private SingletonShapes()
{
ShapeDto m_NewShapes = JsonConvert.DeserializeObject <ShapeDto>(File.ReadAllText(Path.Combine(Environment.CurrentDirectory, TestConstants.SHAPES_FILE_01_PATH)));
m_Shapes.AddRange(m_NewShapes.Hexagons);
m_Shapes.AddRange(m_NewShapes.Stars);
m_Shapes.AddRange(m_NewShapes.Circles);
}
protected override void AddLines()
{
var pen = new Pen(Color.Red, 3);
pen.CustomEndCap = new AdjustableArrowCap(4, 4);
Shapes.AddRange(СonnectLines(pen, new [] { BeginEllipse.GetDown(), InitializationIndex.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new [] { InitializationIndex.GetDown(), Cycle.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new [] { Cycle.GetDown(), CycleBodySum.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new [] { CycleBodySum.GetDown(), CycleBodyIndex.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new []
{
Cycle.GetRight(), new Point(Cycle.GetRight().X + 25, Cycle.GetRight().Y),
new Point(Cycle.GetRight().X + 25, Result.GetUp().Y - 25),
new Point(Result.GetUp().X, Result.GetUp().Y - 25),
Result.GetUp()
}));
Shapes.AddRange(СonnectLines(pen, new []
{
CycleBodyIndex.GetDown(), new Point(CycleBodyIndex.GetDown().X, CycleBodyIndex.GetDown().Y + 25),
new Point(Cycle.GetLeft().X - 25, CycleBodyIndex.GetDown().Y + 25),
new Point(Cycle.GetLeft().X - 25, Cycle.GetLeft().Y),
Cycle.GetLeft()
}));
Shapes.AddRange(СonnectLines(pen, new [] { Result.GetDown(), EndEllipse.GetUp() }));
}
public override void Create()
{
foreach (Node n in Children)
{
Shapes.AddRange(n.Shapes.Select(a => a.Copy()));
}
}
public override void Create()
{
Matrix3D m = new RotateTransform3D(new AxisAngleRotation3D(Axis, Angle)).Value;
foreach (Node n in Children)
{
Shapes.AddRange(n.Shapes.Select(a => a.Copy().ApplyTransform(m)));
}
}
public override void Create()
{
Matrix3D m = new TranslateTransform3D(Translation).Value;
foreach (Node n in Children)
{
Shapes.AddRange(n.Shapes.Select(a => a.Copy().ApplyTransform(m)));
}
}
public virtual void DiscoverShapes()
{
var shapes = Slide.Descendants <DocumentFormat.OpenXml.Presentation.Shape>().Where(s => s.ElementName().ToUpper().StartsWith("DATA:"));
Shapes.AddRange(shapes.Select(s => ShapeElement.Create(s.ElementName().Substring(5).Trim(), s, this)).Where(s => s != null));
var graphicFrames = Slide.Descendants <DocumentFormat.OpenXml.Presentation.GraphicFrame>().Where(s => s.ElementName().ToUpper().StartsWith("DATA:"));
foreach (var item in graphicFrames)
{
string name = item.ElementName().Substring(5).Trim();
if (item.Graphic.GraphicData.FirstElement <Table>() != null)
{
TableElement table = TableElement.Create(name, item, this);
if (table != null)
{
Shapes.Add(table);
}
}
else if (item.Graphic.GraphicData.FirstElement <ChartReference>() != null)
{
ChartElement chart = ChartElement.Create(name, item, this);
if (chart != null)
{
Shapes.Add(chart);
}
}
}
var paragraphs = Slide.Descendants <Paragraph>();
foreach (var item in paragraphs)
{
if (!item.Ancestors <Table>().Any())
{
if (textTagRegex.Match(item.InnerText).Success)
{
foreach (Match match in textTagRegex.Matches(item.InnerText))
{
McKinsey.PowerPointGenerator.Elements.TextElement text = McKinsey.PowerPointGenerator.Elements.TextElement.Create(match.Groups["tag"].Value, item, this);
if (text != null)
{
Shapes.Add(text);
}
}
}
}
}
foreach (ShapeElementBase item in Shapes)
