Cooperative design tool for cool-city design guideline using Game Engine

在本次研究工作中，开发了四种基于游戏引擎的在线电子学习工具，供利益相关者研究日本酷城示范区的绿色设计、太阳能电池板等节能规划法规和规划措施。首先，为了实现建筑形态的可视化，利用本文开发的工具，可以根据规划规则自动生成建筑形态。同时，开发了该工具的功能，用于研究太阳能发电建筑屋顶和墙体的绿色设计能力。输入太阳能电池板、方位和功率容量的数量和大小，以计算太阳能的容量。本文还考虑了基于自动生成的建筑形态的可建筑空间中的绿地容量的绿色设计。结果表明，所开发的工具可以根据规划规程和环境设计导则中的所有参数自动生成太阳能的建筑形式和容量，进行绿色设计。未来，我们希望开发一个集成的可视化工具来表示一个虚拟的智慧城市，以模拟整个城市的太阳能建筑的能力。

In this research work, four kinds of on-line e-learning tool using game engines havebeen developed for stakeholders to study planning regulations and planning measures for saving energy consumption such as green design, solar panel in Cool City Model District Area in Japan. Firstly, for visualizing building form, the build form can be automatically generated according to planning regulations by using the developed tool in this work. Meanwhile, a function of this tool is developed to study the capacity of solar energy, green design in generated building roof and wall. Numbers and sizes of solar panel, orientation, and power capacity are inputted to calculate the capacity of solar energy. Green design is also considered in this work for the capacity of green area in a buildable space based on the automatically generated building form. As a result, it is possible to use the developed tool for generatingautomatically the building form and capacity of solar energy, green design according to all parameters in planning regulations and design guideline of environmental design. In the future, we like to develop an integrated visualization tool for representing a virtual smart city in order to simulate capacity of solar architecture in an entire city.