マルチモーダル仮想空間における形状と画像の創成および知的符号化

作为在人的大脑中实现对图形的想象的工具，已经有了“雕塑”、“泥塑”和“口头指令”。在本研究中，我们研究了三种图形创作方法：[1]虚拟造型的几何造型，[2]粘土的几何造型，[3]口头指令的几何造型，旨在构建智能化的人机界面，实现图形和图像的创作和合成。此外，作为一种基于虚拟造型方法的图像合成技术，还讨论了虚拟木刻印刷及其应用(特别是Ukiyo-e的智能编码)。它是一种通过使用由虚拟雕刻系统创建的虚拟木版、虚拟纸张、虚拟油墨和虚拟巴伦来打印过程的图像合成方法。虽然我们已经研究过这一基本策略，但我们通过基于物理的渲染方法研究了更多细节，并特别关注了日本传统木刻印刷方法Ukiyo-e的智能编码。此外，还利用基于物理的方法介绍了虚拟铜版印刷方法。

As tools to realize an imagination on a figure at the brain of a human, there have been "Sculpting", "Clay Modeling", and "Verbal Instructions". In this research we studied following three methods of figure creation : [1]geometrical modeling by virtual sculpting, [2]geometrical modeling by clay, [3]geometrical modeling by verbal instructions, to aim at construction of intelligent man-machine interfaces to create and synthesis of figures and images. In addition, as a technique of image synthesis based on the virtual sculpting method, [4]virtual woodcut printing and its application (especially intelligent coding of Ukiyo-e), is discussed. It is an image synthesis method by printing procedure using virtual woodblocks created by the virtual sculpting system, virtual paper, virtual ink, and virtual baren. Although this basic strategy had already been studied by us, we studied more details by a physics-based rendering approach, and we especially focused on intelligent coding of Ukiyo-e, a traditional woodblock printing method in Japan. In addition, virtual copperplate printing method is introduced by using a physics-based approach.