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GAP 4.8.9 installation with standard packages -- copy to your CoCalc project to get it

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#############################################################################
##
#W CWcomplexThings_GroupRingRep.gd 			 HAPcryst package		 Marc Roeder
##
##  

##
#H @(#)$Id: CWcomplexThings_GroupRingRep.gd, v 0.1.11 2013/10/27 18:31:09 gap Exp $
##
#Y	 Copyright (C) 2006 Marc Roeder 
#Y 
#Y This program is free software; you can redistribute it and/or 
#Y modify it under the terms of the GNU General Public License 
#Y as published by the Free Software Foundation; either version 2 
#Y of the License, or (at your option) any later version. 
#Y 
#Y This program is distributed in the hope that it will be useful, 
#Y but WITHOUT ANY WARRANTY; without even the implied warranty of 
#Y MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the 
#Y GNU General Public License for more details. 
#Y 
#Y You should have received a copy of the GNU General Public License 
#Y along with this program; if not, write to the Free Software 
#Y Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA
##
Revision.("CWcomplexThings_GroupRingRep_gd"):=
	"@(#)$Id: CWcomplexThings_GroupRingRep.gd, v 0.1.11 2013/10/27   18:31:09  gap Exp $";
DeclareOperation("UndirectedWord_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList]);
DeclareOperation("UndirectedWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList]);

DeclareOperation("IsUndirectedWord_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList]);
DeclareOperation("IsUndirectedWord_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);

DeclareOperation("OneCoefficientPartOfWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsVector]);
DeclareOperation("OneCoefficientPartOfWord_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsVector]);

DeclareOperation("IntersectingUndirectedWords_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList,IsDenseList]);
DeclareOperation("IntersectingUndirectedWordsNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList,IsDenseList]);

DeclareOperation("IsUndirectedSubWord_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList,IsDenseList]);
DeclareOperation("IsUndirectedSubWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList,IsDenseList]);


        
DeclareOperation("UndirectedBoundaryOfFreeZGLetterNC_LargeGroupRep",[IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("UndirectedBoundaryOfFreeZGLetter_LargeGroupRep",[IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);

#DeclareOperation("UndirectedBoundaryOfFreeZGWord",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("UndirectedBoundaryOfFreeZGWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("UndirectedBoundaryOfFreeZGWord_LargeGroupRep",[IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);


DeclareOperation("LowerSpaceFromWord_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList,IsDenseList]);
#DeclareOperation("SubspaceListFromWord",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("SubspaceListFromWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("SubspaceListFromWord_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);


DeclareOperation("IsConnectedWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
#DeclareOperation("IsConnectedWord",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);


#DeclareOperation("ConnectingPath",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList,IsDenseList,IsDenseList]);
DeclareOperation("ConnectingPathNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList,IsDenseList,IsDenseList]);
DeclareOperation("ConnectingPath_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList,IsDenseList,IsDenseList]);


#DeclareOperation("IsContractibleWord",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("IsContractibleWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
#DeclareOperation("IsContractiblePartialSpace",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("IsContractiblePartialSpaceNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);


#DeclareOperation("SphereContainingCell",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList,IsDenseList]);
DeclareOperation("SphereContainingCell_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList,IsDenseList]);
DeclareOperation("SphereContainingCellNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList,IsDenseList]);



#DeclareOperation("ChainComplexFromWord",
#        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);
DeclareOperation("ChainComplexFromWordNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsInt,IsDenseList]);


DeclareOperation("ChainComplexFromPartialSpace_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList]);
DeclareOperation("ChainComplexFromPartialSpaceNC_LargeGroupRep",
        [IsHapLargeGroupResolutionRep,IsDenseList]);