Ziele Untersuchung
mit Columbo Integrität von
Datenbanken Interaktion und
Portierbarkeit Ergonomie der
Schnittstellen

Angebot Produkte Projekt Beratung

Mittel Analytik Modellierung Sprachen Algebra Logik Hardware Denken Kreativität

Zusammenhänge Gesellschaft Wirtschaft Branche Firma


products/sources/formale Sprachen/GAP/pkg/simpcomp/ (Algebra von RWTH Aachen Version 4.15.1^©) Datei vom 18.2.2022 mit Größe 2 kB

Quelle read.g Sprache: unbekannt

################################################################################
##
##  simpcomp / read.g
##
##  read.g for package simpcomp
##
##  $Id$
##
################################################################################

BindGlobal("SCSettings",
rec(
BreakOnError:=false,
MailOnError:=false
));

SCIntFunc.Version:=GAPInfo.PackageCurrent.Version;

InstallGlobalFunction(SCInfoLevel,
function(level)
  SetInfoLevel(InfoSimpcomp,level);
  return true;
end);

ReadPackage("simpcomp","lib/propobject.gi");
ReadPackage("simpcomp","lib/complex.gi");
ReadPackage("simpcomp","lib/tools.gi");
ReadPackage("simpcomp","lib/io.gi");
ReadPackage("simpcomp","lib/lib.gi");

#overlay some functions of homology packge, if present
ReadPackage("simpcomp", "lib/pkghom.gd");

ReadPackage("simpcomp", "lib/DMT.gi");
ReadPackage("simpcomp","lib/glprops.gi");
ReadPackage("simpcomp","lib/operations.gi");
ReadPackage("simpcomp","lib/labelops.gi");
ReadPackage("simpcomp","lib/generate.gi");
ReadPackage("simpcomp","lib/class3mflds.gi");
ReadPackage("simpcomp","lib/bistellar.gi");
ReadPackage("simpcomp", "lib/homology.gi");
ReadPackage("simpcomp", "lib/normalsurface.gi");
ReadPackage("simpcomp", "lib/morse.gi");
ReadPackage("simpcomp", "lib/fromgroup.gi");
ReadPackage("simpcomp", "lib/blowups.gi");
ReadPackage("simpcomp", "lib/highlySymmetricSurfaces.gi");
ReadPackage("simpcomp", "lib/isosig.gi");

#load `homology' package specific functions if available
if(SCIntFunc.SetupHomology()=false) then
ReadPackage("simpcomp", "lib/pkgnohom.gi");
else
ReadPackage("simpcomp", "lib/pkghom.gi");
fi;

#load `GRAPE' package specific functions if available
if(SCIntFunc.SetupGrape()=false) then
ReadPackage("simpcomp", "lib/pkgnogrape.gi");
else
ReadPackage("simpcomp", "lib/pkggrape.gi");
fi;

#load `homalg' package specific functions if available
if(SCIntFunc.SetupHomalg()=true) then
ReadPackage("simpcomp", "lib/pkghomalg.gi");
fi;

SCSettings.ComplexCounter:=1;
SCIntFunc.CheckExternalProgramsAvailability();
ReadPackage("simpcomp", "lib/prophandler.gd");

#load global library
InstallValue(SCLib,SCIntFunc.SCLibGlobalInit());