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