Digital Tutors - 3D Rotation with Trackers and Trigonometry in Nuke

1. project_files.zip61.32MB
2. 10. Tweaking our pupil track to fix blinking issues.flv46.56MB
3. 9. Tweaking our tracker transform animation to fix any issues.flv45.5MB
4. 8. Adding a Transform node to offset our rotation.flv44.25MB
5. 21. Fixing the Blink Color Correction and tweaking the tracker.flv42.91MB
6. 22. Making Adjustments to the Motion Blur and Mask.flv42.47MB
7. 7. Using an expression and trigonometry to rotate our sphere.flv42.29MB
8. 17. Creating the spinning pieces.flv39.09MB
9. 2. Setting up the basic 3D Scene.flv38.95MB
10. 4. Comparing Transform to Rotation and starting our track.flv37.62MB
11. 20. Color correcting the back plate with a Primatte node.flv35.87MB
12. 19. Compositing the reflections on top of the elements.flv34.82MB
13. 16. Creating a pulsing overlay using animation and Retime.flv34.29MB
14. 14. Animating the blink bezier.flv34.27MB
15. 12. Tweaking our pupil track to fix twitching and offset issues.flv32.31MB
16. 11. Adding UpDown rotation using a modified expression.flv27.92MB
17. 18. Creating fake illumination on the grid from the spinners.flv26.2MB
18. 6. Understanding how to combine our tracker with trigonometry.flv25.24MB
19. 5. Creating the second and third tracks to figure out rotation.flv20.23MB
20. 13. Creating a Bezier shape for the eye.flv19.79MB
21. 15. Giving color to the Circuit component.flv19.72MB
22. 3. Creating a stable image to build on.flv14.09MB
23. 1. Introduction and Project Overview.flv9.76MB