Look back at Figure 1, and imagine each node is a person and each diagram is a team design.
请回顾图1，想象一下每一个结点就是一个人，每一个图表就是一个团队设计。
The arrows in this diagram represent Pointers to the location of the next node in memory.
图中的箭头表示指向内存中下一个节点位置的指针。
The newly created activity diagram contains one node for each business process step read from the text file.
新创建的活动图包含了，为从文本文件中读取的每一个业务过程步骤设置的节点。
This associates the runtime behaviour with the graphical node in the diagram.
这就把图中节点和运行时行为关联了起来。
In previous versions, the default Stop Node was placed at the far right of the diagram.
在早期版本中，缺省的停止节点放在关系图的最右边。
The simplest diagram would consist of a single node.
最简单的关系图可以由单个节点组成。
"Represents" attribute of object node in activity diagram.
活动图表中对象节点的“Represents”属性。
The sample code reads business process steps from a text file and creates a UML activity diagram skeleton (one activity node for each process step) for this process in Rational Software Architect.
代码示例从一个文本文件中，阅读业务过程步骤，并为Rational Soft ware Architect中的该过程，创建一个UML活动图框架(每一步过程都对应着一个活动节点)。
In the diagram above, the MQInput node is used as the source to receive the messages.
在上面的关系图中，MQInput节点用作接收消息的源。
This member can only be accessed for a node in Diagram object.
只能访问该成员的图示对象节点。
The key to power distribution system is to ignore transient process in this sub-system and to draw the network equivalent circuit diagram, therefore its node voltage equation is algebraic equation.
配电子系统的建模关键是忽略其内部的暂态过程并作出了网络的等值电路图，因而依此建立的节点电压方程为代数方程。
Enter the diagram node number represented by this point.
输入由此点表示的图表节点编号。
The paper introduces the trait of 80c196kc, the structure of brainpower-node, hardware block diagram and software design of system.
阐述了80c 196K C单片机的特点、智能节点的结构以及系统的硬件框图和软件设计。
Dealing with the calculation results of the temperature field of the motor stator, we obtain the temperature distributed diagram at not same segment, and the temperature rising the curve of any node.
通过对该电机定子温度场计算结果的后处理，得出了该电机定子运行在不同时间段里的温度分布图，以及该电机定子壳体任一节点的温升曲线。
By this equation, we can calculate the displacement, load and dynamometer diagram at every rod node and any time.
通过求解该方程，可计算各节点不同时刻的位移，计算出载荷，绘出各节点功图。
For debugging purposes, you may want to execute a block diagram node by node.
因为调试目的，你可能需要逐个节点地执行数据框图。
For debugging purposes, you may want to execute a block diagram node by node.
因为调试目的，你可能需要逐个节点地执行数据框图。
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