Digital Tutors - Complex Surface Modeling in Rhino
File Information:
Magnet LinkFile List:
- Complex Surface Modeling in Rhino.zip 1.43 GB
- 24. Completing the chair spider base.mp4 62.91 MB
- 28. Adding the headrest connection hardware.mp4 61.67 MB
- 08. Customizing folds and creases on our headrest.mp4 61.49 MB
- 03. Creating our plywood chair shell.mp4 61.38 MB
- 17. Forming the armrest panels.mp4 59.93 MB
- 09. Implementing piping and stitching.mp4 59.36 MB
- 27. Finalizing the ottoman hardware.mp4 58.68 MB
- 04. Beginning the cushion surfaces.mp4 58.17 MB
- 18. Adding piping, stitching and hardware.mp4 58.16 MB
- 07. Deforming the headrest cushion.mp4 57.68 MB
- 13. Completing the backrest.mp4 56.17 MB
- 06. Completing our profile curves.mp4 56.11 MB
- 12. Deforming the backrest cushion.mp4 55.80 MB
- 05. Setting up wire frames for our headrest.mp4 55.49 MB
- 19. Adjusting the armrest positioning.mp4 53.22 MB
- 10. Forming profile curves for our backrest.mp4 51.73 MB
- 22. Executing the chair spider base geometry.mp4 51.67 MB
- 21. Developing the star base.mp4 50.18 MB
- 15. Building the armrest support plate.mp4 49.53 MB
- 14. Laying out our armrest curves.mp4 48.35 MB
- 23. Working on the chair spider base.mp4 48.13 MB
- 26. Finishing the ottoman bases.mp4 48.05 MB
- 25. Beginning the ottoman bases.mp4 47.65 MB
- 11. Generating the backrest initial cushion.mp4 46.17 MB
- 20. Producing the feet and base.mp4 44.06 MB
- 02. Setting up our file.mp4 41.82 MB
- 16. Constructing the armrest surface.mp4 39.85 MB
- 01. Introduction and project overview.mp4 6.75 MB
Digital Tutors - Complex Surface Modeling in Rhino
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