Undergraduate Students: URAP Fall 2014, Spring 2015
- Eric
Chu,
- Meghana Seshadri:
- "Ribbon/Surface Sculptures" -- Generator for sculptures in
the style of Charles Perry or Eva Hild.
- Young Kim,
- Sean Liu,
- Raymond Shiau:
- "7-Around" -- Assembling a large hyperbolic "disk" from
equilateral triangles.
- Raymond Shiau:
- "Pacioli revisited" -- Correctly modeling and rendering the
RCO in Pacioli's painting.
- Myung-Geun Chi,
- Joong Hwa Lee,
- Kevin Lee,
- Pratham Makhni Alag,
- Qiyin Wu:
- "The Beauty of Knots" -- Modeling mathematical knots with
sweeps and turning them into sculptures.
Undergraduate Students: URAP Spring 2014
- Eric
Chu,
- Alicia Luengo-Kovac:
- "The Beauty of Knots" -- Turning mathematical knots into
sculptures.
- Michelle
Galemmo:
- "Tria-Tubes" -- Extending the LEGO-Knot concept to
triangular cross sections.
- Young Kim,
- Sean Liu:
- "7-Around" -- Assembling a large hyperbolic disk from
equilateral triangles.
- Raymond Shiau:
- "Pacioli revisited" -- Correctly modeling and rendering the
RCO in Pacioli's painting.
Undergraduate Students: URAP Fall 2013
-
Mohini Bariya,
- Tsion
Behailu,
- Lesley Chiang,
- Erik Krogen,
- AlecMouri,
- Eric
(Jingyu) Oh,
- Jane (Jiangzhen) Yu:
- "The Beauty of Knots" -- Turning mathematical knots into
sculptures.
- Michelle
Galemmo:
- "Lego-Knot" -- Creating modular parts to form knotted
sculptures.
- Neil Kumar,
- <Hanyu Zhang>:
- "7-Around" -- Assembling a large hyperbolic disk from
equilateral triangles.
- Raymond Shiau:
- "Pacioli revisited" -- Correctly modeling and rendering the
RCO in Pacioli's painting.
Academic Year 2011/12
James Lee,
Embedding of regular
maps on low-genus surfaces.
Avik Das,
Energy functionals for
gridded surfaces applied to toroid transformations.
Academic Year 2010/11
Kyu Simm,
Extending the capabilities of
Sculpture Generator I.
James Lee,
Mila Nambiar,
Richard Nguyen,
Edmund Ye,
Embedding of regular maps on
low-genus surfaces.
Avik Das,
Victor Huang,
Energy functionals for gridded
surfaces applied to toroid transformations.
Academic Year 2009/10
Anderthan Hsieh,
Esther Hsu,
Michael Ma,
Erica Shen,
Connectivity of sensor
networks..
Alexei Baboulevitch,
Ronald Chan,
Lucas Cheon,
Kerstin Keller,
Arpad Kovacs,
Embedding of regular maps
on low-genus surfaces.
Divya Banesh,
Jacky Chen,
William Wheeler,
Exploring the beauty of knots.
Chetak Hossain,
Constrained token-placement
problems.
Academic Year 2008/09
Ronald Chan,
James Gu,
Lei Huang,
Michael Matloob,
Adrian Marple,
Parth Sagedo,
Dean Shaw,
Pongphat Taptagaporn,
David Wu,
Colin Zhou,
Symmetrical colorings on the
4D regular polytopes.
Azzy Aretskin,
Divya Banesh,
Esther Hsu,
Colin Zhou,
Exploring the beauty of knots.
Chetak Hossain,
Constraint token-placement
problems
Academic Year 2007/08
James Hamlin
Generation of "ribbed" ruled
surface sculptures and models.
Nathan Finney
Escher Tilings on higher-genus
surfaces.
Albert Chae
Recursive Knot Sculptures.
Lei Huang,
Tae Bum Kim,
Parth Sagedo,
Dean Shaw,
David Wu
Combinatorial searches for
Hamiltonian cycles on 4D polytopes.
Academic Year 2006/07
James Hamlin
Generation of "ribbed" ruled
surface sculptures and models.
Greg Kielian
Visualization of the
4-dimensional Hendecatope.
Allan Lee
Projections and texture
mapping in the Poincaré disk.
Yonathan Randolph
Hamiltonian cycles and
manifolds on the 24 cell.
Amy Wang
Designing a parameterized bell
for finite-element analysis
Escher Tilings on a Genus-3
Subdivision Surface
Academic Year 2005/06
Katy Harrison:
Patterns on the genus-3 Klein quartic
Ryan Chen:
Combinatorial problems on symmetrical graphs
Daniel Chen:
Finding Hamiltonian Paths on the 4D 600-Cell and 120-Cell
Allan Lee:
Projections and texture mapping in the Poincare disk
Fun Sin
Advanced Sweep-Morph Constructions
Navtej Sadhal
Pseudo-geodesics on Subdivision Surfaces
Amy Wang:
Designing a parameterized bell for finite-element analysis
Academic Year 2004/05
Daniel Chen:
Finding Hamiltonian Paths on the 4D 600-Cell and 120-Cell
Hobbart Sze and Fun Sin
Advanced Sweep-Morph Constructions
Navtej Sadhal
Pseudo-geodesics on Subdivision Surfaces
Academic Year 2003/04
- Alexandre Joly (with Prof. McMains)
- VR Re-design Workstation
- Michelle Kam (with Prof. McMains)
- VR Re-design Workstation
- Eric Karasuda (with Prof. McMains)
- VR Re-design Workstation
- Alex Kozlowski (with Prof. McMains)
- SLIDE, VRML, and VR.
