2. Construction Glasses-free 3D Displays

3. Multi-view Rendering using OpenGL

4. Multi-view Interlacing using GLSL

5. Designing Content for Glasses-free 3D Displays

6. Emerging Technology

8. Source DataLight Field Cameras Many researchers/hobbyists have built their own solutions to capture light fields The PointGreyProFusion is one of the few commercially available Stanford MIT PointGreyProFusion Make Magazine

9. Source DataRendering in Matlab and POVRay See Section 2 viewer moves right viewer moves up

10. Source DataRendering in OpenGL Technical details in Section 3 & 4

11. Rendering Tips Accommodation & Object Placement Placing objects farm from the plane of focus is uncomfortable Screen Focal Plane Virtual Object Example in Anaglyph Viewer Displays with limited DOF: objects further from screen plane are blurred

12. Rendering Tips Comfortable Vergence Limit distance of virtual object to viewer Limit rate of change in scene distance Screen Focal Plane <1 m/s for distant objects Kirshnan, V. V., Stark, L. A heuristic model for the human vergence eye movement system, IEEE Trans. BioMed, 1977.

14. Camera distance to most objects change

15. Off axis objects will have different perspective projection

16. Puts ‘infinity’ at axis of rotation

17. Requires user to focus beyond infinity

19. More comfortable behind screen

23. Construction Glasses-free 3D Displays

24. Multi-view Rendering using OpenGL

25. Multi-view Interlacing using GLSL

26. Designing Content for Glasses-free 3D Displays

27. Emerging Technology

28. Q & A and Demonstrations