//конструктор
public ExactAlgorithm(ListOfPoints _list_of_points, Color[] _colors, int[,] _graph, int[] _color_array)
{
list_of_points = _list_of_points;
colors = _colors;
graph = _graph;
color_array = _color_array;
count = list_of_points.Count();
}
private void buttonClear_Click(object sender, EventArgs e)
{
pictureBoxGraph.Image = null;
list_of_points_exact = new ListOfPoints();
list_of_points_genetic = new ListOfPoints();
graph = new int[0, 0];
color_array_exact = new int[0];
color_array_genetic = new int[0];
textBoxMinChromaticExact.Clear();
textBoxMinChromaticGenetic.Clear();
textBoxTimeExact.Clear();
textBoxTimeGenetic.Clear();
pictureBoxGenetic.Image = null;
}
public MainForm()
{
InitializeComponent();
graphicsExact = pictureBoxGraph.CreateGraphics();
graphicsGenetic = pictureBoxGenetic.CreateGraphics();
captionHeight = SystemInformation.CaptionHeight;
borderSize = SystemInformation.BorderSize;
list_of_points_exact = new ListOfPoints();
list_of_points_genetic = new ListOfPoints();
graph = new int[0, 0];
radius = 10;
color_array_exact = new int[0];
color_array_genetic = new int[0];
}
//Конструктор генетического алгоритма
public GeneticAlgorithm(ListOfPoints _list_of_points, Color[] _colors, int[,] _graph, int[] _color_array,
int pop_size, int count_of_gen, double mutations)
{
list_of_points = _list_of_points;
colors = _colors;
graph = _graph;
color_array = _color_array;
count = list_of_points.Count();
population_size = pop_size;
count_of_generations = count_of_gen;
mutation_rate = mutations;
population = new ChildOfPopulation[population_size];
}