Digital Tutors - Complex Surface Modeling in Rhino

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  2. File Size:2.85 GB
  3. Creat Time:2014-11-21
  4. Active Degree:615
  5. Last Active:2025-05-09
  6. File Tags:Digital  Tutors  Complex  Surface  Modeling  in  Rhino  
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File List:

    Digital Tutors - Complex Surface Modeling in Rhino

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