- Euzane Pao
- Hamiltonian Paths on 4D Polytopes.
- Ryo Takahashi
- Energy-Optimized Subdivision Surfaces
- Ling Xiao
- Smooth Paths on Smooth Surfaces.
Academic Year 2002/03
Alex Kozlowski
SLIDE, VRML, and VR.
Euzane Pao
Hamiltonian Paths on 4D Polytopes.
Ryo Takahashi
Energy-Optimized Subdivision Surfaces
Cathy Tao
Modular Minimal Surfaces.
Ling Xiao
Smooth Paths on Smooth Surfaces; VR modules.
Achal Oza
VR installation of ringworld fly-by.
Cheston Tan
Haptics-assisted Sketching in 3D.
Rajeev Advany
VR modules.
Trai Le
Surface Optimization.
Eric Lee
Procedural Enhancements to SLIDE
Spring 2002
- Herman Hsu
- Interface for flying along smooth surfaces in SLIDE.
- Sean Kim
- 4D view manipulator and 4D-to-3D projection in SLIDE.
- Wilmin Martono
- Making smooth sculptures with the Surface Evolver.
- Cheston Tan
- Calibration system for the haptic engineering design station.
- Patrick Wong
- Parameterized mechanical components for the VR design
station.
Fall 2001
- Cheston Tan
- Calibration system for the haptic engineering design station.
- Herman Hsu
- Interface for flying along smooth surfaces in SLIDE.
Spring 2001
- Wilmin Martono
- Design for SFF (Solid Free-form Fabrication)
- Chris Spitzer
- Virtual Engineering Workstation
- Mark M. Thomas
- Design for SFF (Solid Free-form Fabrication)
Fall 2000
- Wilmin Martono
- Design for SFF (Solid Free-form Fabrication)
- Chris Spitzer
- Virtual Engineering Workstation
- Hairong Zou
- Design for SFF (Solid Free-form Fabrication)
Summer 2000
- Wilmin Martono
- Photo-realistic rendering output for SLIDE
Spring 2000
- David Cheng
- A 3D Warping Module for SLIDE
- Jonathan Ko
- Rendering of parameterized surfaces in SLIDE
Fall 99
- David Cheng
- A better crystal ball interface for SLIDE
- Harlan Hile
- An interactive object editor for SLIDE
- Jonathan Ko
- Ug2SLIDE converter; advanced rendering in SLIDE
- David Marin
- Porting SLIDE to LINUX
- Jeff Wong
- Enhancing the Microplanner in CyberCut
Summer 99
- David Cheng
- Enhancements to the SLIDE Environment
- Richard Sun
- Enhancements to the SLIDE environment
- Jane Yen
- Adding Curved Surfaces to SIF and SLIDE
Spring 99
- Jason Axtell
- Tool Path Planning for CyberCut
- Tyler Daniel
- Triangle Subdivision Surfaces
- Richard Sun
- Porting and Enhancing the SLIDE environment to Windows NT
- Jane Yen
- Adding Curved Surfaces to SIF
Fall 98
- Richard Sun
- Andrew Perttula
- Jane Yen
- Bob Zasio
Summer 98
- Gary Leung
- Ed Holzwarth
- Andrew Perttula
- Jane Yen
- Bob Zasio
Spring 98
- Joseph Stanko
- CyberCut Process Planning
- SoonTee Teoh
- Renderings of generated sculptures
Fall 97
- Joseph Stanko
- CAD for rapid prototyping
- SoonTee Teoh
- Automatic initial placement for bubble diagrams
Spring 97
Spring 96
- Yaoshiang Ho
- Topological link/unlink demo
- Lawrence Lo
- Modeling of fire and smoke
- Hung Nguyen
- GLIDE viewers and generators
- Jordan Smith
- Shape warp generator and viewer
Fall 95
- Houman Meshkin
- Scherk surface generator
- Joshua Minor
- Techniques for compositing
- Hung Nguyen
- Testing and refining the GLIDE viewer
- David Petrou
- Distributed WALKTHRU environment
Spring 95
- Lucas Pereira
- Ken Geis
- Tracy Scott
- Joshua Minor
- Paul Hsu
- May Cheng
- Ngoc Nguyen
- Bret Mogilefsky
- David Petrou
Fall 94
- Libby Baldwin
- Masayuki Karahashi
- May Cheng
- John Yin
- Ngoc Quan Le