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Summary

Content

  • 前言
  • [1. 游戏引擎框架介绍](1. game_engine_framework_introduction/1. game_engine_framework_introduction.md)
    • [1.1 Unity的组成](1. game_engine_framework_introduction/1.1 unity_framework.md)
    • [1.2 游戏引擎组成](1. game_engine_framework_introduction/1.2 game_engine_composition.md)
  • [2. Opengl开发环境搭建](2. opengl_dev_env/2. opengl_dev_env.md)
    • [2.1 Opengl到底是什么](2. opengl_dev_env/2.1 what_exactly_is_opengl.md)
    • [2.2 搭建Opengl开发环境](2. opengl_dev_env/2.2 build_opengl_development_environment.md)
    • [2.3 使用VisualStudio开发](2. opengl_dev_env/2.3 dev_with_visualstudio.md)
  • [3. 绘制多边形](3. draw_polygon/3. draw_polygon.md)
    • [3.1 画个三角形](3. draw_polygon/3.1 draw_triangle.md)
    • [3.2 画个正方形](3. draw_polygon/3.2 draw_square.md)
    • [3.3 画个立方体](3. draw_polygon/3.3 draw_cube.md)
  • [4. 着色器](4. shader/4. shader.md)
    • [4.1 Unity Shader和OpenGL Shader](4. shader/4.1 unity_shader_vs_opengl_shader.md)
    • [4.2 顶点着色器](4. shader/4.2 vertex_shader.md)
    • [4.3 片段着色器](4. shader/4.3 fragment_shader.md)
  • [5. 绘制贴图](5. draw_with_texture/5. draw_with_texture.md)
    • [5.1 颜色和贴图](5. draw_with_texture/5.1 color_and_texture.md)
    • [5.2 贴图文件介绍](5. draw_with_texture/5.2 introduction_to_texture_files.md)
    • [5.3 CPU与GPU的通信方式](5. draw_with_texture/5.3 communication_between_cpu_and_gpu.md)
    • [5.4 使用stb_image解析图片](5. draw_with_texture/5.4 stb_image_parse_images.md)
    • [5.5 绘制带贴图的立方体盒子](5. draw_with_texture/5.5 draw_textured_cube.md)
    • [5.6 压缩纹理](5. draw_with_texture/5.6 compressed_texture.md)
    • [5.7 图片压缩工具](5. draw_with_texture/5.7 texture_compress_tool.md)
    • [5.8 使用压缩纹理](5. draw_with_texture/5.8 use_compress_texture.md)
    • [5.9 DXT压缩纹理扩展](5. draw_with_texture/5.9 dxt_compressed_texture_extension.md)
  • [6. 索引与缓冲区对象](6. index_and_buffer_objects/6. index_and_buffer_objects.md)
    • [6.1 顶点索引](6. index_and_buffer_objects/6.1 vertex_index.md)
    • [6.2 缓冲区对象](6. index_and_buffer_objects/6.2 buffer_objects.md)
    • [6.3 OpenGL Core Profile](6. index_and_buffer_objects/6.3 opengl_core_profile.md)
    • [6.4 顶点数组对象](6. index_and_buffer_objects/6.4 vertex_array_object.md)
  • [7. 绘制Mesh和材质](7. draw_mesh_and_material/7. draw_mesh_and_material.md)
    • [7.1 导出Mesh文件](7. draw_mesh_and_material/7.1 export_mesh_file.md)
    • [7.2 使用Mesh文件](7. draw_mesh_and_material/7.2 use_mesh_file.md)
    • [7.3 Shader文件创建与使用](7. draw_mesh_and_material/7.3 create_shader_and_use.md)
    • [7.4 创建材质](7. draw_mesh_and_material/7.4 create_material.md)
    • [7.5 使用材质](7. draw_mesh_and_material/7.5 use_material.md)
    • [7.6 MeshRenderer](7. draw_mesh_and_material/7.6 mesh_renderer.md)
  • [8. 绘制静态模型](8. draw_static_models/8. draw_static_models.md)
    • [8.1 Blender安装与配置](8. draw_static_models/8.1 blender_installation_configuration.md)
