CoCalc -- SL2O-19

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GAP 4.8.9 installation with standard packages -- copy to your CoCalc project to get it
Project: cocalc-sagemath-dev-slelievre
Path: gap4r8 / pkg / Hap1.12 / lib / Perturbations / Gcomplexes / SL2O-19_a
Views: ⁴¹⁸⁴²⁶
HAP_GCOMPLEX_SETUP:=[false];
if IsBound(x) then HAP_GCOMPLEX_SETUP[2]:=x;fi;
x:=(-1+Sqrt(-19))/2;


HAP_GCOMPLEX_LIST := [
[
rec( TheMatrixStab := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 1, 1 ],[ -1, 0]]
,
[[ -1, -1 ],[ 1, 0]]
,
[[ 0, 1 ],[ -1, -1]]
,
[[ 0, -1 ],[ 1, 1]]
]),
TheRotSubgroup := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 1, 1 ],[ -1, 0]]
,
[[ -1, -1 ],[ 1, 0]]
,
[[ 0, 1 ],[ -1, -1]]
,
[[ 0, -1 ],[ 1, 1]]
]),
BoundaryImage := rec( ListIFace:=[], ListSign:=[], ListElt:=[])
),
rec( TheMatrixStab := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ x + 2, x - 1 ],[ -2, -x - 1]]
,
[[ -x - 2, -x + 1 ],[ 2, x + 1]]
,
[[ x + 1, x - 1 ],[ -2, -x - 2]]
,
[[ -x - 1, -x + 1 ],[ 2, x + 2]]
,
[[ x - 2, -x - 5 ],[ -x - 1, -x + 2]]
,
[[ -x + 2, x + 5 ],[ x + 1, x - 2]]
,
[[ x + 1, x - 3 ],[ -1, -x - 1]]
,
[[ -x - 1, -x + 3 ],[ 1, x + 1]]
,
[[ -3, -2*x - 2 ],[ -x, 3]]
,
[[ 3, 2*x + 2 ],[ x, -3]]
]),
TheRotSubgroup := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ x + 2, x - 1 ],[ -2, -x - 1]]
,
[[ -x - 2, -x + 1 ],[ 2, x + 1]]
,
[[ x + 1, x - 1 ],[ -2, -x - 2]]
,
[[ -x - 1, -x + 1 ],[ 2, x + 2]]
,
[[ x - 2, -x - 5 ],[ -x - 1, -x + 2]]
,
[[ -x + 2, x + 5 ],[ x + 1, x - 2]]
,
[[ x + 1, x - 3 ],[ -1, -x - 1]]
,
[[ -x - 1, -x + 3 ],[ 1, x + 1]]
,
[[ -3, -2*x - 2 ],[ -x, 3]]
,
[[ 3, 2*x + 2 ],[ x, -3]]
]),
BoundaryImage := rec( ListIFace:=[], ListSign:=[], ListElt:=[])
),
rec( TheMatrixStab := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ x + 2, x ],[ -3, -x - 2]]
,
[[ -x - 2, -x ],[ 3, x + 2]]
,
[[ x - 1, -3 ],[ -x - 1, -x + 1]]
,
[[ -x + 1, 3 ],[ x + 1, x - 1]]
,
[[ -2, -x - 1 ],[ -x, 2]]
,
[[ 2, x + 1 ],[ x, -2]]
,
[[ x, -2 ],[ -x - 2, -x + 1]]
,
[[ -x, 2 ],[ x + 2, x - 1]]
,
[[ 3, x + 2 ],[ x - 1, -2]]
,
[[ -3, -x - 2 ],[ -x + 1, 2]]
,
[[ 0, -1 ],[ 1, 1]]
,
[[ 0, 1 ],[ -1, -1]]
,
[[ -x - 1, -x + 1 ],[ 2, x + 2]]
,
[[ x + 1, x - 1 ],[ -2, -x - 2]]
,
[[ x - 1, -2 ],[ -x - 2, -x]]
,
[[ -x + 1, 2 ],[ x + 2, x]]
,
[[ x + 2, x - 1 ],[ -2, -x - 1]]
,
[[ -x - 2, -x + 1 ],[ 2, x + 1]]
,
[[ 1, 1 ],[ -1, 0]]
,
[[ -1, -1 ],[ 1, 0]]
,
[[ 2, x + 2 ],[ x - 1, -3]]
,
[[ -2, -x - 2 ],[ -x + 1, 3]]
]),
TheRotSubgroup := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ x + 2, x ],[ -3, -x - 2]]
,
[[ -x - 2, -x ],[ 3, x + 2]]
,
[[ x - 1, -3 ],[ -x - 1, -x + 1]]
,
[[ -x + 1, 3 ],[ x + 1, x - 1]]
,
[[ -2, -x - 1 ],[ -x, 2]]
,
[[ 2, x + 1 ],[ x, -2]]
,
[[ x, -2 ],[ -x - 2, -x + 1]]
,
[[ -x, 2 ],[ x + 2, x - 1]]
,
