3D遊戲程式

課程內容兼具理論、技術、實務、與系統實習。課程內容涵蓋設計、製作一個3D遊戲所需的程式設計。除了理論與技術之學習之外，學生需完成一個term project，在一個3D遊戲引擎核心之上加上自己的程式模組，以設計一個3D遊戲。 The course content combines theory, technology, practice, and system implementation. The course content covers the programming required to design and produce a 3D game. In addition to learning theory and technology, students need to complete a term project and add their own program modules to a 3D game engine to design a 3D game. Intended learning outcomes (ILOs) After learning from this course, the students are expected to be able to + Describe the process of game development + Explain game system architectures + Describe the basic techniques in games + Integrate basic techniques into comprehensive systems + Identify the problems in game development + Apply techniques to solve problems + Analyze architectures of systems + Evaluate game performance + Create a game using various techniques The students are expected to enhance/improve the following skills: 1) programming, 2) source code reading and comprehension, 3) report writing, 4) teamwork, and oral presentation. Game Engine: We will use a stable version Unity to learn basic programming skills for games. Platform: Visual Studio or other editors. Students should be familiar with Unity, C# Programming. The students will learn how to implement some game concepts in Unity.

1. Unity, C# (Better) 2. Programming experience on Visual Studio, .NET platform 3. Computer Graphics 4. Some knowledge of graphics libraries, such as OpenGL or Direct3D (Optional) 5. Know how to write reports 6. C++ Programming Language (Optional)

無備註

There will be exercises for evaluating the capability of students on certain topics in a continuous manner. Moreover, the teacher will show many program demos to students, and the students can download the source code for their own project programming. Furthermore, there are in-class activities that allow students to experience working as a team and improve their presentation skills. Useful websites: Unity: https://unity.com/ Unity: https://learn.unity.com/ Unity Tutorials: https://learn.unity.com/pathway/junior-programmer Unity Asset Store: https://assetstore.unity.com/ Game Development: http://www.gamedev.net Design Patterns: http://en.wikipedia.org/wiki/Design_Patterns

Assignments (35%, Individual), mini-exercises (15%, Individual; For the team project), and Final Course Project (50%, Team). There are programming assignments, exercises, and a team-based course project. Unity is the core engine that is used for the assignments. The step-by-step guidelines will be provided for completing the assignments. There is a comprehensive guideline to guide students to finish the programming assignments step by step. In the project, students have to design and implement a 3D game. Grading scheme： Assignments (35%). Implement C# in Unity. Course project: Mini-project exercises. (15%) Each student must implement the predefined mini-project exercises or propose other mini-exercises that can be useful for the course project. Thus, the students of a group can reuse the projects of the mini-exercises to work on the final course project. Therefore, the students of a group should plan carefully to divide their project program into meaningful game units. Then each student selects a subset of the game units to implement. Consequently, the students of a group can finish the game project successfully. Finally, these small exercises are important for students to complete their course projects in a progressive manner. Final course project (50%); Project Program + Live Demo + Presentation + Report. Students can use Unity, Ogre3D, or Unreal to implement the project program. The students can integrate the mini-project exercises into their final course projects. Thus, the students of a group can implement rich features in their own games. Bonus exercises: There may be a few bonus exercises that are required to finish under a time-limited budget. Students can receive bonus points based on their class/teamwork performance.

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No textbook. ※請修課同學尊重智慧財產權﹗勿隨意過度影印教科書或使用未經授權之著作權與電腦軟體等。

地點

Office: EC 527

時間

Monday: 09:00 - 10:00

聯絡方式

Phone: x56626 Email address: cswingo@cs.nycu.edu.tw