protected void MultipleTrajectoriesINM()
{
var reader = new TrajectoriesFileReader();
/*
* if (TrajectoryFitness.trajectories != null)
* {
* trajectories = TrajectoryFitness.trajectories;
* VisualiseOptimisation = true;
* return;
* } else
* {
*/
trajectories = reader.CreateFromFile(_view.TrajectoryFile, referencePoint);
//}
/*
* _view.Invoke(delegate { _view.NoiseCalculationCompleted(); });
* return;
*/
// Calculate the noise for each trajectory
temporalGrid = new TemporalGrid();
int counter = 0;
foreach (Trajectory trajectory in trajectories)
{
double percentage = (double)counter / trajectories.Count * 100.0;
ProgressChanged(percentage);
Console.WriteLine("INM " + counter + " started");
//if (counter > 3) { break; }
var INM = new IntegratedNoiseModel(trajectory, trajectory.Aircraft);
INM.CellSize = 125;
INM.MapToLargerGrid(reader.LowerLeftPoint, reader.UpperRightPoint);
INM.MaxDistanceFromAirport(referencePoint.Point, 100000);
INM.IntegrateToCurrentPosition = true;
INM.NoiseMetric = 0;
if (_view.NoiseMetric == 1)
{
INM.NoiseMetric = 1;
}
INM.RunINMFullTrajectory();
Grid grid = INM.TemporalGrid.GetGrid(0);
Console.WriteLine(grid.Data.Length + "x" + grid.Data[0].Length);
grid.ReferencePoint = referencePoint;
temporalGrid.AddGrid(grid);
Console.WriteLine("INM " + counter + " completed");
counter++;
}
GridConverter converter;
switch (_view.NoiseMetric)
{
case 0:
converter = new GridConverter(temporalGrid, GridTransformation.LDEN);
temporalGrid = converter.Transform();
break;
case 1:
converter = new GridConverter(temporalGrid, GridTransformation.SEL);
temporalGrid = converter.Transform();
break;
}
_view.Invoke(delegate { _view.NoiseCalculationCompleted(); });
}