A Study on Embodiment-based Automatic Generation of 3D-CG Contents and Optimization for them by Interactive Evolutionary Computation

在开发三维CG软件组件时，除了颜色和形状外，其运动和功能等属性尚未得到处理。在这项研究中，我们试图采用这种属性来实现具有3D形状和独特功能的高度体现的3D CG软件组件。在实现这种高度具体化的3D CG软件组件之后，将有可能通过使用它们的功能组合规则和约束来组合它们来自动生成3D CG内容。在本研究中，我们也尝试应用交互式演化计算（IEC）方法，以获得用户所需的三维CG内容从自动生成的三维CG内容，通过优化他们通过IEC。在这项研究中，我们试图实现这样的开发系统和工具。

When developing 3D CG software components, their attributes like motions and functionalities besides their color and shape have not been treated so far. In this study, we tried to employ such kinds of attributes to realize highly embodied 3D CG software components having a 3D shape and a unique functionality. After realizing such highly embodied 3D CG software components, it will become possible to automatically generate 3D CG contents by composing them using their functional composition rules and constraints. In this study, we also tried to apply Interactive Evolutionary Computation (IEC) method in order to obtain the user required 3D CG contents from the automatically generated 3D CG contents by optimizing them through IEC. In this study, we tried to implement such development systems and tools.