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  • Preface
  • The Magma Language
  • Sets, Sequences, and Mappings
  • Basic Rings
  • Matrices and Linear Algebra
  • Lattices and Quadratic Forms
  • Global Fields
  • Local Fields
  • Modules
  • Finite Groups
  • Finitely Presented Groups
  • Algebras
  • Representation Theory
  • Lie Theory
  • Commutative Algebra
  • Algebraic Geometry
  • Arithmetic Geometry
  • Modular Arithmetic Geometry
  • Topology
  • Geometry
  • Combinatorics
  • Coding Theory
  • Optimization
  • References
  • Lie Theory
  • Coxeter Groups
  • Related Structures

Related Structures#

In this section functions for creating other structures from a permutation Coxeter group are briefly listed. See the appropriate chapters of the Handbook for more details.

CoxeterGroup(GrpFP, W): Cat, GrpPermCox -> GrpFPCox#
Presentation(W): GrpPermCox -> GrpFPCox#

The finitely presented group isomorphic to the permutation Coxeter group \(W\). See Chapter Finitely Presented Groups.

ReflectionGroup(W): GrpPermCox -> GrpMat#
CoxeterGroup(GrpMat, W): Cat, GrpPermCox -> GrpFPCox#

The reflection group isomorphic to the Coxeter group \(W\). See Chapter Reflection Groups.

LieAlgebra(W, R): GrpPermCox, Rng -> AlgLie#

The reductive Lie algebra over the ring \(R\) with Weyl group \(W\). If \(W\) is noncrystallographic, an error is flagged. See Section Almost Reductive Lie Algebras.

GroupOfLieType(W, R): GrpPermCox, Rng -> GrpLie#

The group of Lie type over the ring \(R\) with Weyl group \(W\). The roots and coroots of \(W\) must have integral components. See Chapter Groups of Lie Type.

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\(W\)-graphs

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Bibliography

On this page
  • CoxeterGroup(GrpFP, W): Cat, GrpPermCox → GrpFPCox
  • Presentation(W): GrpPermCox → GrpFPCox
  • ReflectionGroup(W): GrpPermCox → GrpMat
  • CoxeterGroup(GrpMat, W): Cat, GrpPermCox → GrpFPCox
  • LieAlgebra(W, R): GrpPermCox, Rng → AlgLie
  • GroupOfLieType(W, R): GrpPermCox, Rng → GrpLie
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