OZONE Meeting SIGGRAPH 2003 mathematics art Carlo H
- Slides: 31
OZONE Meeting, SIGGRAPH 2003 mathematics & art Carlo H. Séquin U. C. Berkeley
I am a Designer, Engineer … CCD Camera, Bell Labs, 1973 RISC chip, Berkeley, 1981 Soda Hall, Berkeley, 1994 “Octa-Gear”, Berkeley, 2000
“Artistic Geometry” The role of the computer in: u the creative process, u aesthetic optimization. Collaboration with…
Virtual Model Making for Mathematically Inspired Sculptures Art-Math'97, SUNY, Albany, 1997. B. Collins “Hyperbolic Hexagon II ”
Closing the Loop straight or twisted
Brent Collins’ Prototyping Process Armature for the "Hyperbolic Heptagon" Mockup for the "Saddle Trefoil" Time-consuming ! (1 -3 weeks)
“Sculpture Generator I”, GUI
V-art Virtual Glass Scherk Tower with Monkey Saddles (Radiance 40 hours) Jane Yen
Art, Math, and Computers BRIDGES’ 98, Winfield KS, July 29, 1998
Virtual Prototyping of Geom. Sculptures Computers & Sculpture, Chicago, 1998. Solar Arch (with Brent Collins)
Collins’ Fabrication Process Layered laminated main shape Wood master pattern for sculpture Example: “Vox Solis”
Slices through “Minimal Trefoil” 50% 30% 23% 10% 45% 27% 20% 5% 35% 25% 15% 2%
Profiled Slice through “Heptoroid” u One thick slice thru sculpture, from which Brent can cut boards and assemble a rough shape. u Traces represent: top and bottom, as well as cuts at 1/4, 1/2, 3/4 of one board.
Emergence of the “Heptoroid” (1) Assembly of the precut boards
Emergence of the “Heptoroid” (2) Forming a continuous smooth edge
Emergence of the “Heptoroid” (3) Smoothing the whole surface
The Finished “Heptoroid” u at Fermi Lab Art Gallery (1998).
Various “Scherk-Collins” Sculptures
Hyper-Sculpture: “Family of 12 Trefoils” W=2 W=1 B=2 B=3 B=4
Computer-Augmented Inspiration ISAMA 99, San Sebastian, 1999. Doubly-wound Scherk-Collins Toroid
“Cohesion” SIGGRAPH’ 2003 Art Gallery
Analogies from 2 D to 3 D: Exercises in Disciplined Creativity BRIDGES, Winfield KS, 1999. 3 D Yin-Yang
Turning Math Models into Sculptures MOSAIC 2000, Seattle, 2000. Triply Twisted Figure-8 Klein Bottle
Symmetries on the Sphere ISIS Symmetry Congress, Sydney, 2001. 60 Butterflies
Viae Globi - Pathways on a Sphere Mathematics and Design, Geelong, 2001.
Sculpture Design Virtual Systems & Multimedia, Berkeley, 2001 Galapagos (version 5), inspired by Brent Collins
3 D Visualization Models of the Regular Polytopes in 4 D BRIDGES_5, Towson MD, 2002. 4 D “ 120 -Cell”
Volution’s Evolution Meeting Alhambra, Granada, 2003
Modular Minimal Surfaces of Increasing Genus, Embedded in a Cube Volution_0 Volution_5
Whirled White Web: Art & Math in Snow-sculpting, Breckenridge, CO, 2003
The Winners 1 st: Canada – B. C. , 2 nd: USA – Minnesota, 3 rd: USA – Breckenridge “… sacred geometry … very intricate … very 21 st century !”
- Siggraph
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- Art 30 dlgs 276/03
- Today meeting or today's meeting
- Proposal kickoff meeting agenda
- What is meeting and types of meeting
- Types of meeting
- How high is the ozone layer
- How do cfcs destroy ozone
- Protective ozone layer
- Ozone composition
- Sop med
- Atmega44
- Protective ozone layer
- Protective ozone layer
- Ozone layer facts
- Ozone blanket
- Lewis structure of co molecule
- Ozone hazard symbol
- Ozone layer depletion effects on humans
- O3 lewis structure molecular geometry
- Ozone lewis structure
- Causes of the ozone depletion
- Ozone layer depletion introduction
- Technic
- Stratospheric ozone depletion
- Philippe odin
- How is total ozone distributed over the globe