/// <summary>
/// Attempts to add a 3D point to the grid with the specified position and radius.
/// </summary>
/// <param name="Position">The position of the particle to add</param>
/// <param name="Radius">The radius of the particle to add</param>
public void VG_AddPoint3D(Vector Position, double Radius)
{
//If the capacity is too low, we need to return
if (Position.Capacity < 3) return;
//If we are in point mode:
if (((VG_Series)(this.Series[0])).VG_PointMode)
{
//We don't care about size
Vector PerspectivePosition = VG_ProjectTo2D(Position);
if (PerspectivePosition == null) return;
VG_Point newpoint = new VG_Point(PerspectivePosition[0], PerspectivePosition[1], ((VG_Series)(this.Series[0])).MarkerSize, true);
this.Series[0].Points.Add(newpoint);
}
else //Otherwise if it is like normal:
{
//Obtain the 2D projected coordinates
Vector Results = VG_ProjectTo2D(Position, Radius);
if (Results == null) return;
Vector PerspectivePosition = new Vector();
PerspectivePosition[0] = Results[0];
PerspectivePosition[1] = Results[1];
//Obtain the size of the particle
double PerspectiveRadius = Results[2];
if (PerspectiveRadius <= 0) return;
//Continue plotting the new perspective particle as if it were 2D
int EffectiveRadius = VG_RadiusToMarkerSize_2D(PerspectiveRadius);
if (EffectiveRadius <= 0) return;
VG_Point newpoint = new VG_Point(PerspectivePosition[0], PerspectivePosition[1], EffectiveRadius, true);
this.Series[0].Points.Add(newpoint);
}
}
/// <summary>
/// Plots the topmost level of particles from a list of particles in 3D
/// </summary>
/// <param name="ParticleList">The list of particles to plot</param>
public void VG_PlotList_3D(List<Physics.Particle> ParticleList)
{
//Clear the top list of particles
this.Series[0].Points.Clear();
//Store all of the VG_Points
List<VG_Point> PointList = new List<VG_Point>();
//If we are in point mode:
if (((VG_Series)(this.Series[0])).VG_PointMode)
{
//For each particle:
Parallel.ForEach(ParticleList, P =>
{
//We don't care about size
Vector PerspectivePosition = VG_ProjectTo2D(P.Position);
if (PerspectivePosition == null) return;
VG_Point newpoint = new VG_Point(PerspectivePosition[0], PerspectivePosition[1], ((VG_Series)(this.Series[0])).MarkerSize, true);
lock (PointList)
{
PointList.Add(newpoint);
}
});
}
else //Otherwise if we aren't in point mode:
{
//For each particle:
Parallel.ForEach(ParticleList, P =>
{
//Obtain the 2D projected coordinates
Vector Results = VG_ProjectTo2D(P.Position, P.Radius);
if (Results == null) return;
Vector PerspectivePosition = new Vector();
PerspectivePosition[0] = Results[0];
PerspectivePosition[1] = Results[1];
//Obtain the size of the particle
double PerspectiveRadius = Results[2];
if (PerspectiveRadius <= 0) return;
//Continue plotting the new perspective particle as if it were 2D
int EffectiveRadius = VG_RadiusToMarkerSize_2D(PerspectiveRadius);
if (EffectiveRadius <= 0) return;
VG_Point newpoint = new VG_Point(PerspectivePosition[0], PerspectivePosition[1], EffectiveRadius, true);
lock (PointList)
{
PointList.Add(newpoint);
}
});
}
foreach (VG_Point x in PointList)
{
this.Series[0].Points.Add(x);
}
}
/// <summary>
/// Attempts to add a 2D point to the grid with the specified position and radius.
/// </summary>
/// <param name="Position">The position of the particle to add</param>
/// <param name="Radius">The radius of the particle to add</param>
public void VG_AddPoint2D(Vector Position, double Radius)
{
//If the capacity is too low, we need to return
if (Position.Capacity < 2) return;
//If we are in point mode:
if (((VG_Series)(this.Series[0])).VG_PointMode)
{
VG_Point newpoint = new VG_Point(Position[this.VG_XIndex], Position[this.VG_YIndex], ((VG_Series)(this.Series[0])).MarkerSize, false);
this.Series[0].Points.Add(newpoint);
}
else //Otherwise plot it like normal:
{
int EffectiveRadius = VG_RadiusToMarkerSize_2D(Radius);
VG_Point newpoint = new VG_Point(Position[this.VG_XIndex], Position[this.VG_YIndex], EffectiveRadius, false);
this.Series[0].Points.Add(newpoint);
}
}