[[ 3, x + 2 ],[ x - 1, -2]]
,
[[ -3, -x - 2 ],[ -x + 1, 2]]
,
[[ 0, -1 ],[ 1, 1]]
,
[[ 0, 1 ],[ -1, -1]]
,
[[ -x - 1, -x + 1 ],[ 2, x + 2]]
,
[[ x + 1, x - 1 ],[ -2, -x - 2]]
,
[[ x - 1, -2 ],[ -x - 2, -x]]
,
[[ -x + 1, 2 ],[ x + 2, x]]
,
[[ x + 2, x - 1 ],[ -2, -x - 1]]
,
[[ -x - 2, -x + 1 ],[ 2, x + 1]]
,
[[ 1, 1 ],[ -1, 0]]
,
[[ -1, -1 ],[ 1, 0]]
,
[[ 2, x + 2 ],[ x - 1, -3]]
,
[[ -2, -x - 2 ],[ -x + 1, 3]]
]),
BoundaryImage := rec( ListIFace:=[], ListSign:=[], ListElt:=[])
),
rec( TheMatrixStab := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 0, 1 ],[ -1, 0]]
,
[[ 0, -1 ],[ 1, 0]]
]),
TheRotSubgroup := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 0, 1 ],[ -1, 0]]
,
[[ 0, -1 ],[ 1, 0]]
]),
BoundaryImage := rec( ListIFace:=[], ListSign:=[], ListElt:=[])
),
rec( TheMatrixStab := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ x + 1, -2 ],[ -2, -x]]
,
[[ -x - 1, 2 ],[ 2, x]]
,
[[ x, -2 ],[ -2, -x - 1]]
,
[[ -x, 2 ],[ 2, x + 1]]
,
[[ -2, -x ],[ -x - 1, 2]]
,
[[ 2, x ],[ x + 1, -2]]
,
[[ 0, 1 ],[ -1, 0]]
,
[[ 0, -1 ],[ 1, 0]]
,
[[ -2, -x - 1 ],[ -x, 2]]
,
[[ 2, x + 1 ],[ x, -2]]
]),
TheRotSubgroup := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ x + 1, -2 ],[ -2, -x]]
,
[[ -x - 1, 2 ],[ 2, x]]
,
[[ x, -2 ],[ -2, -x - 1]]
,
[[ -x, 2 ],[ 2, x + 1]]
,
[[ -2, -x ],[ -x - 1, 2]]
,
[[ 2, x ],[ x + 1, -2]]
,
[[ 0, 1 ],[ -1, 0]]
,
[[ 0, -1 ],[ 1, 0]]
,
[[ -2, -x - 1 ],[ -x, 2]]
,
[[ 2, x + 1 ],[ x, -2]]
]),
BoundaryImage := rec( ListIFace:=[], ListSign:=[], ListElt:=[])
),
rec( TheMatrixStab := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 2*x + 1, -6 ],[ -3, -2*x - 1]]
,
[[ -2*x - 1, 6 ],[ 3, 2*x + 1]]
,
[[ -3, -2*x ],[ -x - 1, 3]]
,
[[ 3, 2*x ],[ x + 1, -3]]
,
[[ -3, -2*x - 2 ],[ -x, 3]]
,
[[ 3, 2*x + 2 ],[ x, -3]]
,
[[ x - 2, -2*x - 4 ],[ -x - 2, -x + 3]]
,
[[ -x + 2, 2*x + 4 ],[ x + 2, x - 3]]
,
[[ x + 4, 2*x - 2 ],[ x - 1, -x - 3]]
,
[[ -x - 4, -2*x + 2 ],[ -x + 1, x + 3]]
,
[[ -x, 4 ],[ 1, x + 1]]
,
[[ x, -4 ],[ -1, -x - 1]]
,
[[ -x, 2 ],[ 2, x + 1]]
,
[[ x, -2 ],[ -2, -x - 1]]
,
[[ x - 3, -2*x - 4 ],[ -x - 2, -x + 2]]
,
[[ -x + 3, 2*x + 4 ],[ x + 2, x - 2]]
,
[[ x + 1, -2 ],[ -2, -x]]
,
[[ -x - 1, 2 ],[ 2, x]]
,
[[ x + 1, -4 ],[ -1, -x]]
,
[[ -x - 1, 4 ],[ 1, x]]
,
[[ x + 3, 2*x - 2 ],[ x - 1, -x - 4]]
,
[[ -x - 3, -2*x + 2 ],[ -x + 1, x + 4]]
]),
TheRotSubgroup := Group([
[[ 1, 0 ],[ 0, 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 2*x + 1, -6 ],[ -3, -2*x - 1]]
,
[[ -2*x - 1, 6 ],[ 3, 2*x + 1]]
,
[[ -3, -2*x ],[ -x - 1, 3]]
,
[[ 3, 2*x ],[ x + 1, -3]]
,
[[ -3, -2*x - 2 ],[ -x, 3]]
,
[[ 3, 2*x + 2 ],[ x, -3]]
,
[[ x - 2, -2*x - 4 ],[ -x - 2, -x + 3]]
,
[[ -x + 2, 2*x + 4 ],[ x + 2, x - 3]]
,
[[ x + 4, 2*x - 2 ],[ x - 1, -x - 3]]
,
[[ -x - 4, -2*x + 2 ],[ -x + 1, x + 3]]
,
