In this paper, using three-dimensional analysis of sunlight, and generates the sunlight computing systems.
本文中，使用三维日照分析，并生成日照计算系统。
Based on above mentioned research and analysis, the passive modes and the active modes of utilizing sunlight have been discussed deeply and illuminated by success cases from home and abroad.
在上述调研分析的基础上，具体探讨了住宅阳光被动利用方式和主动利用方式的具体策略，并结合国内外的成功实例进行说明。
A design of a solar autoclave based on this analysis will be available for the rural areas in China where are plenty of sunlight but lacking in fuel.
基于本分析设计的太阳能消毒器，对于我国日照丰富、但缺乏燃料的农村有一定的使用价值。
Some sunlight analysis systems have been designed in order to solve these problems, but most of them were developed based on CAD platform and mainly aimed at lighting indoor space.
针对这些问题，国内已开发和设计了一些日照分析系统，但这些系统大多是基于CAD平台开发的，主要是针对室内采光分析。
Some relative key techniques including the design of 3D data model, database management based on Oracle, the fusion between CAD data and GIS data, sunlight analysis and so on are emphasized.
对涉及到的关键技术包括三维数据模型的实现、二维数据的嵌入与操作、日照分析关键技术等都进行了详尽的介绍。
Some relative key techniques including the design of 3D data model, database management based on Oracle, the fusion between CAD data and GIS data, sunlight analysis and so on are emphasized.
对涉及到的关键技术包括三维数据模型的实现、二维数据的嵌入与操作、日照分析关键技术等都进行了详尽的介绍。
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