 0.9
49 DSA_DELTA 0.01
50 DSA_EPS 0.003
51 DSA_MINM12 20
52 DSA_MAXM 60
53 DSA_MINM2 5
54 DSA_REPRINT 0.99
55 DSA_FLOATAVG 8
56 CRS_LEN 20
57 CRS_DELTA 0.2
58 CRS_EPS .03
59 CRS_MFACT .3
60 CRS_MMAX 6
61 CRS_REPRINT 0.98
62 CRS_MAXO1 50
63 CRS_MAXO2 500
64 CRS_MINTRY 1000
65 COBYLA_RHO0 0.5
66 COBYLA_RHO1 1e-4
67 COBYLA_MAXFUN 30000
68 COBYLA2_SSQLIM 1
69 MARG_F0 1
70 MARG_FDIV 3
71 MARG_FMIN 1E-12
72 MARG_STEP0 0.1
73 MARG_DPHI 10
74 MARG_DDB 3
75 MARG_SAFETY 0.8
76 MARG_MINSTEP 1E-9
77 MARG_MAXSTEP 0.3
78 MARG_FMAX 1E11
79 MARG_FPREC 1E-5
80 MARG_ENDGAIN -20
81 MARG_ENDFREQ 10
82 MARG_ALLOCSIZE 100
83 MARG_PHASETRACKEPS 10
84 MARG_GAINZERO 1E-20
85 EVAL_SMALL 1e-3
86 EVAL_VERYSMALL 1e-6
87 EVAL_VERYVERYSMALL 1e-13
88 EVAL_NEG -1e-5
89 EVEC_SMALL 1e-3
90 EVEC_NEARONE 1e-3
91 FINDROOT_ITMAX 100
92 CORR_STRONG 0.95
93 C0805_L 5e-9
94 C0805_C 1.3e-12
95 C0805_RA -0.54
96 C0805_RB -12.6
97 PT 1
98 PS 1.0
99 ARROWLEN 0.07
100 XEXTRA 0.03
101 IIR_MINSTAB 0.999999 # default for automatically produce fitting input file
102 IIR_INTERNAL_TYPE "long double" # for IIR C Code: data type of internal memory
103 IIR_INTERFACE_TYPE "double" # for IIR C Code: data type of subroutine I/O
104 IIR_SINGLE 1 # for IIR C Code: generate single-channel version ? no=0 yes=1
105 IIR_MULTI 0 # for IIR C Code: generate multi-channel version ? no=0 yes=1
106 IIR_MAIN 0 # for IIR C Code: generate main() ? no=0 yes=1, implies IIR_MULTI
107 IIR_PLOTONLY 0 # for IIR C Code: generate special version ? no=0 yes=1
108 RND_MPF_PREC 2048 # 2048 bits = about 616 decimal digits
109 RND_MPF_OUTPREC 512 # 512 bits = about 154 decimal digits
110 RND_MPF_DIGITS 80 # decimal digits for constants in output
111 RND_MATEXPTOL 1E-150
112 RND_LOGMIN 1E-40
113 RND_GAUSSJ_SMALL 1E-300
114 RND_MATEXP_MAXIT 3000
115 RND_DEBUG 0 # debugging output
116 RND_NORMALIZE1 1 # propagation matrix normalization (poles only)
117 RND_NORMALIZE2 0 # overall normalization (poles and zeroes)
118 RND_MATHPREC 40 # decimal digits in Mathematica output
119
120 # gnuplot x11 terminal
121 GNUTERM x11
122 set term x11 persist
123 set size ratio .5
124 set key below
125 set grid xtics ytics
126 END
127
128 # gnuplot eps terminal black-white
129 GNUTERM eps
130 SUFFIX eps
131 set term post eps enhanced mono dashed "Helvetica" 17
132 set size ratio 0.7
133 set key below
134 END
135
136 # gnuplot eps terminal colour
137 GNUTERM ceps
138 SUFFIX eps
139 set term post eps color solid "Helvetica" 17
140 set size ratio 0.7
141 set key below
142 END
143
144 # gnuplot ps terminal
145 GNUTERM ps
146 SUFFIX ps
147 set term post landscape enhanced monochrome dashed "Helvetica" 17
148 set size ratio 0.7
149 set key below
150 set grid
151 END
152
153 # gnuplot ps terminal colour
154 GNUTERM cps
155 SUFFIX ps
156 set term post landscape enhanced color solid "Helvetica" 17
157 set size ratio 0.7
158 set key below
159 END
160
161 # gnuplot GIF terminal
162 GNUTERM gif
163 SUFFIX gif
164 set term gif transparent
165 set key right top
166 END
167
168 # gnuplot WINDOWS terminal
169 GNUTERM windows
170 set term windows
171 set size ratio .5
172 set key below
173 set grid xtics ytics
174 END