A few of the more commonly-used RadWare programs are:

gf3, a GENERAL spectrum manipulation, fitting and analysis program (for one-dimensional spectra).

escl8r, a very powerful program for examining, interpreting and fitting gamma-gamma coincidence MATRICES (i.e. two-dimensional spectra) and deducing level schemes of excited states of nuclei.

levit8r and 4dg8r, three- and four-dimensional versions of escl8r. These programs are tools for analyzing triple-gamma and quadruple-gamma COINCIDENCES, respectively. To give you some IDEA of the quantities of data involved, 4dg8r can examine hypercubes of up to 40 billion channels, piece-wise compressed on disk to take a space of anywhere from 200MB to several tens of GB.

Each of the above programs has at least two versions with different user interfaces; gf3, xmgf3 and gf3x; escl8r and xmesc; levit8r and xmlev; and 4dg8r and xm4dg.

Other programs are: 4play, addmat, algndiag, branch, calib_ascii, combine, divide, dixie_gls, drawstr_ps, effit, encal, energy, escl8r, ex_diff, foldout, gls, gls_conv, incub8r, legft, lufwhm, make4cub, pedit, plot, plot2ps, pro3d, pro4d, pslice, rdm, rdmfit, sdgen, split4cub, slice, Source, spec_ascii, statft, subbgm2, subbgmat, symmat, unfold, unix2unix, vms2unix, win2tab and xmgls.

A partial list of the files included in the RadWare distribution is given here. There are lots of demo*, *.hlp and *.txt files that you might like to peruse. All the command-driven programs have INTERNAL help available; typing HELP from inside a program will usually bring at least a hint of what you can try.

A few of the more commonly-used RadWare programs are:

gf3, a general spectrum manipulation, fitting and analysis program (for one-dimensional spectra).

escl8r, a very powerful program for examining, interpreting and fitting gamma-gamma coincidence matrices (i.e. two-dimensional spectra) and deducing level schemes of excited states of nuclei.

levit8r and 4dg8r, three- and four-dimensional versions of escl8r. These programs are tools for analyzing triple-gamma and quadruple-gamma coincidences, respectively. To give you some idea of the quantities of data involved, 4dg8r can examine hypercubes of up to 40 billion channels, piece-wise compressed on disk to take a space of anywhere from 200MB to several tens of GB.

Each of the above programs has at least two versions with different user interfaces; gf3, xmgf3 and gf3x; escl8r and xmesc; levit8r and xmlev; and 4dg8r and xm4dg.

Other programs are: 4play, addmat, algndiag, branch, calib_ascii, combine, divide, dixie_gls, drawstr_ps, effit, encal, energy, escl8r, ex_diff, foldout, gls, gls_conv, incub8r, legft, lufwhm, make4cub, pedit, plot, plot2ps, pro3d, pro4d, pslice, rdm, rdmfit, sdgen, split4cub, slice, Source, spec_ascii, statft, subbgm2, subbgmat, symmat, unfold, unix2unix, vms2unix, win2tab and xmgls.

A partial list of the files included in the RadWare distribution is given here. There are lots of demo*, *.hlp and *.txt files that you might like to peruse. All the command-driven programs have internal help available; typing HELP from inside a program will usually bring at least a hint of what you can try.