The content graph metadata gives description in three aspects: title, organization information and geometric reference.
内容图形从标题、组织信息和几何参照三个方面进行描述。
After tracing and analyzing the geometric structure of control system block diagram, thereby the corresponding topological structure is generated by graph analyzer.
图形分析器通过对控制系统方框图的几何结构进行跟踪探索和结构分析，生成相应的拓扑结构。
When graphs are decomposed, the system deduces productive rules and decomposing operations to , be used from geometric properties of the graph so that better graph decomposition can be obtained.
图形分解时，系统根据当前图形的几何特性，推断出要应用的产生式规则和对图形要施加的分解操作，因此可以得到一个较好的图形分解。
In light of graph theory, here establishes the criterion for judging geometric compatibility of the synthesization diagram of planetary transmission.
该文借助图论，解决了行星变速箱综合简图几何相容性的判断问题。
This model could capture geometric constraints effectively and distinguish user's intentions automatically in the process of drawing graph theory so as to realize parametric design of apparel pattern.
此模型能有效捕捉并自动识别服装制板过程中反映用户设计意图的几何约束关系，实现服装纸样的参数化。
It USES feature dependent graph as data model, cell-based model as geometric model, and view model as user interface, but it is more complex than the former system based on parameter and history.
在底层它用特征依赖图作为数据模型，在中层用细胞元模型作几何模型，在用户层用视图模型表示。
The reduction is carried out by using geometric constraint graph based on the point clusters. Then the sequence of reduction is computed and the geometric model is rebuilded.
该算法基于点簇对约束网络图进行归约，求得归约序列然后重构几何模型，具有求解速度快、可靠性高、应用范围广等优点。
In this paper, a method to build geometric constraint model of 2 dimensional drawing based on undirected graph is presented.
本文提出了一种基于图结构描述的二维图形几何约束模型的建立及存储方法。
In the drawing module of graph, geometric figure of simulated domain, thermal circulation curve and selection probability of each site and grain size distribution are visual.
在图形显示模块中，实现了模拟区域几何形状、格点热循环曲线、格点选择概率及晶粒尺寸分布的可视化。
A promising approach to processing geometric constraints ambiguity based on the comprehension of graph has been put forward.
提出一种基于图形理解的几何约束二义性处理的自组织方法。
A promising approach to processing geometric constraints ambiguity based on the comprehension of graph has been put forward.
提出一种基于图形理解的几何约束二义性处理的自组织方法。
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