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• HCVR-generated scenes result in 22.78 times fewer physical collisions compared to LLM-based generation with RDW.result 95%
• HCVR-generated scenes receive 35.89% less on ENI++ score compared to LLM-based generation with RDW.result 95%
• HCVR-generated scenes receive 12.5% higher scores on user feedback to layout design compared to LLM-based generation with RDW.result 95%
• HCVR introduces ENI++, a novel boundary-sensitive metric to evaluate incompatibility between physical and virtual spaces by comparing rotation-sensitive visibility polygons.method 90%
• HCVR utilizes a Large Language Model (LLM) for context-aware 3D asset retrieval and initial layout generation.method 90%
• HCVR strategically adjusts object selection, scaling, and placement to maximize coverage of virtually incompatible regions.method 90%
• Existing scene generation methods primarily focus on object relationships or layout aesthetics, often neglecting physical compatibility required for effective RDW.limitation 85%
• RDW efficacy diminishes significantly when substantial geometric divergence exists between physical and virtual environments, leading to unavoidable collisions.technical 85%

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