    • [8.2 Blender制作模型](8. draw_static_models/8.2 blender_making_models.md)
    • [8.3 Blender Python设置开发环境](8. draw_static_models/8.3 blender_python_setting_dev_env.md)
    • [8.4 Blender Python创建物体](8. draw_static_models/8.4 blender_python_create_objects.md)
    • [8.5 Blender Python导出顶点数据](8. draw_static_models/8.5 blender_python_export_vertex.md)
    • [8.6 加载导出的Mesh](8. draw_static_models/8.6 loading_the_exported_mesh.md)
  • [9. 基于组件开发](9. component_based_development/9. component_based_development.md)
    • [9.1 基于RTTR实现反射](9. component_based_development/9.1 cpp_reflection_based_on_rttr.md)
    • [9.2 实现GameObject-Component](9. component_based_development/9.2 implementing_gameobject-component.md)
  • [10. 相机](10. camera/10. camera.md)
    • [10.1 最简单的相机](10. camera/10.1 simple_camera.md)
    • [10.2 多相机渲染](10. camera/10.2 multi-camera_rendering.md)
    • [10.3 相机排序](10. camera/10.3 camera_sorting.md)
    • [10.4 CullingMask](10. camera/10.4 culling_mask.md)
  • [11. 控制系统](11. control_system/11. control_system.md)
    • [11.1 键盘控制](11. control_system/11.1 keyboard_control.md)
    • [11.2 鼠标控制](11. control_system/11.2 mouse_control.md)
  • [12. 拆分引擎和项目](12. split_engine_and_project/12. split_engine_and_project.md)
  • [13. 绘制文字](13. draw_text/13. draw_text.md)
    • [13.1 TrueType简介](13. draw_text/13.1 introduction_to_truetype.md)
    • [13.2 绘制单个字符](13. draw_text/13.2 draw_one_character.md)
    • [13.3 绘制多个文字](13. draw_text/13.3 drawing_multiple_texts.md)
    • [13.4 彩色字](13. draw_text/13.4 draw_color_word.md)
  • [14. GUI](14. gui/14. gui.md)
    • [14.1 正交相机](14. gui/14.1 orthographic_camera.md)
    • [14.2 UIImage](14. gui/14.2 UIImage.md)
    • [14.3 UIMask](14. gui/14.3 UIMask.md)
    • [14.4 UIText](14. gui/14.4 UIText.md)
    • [14.5 UIButton](14. gui/14.5 UIButton.md)
  • [15. 播放音效](15. play_sound_effects/15. play_sound_effects.md)
    • [15.1 播放2D音效](15. play_sound_effects/15.1 playing_2d_sound_effects.md)
    • [15.2 播放3D音效](15. play_sound_effects/15.2 playing_3d_sound_effects.md)
    • [15.3 使用FMOD Studio音频引擎](15. play_sound_effects/15.3 using_the_fmod_studio_audio_engine.md)
  • [16. Profiler](16. profiler/16. profiler.md)
    • [16.1 初识easy_profiler](16. profiler/16.1 introducing_easy_profiler.md)
    • [16.2 集成easy_profiler](16. profiler/16.2 integrating_easy_profiler.md)
  • [17. 嵌入Lua](17. integrate_lua/17. integrate_lua.md)
    • [17.1 Sol2与C++交互](17. integrate_lua/17.1 sol2_interaction_with_cpp.md)
    • [17.2 更加友好的Lua框架设计](17. integrate_lua/17.2 friendly_lua_framework.md)
    • [17.3 引擎集成sol2](17. integrate_lua/17.3 integration_sol2.md)
    • [17.4 调试Lua](17. integrate_lua/17.4 lua_debuger.md)
  • [18. 骨骼动画](18. skeletal_animation/18. skeletal_animation.md)
    • [18.1 Blender制作骨骼动画](18. skeletal_animation/18.1 blender_makes_skeletal_animation.md)
    • [18.2 Blender导出骨骼动画](18. skeletal_animation/18.2 blender_export_skeletal_animation.md)
