在处理过程中，需要将数据库中的几何图形转换成它的SVG表示，并添加一些特定于呈现的属性，例如颜色和笔划宽度。
It is necessary to convert a geometry in the database to its SVG representation and adding some rendering-specific attributes like color and stroke-width in the process.
空间数据库已广泛地应用于GIS,CAD、机器人、计算几何、计算机视觉、医学图像和多媒体系统等领域。
Spatial databases are being applied widely in many applications such as GIS, CAD, Robot, Computation, Geometry, Computer Vision, Physic Image and Multimedia System etc.
该系统利用数据库查询技术和VBA开发工具完成从数据表中检索减速器型号及主要参数，并利用几何参数生成装配简图的全过程。
This system makes use of the technique of database searching and language VBA to complete the whole process of indexing reducer model from data table and drawing the assembly drawing.
一个实用的、完整的几何造型系统必须有一个精心设计的图形数据库作为图形信息的存贮和管理中心。
A practical stand-alone geometric moulding system necessitates a graphic database as its pictorial information storing and management kernel.
数据库表示工件的结构和几何特性。
A database is established for representing the structure and geometric properties of the workpieces.
在几何定理机器证明方法中，常用的有几何代数方法、演绎数据库方法和例证法等方法。
Methods, including geometric algebraic method, deductive database method and paradigmatic prove method have been widely applied in the geometric theorem prove field.
提出由切削用量库、刀具几何角度库、切削液库和单位切削功率库基本构成金属切削数据库，给出了它们的关系模式。
Proposed that a metal cutting database is basically composed of databases of cutting data, tool geometry angles, cutting fluid and unit cutting power.
应用实体扩展数据库技术，使特征携带非几何信息；
The feature schleps its information of non-geometry by database-externed technique of the entity.
提出由切削用量库、刀具几何角度库、切削液库和单位切削功率库基本构成金属切削数据库，给出了它们的关系模式。
Proposed that a metal cutting database is basically composed of databases of cutting data, tool geometry angles, cutting fluid and unit cutting power. Relation models of them are presented as well.
提出由切削用量库、刀具几何角度库、切削液库和单位切削功率库基本构成金属切削数据库，给出了它们的关系模式。
Proposed that a metal cutting database is basically composed of databases of cutting data, tool geometry angles, cutting fluid and unit cutting power. Relation models of them are presented as well.
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