اپلیکیشن اندرویدی فلش‌کارت آموزشی طراحی موتورهای گرافیکی سه‌بعدی موبایل با استفاده از GLSL

🎓 دوره آموزشی جامع

📚 اطلاعات دوره

عنوان دوره: دوره طراحی موتورهای گرافیکی سه‌بعدی موبایل با استفاده از GLSL

موضوع کلی: Mobile 3D Graphics and Engine Development

موضوع میانی: Shader Programming and Real-Time Rendering for Mobile Platforms

📋 سرفصل‌های دوره

• 1. Understanding Mobile 3D Rendering Pipeline
• 2. Introduction to OpenGL ES and Mobile GPUs
• 3. Setting Up Development Environment on Android and iOS
• 4. Basics of GLSL: Shader Stages and Compilation
• 5. Writing Your First Vertex Shader
• 6. Writing Your First Fragment Shader
• 7. Passing Data Between Shaders (Attributes and Varyings)
• 8. Transformations: Model, View, and Projection Matrices
• 9. Handling Vertices and Normals for Lighting
• 10. Implementing Simple Per-Vertex Lighting
• 11. Implementing Per-Fragment Lighting Techniques
• 12. Working with Textures in GLSL
• 13. Sampling Techniques: Nearest, Linear, and Mipmapping
• 14. Integrating 2D and 3D Textures in Shaders
• 15. Using Sampler2D and SamplerCube Uniforms
• 16. Managing Uniform Blocks for Performance
• 17. Writing Custom GLSL Functions and Modularity
• 18. Debugging GLSL with Mobile Shader Compiler Logs
• 19. Optimizing Shader Code for Mobile Devices
• 20. Reducing Draw Calls and State Changes
• 21. Implementing Instanced Rendering
• 22. Using Vertex Buffer Objects (VBOs) and Index Buffers
• 23. Designing Efficient Vertex Layouts for Mobile
• 24. Handling Skinning and Skeletal Animation
• 25. Implementing GPU Skinning with GLSL
• 26. Integrating External 3D Models (glTF, OBJ)
• 27. Loading Assets with OpenGL ES and Native Code
• 28. Building a Simple Scene Graph
• 29. Managing Transformations in a Scene Hierarchy
• 30. Implementing Camera Controls for Mobile AR/VR
• 31. Practical Approaches to Shadow Mapping on Mobile
• 32. Implementing Shadow Mapping with GLSL
• 33. Optimizing Shadows for Low‑End Devices
• 34. Real‑Time Materials and Physically Based Rendering (PBR)
• 35. Implementing PBR Workflow in Mobile Shaders
• 36. Handling Ambient Occlusion on Mobile
• 37. Practical Deferred vs Forward Rendering for Mobile
• 38. Designing Mobile‑Friendly Lighting Models
• 39. Using Normal Maps and Height Maps in Shaders
• 40. Integrating Parallax Occlusion Mapping
• 41. Performance Profiling with GPU Timers and Adreno Tools
• 42. Measuring Frame Times and Battery Impact
• 43. Code Profiling and Optimization Techniques
• 44. Reducing Memory Footprint of Shaders
• 45. Implementing LOD (Level of Detail) for Models
• 46. Streaming Large Worlds on Mobile Devices
• 47. Managing GPU Memory and Texture Atlasing
• 48. Implementing Particle Systems in Mobile Games
• 49. Rendering Particles with Instancing
• 50. Creating Dynamic Terrain with Heightfield Shaders
• 51. Real‑Time Post‑Processing Effects
• 52. Implementing Bloom and Tone Mapping
• 53. Adding Motion Blur and Anti‑Aliasing
• 54. Integrating UI Shaders and Skia/VG
• 55. Building a Mobile Engine Architecture Overview
• 56. Designing Component‑Based Entity System
• 57. Integrating Physics into Mobile Engine
• 58. Working with Sensors: Accelerometer, Gyro, and Touch
• 59. Packaging and Deploying Engine on Android and iOS
• 60. Publishing Your Mobile 3D Engine: Best Practices and Store Optimization