    • [18.3 解析骨骼动画](18. skeletal_animation/18.3 parsing_skeletal_animation.md)
    • [18.4 矩阵的主序](18. skeletal_animation/18.4 main_order_of_matrices.md)
  • [19. 骨骼蒙皮动画](19. skeletal_skinning_animation/19. skeletal_skinning_animation.md)
    • [19.1 骨骼蒙皮动画实现](19. skeletal_skinning_animation/19.1 implementing_skeletal_skinning_animation.md)
    • [19.2 骨骼权重](19. skeletal_skinning_animation/19.2 bone_weights.md)
    • [19.3 Blender蒙皮刷权重](19. skeletal_skinning_animation/19.3 blender_skinning_brush_weights.md)
    • [19.4 Blender导出蒙皮权重](19. skeletal_skinning_animation/19.4 blender_export_skin_weights.md)
    • [19.5 加载权重文件](19. skeletal_skinning_animation/19.5 loading_the_weights_file.md)
  • [20. 解析FBX文件](20. parse_fbx_file/20. parse_fbx_file.md)
    • [20.1 导出Mesh](20. parse_fbx_file/20.1 export_mesh.md)
    • [20.2 导出骨骼动画](20. parse_fbx_file/20.2 export_skeletal_animation.md)
    • [20.3 导出权重](20. parse_fbx_file/20.3 export_weights.md)
    • [20.4 渲染骨骼蒙皮动画](20. parse_fbx_file/20.4 rendering_skeletal_skinning_animations.md)
  • [21. 多线程渲染](21. multithreaded_rendering/21. multithreaded_rendering.md)
    • [21.1 GLFW多线程渲染](21. multithreaded_rendering/21.1 glfw_multithreaded_rendering.md)
    • [21.2 基于任务队列的多线程渲染](21. multithreaded_rendering/21.2 multithreaded_rendering_based_on_task_queue.md)
    • [21.3 完全异步的多线程模型](21. multithreaded_rendering/21.3 fully_asynchronous_multithreading_model.md)
    • [21.4 引擎支持多线程渲染](21. multithreaded_rendering/21.4 engine_supports_multi-threaded_rendering.md)
  • [22. Physx物理引擎](22. physics_engine_physx/22. physics_engine_physx.md)
    • [22.1 Physx实例-小球掉落](22. physics_engine_physx/22.1 hello_physx.md)
    • [22.2 物理材质](22. physics_engine_physx/22.2 physx_material.md)
    • [22.3 碰撞检测](22. physics_engine_physx/22.3 collision_detection.md)
    • [22.4 连续碰撞检测](22. physics_engine_physx/22.4 continuous_collision_detection.md)
    • [22.5 场景查询](22. physics_engine_physx/22.5 scene_query.md)
    • [22.6 引擎集成Physx](22. physics_engine_physx/22.6 integrating_physx.md)
  • [23. 经典光照](23. classic_lighting/23. classic_lighting.md)
    • [23.1 环境光](23. classic_lighting/23.1 ambient_light.md)
    • [23.2 漫反射光照模型](23. classic_lighting/23.2 diffuse_light.md)
    • [23.3 镜面高光光照模型](23. classic_lighting/23.3 specular_highlight.md)
    • [23.4 高光贴图](23. classic_lighting/23.4 specular_map.md)
    • [23.5 Shader结构体](23. classic_lighting/23.5 shader_struct.md)
    • [23.6 Uniform Buffer Object](23. classic_lighting/23.6 ubo.md)
    • [23.7 方向光](23. classic_lighting/23.7 directional_light.md)
    • [23.8 点光源](23. classic_lighting/23.8 point_light.md)
    • [23.9 多光源](23. classic_lighting/23.9 multi_light.md)
  • [24. 引擎编辑器的实现](24. engine_editor/24. engine_editor.md)
    • [24.1 分析Godot引擎编辑器](24. engine_editor/24.1 analyze_godot.md)
