Search results for "module:Algorithm::Combinatorics"

Algorithm::Combinatorics - Efficient generation of combinatorial sequences River stage three • 15 direct dependents • 117 total dependents

Algorithm::Combinatorics is an efficient generator of combinatorial sequences. Algorithms are selected from the literature (work in progress, see "REFERENCES"). Iterators do not use recursion, nor stacks, and are written in C. Tuples are generated in...

FXN/Algorithm-Combinatorics-0.27 - 10 Feb 2012 23:00:53 UTC

Algorithm::MasterMind - Framework for algorithms that solve the MasterMind game River stage zero No dependents

Includes common functions used in Mastermind solvers; it should not be used directly, but from derived classes. See examples in Algorithm::MasterMind::Random, for instance....

JMERELO/Algorithm-MasterMind-v0.4.5 - 19 Jul 2012 18:06:25 UTC

Algorithm::MasterMind::Secret - Minimal framework for MM secrets River stage zero No dependents

Basically a string and a hash, caches the string in a hash so that it is faster to check against it in mastermind. This class is heavily optimized for speed, which might result in some inconvenients....

JMERELO/Algorithm-MasterMind-v0.4.5 - 19 Jul 2012 18:06:25 UTC

Algorithm::Evolutionary::Op::Permutation - Per-mutation. Got it? River stage one • 3 direct dependents • 4 total dependents

Class independent permutation operator; any individual that has the "_str" instance variable (like Algorithm::Evolutionary::Individual::String and Algorithm::Evolutionary::Individual::BitString) will have some of its elements swapped. Each string of ...

JMERELO/Algorithm-Evolutionary-0.82.1 - 29 Mar 2021 11:30:17 UTC
4 results (0.028 seconds)