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The Radon or ``tau-p'' transform, as it is sometimes called in
geophysical literature is useful for a variety of multiple suppression,
and other ``surgical'' data manipulation tasks.
are provided to make use of this transform.
You may tests using suplane data as we have with other programs
to see the output from each of these codes. Both ``suinterp'' and ``suradon''
have some sophisticated options which my require some experimentation.
- SUTAUP - forwared and inverse T-X and F-K global slant stacks
- SUHARLAN - signal-noise separation by the invertible linear
transformation method of Harlan, 1984
- SURADON - compute forward or reverse Radon transform or remove multiples
by using the parabolic Radon transform to estimate multiples and subtract.
- SUINTERP - interpolate traces using automatic event picking
See also the demos in $CWPROOT/src/demos/Tau_P for examples.