[[ -x, 4 ],[ 1, x + 1]]
,
[[ x, -4 ],[ -1, -x - 1]]
,
[[ -x, 2 ],[ 2, x + 1]]
,
[[ x, -2 ],[ -2, -x - 1]]
,
[[ x - 3, -2*x - 4 ],[ -x - 2, -x + 2]]
,
[[ -x + 3, 2*x + 4 ],[ x + 2, x - 2]]
,
[[ x + 1, -2 ],[ -2, -x]]
,
[[ -x - 1, 2 ],[ 2, x]]
,
[[ x + 1, -4 ],[ -1, -x]]
,
[[ -x - 1, 4 ],[ 1, x]]
,
[[ x + 3, 2*x - 2 ],[ x - 1, -x - 4]]
,
[[ -x - 3, -2*x + 2 ],[ -x + 1, x + 4]]
]),
BoundaryImage := rec( ListIFace:=[], ListSign:=[], ListElt:=[])
),
],
[
rec( TheMatrixStab := Group([
[[ -1, -1 ],[ 1, 0]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 0, -1 ],[ 1, 1]]
,
[[ 0, 1 ],[ -1, -1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ 1, 1 ],[ -1, 0]]
]),
TheRotSubgroup := Group([
[[ -1, -1 ],[ 1, 0]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 0, -1 ],[ 1, 1]]
,
[[ 0, 1 ],[ -1, -1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ 1, 1 ],[ -1, 0]]
]),
BoundaryImage := rec(
ListIFace:=[ 1, 3],
 ListSign := [-1,1],
ListElt := [IdentityMat(2), IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ 1, 0 ],[ 0, 1]]
]),
TheRotSubgroup := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ 1, 0 ],[ 0, 1]]
]),
BoundaryImage := rec(
ListIFace:=[ 4, 1],
 ListSign := [-1,1],
ListElt := [IdentityMat(2), IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -x - 1, -x + 1 ],[ 2, x + 2]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ -x - 2, -x + 1 ],[ 2, x + 1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, x - 1 ],[ -2, -x - 2]]
,
[[ x + 2, x - 1 ],[ -2, -x - 1]]
]),
TheRotSubgroup := Group([
[[ -x - 1, -x + 1 ],[ 2, x + 2]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ -x - 2, -x + 1 ],[ 2, x + 1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, x - 1 ],[ -2, -x - 2]]
,
[[ x + 2, x - 1 ],[ -2, -x - 1]]
]),
BoundaryImage := rec(
ListIFace:=[ 3, 2],
 ListSign := [-1,1],
ListElt := [IdentityMat(2), IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -x - 1, -x + 3 ],[ 1, x + 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, x - 3 ],[ -1, -x - 1]]
]),
TheRotSubgroup := Group([
[[ -x - 1, -x + 3 ],[ 1, x + 1]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, x - 3 ],[ -1, -x - 1]]
]),
BoundaryImage := rec(
ListIFace:=[ 4, 2],
 ListSign := [-1,1],
ListElt := [[[ -x - 1, -1 ],[ 1, 0]], IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ -3, -2*x - 2 ],[ -x, 3]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ 3, 2*x + 2 ],[ x, -3]]
]),
TheRotSubgroup := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ -3, -2*x - 2 ],[ -x, 3]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ 3, 2*x + 2 ],[ x, -3]]
]),
BoundaryImage := rec(
ListIFace:=[ 2, 6],
 ListSign := [-1,1],
ListElt := [IdentityMat(2), IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ -2, -x - 1 ],[ -x, 2]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ 2, x + 1 ],[ x, -2]]
