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"label": "计算机、信息技术与工程", "origin": "explicit", "humanReviewed": true, "context": "游戏运行时与性能：00-总览与索引/知识网络/03-游戏研发、图形与性能", "citation": "https://www.pystone.net/notes/computer-information-technology-engineering/#%E8%B7%A8%E9%A2%86%E5%9F%9F%E8%B7%AF%E5%BE%84" }, { "id": "note:knowledge-network-navigation", "title": "知识网络导航", "url": "https://www.pystone.net/notes/knowledge-network-navigation/", "atlas": "https://www.pystone.net/?node=knowledge-network-navigation#knowledge-atlas", "label": "知识网络导航", "origin": "explicit", "humanReviewed": true, "context": "游戏研发、图形与性能：贯通引擎、运行时、渲染和性能分析。", "citation": "https://www.pystone.net/notes/knowledge-network-navigation/#%E8%B7%A8%E9%A2%86%E5%9F%9F%E4%B8%BB%E9%A2%98" } ], "contentMarkdown": "# 游戏研发、图形与性能\n\n上位入口：[[00-总览与索引/03-知识网络导航|知识网络导航]]\n\n游戏性能问题通常不是单一 API 的问题，而是引擎架构、运行时、渲染管线、资源和硬件共同作用的结果。\n\n## 从架构到运行时\n\n- [[10-计算机、信息技术与工程/05-游戏图形与运行时/Unity/Unity的架构|Unity 的架构]]提供引擎侧整体入口。\n- [[10-计算机、信息技术与工程/05-游戏图形与运行时/WebGL/WebGL 应用与微信小游戏运行时架构、内存组成和分析方法|WebGL 与微信小游戏运行时架构]]连接浏览器平台、内存组成和分析方法。\n- [[10-计算机、信息技术与工程/05-游戏图形与运行时/WebGL/Unity3D WebGL 框架全景|Unity3D WebGL 框架全景]]是 Unity 到 WebAssembly、JavaScript 和浏览器环境的桥梁。\n\n## 从渲染机制到性能\n\n- [[10-计算机、信息技术与工程/05-游戏图形与运行时/渲染基础/渲染基础——Render-pipeline|渲染管线]]解释一帧图像如何生成。\n- [[10-计算机、信息技术与工程/05-游戏图形与运行时/渲染基础/【CG】GPU硬件架构及运行机制|GPU 硬件架构及运行机制]]提供硬件层解释。\n- [[10-计算机、信息技术与工程/05-游戏图形与运行时/游戏性能优化/Unity性能优化知识体系|Unity 性能优化知识体系]]把具体问题放进可诊断的框架。\n- [[10-计算机、信息技术与工程/08-图形学与三维重构/学习笔记——计算机图形学与OpenGL|计算机图形学与 OpenGL]]补充图形学基础。\n\n自动构建、测试和发布属于另一条相交路径：[[02-软件交付、自动化与工程质量|软件交付、自动化与工程质量]]。\n" }