public void CalcNextTrajectory()
{
List <PointD> current = new List <PointD>(Traject);
List <PointD> newList = new List <PointD>();
Traject.Clear();
foreach (PointD p in current)
{
Traject = Trajectory(p);
newList.AddRange(Traject);
}
Traject = newList;
}
public override List <PointD> Trajectory(PointD p)
{
Traject.Clear();
decimal startX = p.X;
decimal startY = p.Y;
for (int h = 0; h < multStepPoints && (startX * startX + startY * startY < max_MAG_SQUARED); h++)
{
decimal stX = startX;
startX = startX * startX - startY * startY;
startY = 2 * stX * startY;
Traject.Add(new PointD(startX, startY));
}
return(Traject);
}
public virtual List <PointD> Trajectory(PointD p)
{
Traject.Clear();
decimal startX = p.X;
decimal startY = p.Y;
for (int h = 0; h < multStepPoints && (startX * startX + startY * startY < max_MAG_SQUARED); h++)
{
decimal stX = startX;
startX = 1 - parameters[2] * startX * startX + startY;
startY = parameters[1] * stX;
Traject.Add(new PointD(startX, startY));
}
return(Traject);
}
public void InitTrajectory(PointD p)
{
Traject.Clear();
decimal radiusX = (xMax - XMin) / 200;
decimal radiusY = (YMax - yMin) / 100;
double alpha = 0;
int totalPoints = initionalDots;
for (int c = 0; c < totalPoints; c++)
{
decimal dx = radiusX * (decimal)Math.Sin(alpha);
decimal dy = radiusY * (decimal)Math.Cos(alpha);
decimal x = p.X - dx;
decimal y = p.Y - dy;
PointD newP = new PointD(x, y);
Traject.Add(newP);
alpha += 2 * Math.PI / totalPoints;
}
}
