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See:
Description
| Interface Summary | |
|---|---|
| AbelianGroup | This interface defines an abelian group. |
| AbelianGroup.Member | This interface defines a member of an abelian group. |
| Group | This interface defines a group. |
| Group.Member | This interface defines a member of a group. |
| Monoid | This interface defines a monoid. |
| Monoid.Member | This interface defines a member of a monoid. |
| Semigroup | This interface defines a semigroup. |
| Semigroup.Member | This interface defines a member of a semigroup. |
| Class Summary | |
|---|---|
| CyclicGroup | The CyclicGroup class represents the nth cyclic group. |
| DihedralGroup | The DihedralGroup class represents the nth dihedral group. |
| FiniteGroup | Superclass for finite groups. |
| LieGroup | The LieGroup class provides an encapsulation for Lie groups. |
| QuaternionGroup | The QuaternionGroup class represents the quaternion group. |
| U1 | The U1 class provides an encapsulation for U(1) groups. |
This package contains the interfaces for semigroups, monoids, and groups. The discrete group classes represent elements using a, b, c, e notation (e = identity). The Lie group parent class uses complex square matrices to represent its elements. All Lie group sub-classes override the LieGroup class methods in such a way as to maintain the matrix representation, even though they themselves may use a different representation.
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