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CSE325 Computers and Sculpture

CSE325 Computers and Sculpture. Prof. George Hart. Knots and Surfaces. Good Reference: Colin Adams, The Knot Book Free Software: SeifertView KnotPlot Links: http://www.popmath.org.uk/exhib/knotexhib.html http://www.math.sunysb.edu/~tony/whatsnew/column/knots-0499/knots1.html

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CSE325 Computers and Sculpture

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  1. CSE325 Computersand Sculpture Prof. George Hart

  2. Knots and Surfaces • Good Reference: • Colin Adams, The Knot Book • Free Software: • SeifertView • KnotPlot • Links: • http://www.popmath.org.uk/exhib/knotexhib.html • http://www.math.sunysb.edu/~tony/whatsnew/column/knots-0499/knots1.html • http://www.earlham.edu/~peters/knotlink.htm

  3. Shinkichi Tajiri

  4. Joern Hansen

  5. Jacqueline Piatigorsky

  6. John Robinson

  7. Keizo Ushio

  8. Tom Longtin

  9. Brent Collins

  10. Brent Collins

  11. Brent Collins

  12. Knot Divided Stan Wagon, Dan Schwalb, Carlo Sequin, John Sullivan, Richard Seely

  13. John Robinson

  14. Celtic Knot on Tile

  15. Celtic Knot on Egg

  16. Bob Bosch

  17. Helaman Ferguson

  18. Helaman Ferguson

  19. Max Bill

  20. Tom Longtin

  21. Charles Perry

  22. Rinus Roelofs

  23. Jeff Koons

  24. Stewart Dickson

  25. Rinus Roelofs

  26. Torolf Sauermann

  27. Torolf Sauermann

  28. Torolf Sauermann

  29. Torolf Sauermann

  30. SeifertView Software

  31. SeifertView Software http://www.win.tue.nl/~vanwijk/seifertview/ Experimental version which saves a mesh file: http://www.win.tue.nl/~vanwijk/seifertview/seifertview1.1.exe (See “Misc.” and the “Advanced” button. It outputs an .obj file, which you can convert to .stl or .dxf, import it into Maya, and thicken the single-sided surface to contain a volume.)

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