public void DrawImages(Graphics g)
{
//foreach (var obj in Circles)
//{
// obj.DrawImages(g);
//}
for (int i = Circles.Count() - 1; i >= 0; i--)
{
Circles[i].DrawImages(g);
}
}
public void BeginGetAll(Func <IMarkGeometry, bool> callback)
{
Parallel.For(0, Points.Count(),
index =>
{
callback(Points[index]);
}
);
Parallel.For(0, Lines.Count(),
index =>
{
callback(Lines[index]);
}
);
Parallel.For(0, Arcs.Count(),
index =>
{
callback(Arcs[index]);
}
);
Parallel.For(0, Circles.Count(),
index =>
{
callback(Circles[index]);
}
);
Parallel.For(0, Paths.Count(),
index =>
{
callback(Paths[index]);
}
);
}
/// <summary>
/// Applies function to all geometries
/// </summary>
/// <param name="function">The function apply to all geometries</param>
public void MapFunc(Func <IMarkGeometry, IMarkGeometry> function)
{
Parallel.For(0, Points.Count(),
index =>
{
Points[index] = function(Points[index]) as MarkGeometryPoint;
}
);
Parallel.For(0, Lines.Count(),
index =>
{
Lines[index] = function(Lines[index]) as MarkGeometryLine;
}
);
Parallel.For(0, Arcs.Count(),
index =>
{
Arcs[index] = function(Arcs[index]) as MarkGeometryArc;
}
);
Parallel.For(0, Circles.Count(),
index =>
{
Circles[index] = function(Circles[index]) as MarkGeometryCircle;
}
);
Parallel.For(0, Paths.Count(),
index =>
{
Paths[index] = function(Paths[index]) as MarkGeometryPath;
}
);
}
public override void SetExtents()
{
Extents.MinX = double.MaxValue;
Extents.MaxX = double.MinValue;
Extents.MinY = double.MaxValue;
Extents.MaxY = double.MinValue;
Extents.MinZ = double.MaxValue;
Extents.MaxZ = double.MinValue;
int[] ns =
{
Points.Count(),
Arcs.Count(),
Circles.Count(),
Lines.Count(),
Paths.Count()
};
int n = GeometricArithmeticModule.Max <int>(ns);
for (int i = 0; i < n; i++)
{
if (i < Points.Count())
{
Extents.MaxX = Math.Max(Extents.MaxX, Points[i].Extents.MaxX);
Extents.MaxY = Math.Max(Extents.MaxY, Points[i].Extents.MaxY);
Extents.MaxZ = Math.Max(Extents.MaxZ, Points[i].Extents.MaxZ);
Extents.MinX = Math.Min(Extents.MinX, Points[i].Extents.MinX);
Extents.MinY = Math.Min(Extents.MinY, Points[i].Extents.MinY);
Extents.MinZ = Math.Min(Extents.MinZ, Points[i].Extents.MinZ);
}
if (i < Arcs.Count())
{
Extents.MaxX = Math.Max(Extents.MaxX, Arcs[i].Extents.MaxX);
Extents.MaxY = Math.Max(Extents.MaxY, Arcs[i].Extents.MaxY);
Extents.MaxZ = Math.Max(Extents.MaxZ, Arcs[i].Extents.MaxZ);
Extents.MinX = Math.Min(Extents.MinX, Arcs[i].Extents.MinX);
Extents.MinY = Math.Min(Extents.MinY, Arcs[i].Extents.MinY);
Extents.MinZ = Math.Min(Extents.MinZ, Arcs[i].Extents.MinZ);
}
if (i < Circles.Count())
{
Extents.MaxX = Math.Max(Extents.MaxX, Circles[i].Extents.MaxX);
Extents.MaxY = Math.Max(Extents.MaxY, Circles[i].Extents.MaxY);
Extents.MaxZ = Math.Max(Extents.MaxZ, Circles[i].Extents.MaxZ);
Extents.MinX = Math.Min(Extents.MinX, Circles[i].Extents.MinX);
Extents.MinY = Math.Min(Extents.MinY, Circles[i].Extents.MinY);
Extents.MinZ = Math.Min(Extents.MinZ, Circles[i].Extents.MinZ);
}
if (i < Lines.Count())
{
Extents.MaxX = Math.Max(Extents.MaxX, Lines[i].Extents.MaxX);
Extents.MaxY = Math.Max(Extents.MaxY, Lines[i].Extents.MaxY);
Extents.MaxZ = Math.Max(Extents.MaxZ, Lines[i].Extents.MaxZ);
Extents.MinX = Math.Min(Extents.MinX, Lines[i].Extents.MinX);
Extents.MinY = Math.Min(Extents.MinY, Lines[i].Extents.MinY);
Extents.MinZ = Math.Min(Extents.MinZ, Lines[i].Extents.MinZ);
}
if (i < Paths.Count())
{
Extents.MaxX = Math.Max(Extents.MaxX, Paths[i].Extents.MaxX);
Extents.MaxY = Math.Max(Extents.MaxY, Paths[i].Extents.MaxY);
Extents.MaxZ = Math.Max(Extents.MaxZ, Paths[i].Extents.MaxZ);
Extents.MinX = Math.Min(Extents.MinX, Paths[i].Extents.MinX);
Extents.MinY = Math.Min(Extents.MinY, Paths[i].Extents.MinY);
Extents.MinZ = Math.Min(Extents.MinZ, Paths[i].Extents.MinZ);
}
}
GridWidth = Extents.MaxX - Extents.MinX;
GridHeight = Extents.MaxY - Extents.MinY;
GridDepth = Extents.MaxZ - Extents.MinZ;
Origin = new MarkGeometryPoint(
Extents.MinX + (0.5 * GridWidth),
Extents.MinY + (0.5 * GridHeight),
Extents.MinZ + (0.5 * GridDepth)
);
}