    • [24.2 FBO RenderTexture GameTurbo DLSS](24. engine_editor/24.2 fbo.md)
    • [24.3 ImGui介绍与使用](24. engine_editor/24.3 imgui.md)
    • [24.4 分离引擎核心层和应用层](24. engine_editor/24.4 engine_core_and_app.md)
    • [24.5 使用ImGui实现引擎编辑器](24. engine_editor/24.5 draw_in_imgui.md)
    • [24.6 Hierarchy与Inspector面板](24. engine_editor/24.6 hierarchy_and_inspector.md)
    • [24.7 Geometry Buffer](24. engine_editor/24.7 geometry_buffer.md)
  • [25. Shadow Mapping](25. shadow_mapping/25. shadow_mapping.md)
    • [25.1 深度图](25. shadow_mapping/25.1 depth_map.md)
    • [25.2 简单阴影](25. shadow_mapping/25.2 simple_shadow.md)
  • [88. VSCode扩展开发与定制](88. vscode_extension_dev/88. vscode_extension_dev.md)
    • [88.1 第一个VSCode扩展程序](88. vscode_extension_dev/88.1 first_extension.md)
    • [88.2 从源码编译VSCode](88. vscode_extension_dev/88.2 vscode_opensource.md)
    • [88.3 打包VSCode内置扩展](88. vscode_extension_dev/88.3 built-in_extension.md)
    • [88.4 打包LuaHelper到Code-OSS](88. vscode_extension_dev/88.4 builtin_luahelper.md)
  • [89. Doxygen生成API文档](89. doxygen_generates_api_documentation/89. doxygen_generates_api_documentation.md)
  • [90. GPU分析工具](90. gpu_analysis_tools/90. gpu_analysis_tools.md)
    • [90.1 RenderDoc分析不显示bug](90. gpu_analysis_tools/90.1 renderdoc_analysis_not_show_bugs.md)
  • [98. SubstancePainter插件开发](98. substancepainter_plugin_development/98. substancepainter_plugin_development.md)
    • [98.1 SP插件开发环境](98. substancepainter_plugin_development/98.1 substancepainter_plug-in_development_environment.md)
    • [98.2 开发SP功能性插件](98. substancepainter_plugin_development/98.2 develop_substancepainter_functional_plug-ins.md)
    • [98.3 开发SP渲染插件](98. substancepainter_plugin_development/98.3 develop_substancepainter_renering_plug-ins.md)
  • [99. Toolbag插件开发](99. toolbag_plugin_development/99. toolbag_plugin_development.md)
    • [99.1 插件开发环境](99. toolbag_plugin_development/99.1 plug-in_development_environment.md)
    • [99.2 API介绍](99. toolbag_plugin_development/99.2 toolbag_api_introduction.md)
    • [99.3 命令行调用Toolbag](99. toolbag_plugin_development/99.3 calling_toolbag_from_command_line.md)
    • [99.4 更多实现](99. toolbag_plugin_development/99.4 other_toolbag_samples.md)
    • [99.5 代码参考](99. toolbag_plugin_development/99.5 code_reference.md)
  • [附录1. Wwise音频引擎](appendix 1. wwise_audio_engine/1. wwise_audio_engine.md)
    • [1.1 Wwise名词概念](appendix 1. wwise_audio_engine/1.1 wwise_noun_concept.md)
    • [1.2 Wwise制作音效导出SoundBank](appendix 1. wwise_audio_engine/1.2 wwise_makes_sound_effects_and_export_soundbank.md)
    • [1.3 集成Wwise](appendix 1. wwise_audio_engine/1.3 integrating_wwise.md)
    • [1.4 封装Wwise播放3D音效](appendix 1. wwise_audio_engine/1.4 wwise_play_3d_sound_effects.md)
    • [1.5 Wwise性能分析器介绍](appendix 1. wwise_audio_engine/1.5 introduction_wwise_performance_analyzer.md)
    • [1.6 猎人开发后记](appendix 1. wwise_audio_engine/1.6 postscript_to_hunter.md)