按用户提供的电气原理图系统图绘制。
Drawing according to the electrical principal system chart provided by users.
问题：阿斯塔，我坚持获得一个身体的调整系统图象。
Question: Ashtar, I keep getting an image of the body's regulatory system.
图4.1所示的是呼吸系统。
图2总结了所有文件系统的这些写性能损失。
Figure 2 summarizes these write performance impairments across all file systems.
图8展示了本案例研究中使用的系统拓扑。
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.
图3显示了完整的类型系统。
虚拟系统的状态将在控制台中更新(图5)。
The status of the virtual system is updated in the console (Figure 5).
图1演示了我们的示例系统中的用例。
在调试的时候，整个图也可以运行在单个系统上。
The entire graph can be run on a single system for debugging purposes.
图4展示了示例系统测试环境。
业务分析师可以用类图，为系统的业务远景建模。
Business analysts can use class diagrams to model systems from the business perspective.
此图显示了映射磁盘系统的目录结构。
This drawing shows the directory structure that maps the disk system.
您的主要目标是对系统建模，而不是绘制漂亮的图。
Your main goal is to model the system, not to produce a pretty diagram.
图3显示了该系统中可用的策略组。
图1展示了交易系统的架构。
随后是系统先决条件检查面板(图1)。
Following that is a system prerequisites check panel (Figure 1).
低保真原型只是一张图或是系统的一个简单模型。
A Lo-fi prototype is simply a picture or a simple model of the system.
图1描述了该系统的物理配置。
图3演示了活动系统的工作和数据流。
Figure 3 illustrates the work and data flow for active systems.
图2显示了贷款处理系统最初的用例模型。
Figure 2 shows the original use case model for the loan processing system.
图1是看板系统的抽象模型。
图2阐述了DCE的安全系统。
图7展示了这个系统的用例图。
图2显示的系统相当简单，因此不可能是现实中的案例。
The system shown in Figure 2 is quite simple, but that would hardly be the case in real life.
图1描绘了GASF系统的处理流程。
演示系统的类图被显示在图7中。
同样，让我们看看使用UML用例图的系统。
As such, let's take a look at your system using UML use case diagrams.
图的中间点表示系统超载的界限。
The halfway point of the graphs is the point at which the system becomes overloaded.
图7：由系统组件所着色的项目团队成员的工件分配。
Figure 7: Project team member assignment of artifacts colored by system component.
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