前面的段落展示如何通过参数和返回值传递信息，引用另一个序列图。
The previous section showed how to reference another sequence diagram by passing information through parameters and return values.
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.
您可以利用着重于运作节点(参与者)通过消息与主题系统交互的序列图来获取该信息。
You capture this information using sequence diagrams that focus on operational nodes (actors) interacting with the subject system via messages.
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.
为了使序列图更易理解，我引入了一般的用例控制器对象来为消费者参与者收到的信息提供中介。
To improve understandability of the sequence diagram, I introduced a generic use case controller object to mediate the messages received by the human customer actor.
例如，如果决定必须自动化scheduler操作者，那么图11中所示的序列图提供有用的信息来创建Scheduler系统用例模型。
If, for example, it is decided that the Scheduler worker has to be automated, the sequence diagram shown in Figure 11 provides useful information to create the Scheduler System use Case model.
不过，我仍然喜欢使序列图尽量简单，所以仅当信息对于理解逻辑非常重要时才对它们建模。
I still prefer to keep my diagrams as simple as possible, though, so I model them only when the information is vital to my understanding of the logic.
此外，重构一个操作将会更新序列图中相应的信息，即时当这个序列图在一个被选择的模型中。
In addition, refactoring an operation will update the corresponding message in a Sequence diagram, even when the Sequence diagram is in a closed model.
逆向生成序列图时往往要处理大量的动态信息，所以序列图的生成效率至关重要。
The generation efficiency is very import because there is often so much dynamic information in generating sequence diagrams reversely.
UML序列图描述了交互对象间的协作，如在实时和分布式系统中通讯实体间的信息交互。
UML sequence diagrams describe a collaboration of interacting objects, where the interactions are exchanges among communicating entities in real time and distributed systems.
其中数据交互模块提供基本事件发生概率、事件序列图(esd)图形信息和计算结果等数据。
The probability of initial event, graphics information of event sequence diagram (ESD), and result data calculated is provided by data interface module.
这种图象表达及信息加工方法对包括生物活体时间序列图象在内的多种序列图象加工可能都是适用的。
This approach of image representation may be suitable also for other image sequences processing including time image sequence obtained from living things.
这种图象表达及信息加工方法对包括生物活体时间序列图象在内的多种序列图象加工可能都是适用的。
This approach of image representation may be suitable also for other image sequences processing including time image sequence obtained from living things.
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