{
item.Slide = this;
}
}
public override void Create()
{
if (!Scene.NextStage("Create SplitByRayNode"))
{
Shapes.AddRange(Children.SelectMany(a => a.Shapes).Select(a => a.Copy())); // if not doing this stage, just copy over the none split convexes
return;
}
else if (Scene.IsCurrentStage())
{
Scene.AddDebugLine(RayStart - RayDir * 10, RayStart + RayDir * 10);
}
Shapes.AddRange(Children.SelectMany(a => a.Shapes).Select(a => a.Copy().Split2d(RayStart, RayDir, SplitMode))); //do full copy then split
}
/// <summary>
/// Push power ups, remove out of bounds and add generated
/// </summary>
/// <param name="message"></param>
public void Update(MessageDto message)
{
if (message.MessageType != MessageType.PowerUpsUpdate)
{
return;
}
Logging.Instance.Write("Observer: power ups got update", LoggingLevel.Pattern);
ShiftShapes();
if (message.Payload != null)
{
Shapes.AddRange(message.Payload as List <BaseShape>); //Append generated power ups
}
}
public ViewerMainViewModel(IRegionManager regionManager) : base(regionManager)
{
Message = "Viewer Module.";
GoSqlCommand = new DelegateCommand(DoSqlTest);
Equipments.Clear();
List <string> equipments = new List <string>();
for (int i = 0; i < 200; i++)
{
equipments.Add("Inlet");
equipments.Add("Outlet");
equipments.Add("Valve");
equipments.Add("Pipe");
}
Equipments.AddRange(equipments);
List <ShapeViewModelBase> shapes = new List <ShapeViewModelBase>();
for (int i = 0; i < 30; i++)
{
shapes.Add(new InletViewModel()
{
X = (i % 8) * 40 + 5,
Y = (int)(i / 8) * 40 + 5,
Width = 64,
Height = 64,
Angle = 0
});
}
for (int i = 0; i < 5; i++)
{
shapes.Add(new PipeViewModel()
{
X = (i % 8) * 40 + 5,
Y = (int)(i / 8) * 40 + 5 + 300,
Width = 64,
Height = 64,
Angle = 0
});
}
Shapes.AddRange(shapes);
}
protected override void AddLines()
{
var pen = new Pen(Color.Red, 3);
pen.CustomEndCap = new AdjustableArrowCap(4, 4);
Shapes.AddRange(СonnectLines(pen, new [] { BeginEllipse.GetDown(), InitializationIndex.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new [] { InitializationIndex.GetDown(), ShapeSum.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new [] { ShapeSum.GetDown(), ShapeIndex.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new [] { ShapeIndex.GetDown(), ShapeСondition.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new [] { ShapeСondition.GetDown(), Result.GetUp() }));
Shapes.AddRange(СonnectLines(pen, new []
{
ShapeСondition.GetRight(), new Point(ShapeСondition.GetRight().X + 25, ShapeСondition.GetRight().Y),
new Point(ShapeСondition.GetRight().X + 25, ShapeSum.GetRight().Y),
ShapeSum.GetRight()
}));
Shapes.AddRange(СonnectLines(pen, new [] { Result.GetDown(), EndEllipse.GetUp() }));
}
public override void Plot(bool animate = true)
{
if (Visibility != Visibility.Visible)
{
return;
}
var rr = PointRadius < 2.5 ? 2.5 : PointRadius;
foreach (var segment in Values.Points.AsSegments())
{
var s = new List <FrameworkElement>();
if (LineChart.LineType == LineChartLineType.Bezier)
{
s.AddRange(_addSerieAsBezier(segment.Select(x => new Point(
ToDrawMargin(x.X, AxisTags.X), ToDrawMargin(x.Y, AxisTags.Y)))
.ToArray(), animate));
}
if (LineChart.LineType == LineChartLineType.Polyline)
{
s.AddRange(_addSeriesAsPolyline(segment.Select(x => new Point(
ToDrawMargin(x.X, AxisTags.X), ToDrawMargin(x.Y, AxisTags.Y)))
.ToArray(), animate));
