Synopsis
		sflrtti2de < Fvp0.rsf pleft=Fpl.rsf pright=Fpr.rsf sleft=Fsl.rsf sright=Fsr.rsf > Fo1.rsf Elasticz=Fo2.rsf Pwavez=Fpz.rsf Pwavex=Fpx.rsf Swavez=Fsz.rsf Swavex=Fsx.rsf nt=301 dt=0.001 abc=n nbt= nbb=nbt nbl=nbt nbr=nbt ct= cb=ct cl=ct cr=ct isx=nx/2 isz=nz/2 t0=0.04 f0=30.0 A=1.0 cmplx=n sep=n pad1=1 src=1

Parameters
		float A=1.0 wavelet amplitude   file Elasticz= auxiliary output file name   string Pwavex= auxiliary output file name   string Pwavez= auxiliary output file name   string Swavex= auxiliary output file name   string Swavez= auxiliary output file name   bool abc=n [y/n] absorbing flag   float cb=ct   float cl=ct   bool cmplx=n [y/n] use complex FFT   float cr=ct   float ct=   float dt=0.001 absorbing boundary condition   float f0=30.0 wavelet peak freq   int isx=nx/2   int isz=nz/2   int nbb=nbt   int nbl=nbt   int nbr=nbt   int nbt=   int nt=301   int pad1=1 padding factor on the first axis   file pleft= auxiliary input file name   file pright= auxiliary input file name   bool sep=n [y/n] output separated wavefields   file sleft= auxiliary input file name   int src=1 source mode: 1 - exploding force; 2 - equil-energy force   file sright= auxiliary input file name   float t0=0.04 wavelet time lag