public override List <Point> Run(Grid CurrentGrid)
{
base.Run(CurrentGrid);
Iteration -= 0.9;
List <Point> ChangedPoints = new List <Point>();
for (int i = FrontPoints.Count - 1; i >= 0; i--)
{
Point frontalPoint = FrontPoints[i];
if (CurrentGrid.Cells[frontalPoint.X, frontalPoint.Y].Time < Iteration)
{
List <Point> nList = _Neighborhood.GetNeighborhood(frontalPoint.X, frontalPoint.Y, Grid.SizeX, Grid.SizeY)
.Where(v => CurrentGrid.GetCellState(v.X, v.Y) == 0).ToList();
foreach (Point newFrontalPoint in nList)
{
Cell cell = CurrentGrid.Cells[newFrontalPoint.X, newFrontalPoint.Y];
cell.ChangeState(2);
cell.Id = CurrentGrid.Cells[frontalPoint.X, frontalPoint.Y].Id;
cell.OriginPosition = CurrentGrid.Cells[frontalPoint.X, frontalPoint.Y].OriginPosition;
cell.Time = CalculateTime(cell.OriginPosition.X, cell.OriginPosition.Y, newFrontalPoint.X, newFrontalPoint.Y);
ChangedPoints.Add(newFrontalPoint);
}
FrontPoints.AddRange(nList);
CurrentGrid.Cells[frontalPoint.X, frontalPoint.Y].ChangeState(1);
FrontPoints.RemoveAt(i);
Change = true;
ChangedPoints.Add(frontalPoint);
}
}
Change = Change || FrontPoints.Count > 0;
return(ChangedPoints);
}
void CalculateNextGridFromCoordinates(int startX, int startY, int endX, int endY)
{
for (int i = FrontPoints.Count - 1; i >= 0; i--)
{
Point p = FrontPoints[i];
if (CurrentGrid.Cells[p.X, p.Y].Time < Iteration)
{
List <Point> nList = NManager.GetNeighborhood(p.X, p.Y, Grid.SizeX, Grid.SizeY, BoundaryConditions.Fixed)
.Where(v => CurrentGrid.GetCellState(v.X, v.Y) == 0).ToList();
foreach (Point p2 in nList)
{
CurrentGrid.Cells[p2.X, p2.Y].ChangeState(2);
}
FrontPoints.AddRange(nList);
CurrentGrid.Cells[p.X, p.Y].ChangeState(1);
FrontPoints.RemoveAt(i);
NumberOfFreeCells--;
}
}
}
public override List <Point> Setup()
{
base.Setup();
Grid CurrentGrid = GridController.GetInstance().CurrentGrid;
List <Point> OriginPoints = GridController.GetInstance().OriginGrains;
foreach (Point origP in OriginPoints)
{
Cell origCell = CurrentGrid.Cells[origP.X, origP.Y];
var neighborsPoints = _Neighborhood.GetNeighborhood(origP.X, origP.Y, Grid.SizeX, Grid.SizeY)
.Where(p => CurrentGrid.Cells[p.X, p.Y].State == 2 || CurrentGrid.Cells[p.X, p.Y].State == 0);
foreach (Point nP in neighborsPoints)
{
Cell cell = CurrentGrid.Cells[nP.X, nP.Y];
cell.ChangeState(2);
cell.OriginPosition = origCell.OriginPosition;
cell.Id = origCell.Id;
cell.Time = (int)cell.CurrentPosition.DistanceBettwenPoints(cell.OriginPosition);
}
FrontPoints.AddRange(neighborsPoints);
}
return(FrontPoints);
}
public override List <Point> Setup()
{
base.Setup();
GridController gc = GridController.GetInstance();
var Angle = (double)gc.RectRotation;
CosAngle = Math.Cos(Angle * Math.PI / 180.0);
SinAngle = Math.Sin(Angle * Math.PI / 180.0);
FirstSideRatio = (double)gc.RectRatioFirst;
SecondSideRatio = (double)gc.RectRatioSecond;
SideRatio = FirstSideRatio / SecondSideRatio;
YRatio = FirstSideRatio / Math.Max(FirstSideRatio, SecondSideRatio);
XRatio = SecondSideRatio / Math.Max(FirstSideRatio, SecondSideRatio);
Grid CurrentGrid = GridController.GetInstance().CurrentGrid;
List <Point> OriginPoints = GridController.GetInstance().OriginGrains;
foreach (Point origP in OriginPoints)
{
Cell origCell = CurrentGrid.Cells[origP.X, origP.Y];
var neighborsPoints = _Neighborhood.GetNeighborhood(origP.X, origP.Y, Grid.SizeX, Grid.SizeY)
.Where(p => CurrentGrid.Cells[p.X, p.Y].State == 2 || CurrentGrid.Cells[p.X, p.Y].State == 0);
foreach (Point nP in neighborsPoints)
{
Cell cell = CurrentGrid.Cells[nP.X, nP.Y];
cell.ChangeState(2);
cell.OriginPosition = origCell.OriginPosition;
cell.Id = origCell.Id;
cell.Time = CalculateTime(cell.OriginPosition.X, cell.OriginPosition.Y, nP.X, nP.Y);
}
FrontPoints.AddRange(neighborsPoints);
}
return(FrontPoints);
}
