跟踪变换后的表情特征弹性图序列，采用图像差分方法，检测表情特征处于极大或夸张状态的关键帧。
Through tracking a series of elastic graphs, the key-frames, which contain expression features in exaggerated intensity, can be detected based on images differentiating.
序列图，在功能验证中有很重要的价值，提供交互的信息。
Sequence diagrams, also of great value in Function Verification, provide the interaction information.
序列图的主要目的是定义事件序列，产生一些希望的输出。
The main purpose of a sequence diagram is to define event sequences that result in some desired outcome.
图3 所示的序列图展示了样例应用程序中实现的完整消息流。
The sequence diagram in Figure 3 illustrates the complete messages flow implemented in the sample application.
这些增强使序列图编辑起来更容易。
These enhancements have made sequence diagrams much easier to edit.
随着您自己练习绘制这些简单构造图，自然会逐渐加深对序列图绘制的理解。
As you practice diagramming these simple constructs on your own, your understanding of sequence diagramming will naturally improve.
归根结底，序列图就是交互图。
为实现开发而创建UM l序列图。
Create a UML sequence diagram for development implementation.
序列图是应用最为广泛的UML动态建模方法。
The sequence diagram is the most popular UML artifact for dynamic modeling.
序列图用于为使用方案的逻辑建模。
Sequence diagrams are used to model the logic of usage scenarios.
序列图通常用于记录这些交互。
Sequence diagrams are often used to document these interactions.
很象类图，开发者一般认为序列图只对他们有意义。
Much like the class diagram, developers typically think sequence diagrams were meant exclusively for them.
图7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3显示了WS响应模板模式的序列关系图。
Figure 3 shows the sequence diagram for the ws response template pattern.
对于序列图，有消息的概念。
As with sequence diagrams, there is the concept of messages.
图12的主要工作区显示了一个序列图的例子。
The main workspace in Figure 12 shows an example of a sequence diagram.
序列图提供了目标之间按照序列顺序生成交互的信息。
Sequence diagrams provide information on interactions between objects in the sequential order that the interactions occur.
图4：uml序列图提供表示系统的简单，条理分明的方法。
Figure 4: UML sequence diagrams provide a simple, coherent way to represent systems.
保存序列图。
图3的序列图演示了异步通信模型。
The sequence diagram in Figure 3 illustrates the asynchronous communication model.
图3展示了使用适配器时的基本交互的序列图。
Figure 3 is a sequence diagram that shows essential interactions when using the adapter.
显示白盒场景的序列图。
改进的序列图测试用例。
用子系统简化序列图(可选)。
图11：带有持续层的设计序列图。
图5：逻辑的白盒场景的序列图。
图2：uml是序列图显示了行为元素。
作为补充，下面给出了类关系图和序列关系图。
For completeness the class diagram and sequence diagram are shown below.
现在，如果我有一个中等规模的项目，我可能会利用UML和一个支持UML的工具来创建足够的类图、序列图以及其它图来传达设计。
Now, if I have a moderate-sized project, I might use UML and a tool that supports UML to create enough class diagrams, sequence diagrams, and others to convey the design.
当我们从用例图转入到序列图和类图时，马上就会注意到已知的参与者的影响。
As we move from use case diagrams into sequence and class diagrams, we will immediately notice the impact of known actors.
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