随着数字技术在影视动画领域的深度应用,色彩保真度已成为影响作品艺术表现与技术传播的核心要素。本研究针对数字化制作流程中出现的色彩失真现象,系统分析了设备兼容性差异、减少算法损耗、动态范围适配不足及跨平台管理混乱四类典型问题。为解决上述问题,研究提出构建全链路色彩管理体系,采用制定标准化工作流程、优化智能压缩算法、建立动态映射模型、实施跨平台协同机制等创新对策。研究表明,采用国际色彩联盟（ICC）配置文件与三维查找表（3D LUT）联动的校准技术,结合场景感知的动态元数据（Dynamic Metadata）传输体系,可有效实现从制作端到显示端的色彩一致性控制。

With the deep application of digital technology in the field of film and animation, color fidelity has become a core element that affects the artistic expression and technical dissemination of works. The study focuses on the color distortion phenomenon that occurs in the digital production process, and systematically analyzes four typical problems: differences in device compatibility, compression algorithm loss, insufficient dynamic range adaptation, and chaotic cross platform management. To address the aforementioned issues, the study proposes the construction of a full chain color management system, which involves innovative measures such as developing standardized workflows, optimizing intelligent compression algorithms, establishing dynamic mapping models, and implementing cross platform collaboration mechanisms. Research has shown that the use of calibration techniques linked to International Color Federation (ICC) profiles and 3D lookup tables (3D LUTs), combined with scene aware dynamic metadata transmission systems, can effectively achieve color consistency control from the production end to the display end.