}
var hoverableAreas = new List <HoverableShape>();
var f = Chart.GetFormatter(Chart.Invert ? Chart.AxisX : Chart.AxisY);
foreach (var point in segment)
{
var plotPoint = new Point(ToDrawMargin(point.X, AxisTags.X), ToDrawMargin(point.Y, AxisTags.Y));
var e = new Ellipse
{
Width = PointRadius * 2,
Height = PointRadius * 2,
Fill = Stroke,
Stroke = new SolidColorBrush {
Color = Chart.PointHoverColor
},
StrokeThickness = 1,
ClipToBounds = true
};
var r = new Rectangle
{
Fill = Brushes.Transparent,
Width = rr * 2,
Height = rr * 2,
StrokeThickness = 0
};
if (DataLabels)
{
var tb = BuildATextBlock(0);
var t = f(Chart.Invert ? point.X : point.Y);
var ft = new FormattedText(
t,
CultureInfo.CurrentUICulture,
FlowDirection.LeftToRight,
new Typeface(FontFamily, FontStyle, FontWeight, FontStretch), FontSize, Brushes.Black);
tb.Text = t;
Chart.DrawMargin.Children.Add(tb);
Chart.Shapes.Add(tb);
var l = plotPoint.X - ft.Width * .5;
l = l < 0
? 0
: (l + ft.Width > Chart.DrawMargin.Width
? Chart.DrawMargin.Width - ft.Width
: l);
var tp = plotPoint.Y - ft.Height - 5;
tp = tp < 0 ? 0 : tp;
Canvas.SetLeft(tb, l);
Canvas.SetTop(tb, tp);
s.Add(tb);
}
r.MouseEnter += Chart.DataMouseEnter;
r.MouseLeave += Chart.DataMouseLeave;
r.MouseDown += Chart.DataMouseDown;
Canvas.SetLeft(r, plotPoint.X - r.Width / 2);
Canvas.SetTop(r, plotPoint.Y - r.Height / 2);
Panel.SetZIndex(r, int.MaxValue);
Canvas.SetLeft(e, plotPoint.X - e.Width * .5);
Canvas.SetTop(e, plotPoint.Y - e.Height * .5);
Chart.DrawMargin.Children.Add(r);
Chart.DrawMargin.Children.Add(e);
s.Add(e);
s.Add(r);
hoverableAreas.Add(new HoverableShape
{
Series = this,
Shape = r,
Value = point,
Target = e
});
}
Shapes.AddRange(s);
Chart.HoverableShapes.AddRange(hoverableAreas);
}
}
public override void Plot(bool animate = true)
{
//TODO Improve
//we are runing 3 foreach that could maybe be 1
var serie = this;
var xCount = 0;
var points = new List <Point>();
foreach (var d in serie.PrimaryValues)
{
xCount++;
points.Add(new Point(xCount - 1, d));
}
var s = new List <Shape>();
if (_chart.LineType == LineChartLineType.Bezier)
{
s.AddRange(_addSerieAsBezier(points.Select(ToPlotArea).ToArray(), Color,
serie.StrokeThickness, animate));
}
if (_chart.LineType == LineChartLineType.Polyline)
{
s.AddRange(_addSeriesAsPolyline(points.Select(ToPlotArea).ToArray(), Color,
serie.StrokeThickness, animate));
}
var hoverableAreas = new List <HoverableShape>();
if (_chart.Hoverable)
{
foreach (var point in points)
{
var plotPoint = ToPlotArea(point);
var e = new Ellipse
{
Width = serie.PointRadius * 2,
Height = serie.PointRadius * 2,
Fill = new SolidColorBrush {
Color = Color
},
Stroke = new SolidColorBrush {
Color = Chart.PointHoverColor
},
StrokeThickness = 2,
ClipToBounds = true
};
var r = new Rectangle
{
Fill = Brushes.Transparent,
Width = 40,
Height = 40,
StrokeThickness = 0
};
r.MouseEnter += Chart.OnDataMouseEnter;
r.MouseLeave += Chart.OnDataMouseLeave;
Canvas.SetLeft(r, ToPlotArea(point.X, AxisTags.X) - r.Width / 2);
Canvas.SetTop(r, ToPlotArea(point.Y, AxisTags.Y) - r.Height / 2);
Panel.SetZIndex(r, int.MaxValue);
Canvas.SetLeft(e, plotPoint.X - e.Width * .5);
Canvas.SetTop(e, plotPoint.Y - e.Height * .5);
Chart.Canvas.Children.Add(r);
Chart.Canvas.Children.Add(e);
s.Add(e);
hoverableAreas.Add(new HoverableShape
{
Serie = this,
Shape = r,
Value = point,
