Using a basic class diagram, we can build a parameterized pattern.
我们可以使用基本类图来创建参数化的模式。
The class diagram, illustrated in Figure 4, shows the detailed structure of the cache mediations involved in the pattern.
图4中所示的类关系图显示了该模式中涉及的缓存中介的详细结构。
The Assembly Diagram for this design pattern is shown in Figure 2 below.
下面的图2显示了此设计模式的装配图。
Figure 3 shows the sequence diagram for the ws response template pattern.
图3显示了WS响应模板模式的序列关系图。
Figure 7 shows the sequence diagram for the ws response template pattern.
图7显示了WS响应模板模式的序列关系图。
Figure 17 shows the sequence diagram after having applied the requester-side caching pattern.
图17显示了应用请求端缓存模式后的序列关系图。
Figure 6 shows the class diagram from the WS response template pattern.
图6显示了WS响应模板模式的类关系图。
Figure 2 shows a sequence diagram for a find operation in the pattern.
图2显示了该模式中查找操作的序列关系图。
Figure 1 shows a class diagram of the adapter pattern.
图1显示了适配器模式的类图。
Figure 3 shows a class diagram of the iterator pattern.
图3显示了迭代器模式的类图。
The final pattern class diagram will look like Figure 14.
最终的模式类图将如图 14 所示。
The final pattern class diagram will look like Figure 19.
最终的模式类图将如图 19 所示。
A pattern doesn't just consist of the solution's UML diagram!
一个模式并不是只包含U ML图表的解决方案。
Figure 5 shows a class diagram of the delegate pattern.
图5显示了委托模式的类图。
Figure 4 shows a class diagram for the decorator pattern.
图4显示了装饰器模式的类图。
Even assuming that the configuration described above is carried out correctly, the pattern of connections shown in the diagram above will generally not take place quite as you would expect it to.
即使假定上述配置能正确实现，上面的关系图中所示的连接模式通常不会完全按照您的预期实现。
In the case of the CRM business process, a UML diagram was created to document the design pattern guiding the creation of any new playbook.
在CRM业务过程的情况下，创建uml图以编制指导新剧本的创建的设计模式。
Create a new Unified Modeling Language (UML) class diagram, then open the Pattern Explorer that Figure 1 above shows.
创建一个新的统一建模语言(Create a new Unified Modeling Language,uml)类图，然后打开上图1中显示的模式浏览器。
As evident from the Solution Overview Diagram in Figure 1, you need Process Integration patterns (a subset of the Application Integration pattern) for the links from OTMPS to the
从图1的解决方案概要图表中可以明显地看出，流程集成模式（应用程序集成模式的子集）可以使得OTMPS链接到
Figure 6 is a UML sequence diagram showing how the structural elements within the Observer pattern collaborate.
图6是一个UM l序列图，显示这个Observer模式中的结构元素是如何协作的。
Figure 22 shows the sequence diagram for the ws response template pattern as applied to the Catalog Service Model.
图22显示了应用于Catalog服务模型时ws响应模板模式的序列关系图。
As you start to drill down into the Portal application patterns, you find the following diagram which summarizes the various types of functionality found in each business and integration pattern.
在研究Portal应用程序模式时，您会找到下面这张图，它总结了每个业务和集成模式中的各种功能。
If you add these components into our Runtime pattern overlay, you'll end up with the following updated diagram.
如果将这些组件添加到我们的Runtime模式中，就会形成下面的模式图。
The business interaction diagram for the calendar feed may be visualized as some form of "service-oriented factory pattern", another emergent service-oriented concept.
可以将日历Feed的业务交互关系图可视化为某种形式的“面向服务的工厂模式”，这是另一个新出现的面向服务的概念。
You can also represent the pattern solution visually, in terms of both structure and behavior. Figure 5 is a UML class diagram showing the participants in the Observer pattern.
您还可以按照结构和行为两方面从视觉上来展示模式图5是一个UML类图标，表示Observer 模式的参与者。
You can drag a pattern instance from the pattern Explorer to a UML diagram, and then bind UML elements to the pattern instance as parameters (select existing ones or create new ones).
您可以从PatternExplorer中将模式实例拖拽到uml图中，然后将UML元素作为参数绑定到模式实例上(选择现有的或创建新的)。
From the pattern Explorer (Figure 7), you can search, organize, or drag a pattern into a UML diagram.
在PatternExplorer(图7)中，您可以搜索、组织，或将模式拖拽到uml图中。
The diagram does not consider additional constraints: decreased resolution due to diffraction and increased susceptibility to fixed pattern noise with longer exposures.
图表没有考虑其他限制因素：衍射造成的低分辨率，长时间曝光带来的对固定图形噪声的敏感性。
The class-diagram (Figure 8), which was the starting point for the pattern creation can also be included in the pattern.
类图(图8)，是模式创建的起始点，它也可以被包含在模式内。
That may be a reason why the worm's behavior cannot be computed from the wiring diagram: the pattern of connections is changing all the time under the influence of the worm's 250 neuropeptides.
这就是蛔虫的行为为何无法通过接线图计算得出：在蛔虫250个神经肽的影响下，连接的形式时刻在变化着？
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