Synopsis
		sfmpilrrtm src=Fsrc.rsf rec=Frcd.rsf left=left.rsf right=right.rsf leftb=leftb.rsf rightb=rightb.rsf vel=Fvel.rsf tmpwf=Ftmpwf.rsf mask=mask.rsf verb=n adj=y wantwf=n wantrecord=y illum=n roll=y fm=n incom=n shtbgn= sht0=shtbgn shtend= shtint= spz= gpz= gpl= snapinter=1 wfint=50 srctrunc=0.4 rectz=2 rectx=2 repeat=2 top=40 bot=40 lft=40 rht=40 nsource=1 dsource=0 tdelay=0 choose=nsource pad1=1

Parameters
		bool adj=y [y/n] migration   int bot=40   int choose=nsource Set I/O file   int dsource=0   bool fm=n [y/n] if n, Born modelling   int gpl=   int gpz=   bool illum=n [y/n] if n, no source illumination applied   bool incom=n [y/n] if n, use complete data   file left= auxiliary input file name   file leftb= auxiliary input file name   int lft=40   file mask= auxiliary input file name   int nsource=1   int pad1=1 padding factor on the first axis   file rec= auxiliary output file name   int rectx=2   int rectz=2   int repeat=2 abc parameters   int rht=40 simultaneous sources parameter   file right= auxiliary input file name   file rightb= auxiliary input file name   bool roll=y [y/n] if n, receiver is independent of source location and gpl=nx   int sht0=shtbgn actual shot origin on grid   int shtbgn=   int shtend=   int shtint=   int snapinter=1 snap interval   int spz=   file src= auxiliary input file name   float srctrunc=0.4   float tdelay=0   file tmpwf= auxiliary output file name   int top=40   file vel= auxiliary input file name   bool verb=n [y/n] verbosity   bool wantrecord=y [y/n] if n, using record data generated by this program   bool wantwf=n [y/n] output forward and backward wavefield   int wfint=50 snap interval