class Darwin
{
public:
    Population activePopulation;
    Darwin();
    ~Darwin();
#pragma region genome methods

    std::vector<Gene> InitGenes(int topology);
    std::vector<Gene> LoadGenes(int topology);
    std::vector<Gene> ByMutation(Population source);
    std::vector<Gene> ByCrossover(Population mother, Population father);

#pragma endregion

#pragma region population methods

    void InitPopulation(int popSize);
    Population InitNewPopulation(int popSize);
    void LoadPopulation(int popSize);
    Gene SelectGenome(Population pop);
    void RecalculatePopulationFitness(Population pop); //klar
    void EvolvePopulation(Population elites);
#pragma endregion

#pragma region get genomes

    Population GetActivePopulation();
    int GetGeneration();
    std::string GetGenerationString(Population pop);
    Gene GetBestGenome(Population pop);
    Gene GetWorstGenome(Population pop);
#pragma endregion
    const int layerGeneCount[4] = { 7, 12, 12, 12 };
private:
    HelperFuncs* hf;
    int generations = 0;
};