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sfmpircvrtm (4.0)		index
user/jsun/Mmpircvrtm.c
\n 2-D Low-rank One-step Least Pre-stack Reverse-Time-Migration in the complex domain (both img and data are complex valued)\n

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\n Synopsis
       sfmpircvrtm input=Frcd.rsf src=Fsrc.rsf output=Fimg.rsf left=left.rsf right=right.rsf leftb=leftb.rsf rightb=rightb.rsf vel=Fvel.rsf tmpwf=Ftmpwf.rsf rec2=Frcd2.rsf spx= verb=n adj=y rmig=n rcvint=1 rcvbgn=0 rcvend=-1 wantwf=n wantrecord=y illum=n roll=n stack=y shtbgn= sht0=shtbgn shtend= shtint= spz= gpz= gpl= snapinter=1 srctrunc=0.4 rectz=1 rectx=1 repeat=0 top=40 bot=40 lft=40 rht=40 mute=n vref=1500 wd=5 depth=gpz pad1=1
img : crosscorrelation with source normalization (stdout)
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\n Parameters
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bool adj=y [y/n]		\tmigration
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int bot=40 		\t
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int depth=gpz 		\tmuting source depth -> receiver depth according reciprocity
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int gpl= 		\t
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int gpz= 		\t
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bool illum=n [y/n]		\tif n, no source illumination applied
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file input= 		\tauxiliary input file name
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file left= 		\tauxiliary input file name
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file leftb= 		\tauxiliary input file name
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int lft=40 		\t
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bool mute=n [y/n]		\tmuting in the receiver gather
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file output= 		\tauxiliary output file name
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int pad1=1 		\tpadding factor on the first axis
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int rcvbgn=0 		\t
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int rcvend=-1 		\t
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int rcvint=1 		\t
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file rec2= 		\tauxiliary output file name
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int rectx=1 		\t
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int rectz=1 		\t
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int repeat=0 		\tabc parameters
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int rht=40 		\t
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file right= 		\tauxiliary input file name
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file rightb= 		\tauxiliary input file name
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bool rmig=n [y/n]		\treceiver domain migration
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bool roll=n [y/n]		\tif n, receiver is independent of source location and gpl=nx
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int sht0=shtbgn 		\tactual shot origin on grid
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int shtbgn= 		\t
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int shtend= 		\t
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int shtint= 		\t
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int snapinter=1 		\tsnap interval
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ints spx= 		\t [num_of_shots]
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int spz= 		\t
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file src= 		\tauxiliary input file name
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float srctrunc=0.4 		\t
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bool stack=y [y/n]		\tif y, outputs stacked image
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file tmpwf= 		\tauxiliary output file name
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int top=40 		\t
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file vel= 		\tauxiliary input file name
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bool verb=n [y/n]		\tverbosity
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float vref=1500 		\t
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bool wantrecord=y [y/n]		\tif n, using record data generated by this program
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bool wantwf=n [y/n]		\toutput forward and backward wavefield
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int wd=5 		\t
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