“1999 Technical Slide Set”, 1999
Title:
- 1999 Technical Slide Set
Year:
- 1999
Conference:
Description:
The SIGGRAPH 99 technical slide set represents the state of the art in computer graphics images. Credits for the 68 slides are printed along with the image. The full color 35mm slide set can be order by calling ACM Member Services at 800-342-6626 in the U.S. and Canada, and + 1-212-626-0500 for the greater New York area and all other countries. Or, email
acmhelp@acm.org. The ACM order number for the technical slide set is 434996, and the price is $33 for ACM SIGGRAPH members and $44 for non-members.
Edited by Michael Bailey
1. Image sequence from an animation of a wall being struck by a wrecking ball James F. O’Brien, Georgia Institute of Technology; Wayne L. Wooten, PIXAR Animation Studios; Jessica K. Hodgins, Georgia Institute of Technology James O’Brien Georgia Institute of Technology GVU Center, College of Computing 80 I Atlantic Drive Atlanta, GA 30332 + 1.770.435.4142 job@acm.org
2. Image from an animation of a wall being struck by a wrecking ball James F. O’Brien, Georgia Institute of Technology; Wayne L. Wooten, PIXAR Animation Studios; Jessica K. Hodgins, Georgia Institute of Technology James O’Brien Georgia Institute of Technology GVU Center, College of Computing 80 I Atlantic Drive Atlanta, GA 30332 + 1.770.435.4142 job@acm.org
3. Shattered glass James F. O’Brien, Georgia Institute of Technology; Wayne L. Wooten, PIXAR Animation Studios; Jessica K. Hodgins, Georgia Institute of Technology James O’Brien Georgia Institute of Technology GVU Center, College of Computing 80 I Atlantic Drive Atlanta, GA 30332 + 1.770.435.4142
4. Broken Bowl James F. O’Brien, Georgia Institute of Technology; Wayne L. Wooten, PIXAR Animation Studios; Jessica K. Hodgins, Georgia Institute of Technology James O’Brien Georgia Institute of Technology GVU Center, College of Computing 80 I Atlantic Drive Atlanta, GA 30332 + 1.770.435.4142 job@acm.org
5. Bowls with different toughness values James F. O’Brien, Georgia Institute of Technology; Wayne L. Wooten, PIXAR Animation Studio ? Jessica K. Hodgins, Georgia Institute of Technology James O’Brien Georgia Institute of Technology GVU Center, College of Computing 80 I Atlantic Drive Atlanta, GA 30332 +I. 770 .435.4142 job@acm.org
6. Comparison of real and simulated bowls James O’Brien, Georgia Institute of Technology; Wayne L. Wooten, PIXAR Animation Studios;Jessica K. Hodgins, Georgia Institute of Technology James O ‘Brien Georgia Institute of Technology GVU Center, College of Computing 80 I Atlantic Drive Atlanta, GA 30332 + 1.770.435.41 4 2 job@acm.org
7. Teapots coated with multilayer films (I) Programmer: Hideki Hirayama, Hiroshima University; Programmer: Yoshiki Yamaji, Hiroshima University; Technical Advisor: Hideo Yamashita, Hiroshima University; Technical Advisor: Yoshimi Monden, Shimane University Kazufumi Kaneda Faculty of Engineering Hiroshima University 1-4-1 Kagamiyama Higashi-hiroshima JP 739-8527 +81.824.2 4.7664 kin@acm.org
8. Teapots coated with multilayer films (2) Programmer: Hideki Hirayama, Hiroshima University; Programmer: Yoshiki Yamaji, Hiroshima University; Technical Advisor: Hideo Yamashita, Hiroshima University; Technical Advisor: Yoshi mi Monden, Shi mane University Kazufumi Kaneda Faculty of Engineering Hiroshima University 1-4 -1 Kagamiyama Higashi-hiroshima JP 739-8527 +81.824.24.7664 kin@acm.org
9. Scherk-Collins Glass Monument Carlo Sequin, UC Berkeley; Greg Ward Larson, SGl; Jane Yen, UC Berkeley Carlo Sequin EECS Department, UCB 639 Soda Hall UC Berkeley Berkeley, CA 94720 + 1. 5 1 0 .642.5103 sequin@cs.berkeley.edu