Target = e
});
}
}
Shapes.AddRange(s);
Chart.HoverableShapes.AddRange(hoverableAreas);
}
public override void Plot(bool animate = true)
{
var points = new List <Point>();
var count = Math.Min(PrimaryValues.Count, SecondaryValues.Count);
for (int index = 0; index < count; index++)
{
var value = new Point(SecondaryValues[index], PrimaryValues[index]);
var point = ToPlotArea(value);
points.Add(point);
var e = new Ellipse
{
Width = PointRadius * 2,
Height = PointRadius * 2,
Fill = Stroke,
Stroke = new SolidColorBrush {
Color = Chart.PointHoverColor
},
StrokeThickness = 2
};
Panel.SetZIndex(e, int.MaxValue - 2);
Canvas.SetLeft(e, point.X - e.Width * .5);
Canvas.SetTop(e, point.Y - e.Height * .5);
Chart.Canvas.Children.Add(e);
if (Chart.Hoverable)
{
var r = new Rectangle
{
Fill = Brushes.Transparent,
Width = 40,
Height = 40,
StrokeThickness = 0
};
r.MouseEnter += Chart.DataMouseEnter;
r.MouseLeave += Chart.DataMouseLeave;
Canvas.SetLeft(r, point.X - r.Width / 2);
Canvas.SetTop(r, point.Y - r.Height / 2);
Panel.SetZIndex(r, int.MaxValue);
Chart.Canvas.Children.Add(r);
Chart.HoverableShapes.Add(new HoverableShape
{
Series = this,
Shape = r,
Target = e,
Value = value
});
}
Shapes.Add(e);
}
var c = Chart as ILine;
if (c == null)
{
return;
}
if (c.LineType == LineChartLineType.Bezier)
{
Shapes.AddRange(_addSerieAsBezier(points.ToArray(), Stroke, StrokeThickness, animate));
}
if (c.LineType == LineChartLineType.Polyline)
{
Shapes.AddRange(_addSeriesAsPolyline(points.ToArray(), Stroke, StrokeThickness, animate));
}
}
public override void Plot(bool animate = true)
{
if (Visibility != Visibility.Visible)
{
return;
}
var rr = PointRadius < 2.5 ? 2.5 : PointRadius;
foreach (var segment in Values.Points.AsSegments())
{
var s = new List <FrameworkElement>();
if (LineChart.LineType == LineChartLineType.Bezier)
{
s.AddRange(_addSerieAsBezier(segment.Select(x => new Point(
ToDrawMargin(x.X, AxisTags.X), ToDrawMargin(x.Y, AxisTags.Y)))
.ToArray(), animate));
}
if (LineChart.LineType == LineChartLineType.Polyline)
{
s.AddRange(_addSeriesAsPolyline(segment.Select(x => new Point(
ToDrawMargin(x.X, AxisTags.X), ToDrawMargin(x.Y, AxisTags.Y)))
.ToArray(), animate));
}
var f = Chart.GetFormatter(Chart.Invert ? Chart.AxisX : Chart.AxisY);
for (int index = 0; index < segment.Count - 1; index++)
{
var chrtP1 = segment[index];
var chrtP2 = segment[index + 1];
var p1 = new Point(ToDrawMargin(chrtP1.X, AxisTags.X), ToDrawMargin(chrtP1.Y, AxisTags.Y));
var p2 = new Point(ToDrawMargin(chrtP2.X, AxisTags.X), ToDrawMargin(chrtP2.Y, AxisTags.Y));
//if (LineChart.LineType == LineChartLineType.Polyline)
// AddLine(p1, p2, animate);
if (DataLabels)
{
AddDataLabel(p1, chrtP1, f);
}
var mark = AddPointMarkup(p1);
AddHoverAndClickShape(rr, p1, chrtP1, mark);
}
if (segment.Count > 0)
{
var lastP = segment[segment.Count - 1];
var lastPp = new Point(ToDrawMargin(lastP.X, AxisTags.X), ToDrawMargin(lastP.Y, AxisTags.Y));
if (DataLabels)
{
AddDataLabel(lastPp, lastP, f);
}
var lastmark = AddPointMarkup(lastPp);
AddHoverAndClickShape(rr, lastPp, lastP, lastmark);
}
Shapes.AddRange(s);
}
}
public StarIcon(Entity entity) : base(entity.GetDataBlob <PositionDB>())
{
StarInfoDB starInfo = entity.GetDataBlob <StarInfoDB>();
_tempK = starInfo.Temperature + 273.15;
var massVol = entity.GetDataBlob <MassVolumeDB>();
