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# Chiral Polytope of Type {6,36}

Regular Cover :{6,36}*1296a with group SmallGroup(1296,812) = C32 ⋊ (((C9 x C4) ⋊ C2) x C2)of order 1296
Rank : 3
Schlafli Type : {6,36}
Rotation Group : SmallGroup(216,54) = ((C9 x C4) ⋊ C2) ⋊ C3 of order 216
Number of vertices, edges, etc : 6, 108, 36
If Aut({6,36}*1296a)=<s0, s1, s2>, then this chiral polytope is ({6,36}*1296a)/N, where
N=<s0*s2*s1*s0*s2*s1*s0*s2*s1*s2*s1*s0*s2*s1*s2*s1*s2*s1*s2*s1*s2*s1*s2*s1*s2*s1*s2*s1> of order 3
Facet : (Regular) 6-gon
Vertex Figure : (Regular) 36-gon
Finitely Presented Group Representation of the Rotation Group(GAP) :
```F := FreeGroup("sig1","sig2");;
sig1 := F.1;;  sig2 := F.2;;
rels := [ sig1^-1*sig2^-1*sig1^-1*sig2^-1, sig1*sig1*sig1*sig1*sig1*sig1, sig1*sig2^-1*sig2^-1*sig1*sig2^-1*sig2^-1,
sig1*sig2^-1*sig1^-1*sig1^-1*sig2^-1*sig1*sig2^-1*sig1*sig1*sig2^-1, sig2^-1*sig1^-1*sig2*sig1^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig1*sig2*sig2*sig1 ];;
rotpoly := F / rels;;

```
Finitely Presented Group Representation of the Rotation Group (Magma) :

```rotpoly<sig1,sig2> := Group< sig1,sig2 | sig1^-1*sig2^-1*sig1^-1*sig2^-1, sig1*sig1*sig1*sig1*sig1*sig1,
sig1*sig2^-1*sig2^-1*sig1*sig2^-1*sig2^-1, sig1*sig2^-1*sig1^-1*sig1^-1*sig2^-1*sig1*sig2^-1*sig1*sig1*sig2^-1,
sig2^-1*sig1^-1*sig2*sig1^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig2^-1*sig1*sig2*sig2*sig1 >;

```