Paramètres
- 1209pages
- 43 heures de lecture
En savoir plus sur le livre
Índice: 1-Introduction. 2-Introduction to 2D Graphics using WPF. 3-An ancient renderer made modern. 4-A 2D Graphics test bed. 5-An introduction to human visual preception. 6-Introduction to Fixed-Function 3D Graphics and hierarchical modeling. 7-Essential mathematics and the geometry of 2-space and 3-space. 8-A simple way to describe shape in 2D and 3D. 9-Functions on meshes. 10-Transformations in two dimensions. 11-Transformations in three dimiensions. 12-A 2D and 3D tranformation library for graphics. 13-Camera specifications and transformations. 14-Standard approximations and representations. 15-Ray casting and rasterization. 16-Survey of real-time 3D graphics platforms. 17-Image representation and manipulation. 18-Images and signal processing. 19-Enlarging and shrinking images. 20-Textures and texture mapping. 21-Interaction techniques. 22-Splines and subdivision curves. 23-Splines and subdivision surfaces. 24-Implicit representations of shape. 25-Meshes. 26-Light. 27-Materials and scattering. 28-Color. 29-Light transport. 30-Probability and Monte Carlo integration. 31-Computing solutions to the redering equation: theoretical approaches. 32-Rendering in practice. 33-Shaders. 34-Espressive rendering. 35-Motion. 36-Visibility determination. 37-Spatial data structures. 38-Modern graphics hardware.
Achat du livre
Computer Graphics. Principles and Practice, James D. Foley, Andries Van Dam
- Langue
- Année de publication
- 2013
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Modes de paiement
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- Langue
- Anglais
- Auteurs
- James D. Foley, Andries Van Dam
- Éditeur
- Prentice Hall
- Publié
- 2013
- Format
- rigide
- Pages
- 1209
- ISBN13
- 9780321399526
- Séries
- Mots clés
- Nonfiction, Manuels, Technologie & Ingénierie, Manuels et guides, Informatique & Internet, Technologie
- Évaluation
- 4,35 sur 5
- Description
- Índice: 1-Introduction. 2-Introduction to 2D Graphics using WPF. 3-An ancient renderer made modern. 4-A 2D Graphics test bed. 5-An introduction to human visual preception. 6-Introduction to Fixed-Function 3D Graphics and hierarchical modeling. 7-Essential mathematics and the geometry of 2-space and 3-space. 8-A simple way to describe shape in 2D and 3D. 9-Functions on meshes. 10-Transformations in two dimensions. 11-Transformations in three dimiensions. 12-A 2D and 3D tranformation library for graphics. 13-Camera specifications and transformations. 14-Standard approximations and representations. 15-Ray casting and rasterization. 16-Survey of real-time 3D graphics platforms. 17-Image representation and manipulation. 18-Images and signal processing. 19-Enlarging and shrinking images. 20-Textures and texture mapping. 21-Interaction techniques. 22-Splines and subdivision curves. 23-Splines and subdivision surfaces. 24-Implicit representations of shape. 25-Meshes. 26-Light. 27-Materials and scattering. 28-Color. 29-Light transport. 30-Probability and Monte Carlo integration. 31-Computing solutions to the redering equation: theoretical approaches. 32-Rendering in practice. 33-Shaders. 34-Espressive rendering. 35-Motion. 36-Visibility determination. 37-Spatial data structures. 38-Modern graphics hardware.