documentation fixes

README.md

@@ -36,10 +36,10 @@ model.SaveGLB("model.glb");
 
 The framework is divided in two packages:
 
-- __[SharpGLTF.Core](src/SharpGLTF.Core/README.md)__ provides the core glTF2 schema implementation, read & write operations,
-and low level API access to let direct document manipulation.
-- __[SharpGLTF.Toolkit](src/SharpGLTF.Toolkit/README.md)__ provides a high level layer over the Core package, adding convenient
-extensions and utilities to help creating meshes, materials and scenes.
+- __[SharpGLTF.Core](src/SharpGLTF.Core/README.md)__ provides the core glTF2 schema implementation,
+read & write operations, and a low level API for direct document access.
+- __[SharpGLTF.Toolkit](src/SharpGLTF.Toolkit/README.md)__ provides a high level API over the Core
+package, adding convenient extensions and utilities to help creating meshes, materials and scenes.
 
 #### Appendix
 

src/SharpGLTF.Toolkit/Geometry/readme.md

@@ -2,20 +2,20 @@
 
 #### Overview
 
-Creating meshes from scratch accessing directly with `SharpGLTF.Schema2`
+Creating meshes from scratch accessing directly to `SharpGLTF.Schema2`
 namespace API is quite complicated, since it implies creating Buffers,
 Accessors, Primitives and Meshes very carefully.
 
 It's even more complicated if we want to optimize the meshes by arrange
-the vertices in an interleaved layour, or even allowing multiple meshes
+the vertices in an interleaved layout, or even allowing multiple meshes
 to share a Vertex and Index buffer.
 
-As an alternative to filling meshes directly into the glTF schema,
+As an alternative to creating meshes directly into a glTF document,
 SharpGLTF Toolkit provides a MeshBuilder class to simplify mesh creation.
 
 #### Implementation
 
-The most useful class for mesh creation is `class MeshBuilder<TvP, TvM, TvS>`
+The most useful class for mesh creation is `MeshBuilder<TvP, TvM, TvS>`
 where:
 
 - TvP is a Position Vertex Fragment structure.

src/SharpGLTF.Toolkit/README.md

@@ -2,14 +2,17 @@
 
 #### Features
 
-- [x] Scene Evaluation.
-- [ ] GPU Evaluation.
-- [x] Mesh Building utilities.
-- [x] Animation utilities.
-- [x] Material utilities
-- [x] Skinning utilities
-- [ ] Morphing utilities
-- [ ] [Mikktspace](https://github.com/tcoppex/ext-mikktspace) Tangent space calculation. *Help Need*
+- Scene Evaluation.
+- Mesh Building utilities.
+- Material Building utilities
+- Animation extension helpers.
+- Skinning helpers.
+
+#### Roadmap
+
+- Morphing utilities
+- [Mikktspace](https://github.com/tcoppex/ext-mikktspace) Tangent space calculation. *Help Need*
+- GPU Evaluation.
 
 #### Namespaces