This study explores the transformative potential of digital film and television scene creation based on virtual simulation technology, examining its efficacy, efficiency, and impact on cinematic storytelling. Through a comprehensive evaluation encompassing rendering performance, computational efficiency, usability, user satisfaction, and production costs, the study provides valuable insights into the adoption and integration of virtual production workflows within the filmmaking industry. Results indicate a significant reduction in rendering time, with virtual simulation technology achieving up to a 40% decrease compared to traditional rendering methods. Computational efficiency metrics demonstrate the scalability and robustness of virtual production workflows, showcasing efficient resource utilization and smooth performance throughout the production process. Usability and user satisfaction assessments highlight the intuitive design and workflow efficiency of virtual production tools, with high usability scores and positive user feedback indicating widespread acceptance within the filmmaking community. From an economic perspective, virtual production workflows offer substantial cost savings and a favourable return on investment, with reduced production costs and increased profitability compared to traditional production methods. These findings underscore the transformative impact of virtual simulation technology on cinematic storytelling, paving the way for accelerated creative workflows, enhanced production efficiency, and cost-effective filmmaking practices.
