Synopsis
		sfvfsacrsnh < in.rsf > out.rsf om0=0.0 dm0=0.1 nm0=1 v0=1.5 ot0=0.0 dt0=0.1 nt0=1 c0=0.5 temp0=10 repeat=1 verb=0

This program uses the Non-Hyperbolic CRS approximation to fit data cube and get the zero-offset CRS parameters (Fomel, 2013).

Programmer: Rodolfo A. C. Neves (Dirack) 13/08/2021

Email: rodolfo_profissional@hotmail.com

License: GPL-3.0 .

Parameters
		float c0=0.5 damping factor of VFSA   float dm0=0.1 central CMP's sampling (Km)   float dt0=0.1 t0's sampling (s)   int nm0=1 central CMP's number of samples (Km)   int nt0=1 Number of t0's sampling (s)   float om0=0.0 central CMP's origin (Km)   float ot0=0.0 t0's origin (s)   int repeat=1 How many times to perform VFSA global optimization   float temp0=10 initial VFSA temperature   float v0=1.5 Near surface velocity (Km/s)   bool verb=0 [y/n] 1: active mode; 0: quiet mode

Used In
		DIRACK          examples/crestack examples/vfsa-set-t0-m0 examples/vfsa-simple