This course is designed specifically to solve the challenges of creating photorealistic scenes in TouchDesigner, deeply combining Gaussian Splatting (3DGS) technology with traditional node-based logic to build a "gamified" immersive scene interaction system. The course provides an in-depth analysis of 3DGS technology, teaching you to break away from cumbersome low-poly topology logic and precisely introduce the delicate textures, complex lighting, and physical details of the real world into the TouchDesigner environment through ultra-fast reconstruction. You will master an exclusive practical pathway from Gaussian scene reconstruction to TD environment adaptation, completely breaking through the efficiency and performance bottlenecks of traditional 3D modeling in hyper-realistic scenes.

The course deeply integrates the Xbox controller control system, guiding you step by step to establish precise mapping from physical low-level signals to TD logic layers, upgrading your work from "passive viewing" to "active exploration." You will also learn advanced applications of the POP particle system, mastering how to deconstruct hyper-realistic assets into thousands of dynamic particles, combined with dynamic UI system architecture and TOP compositing technology, to produce cinematic visual effects. Through this course, you will obtain a runnable interactive virtual space project file, a universal Xbox controller-controlled TD camera framework, and an ultra-fast production pipeline from 2D images to 3D real-time rendering.

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• 1.Overall Process Overview and Creative Thinking Establishment
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• 2.Gaussian Splatting Scene Production Techniques
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• 3.Hands-On Scene Import into TD Methods
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• 4.Additional Gaussian Scene Production Methods
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• 5.Xbox Controller Control and Binding
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• 6.Dynamic UI Interface Production (Part 1)
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• 7.Dynamic UI Interface Production (Part 2)
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• 8.Post-Production Effects Techniques and Visual Optimization
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• 9.Particle Effects Processing (Part 1)
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• 10.Particle Effects Processing (Part 2)
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• 11.Particle Effects Processing (Part 3)
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• 12.Particle Effects Processing (Part 4)
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• 13.Pixel Particle Linking and Reality Deconstruction Effects
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• 14.Full-Screen Display and Export Methods
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