private void sbStart_Click(object sender, EventArgs e)
{
try
{
GenAlgorithm = new GenAlgorithm(meOutPut, AlgorithmSetting);
meOutPut.Text = "";
GenAlgorithm.Process();
lcCalcTimer.Text = $"Время расчета {GenAlgorithm.FinishTimeAlgorithm}";
PopulationTrack = GenAlgorithm.NumberOfLastGeneneration;
ChangeRangeTrack(PopulationTrack);
rngPopulationTrack.Enabled = true;
rngPopulationTrack.Value = rngPopulationTrack.Properties.Maximum;
ConvertCandidateToSeries(chFunction, 2, GenAlgorithm.AllBestCandidates[PopulationTrack]);
MessageBox.Show($"Наилучшее решение:{GenAlgorithm.GetBestCandidate().DecValue} было найдено за {GenAlgorithm.NumberOfLastGeneneration} поколений");
GenAlgorithm.GetBestCandidate();
}
catch (Exception ex)
{
MessageBox.Show(ex.Message);
}
}
/// <summary>
/// Runs an optimization
/// </summary>
public void Start()
{
// -- 1 -- raised when new generation formed
GenAlgorithm.GenerationRan += (sender, generation) =>
{
Shared.Logger.Trace(generation.Chromosomes.SolutionsToLogOutput("GENERATION RAN"));
};
// -- 2 -- raised when optimization completed
GenAlgorithm.TerminationReached += (sender, population) =>
{
// save all good chromosomes and log the output
ProfitableChromosomes = population.SelectProfitableChromosomes();
Shared.Logger.Trace(ProfitableChromosomes.SolutionsToLogOutput("TERMINATION REACHED"));
};
// launches genetic
GenAlgorithm.Start();
}
IEnumerator generateMaze()
{
// Getting variables from config
rows = PlayerPrefs.GetInt("rows");
cols = PlayerPrefs.GetInt("cols");
alg = (GenAlgorithm)PlayerPrefs.GetInt("alg");
if (PlayerPrefs.GetInt("seed") != 0)
{
Random.InitState(PlayerPrefs.GetInt("seed"));
}
interfaceController.updateSeedDisplay();
// Generating maze
Maze maze = new Maze(mazeCell, rows, cols, alg);
maze.init();
maze.generate();
// Placing winner spot
Vector3 winPosition = maze.getLastCell().transform.position;
winTrigger.position = winPosition;
int side = Mathf.Max(rows, cols);
// Placing Top-Down View Camera
float x = winPosition.x;
float y = 3f * side * 3 / (2 * Mathf.Tan(Mathf.Deg2Rad * cam.fieldOfView));
float z = winPosition.z / 2;
cam.transform.position = new Vector3(winPosition.x / 2, y, z);
// Placing Player
player.transform.position = new Vector3(0, 1.1275f, 0);
player.SetActive(true);
interfaceController.updateGenerationTime();
yield return(null);
}
public void SetComponents(int population, int generations, int pMutation, int pCross, int distype, int pMutIndiv, int pSelection, Bitmap b, int histOption)
{
ga = new GenAlgorithm(population, b, distype, pCross, pMutation, generations, pMutIndiv, pSelection, this, histOption);
}