10. Generating and Color Shading Offset Surfaces Using Distance, Closest-Point and Color Volumes (X-29) David E. Breen and Sean Mauch, California Institute of Technology David Breen Ca ltech Computer Graphics Lab MS 348-74 Pasadena, CA 91 125 + 1.626.395.2866 david@gg.caltech.edu
11. A Level-Set Approach for the Metamorphosis of Solid Models (dart to X-29(1)) David E. Breen, California Institute of Technology; Ross T. Whitaker, University of Tennessee David Breen Caltech Computer Graphics Lab MS 348-74 Pasadena, CA 91 125 + 1.626.395.2866 david@gg.ca ltech.edu
12. A Level-Set Approach for the Metamorphosis of Solid Models (dart to X-29(2)) David E. Breen, California Institute of Technology; Ross T. Whitaker, University of Tennessee David Breen Calte cr Computer Graphics Lab MS 3/8-74 Pasaoena, CA 91 125 + 1.926.395 .2866 david@gg.caltech.edu
13. A Level-Set Approach for the Metamorphosis of Solid Models (mug to chain) David E. Breen, California Institute of Technology; Ross T. Whitaker, University of Tennessee David Breen Caltech Computer Graphics Lab MS 348-74 Pasadena, CA 91 125 + 1.626.395 .2866 david@gg.caltech.edu
14. Generating and Color Shading Offset Surfaces Using Distance, Closest-Point and Color Volumes (CSG Part) David E. Breen and Sean Mauch, California Institute of Technology David Breen Caltech Computer Graphics Lab MS 348-74 Pasadena, CA 91 125 + 1.626.395.2866 david@gg.caltech.edu
15. A Street Corner Just After Sunrise Eihachiro Nakamae, Hiroshima Institute of Technology and Sanei Co.; Xueying Qin, Sanei Co. Xueying Qin Sanei Co. Room 402, 3-13-26 Kagamiyama Higashi-hiroshima JP 739-0046 +81.824.20.0514 qin@sanei.co .jp
16. Compositing Panoramic Scene and CG Images Eihachiro Nakamae, Hiroshima Institute of Technology and Sanei Co.; Xueying Qin, Sanei Co. Xueyi ng Qin Sanei Co. Room 402, 3-13-26 Kagamiyama, Higashi-hiroshima JP 739 -0046 +81.824.20.05 14 qin@sanei.co.jp
17. Construction of a New Bridge Eihachiro Nakamae, Hiroshima Institute of Technology and Sanei Co.; Xueying Qin, Sanei Co. Xueying Qin Sanei Co. Room 402, 3-13-26 Kagamiyama Higashi-hiroshima JP 739-0046 +81 .824 .20.05 14 qin@sanei.co.jp
18. Bunny/Star Implicit Transformation Greg Turk and James O’Brien, Georgia Institute of Technology Greg Turk Georgia Institute of Technology 80 I Atlantic Drive Atlanta, GA 30332 + 1 .404.894.7508 turk@cc.gatech.edu
19. Knot/Fist Shape Transformation Greg Turk and James O’Brien, Georgia Institute of Technology Greg Turk Georgia Institute of Technology 80 I Atlantic Drive Atlanta, GA 30332 + 1 .404.894.7508 turk@cc.gatech.edu
20. Warping Beethoven I Tien-Tsin Wong, Hong Kong University of Science & Technology; Chi-Wing Fu and Pheng- Ann Heng, Chinese University of Hong Kong Tien-Tsin Wong Dept. of Computer Science T he Hong Kong University of Science & Technology Clear Water Bay, Kow loon, Hong Kong HK HKG +852.23587021 ttwong@acm.org
21. Warp the City T ien-Tsin Wong, Hong Kong University of Science & Technology; Chi-Wing Fu and Pheng- Ann Heng, Chinese University of Hong Kong Tien – T sin Wong Dept. of Computer Science T he Hong Kong University of Science & Technology Clear Water Bay, Kowloon, Hong Kong HK HKG +852,23587021 ttwong@acm.org
22. Warping Beethoven II Tien-Tsin Wong, Hong Kong University of Science & Technology; Chi-Wing Fu and Pheng- Ann Heng, Chinese University of Hong Kong Tien-Tsin Wong Dept. of Computer Science The Hong Kong University of Science & Tech- nology Clear Water Bay, Kowloon, Hong Ko ng HK HKG +852.23587021 ttwong@acm.org
23. The 20 Ill us ion of Attic Tien-T sin Wong, Hong Kong University of Science & Technology; Chi-Wi ng Fu and Pheng- Ann Heng, Chinese University of Hong Kong Tien-Tsin Wong Dept. of Computer Science T he Hong Kong University of Science & Technology Clear Water Bay, Kowloon, Hong Kong HK HKG +852.23587021 ttwong@acm.org
