GPU-Based Lighting and Shadowing of Complex Natural Scenes

Siggraph Poster (Conf. DVD-ROM) - august 2004
Télécharger la publication : forestposter_abstract.pdf [72Ko]   forestposter_final.pdf [883Ko]  

Rendering realistic natural scenes in real-time is a challenging topic in the field of computer graphics. More specifically, we want to render scenes that contain complex shapes bounded in a layer above a surface. Landscapes (e.g., terrain, vegetation) are examples of such scenes. Lightings and shadows are essential elements toward realism because they help understanding shapes. However:

- Using polygonal meshes and classical shadowing algorithms are too costly in terms of computation for complex scenes;

- Adapted algorithms for dedicated representations such height-fields are efficient, but these representations are too limited for our needs (e.g. forest);

- Although more powerful representations like surfels or texels exist, algorithms for quality and efficient lighting and shadowing are not available yet.

Thus, our goal is to propose lighting and shadowing techniques adapted to such representations as well as the GPU.

Images et films

 

Voir aussi

- Other images and results Other images, details and results
- Video (14 Mb, DivX)
- Rendering Forest Scenes in Real-Time
- (In french) Ombrage et illumination pour le rendu 3D de forêts en temps réel
- Florent Cohen, Philippe Decaudin, Fabrice Neyret

Références BibTex

@InProceedings\{CDN04,
  author       = "Cohen, Florent and Decaudin, Philippe and Neyret, Fabrice",
  title        = "GPU-Based Lighting and Shadowing of Complex Natural Scenes",
  booktitle    = "Siggraph Poster (Conf. DVD-ROM)",
  month        = "august",
  year         = "2004",
  note         = "Los Angeles, USA",
  url          = "http://www-evasion.inrialpes.fr/Publications/2004/CDN04"
}

Autres publications dans la base

» Florent Cohen : in lab LJK base , in team EVASION base
» Philippe Decaudin : in lab LJK base , in team EVASION base
» Fabrice Neyret : in lab LJK base , in team EVASION base