private void LoadColumnChartData()
{
Point[] n1Points = GenerateRandomData.GenerateRandomPoints(N1);
List <double> n1Differences = new List <double>();
for (int i = 0; i < n1Points.Length; i++)
{
List <List <Point> > n1Trajectories = GenerateRandomData.GenerateRandomTrajectoriesByStartPoint(Limit, n1Points[i], n1Points);
double edgeValue1 = EdgeValue.GetEdgeValue(n1Points[i].Radius, n1Points[i].Angle);
double difference = GetSolutionByTrajectories(n1Trajectories);
n1Differences.Add(Math.Round(Math.Abs(difference - edgeValue1), 3));
}
double difference1 = GetAverageDifference(n1Differences);
Point[] n2Points = GenerateRandomData.GenerateRandomPoints(N2);
List <double> n2Differences = new List <double>();
for (int i = 0; i < n2Points.Length; i++)
{
List <List <Point> > n2Trajectories = GenerateRandomData.GenerateRandomTrajectoriesByStartPoint(Limit, n2Points[i], n2Points);
double edgeValue2 = EdgeValue.GetEdgeValue(n2Points[i].Radius, n2Points[i].Angle);
double difference = GetSolutionByTrajectories(n2Trajectories);
n2Differences.Add(Math.Abs(difference - edgeValue2));
}
double difference2 = GetAverageDifference(n2Differences);
Point[] n3Points = GenerateRandomData.GenerateRandomPoints(N3);
List <double> n3Differences = new List <double>();
for (int i = 0; i < n3Points.Length; i++)
{
List <List <Point> > n3Trajectories = GenerateRandomData.GenerateRandomTrajectoriesByStartPoint(Limit, n3Points[i], n3Points);
double edgeValue3 = EdgeValue.GetEdgeValue(n3Points[i].Radius, n3Points[i].Angle);
double difference = GetSolutionByTrajectories(n3Trajectories);
n3Differences.Add(Math.Abs(difference - edgeValue3));
}
double difference3 = GetAverageDifference(n3Differences);
Point[] n4Points = GenerateRandomData.GenerateRandomPoints(N4);
List <double> n4Differences = new List <double>();
for (int i = 0; i < n4Points.Length; i++)
{
List <List <Point> > n4Trajectories = GenerateRandomData.GenerateRandomTrajectoriesByStartPoint(Limit, n4Points[i], n4Points);
double edgeValue4 = EdgeValue.GetEdgeValue(n4Points[i].Radius, n4Points[i].Angle);
double difference = GetSolutionByTrajectories(n4Trajectories);
n4Differences.Add(Math.Abs(difference - edgeValue4));
}
double difference4 = GetAverageDifference(n4Differences);
MessageBox.Show(difference1.ToString());
((ColumnSeries)dataChart.Series[0]).ItemsSource = new KeyValuePair <int, double>[]
{
new KeyValuePair <int, double> (N1, difference1),
new KeyValuePair <int, double> (N2, difference2),
new KeyValuePair <int, double> (N3, difference3),
new KeyValuePair <int, double> (N4, difference4)
};
}
private double GetSolutionByTrajectories(List <List <Point> > trajectories)
{
double solution = 0;
foreach (var trajectory in trajectories)
{
Point lastPoint = trajectory.LastOrDefault();
solution += EdgeValue.GetEdgeValue(lastPoint.Radius, lastPoint.Angle);
}
return(solution / trajectories.Count);
}
private void ShowResultsButton_Click(object sender, RoutedEventArgs e)
{
double solution = 0;
foreach (var trajectory in AllTrajectories)
{
Point lastPoint = trajectory.LastOrDefault();
solution += EdgeValue.GetEdgeValue(lastPoint.Radius, lastPoint.Angle);
}
Point firstPoint = AllTrajectories.FirstOrDefault().FirstOrDefault();
double functionValue = EdgeValue.GetEdgeValue(firstPoint.Radius, firstPoint.Angle);
MessageBox.Show(string.Format("Solution: {0} \nFunction: {1}", solution / AllTrajectories.Count, functionValue));
}