_bodyRadiusAU = massVol.Radius;
double calcTemp = GMath.Clamp(_tempK, 1000, 40000);
calcTemp = calcTemp / 100;
//Red
if (calcTemp <= 660)
{
_color.r = 255;
}
else
{
_color.r = (byte)(329.698727446 * Math.Pow(calcTemp - 60, -0.1332047592));
}
//Green
if (calcTemp <= 66)
{
_color.g = (byte)(99.4708025861 * Math.Log(calcTemp) - 161.1195681661);
}
else
{
_color.g = (byte)(288.1221695283 * Math.Pow(calcTemp - 60, -0.0755148492));
}
//Blue
if (calcTemp >= 66)
{
_color.b = 255;
}
else if (calcTemp <= 19)
{
_color.b = 0;
}
else
{
_color.b = (byte)(138.5177312231 * Math.Log(calcTemp - 10) - 305.0447927307);
}
_color.a = 255;
byte spikes = (byte)(starInfo.SpectralType + 4);
float spikeheight = 100;
float spikeDepth = 50;
double arc = (2 * Math.PI) / spikes;
double startAngle = 1.5708 - arc / 2;
List <PointD> shapePoints = new List <PointD>();
for (int i = 0; i < spikes; i++)
{
var a1 = arc * i;
double x1 = (0 * Math.Cos(a1) - spikeheight * Math.Sin(a1));
double y1 = (0 * Math.Sin(a1) + spikeheight * Math.Cos(a1));
var p1 = new PointD()
{
X = x1, Y = y1
};
var a2 = a1 + arc * 0.5;
double x2 = (0 * Math.Cos(a2) - spikeDepth * Math.Sin(a2));
double y2 = (0 * Math.Sin(a2) + spikeDepth * Math.Cos(a2));
var p2 = new PointD()
{
X = x2, Y = y2
};
shapePoints.Add(p1);
shapePoints.Add(p2);
/*
* this was an attempt at making slightly nicer looking stars using an elipsed curve instead of just straight lines. couldnt get it working though
* the idea was make an arc, then rotate it.
* List<SDL.SDL_Point> points = new List<SDL.SDL_Point>();
* points.AddRange(CreatePrimitiveShapes.CreateArc(32, 0, 32 - spikeDepth, 32 + spikeDepth, startAngle, arc, 32)); //32 segments is probilby way overkill maybe adjust this by the camera zoom level?
* //rotate it at i * arc;
* var a = arc * i;
* for (int i2 = 0; i2 < points.Count; i2++)
* {
* int x = (int)(points[i2].x * Math.Cos(a) - points[i2].y * Math.Sin(a));
* int y = (int)(points[i2].x * Math.Sin(a) + points[i2].y * Math.Cos(a));
* points[i2] = new SDL.SDL_Point() { x = x, y = y };
* }
* shapePoints.AddRange(points);
* startAngle += arc;
*/
}
shapePoints.Add(shapePoints[0]); //ensure the last point is the same as the first, so it joins up.
List <Shape> shapes = new List <Shape>();
shapes.Add(new Shape()
{
Color = _color, Points = shapePoints.ToArray()
});
Shapes.AddRange(shapes);
}
public override void Plot(bool animate = true)
{
var s = new List <Shape>();
if (LineChart.LineType == LineChartLineType.Bezier)
{
s.AddRange(_addSerieAsBezier(ChartPoints.Select(x => new Point(
ToPlotArea(x.X, AxisTags.X) + Chart.XOffset, ToPlotArea(x.Y, AxisTags.Y))).ToArray(), animate));
}
if (LineChart.LineType == LineChartLineType.Polyline)
{
s.AddRange(_addSeriesAsPolyline(ChartPoints.Select(x => new Point(
ToPlotArea(x.X, AxisTags.X) + Chart.XOffset, ToPlotArea(x.Y, AxisTags.Y))).ToArray(), animate));
}
var hoverableAreas = new List <HoverableShape>();
if (Chart.Hoverable)
{
foreach (var point in ChartPoints)
{
var plotPoint = ToPlotArea(point);
plotPoint.X += Chart.XOffset;
var e = new Ellipse
{
Width = PointRadius * 2,
Height = PointRadius * 2,
Fill = Stroke,
Stroke = new SolidColorBrush {
Color = Chart.PointHoverColor
},
StrokeThickness = 2,
ClipToBounds = true
};
var r = new Rectangle
{
Fill = Brushes.Transparent,
Width = 40,
Height = 40,
StrokeThickness = 0
};
