<?xml version="1.0" encoding="UTF-8"?>

<!-- This is an automatically generated file. -->
<TitlePage>
  <Title>
    HeLP
  </Title>
  <Subtitle>
    Hertweck-Luthar-Passi method.
  </Subtitle>
  <Version>
    3.5
  </Version>
  <Author>
    Andreas Bächle<Alt Only="LaTeX"><Br/></Alt>
<Address>
Vrije Universiteit Brussel<Br/>
Vakgroep Wiskunde<Br/>
Pleinlaan 2<Br/>
1050 Brussels<Br/>
Belgium<Br/>
</Address>
<Email>ABachle@vub.ac.be</Email>
<Homepage>http://homepages.vub.ac.be/~abachle/</Homepage>

  </Author>
  <Author>
    Leo Margolis<Alt Only="LaTeX"><Br/></Alt>
<Address>
Vrije Universiteit Brussel<Br/>
Vakgroep Wiskunde<Br/>
Pleinlaan 2<Br/>
1050 Brussels<Br/>
Belgium<Br/>
</Address>
<Email>Leo.Margolis@vub.be</Email>
<Homepage>http://homepages.vub.ac.be/~lmargoli/</Homepage>

  </Author>
  <Date>
    20 December 2019
  </Date>
  <Copyright>
    &copyright; 2017 by Andreas Bächle and Leo Margolis<P/>

This package is free software and may be distributed under the terms and conditions of the
GNU Public License Version 2, or (at your option) any later version.

  </Copyright>
  <Acknowledgements>
    The authors are grateful to Sebastian Gutsche, Christof Söger and Max Horn for endowing GAP
with a 4ti2-Interface and a normaliz-Interface.
We also would like to thank Gutsche and Söger for many very helpful discussions.
We also want to give credits to the developers of the softwares 4ti2 and normaliz.
Thanks go to David Avis for writing lrslib and answering our questions about it.
We moreover thank Wolfgang Kimmerle for introducing us to the beautiful world of group rings.
The development of this package was partially supported by the Research Foundation Flanders 
(FWO - Vlaanderen) and the DFG priority program SPP 1489 Algorithmic and Experimental Methods in Algebra, Geometry, and Number Theory.

  </Acknowledgements>
  </TitlePage>