传统的浮雕几何造型理论缺乏对浮雕文化背景和艺术特色的考虑，且交互复杂，难以对其进行快速建模，艺术特色亦过于单调。本项目主要研究体现浮雕艺术特色的三维浅浮雕快速高质量重建方法，主要研究内容包括:浅浮雕绘画元素表示及其计算方法；基于绘画元素的3D 浅浮雕重建方法，包括基于区域、线条和光照图像快速生成立体浮雕方法，以及绘画元素夸张变形进行风格化浮雕建模方法；研究玉石等浮雕半透明材质的高度真实感渲染方法，提供完整的浮雕作品预览效果图，以便进行分析评测，提高工艺加工的成功率。研究范围涉及理论与方法、技术和原型系统。项目的完成将为浅浮雕艺术形式的三维建模问题提供新的理论和方法，为浮雕艺术设计提供一些列简单、高效和鲁棒的技术，具有很好的理论意义和应用价值。

Traditional relief generation theory is lack of the consideration of cultural background and artistic characteristics. The interaction of relieaf generation tools is complex, and the generation speed and quality could not meet the needs of users. In this project, we focus on the fast and high quality 3D base relief generation method. The main research contents include: (1) Expression and computing method of rawing elements for base reliefs;(2)3D base relief generation method based on drawing elements, including reconstruction of relief objects from regions, line drawings and shader images, stylized relief generation method with exaggerated deformation;(3) accurately rendering method of translucent materials, and the photo-realistic rendering of generated relief for analysis and evaluation. The research scopes of this project include theories and methods, technologies and a prototype system. Research and completion of this project can provide us new theories and methods for solving the modelling problems of stylized base reliefs, and proivde us a series of simple, efficient and robust technologies for the effective clinical applications with 3D relief. So, research of this project has good theoretical significance and applied value.