一个GMF注释提供了描述图的基本对象。
A GMF notation model provides the basic objects to describe diagrams.
文字信息在描述图象内容时起着重要的作用，因此文字提取及识别是基于内容视频检索的关键技术。
Text extraction is a key technique in content-based video retrieval as textual information plays an important role in describing the content of image.
现在，描述语言的演化、展示语言之间的相互关系的一种方法，是用系谱图模型。
Now, one way of representing the evolution of languages, showing the way languages are related to each other, is with the family tree model.
这张价值流程图描述的是一名胃痛病人进入医院后的就诊流程。
This value stream map illustrates the process of a patient coming into the hospital with a stomach ache.
称为服务描述(图5)的实体包含了与服务的某个版本的实例进行交互所需要的所有信息。
The entity called the service description (Figure 5) contains all the information needed to interact with an instance of a version of a service.
教训就是：如果您不能确定一个特定的计数器数据什么样的数据，就请高亮显示该计数器，然后选择EXPLAIN来显示描述(图6)。
The lesson is this: if you're not sure what data a specific counter collects, highlight the counter and select EXPLAIN to display a description (Figure 6).
图1描述的实际上是以前讨论的扩建概念。
Figure 1 visually describes the extended build concept discussed earlier.
通常在我工作的同时，我会将问题陈述、所有相关用例描述、UML图和代码都放在我面前。
I typically have the problem statement, any relevant use-case descriptions, the UML diagrams, and the code all in front of me at the same time as I work.
图1是一个时序图，描述框架将如何处理业务逻辑。
Figure 1 is a sequence diagram that describes how the framework will process business logic.
下面，我将描述如何实现图1的流程执行层。
Now I'll describe how to implement the process-execution layer of Figure 1.
常规形态的序列图描述初始刺激因素所产生的类交互。
The generic form of a sequence diagram describes the interaction of classes as the result of an initial stimulus.
让我们暂时假设图1中的类关系图描述了业务对象及其相互关系。
Let's assume for a moment that the class diagram in Figure 1 describes the business objects and the relationships between them.
图1描述了XSLT工作的一般方式。
表4描述了图11中每列包含不同的测试用例。
Table 4 describes the graph from Figure 11 in the form of a matrix where every column contains a different test case.
在命令行中提供一个有意义的描述(图23，“RequisitePro需要一个变更描述”)。
Provide a meaningful description at the prompt (Figure 23. RequisitePro request a change description).
图1描述了在上面描述的场景期间出现的步骤。
Figure 1 depicts the steps that occur during the scenario described above.
实例序列图描述了两个实例之间可能发生的单一消息交换。
An instance sequence diagram describes a single possible exchange of messages between two instances.
图7描述了治理的层次结构。
图4描述了前面讨论的拓扑。
图2描述了治理的各个要素及其相互关系。
Figure 2 depicts the various elements of governance and their relationships.
图5描述了此扩展的基础体系结构。
Figure 5 depicts the underlying architecture for this extension.
用例文本和关系图描述用户对需求的理解。
Use case text and diagrams describe the users' understanding of the requirements.
图7描述了关系数据库中的星型模式。
Figure 7 illustrates the star schema in the relational database.
示例图1描述了如何实现回顾会议的目标。
Figure 1 describes how retrospective session targets can be achieved.
图1中的图，描述了缺陷密度与评审代码行数量之间的关系，支持该规则。
The graph in Figure 1, which plots defect density against the number of lines of code under review, supports this rule.
计时图描述了一个时期内的生命线。
The timing diagram portrays lifelines across a period of time.
图13描述期望的部署结果。
图3描述了本地化包管理器工作流。
图6描述了三个虚拟门户的该内容层次结构。
Figure 6 depicts this content hierarchy for three virtual portals.
图6、图7和图8描述了这些函数的功能。
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