r.MouseEnter += Chart.DataMouseEnter;
r.MouseLeave += Chart.DataMouseLeave;
Canvas.SetLeft(r, ToPlotArea(point.X, AxisTags.X) - r.Width / 2);
Canvas.SetTop(r, ToPlotArea(point.Y, AxisTags.Y) - r.Height / 2);
Panel.SetZIndex(r, int.MaxValue);
Canvas.SetLeft(e, plotPoint.X - e.Width * .5);
Canvas.SetTop(e, plotPoint.Y - e.Height * .5);
Chart.Canvas.Children.Add(r);
Chart.Canvas.Children.Add(e);
s.Add(e);
hoverableAreas.Add(new HoverableShape
{
Series = this,
Shape = r,
Value = point,
Target = e
});
}
}
Shapes.AddRange(s);
Chart.HoverableShapes.AddRange(hoverableAreas);
}
public override void Create()
{
/*foreach (Node n in Children)
* {
* Shapes.AddRange(n.Shapes.Select(a => a.Copy()));
* }
* return;*/
if (Is3d)
{
}
else
{
Shapes.AddRange(Children[0].Shapes.Select(a => a.Copy()));
Shapes[0].Convexes[0].Faces[0].Split(Shapes[0].Convexes[0].Edges[1], 0.3, Shapes[0].Convexes[0].Edges[3], 0.25);
Shapes[0].Convexes[0].Faces[0].IntegrityCheck();
Shapes[0].Convexes[0].Faces[1].IntegrityCheck();
double closestdist, closestu, closestv;
Point3D raystart = new Point3D(0, 0, 0);
Vector3D raydir = new Vector3D(5, 1, 0);
MathUtils.RayLineResult res = MathUtils.ClosestPointRayLine(out closestdist, out closestu, out closestv, raystart, raydir, Shapes[0].Convexes[0].Edges[1].Vertices[0].Pos, Shapes[0].Convexes[0].Edges[1].Vertices[1].Pos);
Scene.AddDebugLine(raystart - raydir * 10, raystart + raydir * 10);
Scene.AddDebugCross(raystart + raydir * closestu, 0.5);
Scene.AddDebugCross(Shapes[0].Convexes[0].Edges[1].Vertices[0].Pos + Shapes[0].Convexes[0].Edges[1].Offset * closestv, 0.5);
//this'll be the clever algorithm. it takes advantage of the fact that we always maintain:
//- for any given node, none of it's child convexes overlap
//therefore:
//- no node should test it's own convexes against each other
/*
*
* //this is the simplest algorithm - we assume every convex could potentially overlap every other convex
* //and keep iterating until no more splits occur. it works, but involves a lot of unnecessary overlap tests
* Convexes = new List<Convex>();
* foreach (Node n in Children)
* Convexes.AddRange(n.Convexes.Select(a => a.Copy()));
*
* //draw all initial convexes if this is the current stage
* if (!CSGScene.NextStage("Begin union"))
* {
* foreach (Convex c in Convexes)
* c.DebugDraw();
* return;
* }
*
* //now do the iterative splitting
* //loop until no splits done
* bool done_split = true;
* while (done_split)
* {
* //spin over every convex
* done_split = false;
* for (int i = 0; i < Convexes.Count; i++)
* {
* //go over every other convex
* for (int j = i + 1; j < Convexes.Count; j++)
* {
* //get the 2 convexes to compare
* Convex acvx = Convexes[i];
* Convex bcvx = Convexes[j];
*
* //do a clip test
* List<Convex> otherconvexsplit = new List<Convex>();
* Convex overlap = null;
* if (Convex.CalculateClippedConvexes2d(acvx, bcvx, otherconvexsplit, ref overlap))
* {
* //got a split, so remove the convex that was split (cvx a), and re-add the sections
* //that didn't overlap
* Convexes.RemoveAt(i);
* Convexes.AddRange(otherconvexsplit);
* done_split = true;
*
* //if last stage, draw the convex we were splitting and then bail
* if (!CSGScene.NextStage("Done a split"))
* {
* return;
* }
* break;
* }
* }
*
* //break out (so we iterate round again) if a split happened
* if (done_split)
* break;
* }
* }*/
}
}
