b'\n \n \n
 
\n  
sfpocsseislet (4.0)
index
user/pyang/Mpocsseislet.c
\n Seislet-based POCS interpolation (2d validation)\n

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\n Synopsis
       sfpocsseislet < Fin.rsf mask=Fmask.rsf > Fout.rsf dip=Fdip.rsf eps=0.01 order=1 pscale=25 verb=n niter=10 pclip=99 p=0.35 type= mode=
POCS=projection onto convex sets
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\n Parameters
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file dip=
\tauxiliary input file name
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float eps=0.01
\tregularization
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string mask=
\tauxiliary input file name
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string mode=
\tthresholding mode: \'hard\', \'soft\',\'pthresh\',\'exp\';
\n \'hard\', hard thresholding;\t\'soft\', soft thresholding;
\n \'pthresh\', generalized quasi-p; \'exp\', exponential shrinkage
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int niter=10
\ttotal number iterations
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int order=1
\taccuracy order for seislet transform
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float p=0.35
\tnorm=p, where 0\n
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float pclip=99
\tstarting data clip percentile (default is 99)
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float pscale=25
\tpercentile of small scale to be preserved (default is 25)
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string type=
\t[haar,linear,biorthogonal] wavelet type, the default is linear
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bool verb=n [y/n]
\tverbosity
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'