GAP 4.8.9 installation with standard packages -- copy to your CoCalc project to get it
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%1%%2%W parpres.tex GAP documentation D�rte Feichtenschlager3%%4%H $Id: parpres.tex, v0.5 2010/05/31 09:30:00 gap SymbCompCC $5%%67%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%8\Chapter{Parametrised Presentations}910In this chapter we describe which pp-presentations for infinite11coclass sequences (see \cite{ELG08}) are provided.1213%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%14\Section{Provided pp-presentations}1516\>`ParPresGlobalVar_2_1' V17\>`ParPresGlobalVar_2_2' V18\>`ParPresGlobalVar_3_1' V1920are lists consisting of the pp-presentations of the infinite21coclass sequences of finite <p>-groups of coclass <r>, where the first number22in the name gives the underlying prime and the second the underlying coclass.23Each entry in the list is a record24<rec>( <rel>, <expo>, <n>, <d>, <m>, <prime>, <cc>, <expo_vec>, <name> )25with <m> = 0 and <expo_vec> = [ ]. The record entries are of a form such that26each record can be used as input for27%display{tex}28{\tt PPPPcpGroups},29%enddisplay30"PPPPcpGroups". See "PPPPcpGroups" for more information.3132\>`ParPresGlobalVar_p_r_Names' V3334gives the names of the infinite coclass sequences of finite <p>-groups of35coclass <r>.3637%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%38%%39%40%E Emacs . . . . . . . . . . . . . . . . . . . . . local emacs variables41%%42%% Local Variables:43%% fill-column: 7344%% End:45%%4647484950