|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/build-a-2d-multiplayer-game-with-pygame/
课程评论：没有评论
## 课程总结：使用 PyGame 构建 2D 多人游戏 本课程旨在教授学员如何使用 Python 的 PyGame 库从头开始构建一款 2D 多人游戏。 **核心学习内容包括：** * **游戏开发基础：** 学习如何在 Python 中解决运动方程、物理和几何问题，为游戏开发奠定坚实基础。 * **环境搭建：** 指导学员在本机上设置 PyGame 的 Python 开发环境，无论是使用虚拟环境还是本地库。 * **代码实现：** 从零开始使用 Python 3 编写完整的游戏代码。 * **版本控制：** 在整个游戏开发过程中，学习并使用 Git 进行版本控制，并将完整的代码上传至 GitHub。学员还可以提交自己的代码并提出改进建议。 * **性能优化：** 讲解 Quad-tree（四叉树）数据结构的工作原理，并实现一种基于四叉树的碰撞检测算法，以显著提升游戏性能。课程还将对比普通碰撞检测算法与四叉树算法的性能差异。 **课程特色：** * **实践导向：** 通过实际编码，让学员掌握游戏设计的核心概念。 * **代码开源：** 鼓励学员将自己的代码发布到 GitHub，为未来的就业打下基础，展示游戏设计能力和对 Quad-tree 算法的应用。 * **及时答疑：** 讲师承诺在 24 小时内回复学员提出的任何问题，确保学习过程顺畅。 本课程将帮助学员全面掌握 2D 多人游戏开发技能，并学以致用，提升代码性能。
Learn the fundamentals to build a 2d multiplayer game with PyGame and increase the performance employing a quad-tree collision checking algorithm. - We will learn how to solve the equation of motions, physics and geometry problems in Python- We will setup a Python environment on your machine to work with PyGame (virtual environment or using local libraries)- We will code the game from scratch using Python 3- We will work during the whole game development using version control with Git and the full code version will be uploaded to GitHub, you will have also the possibility to push your code version to GitHub and propose improvements.- To amplify the game performance we are going to explain how the quad-trees data structure works and we are going to implement a collision check algorithm- We will measure the performance of a naive collision checking algorithm and we will compare it with the quad-tree versionEnjoy the course and ask any question you have. I will do my best to answer and come back to you in less than 24 h. Also publish your code on GitHub since it will serve you to show to future employers that you know the basics about game designing and how to potentiate the usage of quad-tree algorithms.
