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 Duration 21 hours

Course Outline

Introduction to Unreal Engine

  • Assessment of Unreal Engine features and technical capabilities
  • Examination of the real-time rendering workflow
  • Distinction between 3ds Max and Unreal Engine operational workflows

Asset Integration from 3ds Max

  • Exporting three-dimensional models, animations, and related assets from 3ds Max
  • Ingesting assets into the Unreal Engine environment
  • Configuring asset parameters for optimal performance within Unreal Engine

Material and Texture Management in Unreal Engine

  • Overview of the Unreal Engine material editor interface
  • Development and customization of materials and texture maps
  • Application of shaders and specialized effects for high-fidelity rendering

Lighting and Rendering Configuration in Unreal Engine

  • Implementation of dynamic lighting and global illumination systems
  • Calibration of lighting parameters for varied environmental conditions
  • Adjustment of rendering configurations to ensure real-time efficiency

Blueprint Visual Scripting

  • Fundamental review of Blueprint visual scripting within Unreal Engine
  • Design of interactive behaviors and game mechanics
  • Deployment of user interaction protocols and control systems

Performance Optimization Strategies

  • Refinement of assets for enhanced real-time throughput
  • Utilization of level streaming and LOD methods for streamlined scene management
  • Application of performance profiling and tuning strategies

Applied Projects and Case Analyses

  • Review of professional projects and practical examples
  • Evaluation of best practices and optimization methods in production environments
  • Practical exercises and project implementation to consolidate knowledge

Conclusion and Future Recommendations

Requirements

  • Proficiency in Autodesk 3ds Max for three-dimensional modeling, animation, and rendering
  • Fundamental understanding of real-time rendering principles
  • Familiarity with standard file formats for three-dimensional assets (e.g., FBX, OBJ)

Target Audience

  • 3D artists
  • Game developers
  • Architectural visualization specialists
  • VR/AR content creators

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