public GASolverInfo(ChromosomesType chromosomesType, SelectionType selectionType, CrossOverType crossOverType, MutationType mutationType, float mutationRate, int initialPopulationSize, int geneLength, Func <List <int>, double> calcFunc)
{
ChromosomesType = chromosomesType;
SelectionType = selectionType;
CrossOverType = crossOverType;
MutationType = mutationType;
MutationRate = mutationRate;
InitialPopulationSize = initialPopulationSize;
GeneLength = geneLength;
CalcFunc = calcFunc;
}
/// <summary>
/// 設定情報を表示します
/// </summary>
private void DisplaySettingInfo(ChromosomesType cht, SelectionType st, CrossOverType crt, MutationType mt, float mr, int size, int ittr)
{
SettingListBox.Items.Clear();
SettingListBox.Items.Add($"染色体タイプ: {cht}");
SettingListBox.Items.Add($"選択タイプ: {st}");
SettingListBox.Items.Add($"交叉タイプ: {crt}");
SettingListBox.Items.Add($"突然変異タイプ: {mt}");
SettingListBox.Items.Add($"突然変異率: {mr} [%]");
SettingListBox.Items.Add($"個体数: {size}");
SettingListBox.Items.Add($"最大世代数: {ittr}");
}
/// <summary>
/// 遺伝子を生成します
/// </summary>
/// <param name="chromosomesType"></param>
/// <returns></returns>
public static IntegerGene GenerateGene(ChromosomesType chromosomesType, Func <List <int>, double> calcFunc, int geneLength)
{
var gene = new IntegerGene
{
GenerationNum = 0,
CalcFunc = calcFunc,
Fittness = 0,
};
switch (chromosomesType)
{
case ChromosomesType.Binary:
gene.Chromosomes = GenerateBinaryChromosomes(geneLength);
break;
case ChromosomesType.Permutaion:
gene.Chromosomes = GeneratePermutationChromosomes(geneLength);
break;
}
return(gene);
}