]),
TheRotSubgroup := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ -2, -x - 1 ],[ -x, 2]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ 2, x + 1 ],[ x, -2]]
]),
BoundaryImage := rec(
ListIFace:=[ 3, 5],
 ListSign := [-1,1],
ListElt := [IdentityMat(2), IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ 0, -1 ],[ 1, 0]]
,
[[ 0, 1 ],[ -1, 0]]
,
[[ 1, 0 ],[ 0, 1]]
]),
TheRotSubgroup := Group([
[[ -1, 0 ],[ 0, -1]]
,
[[ 0, -1 ],[ 1, 0]]
,
[[ 0, 1 ],[ -1, 0]]
,
[[ 1, 0 ],[ 0, 1]]
]),
BoundaryImage := rec(
ListIFace:=[ 4, 5],
 ListSign := [-1,1],
ListElt := [IdentityMat(2), IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -x - 1, 4 ],[ 1, x]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ -x, 4 ],[ 1, x + 1]]
,
[[ x, -4 ],[ -1, -x - 1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, -4 ],[ -1, -x]]
]),
TheRotSubgroup := Group([
[[ -x - 1, 4 ],[ 1, x]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ -x, 4 ],[ 1, x + 1]]
,
[[ x, -4 ],[ -1, -x - 1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, -4 ],[ -1, -x]]
]),
BoundaryImage := rec(
ListIFace:=[ 1, 6],
 ListSign := [-1,1],
ListElt := [[[ -x - 1, -1 ],[ 1, 0]], IdentityMat(2)])
),
rec( TheMatrixStab := Group([
[[ -x - 1, 2 ],[ 2, x]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ -x, 2 ],[ 2, x + 1]]
,
[[ x, -2 ],[ -2, -x - 1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, -2 ],[ -2, -x]]
]),
TheRotSubgroup := Group([
[[ -x - 1, 2 ],[ 2, x]]
,
[[ -1, 0 ],[ 0, -1]]
,
[[ -x, 2 ],[ 2, x + 1]]
,
[[ x, -2 ],[ -2, -x - 1]]
,
[[ 1, 0 ],[ 0, 1]]
,
[[ x + 1, -2 ],[ -2, -x]]
]),
BoundaryImage := rec(
ListIFace:=[ 5, 6],
 ListSign := [-1,1],
ListElt := [IdentityMat(2), IdentityMat(2)])
),
],
[
rec( TheMatrixStab := Group([-IdentityMat(2)]),
TheRotSubgroup := Group([-IdentityMat(2)]),
BoundaryImage := rec(
ListIFace:=[ 
6
,
1
,
2
,
7
], ListSign := [
1
, 
1
, 
1
, 
-1
 ],
ListElt := [
IdentityMat(2)
, 
IdentityMat(2)
, 
IdentityMat(2)
, 
IdentityMat(2)
]))
, 
rec( TheMatrixStab := Group([-IdentityMat(2)]),
TheRotSubgroup := Group([-IdentityMat(2)]),
BoundaryImage := rec(
ListIFace:=[ 
8
,
5
,
4
,
2
], ListSign := [
1
, 
-1
, 
-1
, 
1
 ],
ListElt := [
IdentityMat(2)
, 
IdentityMat(2)
, 
IdentityMat(2)
, 
[[ -x - 1, -1 ],[ 1, 0]]
]))
, 
rec( TheMatrixStab := Group([-IdentityMat(2)]),
TheRotSubgroup := Group([-IdentityMat(2)]),
BoundaryImage := rec(
ListIFace:=[ 
6
,
5
,
9
,
3
], ListSign := [
-1
, 
1
, 
-1
, 
1
 ],
ListElt := [
IdentityMat(2)
, 
IdentityMat(2)
, 
IdentityMat(2)
, 
IdentityMat(2)
]))
],
];

if IsBound(HAP_GCOMPLEX_SETUP[2]) then x:=HAP_GCOMPLEX_SETUP[2];
else Unbind(x); fi;
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all in one place.
