Computing Engineering Unizar 2022-23.
This a continue of a project based in a university assigment to implement a ray tracing from scratch.
This project is licensed under the terms of the GNU General Public License v3.0 (GPLv3). The GPLv3 is a license that guarantees the freedom to share, use, and modify the software, and requires that any derivative works are also distributed under the same terms. A copy of the license can be found in the LICENSE file.
Rendered in 64 hours and 39 minutes. 1920x1080 resolution.
A list of the next moves in the project. Ordered in higher to lower priority:
- Objects:
- Revise intersections methods.
- New primitives:
- Circles.
- Elipsoids.
- (*Note that materials were not tested, even maybe there can be rare bugs) Cones.
- Plane polygons.
- (*Normals are a bit broken) Cylindres.
- Prisms.
- Constructive solid geometry.
- New material coefficients.
- Texturization.
- Normal mapping.
- 3d meshes refactorization:
- 3d meshes sets.
- Operations.
- Shading techniques.
- Export 3d mesh.
- Cameras:
- Depth of field.
- Motion blur.
- Interactive UI:
- A render visual program.
- A new whole debug system.
- Debugger:
- Add a periodically friendly reminder telling you how many time has passed. Maybe show it always.
- Performance techniques:
- Graphics card execution refactorization.
- Multithreading.
- Bounding volume hierarchies.
- Distributed threading.
- Participating media.
- Tone mapping:
- Advanced tone mapping techniques.
- Spectral rendering.
- Bitmap export.
