Research on Real Time Ink Animation Generation Method Based on Multi Perspective Stereoscopic Vision

Abstract

In response to the problems of cumbersome traditional ink animation production process, high dependence on hand drawing, long cycle, high cost, and insufficient real-time interaction and dynamic generation capabilities, this paper deeply integrates multi perspective stereoscopic vision technology with non realistic rendering, real-time graphics, and ink stylized algorithms, and proposes a complete real-time ink animation generation method. Research and develop a multi perspective stereo vision 3D reconstruction and dynamic capture process to achieve high-precision 3D geometric acquisition of real scenes, human movements, and object movements; Design a 3D model simplification, line extraction, stroke generation, and ink color blending algorithm for ink painting art, and establish a four layer stylized mapping mechanism of “geometry stroke ink rhyme artistic conception”; Propose a multi perspective collaborative rendering and temporal consistency optimization strategy to ensure consistent style, smooth motion, and real-time performance of ink animation in continuous perspectives; Develop a prototype system that integrates multi perspective acquisition, 3D reconstruction, ink painting stylization, real-time rendering, and animation output.