Lighting & Materials

Friday, 18 December | 5:30 AM - 7:15 AM | Room 303/304

Session Chair

Karol Myzskowski

TOG article 128

Printing Spatially Varying Reflectance

Using inks and foils to print documents with a variety of material properties. This method solves the gamut-mapping and halftoning problems required to approximate svBRDFS with combinations of inks.

Wojciech Matusik 
Adobe Systems Incorporated

Boris Ajdin
Max-Planck-Institut für Informatik, Adobe Systems Incorporated

Jinwei Gu 
Columbia University, Adobe Systems Incorporated

Jason Lawrence
University of Virginia

Hendrik P. A. Lensch
Ulm University

Fabio Pellacini
Dartmouth College, Adobe Systems Incorporated

Szymon Rusinkiewicz
Princeton University, Adobe Systems Incorporated

TOG article 129

Interactive Reflection Editing

A system that transforms physically correct reflections into art-directed reflection, using intuitive editing operations that work directly on the reflecting surfaces in real time.

Tobias Ritschel 
Makoto Okabe 
Thorsten Thormählen 
Hans-Peter Seidel
Max-Planck-Institut für Informatik

TOG article 130

User-Assisted Intrinsic Images

An interactive approach separates reflectance and illumination in a photograph. At its core is a propagation model based on reflectance distribution assumptions. This enables manipulations including relighting and retexturing.

Adrien Bousseau 
ARTIS - INRIA Grenoble University

Sylvain Paris 
Adobe Systems Incorporated

Frédo Durand 
MIT Computer Science and Artificial Intelligence Laboratory

TOG article 131

Webcam Clip Art: Appearance and Illuminant Transfer From Time-lapse Sequences

A data-driven approach for using a library of calibrated outdoor webcams as "webcam clip art'' to inject varied, realistic appearance into the user's own scenes.

Jean-Francois Lalonde
Alexei A. Efros 
Srinivasa Narasimhan 
Carnegie Mellon University