What C# can do for studying Finite Groups, quotient groups, semi-direct products, homomorphisms, automorphisms group, characters table, minimalistic rings and fields manipulations, polynomials factoring, fields extensions and many more...
The current implementation for the simplification of Cyclotomic Field Cnf elements is not efficient, especially for numbers $$\displaystyle A{cnf} = \sum{i \in I} a_i ξ(m)^i$$ where $m$ is not prime.
This inefficiency is causing the process to be slow. Resolving this issue will enable a more effective pretty print for the character table using the trace property of $χ_r (g_i)$.
The current implementation for the simplification of Cyclotomic Field Cnf elements is not efficient, especially for numbers $$\displaystyle A{cnf} = \sum{i \in I} a_i ξ(m)^i$$ where $m$ is not prime.
This inefficiency is causing the process to be slow. Resolving this issue will enable a more effective pretty print for the character table using the trace property of $χ_r (g_i)$.