Practical Course: Geometry Processing
Instructor: Changkun Ou
Responsible Professor: Prof. Dr. Butz
Hours per two week: 4
Capacity: unlimited
Language: English
ECTS credits: 6
Modul:
P16/P17/P21: Vertiefende Themen der (Medien-)Informatik für Bachelor
WP1-16: Vertiefende Themen der (Medien-)Informatik für Master
P2/P6: Wahlpflichtveranstaltungen der (Medien-)Informatik für Master
P5: Praktikum zum fortgeschrittenen Themen der (Medien-)Informatik für Master
The ECTS can only be recognized either for Bachelor or Master program once.
News
- 01.03.2021:Geometry processing will return in WS21/22.
- 12.02.2021:We will have an invited guest talk from WAY Digital Solutions GmbH that talks about 3D modeling industrial and practices on 22.02.2021, it is a great opportunity to get in touch, please reserve your schedule beforehand if you are interested.
- 24.01.2021:The Deformation session is merged into the Data-driven method session. They will be discussed together at 08.02.2021.
- 12.01.2021:Exam registration is open at Uni2Work.
- 05.11.2020:We updated the module information for further clarification with respect to the study regulations. Now, this course can also be recognized as a Praktikum (P5) for (Medien-)Informatik master students.
- 02.11.2020:We just finished the first introduction session, there is a homework document, please check it on our GitHub repository.
- 31.07.2020:Registration for Bachelor and Master students is open in Uni2Work.
- 31.07.2020:We now have a brand new computer graphics related course ✨.
Prerequisites
The course is designed for senior bachelor students or master students who have taken those following courses (or have equivalent knowledge):
Registration is open at Uni2Work both for Bachelor students and Master students.
Communication
We use our GP GitHub repository to manage all course resources, submissions, project proposals, etc. and use its issue tracker for online questions and discussions.
Please register yourself on GitHub if you do not have a GitHub account yet. You can use any distinguishable identifier for your username if you do not want your real name to appear on GitHub publicly.
Preparation
Since we use GitHub to organize the course, it is recommended for you to get familiar with GitHub beforehand. The following lists tools are used in the course, please install them before you taking the course: Blender (2.90+), Node.js (v14+).
Additional tools may also be introduced during the course. For more information, please check the GitHub repository.Syllabus
In this practical course, students will learn and practice more about geometry processing algorithms in 3D graphics, including mesh representation, discrete differential geometry, smoothing, parameterization, remeshing, deformation, shape analysis, etc.
During the semester, students will participate in the course every two weeks to discuss and learn more geometry processing techniques, then do 5 out of 6 geometry processing coding projects.
Along the semester, students should propose a project idea, and by the end of semester, implement and demonstrate their project in 2 minutes using a pre-recorded video.
- Date: Monday, 2 p.m. - 6 p.m. (starts on Nov 2, 2020)
- Location: Zoom (Password was sent via Uni2Work Email)
| Date | Topic | Projects | Preview |
|---|---|---|---|
| - | Organization Details | - | - |
| 02.11.2020 | Introduction | Rendering A Mesh on CPU |  Live Demo Reference Solution |
| 16.11.2020 | Discrete Differential Geometry | Visualizing Curvatures |  Live Demo Reference Solution |
| 30.11.2020 | Smoothing | Laplacian Smoothing |  Live Demo Reference Solution |
| 14.12.2020 | Parameterization | Tutte's Embedding |  Live Demo Reference Solution |
| 11.01.2021 | Remeshing | Quadric Error Metric Simplification |  Live Demo Reference Solution |
| 08.02.2021 | Deformation | Delta Mush |  |
| 08.02.2021 | Data-driven Approach | ||
| 22.02.2021 | Guest Talk: Industrial Modeling Practice (from WAY Digital Solutions GmbH) | ||
| 01.03.2021 | Final Project Presentation | ||
- The project discussions
- The submission code reviews
Solutions
Homework Project Solutions
- Reference solution: solutions/changkun
- Student submitted solutions: solutions/krasnor, solutions/torantie , solutions/nico778, solutions/vseup
Student's Final Projects
| Student | Topic | Preview |
|---|---|---|
| K Reinhardt | Catmull-Clark Subdivision for A Halfedge-Mesh Structure. |  Video Intro Live Demo Code |
| M Hufnagel | Quadrilateral Mesh Smoothing with Mean Value Weights. |  Video Intro Live Demo Code |
Grading
(50%) 7 homework projects:
- (0%) Coding Project 1
- (10%) Coding Project 2
- (10%) Coding Project 3
- (10%) Coding Project 4
- (20%) Coding Project 5
- (0%) Coding Project 6 (Open submission)
- (0%) Coding Project 7 (Open submission)
(50%) A independent project:
- (10%) Project proposal
- (40%) Project source delivery and 2-min presentation
Late submission: 0.005% subtraction for every minute late.
Disclaimer
Sehr viele Lehrveranstaltungen finden während der Schließung der LMU online statt. Als Dozenten bitten wir um Nachsicht, falls Dinge nicht immer perfekt laufen und hoffen auf Ihre konstruktive Mitarbeit. In dieser Situation gelten zudem online einige Regeln, die im realen Leben ohnehin klar wären, auf die wir hier aber explizit hinweisen möchten:- In Live-Veranstaltungen bitten wir um einen disziplinierten Umgang mit Audio (normalerweise aus) und Bandbreite (Video nach Bedarf)
- Die Aufzeichnung oder Weiterleitung von Veranstaltungen durch Teilnehmer sind nicht erlaubt.
- Die Verteilung von Inhalten (Video, Audio, Bilder, PDFs, etc.) in anderen Kanälen als den vom Autor vorgesehenen ist nicht erlaubt.
