% These are packages that get built into the base system that is used
% to compile what follows...
(support rlisp alg poly polydiv arith mathpr ezgcd factor hephys
int matrix rlisp88 rprint fmprint pretty solve desir ineq modsr
rsolve algint arnum assist dummy cantens atensor avector invbase
misc boolean cedit rcref ftr reset cali camal changevr compact
dfpart lie)
% The next set of modules are all built using a system that has the
% above set available. The key issue here is that the packages in
% this list of "extensions" can all be built independently of each
% other.
(odesolve pf cvit noncom2 physop crack liepde applysym conlaw excalc
gentran fide1 fide numeric randpoly reacteqn roots rlfi roots2 sets
xideal eds dipoly groebner groebnr2 ideals linalg ncpoly normform
orthovec plot gnuplot laplace pm qsum scope sparse spde specfn specfn2
specfaux specbess sfgamma tps limits defint fps trigint ratint mathml
mathmlom rltools redlog cl cgb ofsf dvfsf acfsf sum zeilberg symaux
symmetry taylor mrvlimit residue susy2 tri trigsimp xcolor wu ztrans
geoprover rataprx rtrace tmprint)
% Finally we have a list of all the test scripts that REDUCE is shipped
% with.
(alg poly polydiv arith factor int matrix solve desir ineq modsr rsolve
algint arnum assist dummy cantens atensor avector invbase boolean cali
camal changevr compact dfpart lie odesolve pf cvit physop crack liepde
applysym conlaw excalc gentran fide numeric randpoly reacteqn roots
rlfi sets xideal eds groebner ideals linalg ncpoly normform orthovec
laplace pm qsum scope sparse spde specfn tps limits defint fps trigint
ratint mathml mathmlom redlog cgb sum zeilberg symmetry taylor mrvlimit
residue susy2 tri trigsimp xcolor wu ztrans geoprover rataprx)
% End of configuration file