A large database (known as the asset Server) holds the details of every 3d model, texture, avatar, or other asset.
一个大型数据库(称为资产服务器)存储每个3d模型、纹理、角色和其他资产的详细信息。
The 3d-model is stored in a geographical database, easy to read and use.
三维模型存储在一个地理数据库，便于阅读和使用。
The core step of building three-dimensional face statistical model is to establish a point-to-point correspondence among 3D faces in database.
三维人脸统计模型的建立的核心步骤是确立三维人脸数据库中点对点的对应关系。
The establishment of GIS foundation database, the 3d geological interface database of landslide body and the analytical model of GIS visualization about landslide is studied in this paper.
在研究工作的基础上，论述了滑坡GIS基础数据库、滑坡体三维地质界面数据库及滑坡可视化分析模型的建立途径。
At the same time, setting up relevant database of geological information, to link 3d geological model to information in database for visual management and inquiry.
同时建立相应的地质信息数据库，将三维地质模型与数据库信息链接起来，实现工程地质信息的可视化管理与查询。
The reconstruct of 3d head model was completed through displaying ct image, querying and changing database, and fitting ct slices.
通过CT影像显示、数据库查询修改、二维ct切片拟合完成参数化三维重建。
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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