OptFrame: OptFrame/Heuristic/EvolutionaryAlgorithms/Selection.hpp Source File

00001 #ifndef SELECTION_HPP_
00002 #define SELECTION_HPP_
00003 
00004 #include "../../Population.hpp"
00005 
00006 template<class R, class M>
00007 class Selection
00008 {
00009    //private:
00010 protected:
00011 
00012    typedef Solution<R> chromossome;
00013    //typedef vector<chromossome*> Population;
00014    typedef vector<Evaluation<M>*> FitnessValues;
00015 
00016    //Population * population;
00017    //FitnessValues * fitnessValues;
00018 
00019 public:
00020 
00021    //virtual pair<chromossome&, chromossome&>& select(Population& p, FitnessValues& fv) = 0;
00022 
00023    //virtual pair<chromossome&, chromossome&> select(Population& p, FitnessValues& fv) = 0;
00024 
00025    /*
00026     virtual Population&
00027     select(Population& currentPopulation, FitnessValues& fv_crrtPop,
00028     Population& intermediatePopulation, FitnessValues& fv_intPop) = 0;
00029     */
00030 
00031    /*
00032     virtual Population&
00033     select(unsigned populationSize, Population& currentPopulation, FitnessValues& fv_crrtPop,
00034     Population& intermediatePopulation, FitnessValues& fv_intPop) = 0;
00035     */
00036 
00037    /*
00038     virtual Population<R>&
00039     select(unsigned populationSize, Population<R>& currentPopulation, FitnessValues& fv_crrtPop,
00040     Population<R>& intermediatePopulation, FitnessValues& fv_intPop) = 0;
00041     */
00042 
00043    /*
00044     virtual Population<R>&
00045     select(const Population<R>& currentPopulation, const FitnessValues& fv_crrtPop,
00046     const Population<R>& intermediatePopulation, const FitnessValues& fv_intPop) const = 0;
00047     */
00048 
00049    virtual Population<R>&
00050    select(const Population<R>& currentPopulation, const FitnessValues& fv_crrtPop,
00051          const Population<R>& intermediatePopulation, const FitnessValues& fv_intPop, const unsigned elitist_chrm_nb) const = 0;
00052 
00053 };
00054 
00055 #endif /* SELECTION_HPP_ */