| Instructor: | Cem Yuksel |
|---|---|
| Time: | Tuesday & Thursday @ 3:40pm - 5:00pm |
| Location: | WEB 1230 |
| TAs: | TBA |
Overview
This course covers the fundamental concepts of interactive (and real-time) rendering. The topics covered in this course are directly related to any application domain that displays 3D information, ranging from video games to interactive visualization. This is a project-heavy course with multiple programming assignments.
Interactive rendering often relies on the GPU hardware to perform most of the rendering-related tasks. Therefore, this course will cover topics related to GPU programming for interactive rendering. The examples that will be covered in this course will use the OpenGL API and the OpenGL Shading Language (GLSL), but students are permitted to use other fundamental graphics API, like Direct3D or Vulkan, for their projects.
The Canvas page for the course will be primarily used for project submissions, announcements, and online discussions.
Course Objectives
The main objective of this course is to introduce students the fundamental concepts of interactive rendering in computer graphics. The lectures in this course teach the programming concepts for the GPU rendering pipeline and present a multitude of techniques for using this pipeline to interactive rendering and visualization. The course aims to help the students obtain the necessary knowledge and skills for developing interactive graphics applications for various tasks.
Given a 2D or 3D virtual scene representation, students will be able to develop interactive applications that can display the given scene with proper shading, textures, lighting, and shadows; write GPU shaders that can perform tessellation and geometry modifications; and implement algorithms for handling reflections and visibility computations.
Learning Outcomes
Upon conclusion of this course, students will be familiar with the GPU rendering pipeline and advanced rendering techniques used in interactive graphics applications. Students who successfully complete this course will be able to:
• Describe the stages of the interactive graphics rendering pipeline,
• Effectively use graphics APIs, such as OpenGL and GLSL,
• Write complex GPU shaders,
• Perform lighting and shading computations,
• Compute interactive shadows,
• Evaluate or approximate interactive reflections,
• Program tessellation and geometry shaders,
• Implement modern interactive rendering techniques.
Lectures
This course will use the flipped classroom model. All lectures of this course will be presented as pre-recorded online videos. The classroom meetings will be reserved for discussions on the topics presented in the related lecture videos. Students are expected to watch the related lecture video before class time. See the following schedule for details.
Textbook
This course will not follow a textbook. Students, who would like to improve their background knowledge on fundamentals of computer graphics, can refer to the textbook for CS 4600 (Introduction to Computer Graphics).
| Week | Date | Topic | Project Deadlines |
|---|---|---|---|
| 1 | Jan 7 | Introduction | |
| Jan 9 | Images and Transformations | ||
| 2 | Jan 14 | Rendering Algorithms | |
| Jan 16 | Windowing APIs | ||
| 3 | Jan 21 | Introduction to Modern OpenGL | Project 1 deadline - Hello World |
| Jan 23 | Introduction to GLSL & OpenGL Extensions | ||
| 4 | Jan 28 | Triangular Meshes | Project 2 deadline - Transformations |
| Jan 30 | Lights and Shading | ||
| 5 | Feb 4 | Textures | Project 3 deadline - Shading |
| Feb 6 | Textures on the GPU | ||
| 6 | Feb 11 | Render to Texture | Project 4 deadline - Textures |
| Feb 13 | The Rendering Equation | ||
| 7 | Feb 18 | Environment Mapping | Project 5 deadline - Render Buffers |
| Feb 20 | Reflections | ||
| 8 | Feb 25 | Lights & Shadows | Project 6 deadline - Environment Mapping |
| Feb 27 | Shadow Mapping | ||
| 9 | Mar 4 | Geometry Shaders and Final Project Discussions | Project 7 deadline - Shadow Mapping |
| Mar 6 | Tessellation Shaders [1] and Final Project Discussions | ||
| 10 | Mar 11 | — Spring Break — | |
| Mar 13 | — Spring Break — | ||
| 11 | Mar 18 | Bump, Normal, Displacement, and Parallax Mapping | Final Project Proposal deadline |
| Mar 20 | Compute Shaders and Mesh Shaders [2] | ||
| 12 | Mar 25 | Deferred, Variable-Rate, and Adaptive Shading | Project 8 deadline - Tessellation |
| Mar 27 | Global Illumination | ||
| 13 | Apr 1 | Ambient Occlusion and Soft Shadows | |
| Apr 3 | Refractions, Transparency, Blending, & Alpha Testing | Final Project Progress Report deadline | |
| 14 | Apr 8 | Volume Rendering | |
| Apr 10 | GPU Ray Tracing | ||
| 15 | Apr 15 | — No Class — | |
| Apr 17 | Final Project Presentations (Day 1) | Final Project deadline - Final Project | |
| 16 | Apr 22 | Final Project Presentations (Day 2) | |
| Apr 24 | — No Class — |
Projects
Students must submit their source codes for each project through Canvas. All projects will be implemented using C++. Students are highly encouraged to use the OpenGL API for their projects, but other graphics APIs that can be used with C++ are also accepted.
All projects, except for the final project, are individual projects. Group projects are permitted only for the final project.
For individual projects, each student must write his/her own code. Collaboration between students is encouraged, but code sharing is not permitted.
External libraries and source code can be used only for additional functionalities that are not core parts of the projects, and they should be clearly indicated in comments within the source code and in the project report.
Failure to follow these rules may lead to a failing grade. Academic misconduct will not be tolerated. See the Academic Misconduct Policy of the School of Computing for details (applies to both graduate and undergraduate students).
Deadlines and Late Submissions: The deadline for each project is at noon (12:01pm) on the date indicated on the schedule (see above). Late submissions suffer a 5% penalty and an additional 5% penalty is applied every day at noon (12:01 PM). To accommodate for special circumstances, the first 10 late penalties of each student will be omitted.
Resubmissions: Students can submit the same project multiple times (i.e. resubmissions). The first submission must be before the project deadline and must present a clear attempt to complete the project; otherwise, late penalties apply (please see above). Subsequent resubmissions can be used for fixing bugs or incorrectly implemented parts of the projects. No late penalty is applied to resubmissions. Only the first submission date/time is used for evaluating late penalties, provided that it shows a clear attempt. Project submissions (and resubmissions) close 10 days after the project deadline, except for the final project.
Final Project: No late submissions or resubmissions are permitted for the the final project. Students are permitted to form groups for the final project only.
All project submissions are handled through canvas.
Quizzes
Online quizzes will be administered on canvas. Each quiz will be about the topic covered in the corresponding lecture or lectures. Top 20 quiz scores of each student will be used for grading.
Grading
| Quizzes ×20 | 10 points |
|---|---|
| Project 1-5 | 5× 5 points |
| Projects 6-8 | 3× 10 points |
| Final Project Abstract | 5 points |
| Final Project Progress Report | 5 points |
| Final Project | 25 points |
| TOTAL | 100 points |
Safe Classroom Environment
In this class, derogatory comments based on race, ethnicity, class, gender identity, sexual orientation, religion, (dis)ability status, age, citizenship, or nationality will not be tolerated, nor is it permissible to state one's opinion in a manner that silences the voices of others. Further, egregious disrespect, including, but not limited to, racism, sexism, ageism, homophobia, transphobia, classism, etc. will not be tolerated.
References