Program sfmcaseislet | Morphological component analysis using 2-D Seislet transform 
[SYNOPSIS]
sfmcaseislet < Fin.rsf > Fout.rsf dips=Fdips.rsf mask=Fmask.rsf eps=0.01 order=1 pscale=25 verb=n decr=y niter=10 pclip=10 p=0.5 type= mode=
[COMMENTS]
Note:  Here, nc components with nc seislet transforms build a seislet 
frame to do the simultineous multicomponent separation and interpolation.	

[PARAMETERS]
bool    | decr | =y |  [y/n] | 	decrease threshold in iterations or not 
file    | dips | = |   | 	auxiliary input file name
float   | eps | =0.01 |   | 	regularization 
string  | mask | = |   | 	auxiliary input file name
string  | mode | = |   | 	thresholding mode: 'hard', 'soft','pthresh','exp';
       'hard', hard thresholding;	'soft', soft thresholding; 
       'pthresh', generalized quasi-p; 'exp', exponential shrinkage 
int     | niter | =10 |   | 	total number iterations 
int     | order | =1 |   | 	accuracy order for seislet transform
float   | p | =0.5 |   | 	norm=p, where 0<p<=1 
float   | pclip | =10 |   | 	starting data clip percentile (default is 10)
float   | pscale | =25 |   | 	percentile of small scale to be preserved (default is 100)
string  | type | = |   | 	[haar,linear,biorthogonal] wavelet type, the default is linear  
bool    | verb | =n |  [y/n] | 	verbosity or not 
[DIRECTORY]
user/pyang
