In large-scale events and film productions, scenography is critical for defining thematic and visual elements. However, traditional methods are often labor-intensive, time-consuming, and constrained by physical limitations, making optimal scene layouts and camera angles challenging to achieve. This paper introduces an innovative scenography system that leverages drone-based tilt photography and real-time 3D modeling to transform physical scenes into accurate digital representations. By employing adaptive sampling strategies and advanced 3D reconstruction algorithms, our approach significantly improves model accuracy and reduces setup time compared to conventional techniques. These improvements demonstrate the potential of this system to streamline scenography workflows in film production, event management, and other visual storytelling applications.

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Adaptive Drone-Based Tilt Photogrammetry and Real-Time 3D Reconstruction for Interactive Digital Scenography

  • Ziqi Shu,
  • Qingfeng Wu

摘要

In large-scale events and film productions, scenography is critical for defining thematic and visual elements. However, traditional methods are often labor-intensive, time-consuming, and constrained by physical limitations, making optimal scene layouts and camera angles challenging to achieve. This paper introduces an innovative scenography system that leverages drone-based tilt photography and real-time 3D modeling to transform physical scenes into accurate digital representations. By employing adaptive sampling strategies and advanced 3D reconstruction algorithms, our approach significantly improves model accuracy and reduces setup time compared to conventional techniques. These improvements demonstrate the potential of this system to streamline scenography workflows in film production, event management, and other visual storytelling applications.