1<!-- %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% --> 2<!-- %% --> 3<!-- %A algfp.msk GAP documentation Thomas Breuer --> 4<!-- %% --> 5<!-- %A @(#)<M>Id: algfp.msk,v 1.2 2002/04/15 10:02:26 sal Exp </M> --> 6<!-- %% --> 7<!-- %Y (C) 2001 School Math and Comp. Sci., University of St Andrews, Scotland --> 8<!-- %Y Copyright (C) 2002 The GAP Group --> 9<!-- %% --> 10<Chapter Label="Finitely Presented Algebras"> 11<Heading>Finitely Presented Algebras</Heading> 12 13Currently the &GAP; library contains only few functions dealing with 14general finitely presented algebras, 15so this chapter is merely a placeholder. 16<P/> 17The special case of finitely presented <E>Lie</E> algebras is described 18in <Ref Sect="Finitely Presented Lie Algebras"/>, 19and there is also a &GAP; package <C>fplsa</C> for computing structure constants 20of <E>f</E>initely <E>p</E>resented <E>L</E>ie (<E>s</E>uper)<E>a</E>lgebras. 21<P/> 22<!-- % Finitely presented <E>associative</E> algebras will eventually be handled by --> 23<!-- % vector enumeration techniques. --> 24 25</Chapter> 26 27 28<!-- %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% --> 29<!-- %% --> 30<!-- %E --> 31 32