<summary> Contains information about vertices such as position, normal, texture coordinate and color. </summary>

<summary> An orthographic camera. </summary>

<summary> Singleton implementation of an application and the main entry for the whole application. </summary>

<summary> A camera base class. </summary>

<summary> A test scene with a Cornell box and a flying light (emissive) ball. </summary>

<summary> A scene with a specular dragon and a ceiling lamp. </summary>

https://www.opengl.org/wiki/Framebuffer_Object_Examples <summary> An FBO. Manages important OpenGL calls. </summary>

<summary> A first person controller that can be attached to a camera. </summary>

<summary> First person template scene. </summary>

<summary> A refractive cone test scene. </summary>

<summary> A graphical context used for rendering. </summary>

<summary> Represents a material that references a gl program, textures and settings. </summary>

<summary> Represents a setting for a material that can be used along with voxel cone tracing GI. </summary>

<summary> Manages all loaded materials and shader programs. </summary>

<summary> Represents a basic mesh with OpenGL related attributes (vertex data, indices), and variables (VAO, VAO, and EBO identifiers). </summary>

<summary> A renderer that can be used to render a mesh. </summary>

<summary> A scene with multiple different objects. </summary>

<summary> A perspective camera. </summary>

<summary> A simple point light. </summary>

<summary> The scene represents a 3D world populated with renderers, cameras and lights. </summary>

<summary> Represents a shader program. </summary>

<summary> A 'concatenation' of several meshes. </summary>

<summary> A 2D texture wrapper class. Handles important OpenGL calls. </summary>

<summary> A 3D texture wrapper class. Handles important OpenGL calls. </summary>

<summary> Represents a transform: rotation, position and scale. </summary>