Synopsis
		sfkirmod3 < curv.rsf > modl.rsf head=head.rsf refl=refl.rsf verb=y nt= dt=0.004 t0=0. absoff=n nsx=nx s0x=x0 dsx=dx nsy=ny s0y=y0 dsy=dy nhx=nx h0x=0. dhx=dx nhy=ny h0y=0. dhy=dy r0=1. aper=hypotf(nx*dx,ny*dy) freq=0.2/dt rgrad= dipx= dipy= type=

Parameters
		bool absoff=n [y/n] y - h0x, h0y - are not in shot coordinate system   float aper=hypotf(nx*dx,ny*dy) aperture   float dhx=dx inline offset increment   float dhy=dy crossline offset increment   string dipx=   string dipy=   float dsx=dx inline shot increment   float dsy=dy crossline shot increment   float dt=0.004 time sampling   float freq=0.2/dt peak frequency for Ricker wavelet   float h0x=0. first inline offset   float h0y=0. first crossline offset   string head= source-receiver geometry (optional) (auxiliary input file name)   int nhx=nx number of inline offsets   int nhy=ny number of crossline offsets   int nsx=nx number of inline shots   int nsy=ny number of crossline shots   int nt= time samples   float r0=1. constant reflectivity   string refl= auxiliary input file name   string rgrad=   float s0x=x0 first inline shot   float s0y=y0 first crossline shot   float t0=0. time origin   string type= type of velocity ('c': constant, 's': linear sloth, 'v': linear velocity)   bool verb=y [y/n] verbosity

Used In
		GALLERY          french/gazdag french/lowrank french/model french/oway french/stolt french/vc   TCCS          anisodiff/simple3d