Module permutation_rs::group
[−]
[src]
The core of working with groups.
A group is a set G with an associated operation G * G -> G such that
- The operation is associative. I.e. (a * b) * c = a * (b * c) for all a, b, c in G.
- There exist an identity element. I.e. an e in G with e * g = g for all g in G.
- For each element g in G there is an inverse. I.e. an element h in G such that g * h = e, the identity element in G.
Modules
calculation |
A module that provides various group related calculations. |
free |
A free group are the sequence of symbols and their inverses where there are no occurrences of a symbol and its inverse next to each other. |
permutation |
A permutation is a bijection of a set. Together with function composition this forms a group. |
special |
Home for special groups. |
tree |
In order to cut down on exponential growth of words when forming products we are creating the structure of a calculation. When actual calculations need to be done, we can use a morphism to determine the result. |
Structs
BaseStrongGeneratorLevel |
A level in the Schreier-Sims Base Strong generator algorithm. |
Group |
The actual group. |
Morphism |
Morphism maps one Group to the other with respect of the group operation. |
Traits
GroupAction |
A group can act on a set. (See Group Action). |
GroupElement |
The contract for a group element. |