Digital Tutors - Complex Surface Modeling in Rhino

1. 01. Introduction and project overview.mp46.75MB
2. 02. Setting up our file.mp441.82MB
3. 03. Creating our plywood chair shell.mp461.38MB
4. 04. Beginning the cushion surfaces.mp458.17MB
5. 05. Setting up wire frames for our headrest.mp455.49MB
6. 06. Completing our profile curves.mp456.11MB
7. 07. Deforming the headrest cushion.mp457.68MB
8. 08. Customizing folds and creases on our headrest.mp461.49MB
9. 09. Implementing piping and stitching.mp459.36MB
10. 10. Forming profile curves for our backrest.mp451.73MB
11. 11. Generating the backrest initial cushion.mp446.17MB
12. 12. Deforming the backrest cushion.mp455.8MB
13. 13. Completing the backrest.mp456.17MB
14. 14. Laying out our armrest curves.mp448.35MB
15. 15. Building the armrest support plate.mp449.53MB
16. 16. Constructing the armrest surface.mp439.85MB
17. 17. Forming the armrest panels.mp459.93MB
18. 18. Adding piping, stitching and hardware.mp458.16MB
19. 19. Adjusting the armrest positioning.mp453.22MB
20. 20. Producing the feet and base.mp444.06MB
21. 21. Developing the star base.mp450.18MB
22. 22. Executing the chair spider base geometry.mp451.67MB
23. 23. Working on the chair spider base.mp448.13MB
24. 24. Completing the chair spider base.mp462.91MB
25. 25. Beginning the ottoman bases.mp447.65MB
26. 26. Finishing the ottoman bases.mp448.05MB
27. 27. Finalizing the ottoman hardware.mp458.68MB
28. 28. Adding the headrest connection hardware.mp461.67MB
29. Complex Surface Modeling in Rhino.zip1.43GB