Update README.md

Author: Geri-Borbas

README.md

@@ -22,6 +22,7 @@ If you prefer to read example code immediately, you can find example scenes in [
 + [Segment-Segment intersection point](Scenes/README.md/#8-segment-segment-intersection-point)
 + [Polygon offset](Scenes/README.md/#9-polygon-offset)
 + [Multiple polygon centroid](Scenes/README.md/#10-multiple-polygon-centroid)
++ [Polygon triangulation](Scenes/README.md/#11-polygon-triangulation)
 
 ## Model classes
 
@@ -100,6 +101,22 @@ The library uses namespaces heavily. I like to **name things as they are**. An e
 		+ `Path ClipperPath(this Polygon this_, float scale)`
 		+ `Vector2[] PointsFromClipperPath(Path path, float scale)`
 
+* [`TriangleNetAddOns`](AddOns/TriangleNetAddOns.cs)		
+
+	+ Bridges the gap between library `Model.Polygon` objects and `Triangle.NET` models (meshes, voronoi diagrams).
+		+ `TriangleNet.Geometry.Polygon TriangleNetPolygon(this Polygon this_)`
+		+ `Rect Bounds(this TriangleNet.Voronoi.Legacy.SimpleVoronoi this_)`
+		+ `Paths ClipperPathsFromVoronoiRegions(List<TriangleNet.Voronoi.Legacy.VoronoiRegion> voronoiRegions, float scale = 1.0f)`
+		+ `Vector2 VectorFromPoint(TriangleNet.Geometry.Point point)`
+		+ `Vector2[] PointsFromVertices(ICollection<TriangleNet.Geometry.Point> vertices)`
+
+* [`UnityEngineAddOns`](AddOns/UnityEngineAddOns.cs)
+
+	+ Contains a single `Model.Polygon` (yet enormously useful) extension that triangulates the corresponding polygon, and hooks up the result into a `UnityEngine.MeshFilter` component. This is the core functionality embedded into `Source.Mesh` component (see example scene [Polygon triangulation](Scenes/README.md/#11-polygon-triangulation) for more).
+		+ `UnityEngine.Mesh Mesh(this EPPZ.Geometry.Model.Polygon this_, string name = "")`
+		+ `UnityEngine.Mesh Mesh(this EPPZ.Geometry.Model.Polygon this_, TriangulatorType triangulator, string name = "")`
+		+ `UnityEngine.Mesh Mesh(this EPPZ.Geometry.Model.Polygon this_, Color color, TriangulatorType triangulator, string name = "")`
+
 ## License
 
 > Licensed under the [**MIT License**](https://en.wikipedia.org/wiki/MIT_License).

Scenes/11. Polygon triangulation.unity …enes/11. Polygon triangulation (1).unityScenes/11. Polygon triangulation.unity renamed to Scenes/11. Polygon triangulation (1).unity Scenes/11. Polygon triangulation.unity renamed to Scenes/11. Polygon triangulation (1).unity

@@ -14,6 +14,7 @@
 + [Segment-Segment intersection point](#8-segment-segment-intersection-point)
 + [Polygon offset](#9-polygon-offset)
 + [Multiple polygon centroid](#10-multiple-polygon-centroid)
++ [Polygon triangulation](#11-polygon-triangulation)
 
 These test scenes are designed to experience / proof the **eppz! Geometry** library features. Hit play, then manipulate the geometry in Scene window while in game mode (watch out to move the points directly instead their parent container). Every relevant code is in the corresponding `Controller_#.cs`, so you can see **how to use the API**.
 
@@ -168,6 +169,16 @@ centroid.position = Geometry.CentroidOfPolygons(polygons));
 ```
 See [`Controller_10.cs`](Controllers/Controller_10.cs) for the full script context.
 
+## 11. Polygon triangulation
+
+This scene uses a `Source.Mesh` component to simply **triangluate a polygon**. If both `Source.Polygon` and `UnityEngine.MeshFilter` component is present on a `GameObject`, you can use this setup. It uses an extension method `Polygon.Mesh()` that hooks up `Triangle.NET` mesh output into a `UnityEngine.MeshFilter` (with some additional issue resolved regarding self intersecting polygons).
+
+```C#
+// Assign trianglated mesh.
+meshFilter.mesh = polygon.Mesh(color, triangulator);
+```
+See [`Source/Mesh.cs`](Source/Mesh.cs) source for the details.
+
 ## License
 
 > Licensed under the [**MIT License**](https://en.wikipedia.org/wiki/MIT_License).