CSE272: Advanced Appearance Modeling
Fall 2004

Some inspiration for the types of appearance we will discuss in class (clouds, plants, milk, rust, skin, atmosphere/smoke):

Instructor

Henrik Wann Jensen

Office hours, Thursday 2:00-3:00pm

Mailing List

cse272(at)graphics.ucsd.edu

Book

Andrew Glassner, "Principles of Digital Image Synthesis", Morgan-Kaufman, 1995

Lectures

Tuesdays and Thursdays: 12:30pm - 1:50pm

Location

HSS 1128b

Contents

The appearance of the everyday world has long been a topic of interest to many people from painters to physicists. Even simple questions require careful thought. Why is the sky blue? Why does wet sand look darker than dry sand? How can you reproduce a human face using oil paints? More recently appearance models have become increasingly important in computer graphics and vision. In graphics, they are needed to model and simulate different materials. In vision, texture and reflection models can be used to guide the acquisition of computer models of different scenes and objects, as well as the recognition of these scenes and objects in images.

This class will go into the details of computer graphics algorithms for creating a given appearance. The course will cover the physics as well as the computational techniques for simulating light transport, light scattering, reflection models, subsurface scattering, participating media. In addition, we will be discussing the appearance of elements in the natural world in order to understand how to simulate this appearance.

Prerequisites

CSE190/CSE168 "Rendering Algorithms" or equivalent at the consent of the instructor. This is a fairly advanced class. Students are expected to have an understanding of computer graphics rendering algorithms such as ray tracing.

Grading

This is class is for 4 units. It will be graded based on a project and a lecture in the class (15% project proposal, 10% class presentation, more to follow)

Final Report

Should be in the format of a paper 6-10 pages using the style for ACM SIGGRAPH papers.

Useful links

Deadlines

Schedule

September 23 September 28 September 30 October 5 October 7 October 12 October 14 October 19 October 21 October 26
October 28
November 2
November 4
November 9 November 11 November 16 November 18 November 23
November 25 November 30 December 2

Students

Neil Aldrin
Andrew Smith
Werner Jainek
Cameron Chrisman
Siddhartha Saha
Stephan Steinbach
Tak Chu
Jefferson Ng
Mara Silva
Alexander Ward Kulongowski
Neel Joshi
Patrick Yau

Matthew Clothier
Arash Keshmirian
Fang Yi Liu
Henry Mitchell
David Klenk
Lin Ying Liu
Louka Plagnekov
Sanjeev Kumar


Last update: Nov. 10, 2004
Henrik Wann Jensen