24. From Points to Model Fausto Bernardini and Holly Rushmeier, IBM TJ. Watson Research Center Holly Rushmeier IBMT. J. Watson Research Center 30 Saw Mill River Road Hawthorne, NY I 0532 + 1 . 914.784 .7252 holly@watson.ibm.com
25. Reconstructing Michelangelo ‘s Florentine Pieta’ Fausto Bernardini, Joshua Mittleman and Holly Rushmeier, IBM T. J. Watson Research Center Holly Rushmeier IBMT. j. Watson Research Center 30 Saw Mill River Road Hawthorne, NY I 0532 + 1.914.784.7252 holly@watson.ibm.com
26. Soda Can Spherical Mechanism Todd J. Furlong and Judy M. Yance, Iowa Center for Emerging Manufacturing Technology, Iowa State University Judy Vance Iowa State University 2026 Black Engineering Building Ames, IA 500 I I + 1.515.294.9 4 74 jmvance@iastate.edu
27 .Type Map Interaction for Spherical Mechanism Design Todd J. Furlong and Judy M. Yance, Iowa Center for Emerging Manufacturing Technology, Iowa State University Judy Vance Iowa State University 2026 Black Engineering Building Ames, IA 500 I I + 1.515 .294.9474 jmvance@iastate.edu
28. Virtual Factory in the C2 Jason Kelsick and Judy M. Yance, Iowa Center for Emerging Manufacturing Technology, Iowa State University Judy Vance Iowa State University 2026 Black Engineering Building Ames, IA 500 I I + 1.5 1 5 .294.9474 jmvance@iastate.edu
29. Shape Design in a Virtual Environment Michael Ryken and Judy M.Vance, Iowa Center for Emerging Manufacturing Technology. Iowa State University Judy Vance Iowa State University 2026 Black Engineering Building Ames, IA 500 I I + 1.515.294.9474 jmvance@iastate.edu
30. Virtual Prototyping of Construction Equipment in the Cl Sasikumar Kutti and Judy M. Vance, Iowa Center for Emerging Manufacturing Technology, Iowa State University Judy Vance Iowa State University 2026 Black Engineering Building Ames, IA 500 I I + 1.515 .294.9474 jmvance@iastate.edu
31. Interactive Stress Analysis in a Virtual Environment T sung-Pin Yeh and Judy M.Vance, Iowa Center for Emerging Manufacturing Technology, Iowa State University Judy Vance Iowa State University 2026 Black Engineering Building Ames, IA 500 I I + 1.515 .294.9474 jmvance@iastate.edu
32. Detail – Preserving Contrast Reduction using LCIS Method Source radiance map courtesy of Paul Debevec, University of California at Berkeley from his 1997 SIGGRAPH paper. Resu lt shown here computed by Jack Tumblin, Georgia Tech College of Computing and GVU Center, 1999. Jack Tumbl in Georgia Institute of Technology College of Computing Georgia Tech Station Atlanta, GA 30332 + 1.404 .35 1.8792 ccsupjt@cc.gatech.edu
33. Detail-Preserving Contrast Reduction Using LC/S Method Source image courtesy Simon Crone (proposed Burswood Hotel suite refurbishment, 1995). Interior design: T he Marsh Partnership, Perth, Australia. Computer simulation: Lighting Images, Perth, Australia. Copyright 1995, Simon Crone. Results shown here computed by Jack Tumblin, Georgia Tech College of Computing and GVU Center, 1999. Jack Tumblin Georgia Institute of Technology College of Computing Georgia Tech Station Atlanta, GA 30332 + 1.404.35 1.8792 ccsupjt@cc.gatech.edu
34. Animal Morphology Comparison With Panoramas Matthew Hinton, student at Trinity University Matthew Hinton Trinity University 1700 Jackson Keller, #2608 San Antonio. TX 78213 + 1 .210.979.9 112 matthinton@msn.com
35. Tray Table Spherical Mechanism Design Todd J. Furlong and Judy M.Vance, Iowa Center for Emerging Manufacturing Technology, Iowa State University Judy Vance Iowa State University 2026 Black Engineering Building Ames, IA 500 I I + 1.515.294.9474 jmvance@iastate.edu
