اپلیکیشن اندرویدی فلش‌کارت آموزشی مقدمه‌ای بر پیاده‌سازی صدا در موتور بازی‌سازی Unreal Engine

🎓 دوره آموزشی جامع

📚 اطلاعات دوره

عنوان دوره: دوره مقدمه‌ای بر پیاده‌سازی صدا در موتور بازی‌سازی Unreal Engine

موضوع کلی: موسیقی

موضوع میانی: طراحی صدا

📋 سرفصل‌های دوره

• 1. What is Sound? Introduction to Acoustics
• 2. Understanding Digital Audio: Sampling, Bit Depth
• 3. Common Audio File Formats for Games: WAV, OGG, MP3
• 4. Introduction to Game Audio: Unique Challenges and Opportunities
• 5. Roles in Game Audio: Sound Designer, Implementer, Composer
• 6. Basic Principles of Sound Design: Layering, Texture, Dynamics
• 7. Setting Up Your Audio Workspace and Tools
• 8. Introduction to Unreal Engine 5 Interface (Audio Perspective)
• 9. Navigating the Content Browser and Project Structure
• 10. Importing Audio Assets into Unreal Engine
• 11. Managing Audio Assets: Folders, Naming Conventions
• 12. Understanding Sound Waves: Properties and Settings
• 13. Playing a Simple Sound 2D (UI Sounds, Non-Spatialized)
• 14. Playing a Sound at Location (Spatialized Audio)
• 15. Introduction to Sound Attenuation: Distance, Falloff, Shape
• 16. Customizing Sound Attenuation Settings
• 17. Sound Concurrency: Limiting Simultaneous Sounds
• 18. Mastering Volume Control: Gain, Attenuation, Mixers
• 19. Pitch Modulation: Varying Sound Speed and Tone
• 20. Introduction to Sound Cues: The Audio Blueprint System
• 21. Creating Your First Sound Cue
• 22. Sound Cue Node: Mixer (Blending Multiple Sounds)
• 23. Sound Cue Node: Looping (Seamless Repetition)
• 24. Sound Cue Node: Random (Varying Sound Playback)
• 25. Sound Cue Node: Concatenator (Sequential Playback)
• 26. Sound Cue Node: Modulator (Adding Variation to Volume/Pitch)
• 27. Sound Cue Node: Continuous Modulator (Dynamic Pitch/Volume over Time)
• 28. Sound Cue Node: Attenuator (Applying Attenuation within a Cue)
• 29. Building Basic Sound Effects with Sound Cues (e.g., UI Click)
• 30. Creating Complex Sound Effects with Multiple Sound Cue Nodes
• 31. Introduction to Audio Components: Attaching Sound to Actors
• 32. Adding an Audio Component to a Blueprint Actor
• 33. Controlling Audio Components via Blueprints (Play, Stop, Pause)
• 34. Triggering Sounds on Events: Collision, Overlap, Input
• 35. Creating a Simple Footstep System with Blueprint and Sound Cues
• 36. Implementing Surface-Dependent Footsteps using Enums and Data Tables
• 37. Introduction to Sound Classes: Organization and Global Control
• 38. Creating and Configuring Sound Classes
• 39. Sound Mixes: Ducking, EQ, and Master Volume Control
• 40. Applying Sound Mixes to Specific Game States
• 41. Designing Environmental Audio: Ambiance, Wind, Water
• 42. Implementing Ambient Loops and One-Shot Sounds
• 43. Creating Reverb Zones for Environmental Realism
• 44. Applying and Blending Reverb Settings (Reverb Submixes)
• 45. Introduction to Dialogue Systems: Voice Lines and Character Audio
• 46. Implementing Dialogue Playback through Blueprints
• 47. Localizing Audio Assets for Different Languages
• 48. Designing UI Sound Effects: Feedback, Confirmation, Navigation
• 49. Implementing UI Sounds in UMG (Unreal Motion Graphics)
• 50. Weapon Audio Systems: Fire, Reload, Impact Sounds
• 51. Procedural Variation for Weapon Sounds (e.g., using Modulators)
• 52. Dynamic Music Systems: Introduction to Adaptive Music
• 53. Implementing Layered Music Based on Game State
• 54. Crossfading and Switching Music Tracks
• 55. Understanding Sound Occlusion: Blocking Audio by Geometry
• 56. Configuring Sound Occlusion in Unreal Engine
• 57. Advanced Audio Parameters: Controlling Sound Properties via Blueprints
• 58. Using Blueprint Variables to Drive Sound Cue Parameters
• 59. Introduction to Submixes: Advanced Audio Routing
• 60. Creating and Configuring Standard Submixes
• 61. Routing Audio to Specific Submixes (e.g., Master, Music, SFX)
• 62. Applying Effects to Submixes: EQ, Compression, Delay
• 63. Reverb Submixes: Advanced Spatial Reverb Control
• 64. Soundfield Submixes: Introduction to Spatial Audio and Ambisonics
• 65. Basics of Source Buses and Submix Sends
• 66. Using Source Buses for Dynamic Audio Routing and Effects
• 67. Performance Optimization for Audio: Draw Calls, Memory
• 68. Audio Memory Management: Streaming vs. Loading All
• 69. Debugging Audio Issues: Visualizing Sound and Volume
• 70. Using the Unreal Engine Audio Profiler for Performance Analysis
• 71. Advanced Blueprint Integration: Data Tables for Audio Assets
• 72. Using Enums for Conditional Audio Playback
• 73. Creating Interactive Music Systems with Multiple Layers and Parameters
• 74. Designing Event-Driven Soundscapes
• 75. Introduction to MetaSounds: Unreal Engine's Procedural Audio System
• 76. Understanding the Core Concepts of MetaSounds
• 77. Creating Your First MetaSound Source
• 78. MetaSound Nodes: Inputs, Outputs, and Variables
• 79. MetaSound Nodes: Generators (Oscillators, Noise)
• 80. MetaSound Nodes: Modulators (LFOs, Envelopes)
• 81. MetaSound Nodes: Filters (Low-Pass, High-Pass)
• 82. MetaSound Nodes: Effects (Delay, Reverb, Distortion)
• 83. Building Dynamic Sound Effects with MetaSounds (e.g., procedurally generated laser)
• 84. Creating Event-Driven Synthesis with MetaSounds
• 85. Integrating MetaSounds with Blueprints (Sending Parameters, Triggering Events)
• 86. Designing an Advanced Footstep System using MetaSounds
• 87. Creating a Dynamic Ambiance System with MetaSounds
• 88. Introduction to Audio Volumes: Area-Based Audio Effects
• 89. Using Audio Volumes for Spatialization Overrides and Submix Effects
• 90. Best Practices for Organizing Your Audio Project
• 91. Version Control for Audio Assets (Perforce, Git LFS)
• 92. Considerations for Accessibility in Game Audio (Subtitles, Visual Cues)
• 93. Testing Your Audio Across Different Platforms
• 94. Preparing Audio for Packaging and Deployment
• 95. Introduction to External Audio Middleware (Conceptual: FMOD, Wwise)
• 96. Understanding When to Use Middleware vs. Native UE Audio
• 97. Maintaining Audio Quality Throughout Development
• 98. Troubleshooting Common Audio Implementation Problems
• 99. Workflow Tips for Efficient Game Audio Implementation
• 100. Final Project: Integrating a Complete Audio System into a Demo Scene