序列图的第二种形态是实例形态。
图7：白盒场景序列图实例。
然后为每个系统创建对象模型和序列图。
Then an object model and sequence diagrams were created for each system.
然而，有另一个方法在序列图之间传递消息。
However, there is another way to pass information between sequence diagrams.
您可以发现，序列图可以很快变得相当复杂。
As you can see, sequence diagrams get complicated fairly quickly.
方法逻辑序列图在记录方法逻辑方面非常优秀。
Sequence diagrams are excellent for documenting method logic.
图5显示了上述for 循环的序列图。
The sequence diagram for the above for loop is shown in Figure 5.
图9：预约车辆第二部分的设计序列图。
行为图的实例是活动图，用例图和序列图。
Example behavior diagrams are activity, use case, and sequence diagrams.
默认条件下，序列图编辑器会处在move模式下。
图7：第一部分中预约车辆的设计序列图。
实例序列图描述了可能发生也可能不发生的单一情形。
The instance sequence diagram describes a single scenario that may or may not occur.
我们将在示例贷款处理应用程序的帮助下学习序列图。
We'll learn about sequence diagramming with the help of an example loan processing application.
图3图示了贷款申请用例的序列图的一部分。
Figure 3 depicts part of the sequence diagram for the Loan Application use case.
即时这个序列图在一个封闭的模型中，这个更新也会发生。
The update will occur even when the Sequence diagram is in a closed model.
此外，你将能够逆向工程序列图直接从托管代码。
In addition, you will be able to reverse engineer sequence diagrams directly from managed code.
NET代码生成的序列图会帮助您直观显示代码实现方法的方式。
NET code help you visualize how the code implements a method.
植物物种水平分异规律，基本上可由植物物种空间分布序列图来代表。
The spacial distribution serial chart of main plant species can stand for level differentiation regularity.
植物物种水平分异规律，基本上可由植物物种空间分布序列图来代表。
The spacial distribution serial chart of main plant species can stand for level differentiation regularity.
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