36. The Notre-Dame of Paris in the Year I 220 AD Carolina Cruz-Neira, Chiu-Shui Chan. John Maves. Timothy Griepp. Hamlin Krewson. Terry Welsh, Shane Wirth, QiYi Sun, Ben Meyer Carolina Cruz-Neira ICEMT Iowa State University 2062 Black Engineering Ames, IA 500 I I + 1.5 15.294.4192 carolina@icemt.iastate.edu
37. The Tempietto by Bramante, with original courtyard design Carolina Cruz-Neira, Chiu-Shui Chan, John Maves, Timothy Griepp, Hamlin Krewson, Terry Welsh, Shane Wirth, QiYi Sun, Ben Meyer Carolina Cruz-Neira ICEMT Iowa State University 2062 Black Engineering Ames, IA 500 I I + 1 .5 I 5.294.4192 carolina@icemt.iastate.e du
38. The Speyer Cathedral of Germany Carolina Cruz-Neira, Chiu-Shui Chan. John Maves. Timothy Griepp, Hamlin Krewson. Terry Welsh, Shane Wirth, QiYi Sun, Ben Meyer Carolina Cruz-Neira ICEMT Iowa State University 2062 Black Engineering Ames, IA 500 I I + 1.515.294.4192 carolina@icemt.iastate.edu
39. A Walk in the Courtyard of the Roman Pantheon Carolina Cruz -Neira, Chiu-Shui Chan, John Maves, Timothy Griepp, Hamlin Krewson, Terry Welsh, Shane Wirth, QiYi Sun, Ben Meyer Carolina Cruz-Ne ira ICEMT Iowa State University 2062 Black Engineering Ames, IA 500 I I + 1.515.294.4192 carolina@icemt.iastate.edu
40. The Power of Presence in Architectural VR: The Pantheon Carolina Cruz-Neira, Chiu-Shui Chan, John Maves. Timothy Griepp, Hamlin Krewson, Terry Welsh, Shane Wirth, QiYi Sun, Ben Meyer Carolina Cruz-Neira ICEMT Iowa State University 2062 Black EngiAeering Ames, IA 500 I I + 1 .515.294.4192 carolina@icemt.iastate.edu
41. germZ Peter Testa, MIT asso- ciate professor; Devyn Weiser and Una-May O’Reilly, MIT Emergent Design Group; Brian P. Clarkson, programmer; Hyung-Jin Kim, programmer. Peter Testa MIT 77 Massachusetts Avenue NS 1-325 Cambridge, MA 02139 + 1.617.258.0254 ptesta@mit.edu
42. Planetary Nebula Jon Genetti and Dave Nadeau, San Diego Supercomputer Center Jon Genetti San Diego Supercomputer Center PO Box 85608 San Diego, CA 92186 + 1.61 9.534.5144 genetti@sdsc.edu
43. Turbulent Sun Jon Genetti and Dave Nadeau, San Diego Supercomputer Center Jon Genetti San Diego Supercomputer Center PO Box 85608 San Diego, CA 92186 +1.619.5341.5144 genetti@sdsc.edu
44. Enhanced L/C Flow Visualization Method V:Verma, D. Kao, A. Pang, UCSC Alex Pang UC Santa Cruz Computer Science Santa Cruz, CA 95064 + 1.408.459.2712 pang@cse.ucsc.edu
45. Unsteady Flow L/C Vi sualization Method I V: Verma, D. Kao, I’ A. Pang, UCSC Alex Pang UC Santa Cruz Computer Science ‘ Santa Cruz, CA 95064 + 1.408.459.2712 pang@cse.ucsc.edu
46. PLIC Flow Visualization Method ‘I.Verma, D. Kao, A. Pang, UCSC Alex Pang UC Santa Cruz Computer Science Santa Cruz, CA 95064 + 1.408.459.2712 pang@cse.ucsc.edu
47. 3D Vortex with Cutting Planes Center of Computational Visualization, University of Texas, led by Prof. Chandrajit Bajaj Chandrajit Bajaj University of Texas Computer Sciences TICAM, Taylor 2.422 Austin, TX 78712 + 1.512.471.5133 bajaj@cs.utexas.edu
48. Structure of Borromean ring topologies Kim Baldridge and Jerry Greenberg, San Diego Supercomputer Center Kim Baldridge San Diego Supercomputer Center PO Box 85608 San Diego, CA 92186 + 1.6 19.534 .5149 kimb@sdsc.edu
49. A Stack of Fullerene Molecules Kim Baldridge and Jerry Greenberg, San Diego Supercomputer Center Kim Baldridge San Diego Supercomputer Center PO Box 85608 San Diego, CA 92186 + 1.619 .534 .5149 kimb@sdsc.edu
50. Porphyrin Structure Kim Baldridge and Jerry Greenberg, San Diego Supercomputer Center Kim Baldridge San Diego Supercomputer Center PO Box 85608 San Diego, CA 92 186 + 1.6 19.534.5 149 kimb@sdsc.edu
51. ChromaDepth- rendered Grid of Phenanthroline Mike Bailey and Kim Baldridge, San Diego Supercomputer Center Mike Bailey San Diego Supercomputer Center PO Box 85608 San Diego, CA 92186 + 1.619.534.5142 mjb@sdsc.edu
