Analysis of the application of digital technology in modern film and television production

Abstract

This paper first investigates the digital technology of film and television production by establishing a geometric attribute information database to facilitate film and television modeling, followed by NURBS curve and surface modeling to overcome its drawback of not having a local nature due to the overall modeling of film and television production. Then, we calculate the binary segmentation results of the video opacity map by video keying technique and propose a multi-agent-based collaborative system model CNLES for film and video editing, as well as an example analysis of film and video production based on foreground target prediction. The center point error of this paper’s method is generally low and stable within (10-20), as shown by the results. Combined with the tracking method of point-mean drift, the target can be searched when the target is stationary, which meets the requirements of shot tracking in film and television production, and the verification illustrates that the digital technology of this paper has a facilitating effect on film and television production.

Keywords

• film and television modeling
• nurbs curve
• video keying technology
• binary segmentation
• film and television editing system
• cnles
• 91e45