private void TestCATSParam()
{
int dimentionIterator = 2;
int startDimention = 16;
int maxDimention = 64;
int iterationsCount = 100;
int maxCats = 80;
UI_progress.Maximum = (int)(iterationsCount * 3 * 4);
MultipleSolution solution = new MultipleSolution(CSOAlgorithm.Goal.Minimize, iterationsCount);
for (int dimentionIteration = startDimention; dimentionIteration < maxDimention + 1; dimentionIteration *= dimentionIterator) //choose dim
{
for (int curCats = 10; curCats < maxCats; curCats *= 2) //choose SRD
{
CSOAlgorithm algorithm = new CSOAlgorithm
(
dimentionIteration,
curCats,
SMP,
1.2,
CDC,
MR,
C,
MAX_VELOSITY,
SPC,
R,
SOLUTION_SPACE,
CSOAlgorithm.Goal.Minimize
);
for (int i = 0; i < iterationsCount; i++) //Repeat 100tests on dim,SRD
{
UI_progress.PerformStep();
Solution stepSolution = stepSolution = algorithm.RunCSO(ITERATONS, UI_progress, true);
//solution.AddFV(dimentionIteration, stepSolution.BestFV);
//solution.AddVector(dimentionIteration, stepSolution.BestPosition);
solution.AddIterations(dimentionIteration, stepSolution.Iterations);
//solution.AddStepFV(dimentionIteration, i, stepSolution.FitnessValues);
}
}
Logger.LogIt(dimentionIteration + " Finished");
}
}
private void MultyStartProgramm()
{
const int dimentionIteratior = 2;
const int startDimention = 2;
const int maxDimention = 64;
const int iterationsCount = 100;
UI_progress.Maximum = (int)(iterationsCount * (Math.Sqrt(maxDimention)));
//Probably new solution class need to be created
MultipleSolution solution = new MultipleSolution(CSOAlgorithm.Goal.Minimize, iterationsCount);
for (int dimentionIteration = startDimention; dimentionIteration < maxDimention + 1; dimentionIteration *= dimentionIteratior)
{
CSOAlgorithm algorithm = new CSOAlgorithm
(
dimentionIteration,
SWARM_SIZE,
SMP,
SRD,
CDC,
MR,
C,
MAX_VELOSITY,
SPC,
R,
SOLUTION_SPACE,
CSOAlgorithm.Goal.Minimize
);
for (int i = 0; i < iterationsCount; i++)
{
UI_progress.PerformStep();
Solution stepSolution = stepSolution = algorithm.RunCSO(ITERATONS, UI_progress, true);
solution.AddFV(dimentionIteration, stepSolution.BestFV);
solution.AddVector(dimentionIteration, stepSolution.BestPosition);
solution.AddIterations(dimentionIteration, stepSolution.Iterations);
solution.AddStepFV(dimentionIteration, i, stepSolution.FitnessValues);
}
}
Logger.LogIt("+++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++");
for (int dimentionIteration = startDimention; dimentionIteration < maxDimention + 1; dimentionIteration *= dimentionIteratior)
{
Logger.LogIt("DIMENTIONS: " + dimentionIteration);
Logger.LogIt("Лучшее достигнутое значение функции: " + Math.Round(solution.GetBestFV(dimentionIteration), 3));
OutputChart.Series["Best FV"].Points.AddXY(dimentionIteration, solution.GetBestFV(dimentionIteration));
Logger.LogIt("Среднее значение целевой функции: " + Math.Round(solution.GetMedianFV(dimentionIteration), 3));
Logger.LogIt("Среднеквадратическое отклониение: " + Math.Round(solution.GetFVMQD(dimentionIteration), 3));
MedianFVChart.Series["Median FV"].Points.AddXY(dimentionIteration, solution.GetMedianFV(dimentionIteration));
double centerFV = solution.GetMedianFV(dimentionIteration);
double err = solution.GetFVMQD(dimentionIteration);
MedianFVChart.Series["CKO"].Points.AddXY(dimentionIteration, centerFV, centerFV - err, centerFV + err);
MedianFVChart.ChartAreas[0].RecalculateAxesScale();
Logger.LogIt("Лучшая точность локализации: " + Math.Round(solution.GetLocalisationOppraximation(dimentionIteration).Min(), 3));
LocalizationChart.Series["Localisation"].Points.AddXY(dimentionIteration, solution.GetLocalisationOppraximation(dimentionIteration).Min()); //MAX?
Logger.LogIt("Средняя точность локализации: " + Math.Round(solution.GetMedian_dX(dimentionIteration), 3));
Logger.LogIt("Среднеквадратическое отклониение локализации: " + Math.Round(solution.Get_dXMQD(dimentionIteration), 3));
mediandXchart.Series["Avg. localization"].Points.AddXY(dimentionIteration, solution.GetMedian_dX(dimentionIteration));
double centerdX = solution.GetMedian_dX(dimentionIteration);
double errdx = solution.Get_dXMQD(dimentionIteration);
mediandXchart.Series["CKO"].Points.AddXY(dimentionIteration, centerdX, centerdX - errdx, centerdX + errdx);
mediandXchart.ChartAreas[0].RecalculateAxesScale();
Logger.LogIt("Вероятность локализации по F: " + Math.Round(solution.FProbability(dimentionIteration), 3));
fProbabilityChart.Series["L.Probability"].Points.AddXY(dimentionIteration, solution.FProbability(dimentionIteration));
Logger.LogIt("Вероятность локализации по X: " + Math.Round(solution.XProbability(dimentionIteration), 3));
dXProbabilityChart.Series["X.Probability"].Points.AddXY(dimentionIteration, solution.XProbability(dimentionIteration));
Logger.LogIt("Максимальное число итераций: " + solution.MaximumIterations(dimentionIteration));
MaxIterationsChart.Series["Maximum It."].Points.AddXY(dimentionIteration, solution.MaximumIterations(dimentionIteration));
Logger.LogIt("Среднее число итераций: " + solution.AverageIterationNumber(dimentionIteration));
Logger.LogIt("Среднеквадратическое отклониение числа итераций: " + Math.Round(solution.GetMMQD(dimentionIteration), 3));
AverageIterationsChart.Series["Average It."].Points.AddXY(dimentionIteration, solution.AverageIterationNumber(dimentionIteration));
double centerM = solution.AverageIterationNumber(dimentionIteration);
double errM = solution.GetMMQD(dimentionIteration);
AverageIterationsChart.Series["CKO"].Points.AddXY(dimentionIteration, centerM, centerM - errM, centerM + errM);
AverageIterationsChart.ChartAreas[0].RecalculateAxesScale();
int BestIterationId = solution.BestIterationId(dimentionIteration);
string chartId = "M=" + dimentionIteration;
DecreaseFV2_chart.Series[chartId].IsValueShownAsLabel = false;
DecreaseFV2_chart.Series[chartId].MarkerStep = 20;
for (int i = 0; i < solution.dimention_iteration_fvs[dimentionIteration][BestIterationId].Count; i++)
{
DecreaseFV2_chart.Series[chartId].Points.AddXY(i, solution.dimention_iteration_fvs[dimentionIteration][BestIterationId][i]);
}
Logger.LogIt("_______________________________________________________________");
}
OutputChart.Series["Best FV"].SmartLabelStyle.Enabled = true;
OutputChart.ChartAreas[0].AxisX.IsLogarithmic = true;
OutputChart.ChartAreas[0].AxisX.LogarithmBase = 2;
OutputChart.Series["Best FV"].IsValueShownAsLabel = false;
MedianFVChart.ChartAreas[0].AxisX.IsLogarithmic = true;
MedianFVChart.ChartAreas[0].AxisX.LogarithmBase = 2;
MedianFVChart.Series["CKO"]["PixelPointWidth"] = "20";
MedianFVChart.Series["CKO"].Color = Color.Black;
MedianFVChart.Series["Median FV"].IsValueShownAsLabel = false;
LocalizationChart.ChartAreas[0].AxisX.IsLogarithmic = true;
LocalizationChart.ChartAreas[0].AxisX.LogarithmBase = 2;
LocalizationChart.Series["Localisation"].IsValueShownAsLabel = false;
mediandXchart.ChartAreas[0].AxisX.IsLogarithmic = true;
mediandXchart.ChartAreas[0].AxisX.LogarithmBase = 2;
mediandXchart.Series["CKO"]["PixelPointWidth"] = "20";
mediandXchart.Series["CKO"].Color = Color.Black;
mediandXchart.Series["Avg. localization"].IsValueShownAsLabel = false;
fProbabilityChart.ChartAreas[0].AxisX.IsLogarithmic = true;
fProbabilityChart.Series["L.Probability"]["PixelPointWidth"] = "15";
fProbabilityChart.ChartAreas[0].AxisX.LogarithmBase = 2;
fProbabilityChart.ChartAreas[0].AxisY.Maximum = 1;
dXProbabilityChart.ChartAreas[0].AxisX.IsLogarithmic = true;
dXProbabilityChart.ChartAreas[0].AxisX.LogarithmBase = 2;
dXProbabilityChart.ChartAreas[0].AxisY.Maximum = 1;
MaxIterationsChart.ChartAreas[0].AxisX.IsLogarithmic = true;
MaxIterationsChart.ChartAreas[0].AxisX.LogarithmBase = 2;
AverageIterationsChart.ChartAreas[0].AxisX.IsLogarithmic = true;
AverageIterationsChart.ChartAreas[0].AxisX.LogarithmBase = 2;
AverageIterationsChart.Series["CKO"]["PixelPointWidth"] = "20";
AverageIterationsChart.Series["CKO"].Color = Color.Black;
SRD_acc_chart.ChartAreas[0].AxisY.Maximum = 0.01;
}
private void TestSRDParam()
{
int dimentionIterator = 2;
int startDimention = 16;
int maxDimention = 64;
int iterationsCount = 100;
double minSRD = 0.2;
UI_progress.Maximum = (int)(iterationsCount * 3 * 9);
MultipleSolution solution = new MultipleSolution(CSOAlgorithm.Goal.Minimize, iterationsCount);
for (int dimentionIteration = startDimention; dimentionIteration < maxDimention + 1; dimentionIteration *= dimentionIterator) //choose dim
{
for (double curSRD = minSRD; curSRD < 1.8; curSRD += 0.2) //choose SRD
{
CSOAlgorithm algorithm = new CSOAlgorithm
(
dimentionIteration,
SWARM_SIZE,
SMP,
curSRD,
CDC,
MR,
C,
MAX_VELOSITY,
SPC,
R,
SOLUTION_SPACE,
CSOAlgorithm.Goal.Minimize
);
for (int i = 0; i < iterationsCount; i++) //Repeat 100tests on dim,SRD
{
UI_progress.PerformStep();
Solution stepSolution = stepSolution = algorithm.RunCSO(ITERATONS, UI_progress, true);
//solution.AddFV(dimentionIteration, stepSolution.BestFV);
//solution.AddVector(dimentionIteration, stepSolution.BestPosition);
//solution.AddIterations(dimentionIteration, stepSolution.Iterations);
//solution.AddStepFV(dimentionIteration, i, stepSolution.FitnessValues);
solution.AddSRD_FV(dimentionIteration, curSRD, stepSolution.BestFV);
solution.AddSRD_Acc(dimentionIteration, curSRD, stepSolution.functionAccessed);
}
}
Logger.LogIt(dimentionIteration + " Finished");
}
for (int dimentionIteration = startDimention; dimentionIteration < maxDimention + 1; dimentionIteration *= dimentionIterator)
{
Logger.LogIt(dimentionIteration.ToString());
string dimId = "M=" + dimentionIteration;
for (double curSRD = minSRD; curSRD < 1.8; curSRD += 0.2)
{
Logger.LogIt(curSRD.ToString());
Logger.LogIt("Fbest " + solution.GetSRDBestFV(dimentionIteration, curSRD));
Logger.LogIt("Pf " + solution.GetSRD_Probability_F(dimentionIteration, curSRD));
Logger.LogIt("Lavg " + solution.GetSRDAvgAcc(dimentionIteration, curSRD));
SRD_fbest_chart.Series[dimId].Points.AddXY(curSRD, solution.GetSRDBestFV(dimentionIteration, curSRD));
SRD_pf_chart.Series[dimId].Points.AddXY(curSRD, solution.GetSRD_Probability_F(dimentionIteration, curSRD));
SRD_acc_chart.Series[dimId].Points.AddXY(curSRD, solution.GetSRDAvgAcc(dimentionIteration, curSRD));
Logger.LogIt("_______________________________________");
}
}
SRD_pf_chart.ChartAreas[0].AxisY.Maximum = 1;
SRD_pf_chart.ChartAreas[0].AxisX.Minimum = 0;
SRD_acc_chart.ChartAreas[0].AxisX.Minimum = 0;
SRD_fbest_chart.ChartAreas[0].AxisX.Minimum = 0;
}
//Прогонка алгоритма с циклами
private void StartProgramWithCycles()
{
CSOAlgorithm alg = new CSOAlgorithm
(
DIMENTIONS_NUMBER,
SWARM_SIZE,
SMP,
SRD,
CDC,
MR,
C,
MAX_VELOSITY,
SPC,
R,
SOLUTION_SPACE,
CSOAlgorithm.Goal.Minimize
);
for (int i = 0; i < CYCLES; i++)
{
// cycles.Add(alg.RunCSO());
UI_progress.PerformStep();
}
Solution finalSolution = new Solution(DIMENTIONS_NUMBER);
for (int i = 0; i < ITERATONS; i++)
{
double sum = 0;
for (int j = 0; j < CYCLES; j++)
{
double cycleResult = cycles[j].FitnessValues[i];
if (ROUND_ENABLED)
{
if (Math.Abs(cycleResult) < ROUND_BOUNDARY)
{
cycleResult = 0;
}
}
sum += cycleResult;
}
finalSolution.FitnessValues.Add(sum /= CYCLES);
}
int M = cycles.FirstOrDefault().BestPosition.Length;
double[] finPos = new double[M];
foreach (Solution sol in cycles)
{
for (int i = 0; i < sol.BestPosition.Length; i++)
{
double solutionResult = sol.BestPosition[i];
if (ROUND_ENABLED)
{
if (Math.Abs(solutionResult) < ROUND_BOUNDARY)
{
solutionResult = 0;
}
}
finPos[i] += solutionResult;
}
}
Logger.LogIt("Solution vector:");
for (int i = 0; i < M; i++)
{
Logger.LogIt(i + ")" + (finPos[i] /= CYCLES));
}
Logger.LogIt("AVG FV=" + finalSolution.FitnessValues[ITERATONS - 1]);
for (int i = 0; i < finalSolution.FitnessValues.Count; i++)
{
OutputChart.Series["Test"].Points.AddXY(i, finalSolution.FitnessValues[i]);
}
}