52. Direct Volume Rendering of Head Data Chris Johnson University of Utah Dept of Computer Science SO South Campus Central Dr, Room 3440 Salt Lake City, UT 841 12 +1.801.581.7705 crj@cs.utah.edu
53. Direct Volume Rendering of Head Data Chris Johnson University of Utah Dept of Computer Science SO South Campus Central Dr, Room 3440 Salt Lake City, UT 841 12 , + 1.801.581. 7705 crj@cs.utah.e du
54.AII Mapped Out Theresa -Marie Rhyne Lockheed Martin/ EPA Viz Center U.S. EPA Environmental Research Bldg 86 Alexander Drive Research Triangle Park, NC 27709 + 1 .919.54 1.0207 rhyne.theresa@epa.gov
55. Common Place Visualization Theresa Marie Rhyne Lockheed Martin/ EPA Viz Center U.S. EPA Environmental Research Bldg 86 Alexander Drive Research Triangle Park, NC 27709 + 1.919.541.0207 rhyne.theresa@epa.gov
56. Cardialii Currents Chris Johnson University of Utah Dept of Computer Science 50 South Campus Central Dr, Room 3440 Salt Lake City, UT 841 12 +-1.801.581.7705 cr j@cs.utah.edu
57. Inverse EEG Showing Brain Activity Chris Johnson University of Utah Dept of Computer Science 50 South C:ampus Central Dr, Room 3440 Salt Lake City, UT 84112 + 1.801.581.7705 crj@cs.utah.edu
58. Standing on Virtual Ground Theresa Marie Rhyne Lockheed Martin/ EPA Vi;: Center U.S. EPA Environmental Research Bldg 86 Alexander Drive Research Triangle Park, NC 27709 t 1.919.541.0207 rhyne.theresa@epa.gov
59. Unstructured lsocontouring of Glucose Center of Computational Visualization, University of Texas, led by Prof. Chandrajit Bajaj Chandrajit Bajaj University of Texas Computer Sciences TICAM,Taylor 2.422 Austin, TX 78712 + 1.512.471.5 I 33 bajaj@cs .utexas.edu
60. Hydrodynamic Simulation of Oil Through a Reservoir Center of Computational Visualization led by Prof. Chandrajit Bajaj, in collaboration with the oil reservoir simulations by the Center of Subsurface Modeling, led by Prof. Mary Wheeler Chandrajit Bajaj University of Texas Computer Sciences TICAM, Taylor 2.422 Austin, TX 78712 + 1.512.471.5133 bajaj@cs.utexas.edu
61. Surface Permeability Center of Computational Visualization led by Prof. Chandrajit Bajaj, in collaboration with the oil reservoir simulations by the Center of Subsurface Modeling, led by Prof. Mary Wheeler Chandra jit Bajaj University of Texas Computer Sciences TICAM, Taylor 2.422 Austin, TX 78712 + 1.512.471.5133 bajaj@cs.utexas.edu
62. Ribbon Comparison in Flow Visualization V. Verma, D. Kao, A. Pang, UCSC Alex Pang UC Santa Cruz Computer Science Santa Cruz, CA 95064 + 1.408.459.2712 pang@cse.ucsc.edu
63. Single Point Load Boussinesq Problem E. Boring. A. Pang, UCSC Alex Pang UC Sant-a Cruz Computer Science Santa Cruz, CA 95064 + 1.408.459.271 2 pang@cse.ucsc.edu
64. Cylinder with Hemispherical Cap E. Boring, A. Pang, UCSC Alex Pang UC Santa Cruz Computer Science Santa Cruz, CA 95064 + 1.408.459.2712 pange@ese.ucsc.edu
65. Interactively Designing a Weather Visualization Lloyd Treinish IBM Thomas J. Watson Research Center Post Office Box 704 Yorktown Heights, NY 10598 + 1.914.784.5038 lloydt@watson.ibm.com
66. Three-Dimensional Analysis of Weather Observations Lloyd Treinish I BM Thomas J. Watson Research Center Post Office Box 704 Yorktown Heights, NY 10598 + 1.914.784.5038 lloydt@watson.ibm.com
67. The Remnants of Hurricane Mitch Lloyd Treinish IBM Thomas J.Watson Research Center Post Office Box 704 Yorktown Heights, NY 10598 +1.914.784.5038 lloydt@watson.ibm.com
68. Mixed Materials and Density from a Simulation of a Symmetric Shape Charge Lloyd Treinish IBM Thomas J. Watson Research Center Post Office Box 704 Yorktown Heights, NY 10598 +1.914.784.5038 lloydt@watson.ibm.com
Publication Documents:
1999 Technical Slide Set Images:
