계산기하 이론 및 응용
Final Exam (Take-Home)

Download the exam file : finalexam.pdf
Deadline : June 20th
submit through eclass.cau.ac.kr

Presentation : Topic & Schedule : 각자 맡은 주제에 대하여 1회 40분 정도 발표.

Midterm-Exam (Take-Home)

join_tree.cpp
unionfind.h
Download the exam file : midterm_takehome.hwp (pdf is also available)
Reference :
질문이 있는경우 담당교수에게 이메일로 문의.

Lecture Notes

Lecture 1 : Course Overview
Lecture 2 : Visualization Basics
- Download Visualization Software (password needed for unzip)
Lecture 3 : Isosurface Extraction
Lecture 4 : Isosurface Extraction (advanced topics)
Lecture 5 : Contour Tree / Contour Spectrum
- Please Read This : Efficient Computation of Contour Trees, written by Hamish Carr
Lecture 6 : Direct Volume Rendering
- 숙제 : 아래의 transfer function generation을 위한 논문(Kniss et al. 저)을 읽고, 핵심 원리 및 아이디어를 이해한 뒤, 그 핵심 원리 및 아이디어를 1페이지 분량으로 써서 제출하세요. (기한 : 4월 13일 수업시간 시작때까지)
  - Multi-Dimensional Transfer Functions for Volume Rendering
- 참고논문 : Semi-Automatic Generation of Transfer Functions for Direct Volume Rendering
Lecture 6-2 : Transfer Functions for Volume Rendering
Lecture 7 : Trilinear Isosurface
- Link : Topology Preserving Tetrahedral Decomposition of Trilinear Cell
Lecture 8 : Vector Field Visualization
- 참고 : Flow Visualization Overview
- 참고 : Scalar Topology Diagram (Morse Graph)

Reading List

"Visualization Paradigm", Chandrajit Bajaj, Book Chapter in Data Visualization Techniques
Marching Cubes : A High Resolution 3D Surface Construction Algorithm, W. E. Lorensen, H. E. Cline
Dual Contouring of Hermite Data, T. Ju, F. Losasso, S. Schaefer, J. Warren
Computing Contour Trees in All Dimensions, H. Carr, J. Snoeyink, U. Axen, SODA 2003
The Contour Spectrum, C. Bajaj, D. Schikore, V. Pascucci, Visualization Conference, 1997
"Volume Rendering" , Drebin, Carpenter, Hanrahan, ACM SIGGRAPH 1988