Computer Graphics

* [-] Intro

PART I: modelling 3D structures

** [M] Modelli 3D: intro and properties
** [M] Point Clouds [data structure and operations]
** [G] Vector and Point algebra [recap]
** [M] Meshes [attributes, normals, indexed structures]
* [M] Meshes [processing in brief: simplification & remeshing]
* [M] Meshes [processing in brief: smooth, denoise, clean]
* [M] Meshes [half-edges based structures]
** [M] Meshes: textures & UV mapping.
* [G] Superfici: normals, curvature, smoothness.
** [M] Subdivision surfaces
* [M] Height fields / Range Maps
** [M] Parametric curves [Bézier curves]
* [M] Parametric surfaces [Bézier patches]
* [M] Volumetric models: voxelized [Oct-tree, marching cubes]
* [M] Volumetric models: Implicit models [CSG]
* [M] Volumetric models: polyhedral meshes.
* [M] Modelli 3D: Construction [in brief]
** [M] Modelli 3D: Acquisition. [Range Maps.]

PART II: 3D rendering

* [R] Rendering [intro]
* [R] Ray-tracing [intro]
* [P] GLSL language
* [P] Ray-tracing in GLSL [ray casting of spheres]
** [P] Ray-tracing in GLSL [planes, intersections]
** [P] Ray-tracing in GLSL [shadows, reflections]
** [R] Rasterization [intro to the HW pipeline]
** [G] Spatial transforms [affine transf.]
** [G] Spatial transforms [Rotations and translations]
** [G] Spatial transforms [reference systems]
** [R] Transform Pipeline [Overview. Model matrix]
* [R] Transform Pipeline [View Matrix]
* [R] Transform Pipeline [Projection]
** [P] Rasterization in three.js [hello triangle]
* [R] Rasterization in three.js [meshes]
* [P] Rasterization in three.js [textures]

Legend:

* = 1 hour
[M] Modelling (1st part)
[R] Rendering (2nd part)
[G] Geometry (math)
[P] Programming (2nd part)