块的特性图会为流程图添加一个新项。
A new TAB for flow ports is added to the features dialog of blocks.
讨论了利用汽车的行驶特性图来分析汽车的动力性指标的方法。
By means of the moving characteristic diagram of automobile, the new method to analyze the index of moving power is introduced.
基于全矢谱理论，定义全矢幅频特性图和三维全矢瀑布图的概念。
Based on vector-spectrum method, the concept of vector amplitude-frequency figure and vector waterfall figure is established.
基于各部件特性进行涡扇发动机小偏差模型研究时，需用到风扇和压气机的通用特性图。
The general characteristic maps of fan and Compressor is necessary for turbofan engine little deviation modeling which based on component characteristics.
为了确定液压泵的高效率工作区域，需要做出其工作特性图，传统的作法需要大量的测试数据。
In order to ascertain the high efficiency working area, it needs to draw its work character figure, traditionally, it must have a great number of testing data.
在旋转部件建模过程中使用工具获取特性数据，并绘制可以即时显示当前工作点/线的部件特性图；
A special tool was used for modeling the rotating parts in order to get the components characteristics and draw the maps which can show the current operating point/line.
为此，可利用CFD的方法建立一个压气机的数值计算方案，实现压气机结构设计、优化及压气机流量特性图计算的目的。
Therefore, it is quite a meaningful work to establish a CFD method for implementing the compressor's design, optimization and the flow characteristic map calculation.
图3显示了将特性映射到用例的一个例子。
特别是用例图，还有其它的特性，比如属性，可追踪性链接，修订历史。
They have additional properties, such as attributes, traceability links, revision history, and particularly for use cases-diagrams.
这也对多种不同的行业产生了影响，支持开发各种各样的新特性和服务(图1)。
It is also having an impact and many different industries, enabling the development of all kinds of new features and services (Figure 1).
在图5中可以看到，对于以上每种类型的特性，都有一个表。
You see in Figure 5 that one table is used for each of these types of features.
用卡片作为任务、故事、特性的象征(看板)，并将它们依附在时间线上(看板图)。
Kanban Boards. Use a card as a token (Kanban) of a task, story, feature and stick them to a timeline (board).
图25所示的示例ETL作业演示了TDEE数据提取和加载特性。
Figure 25 shows a sample ETL job that illustrates the TDEE data extract and load features.
第二，具有大量支持更好解耦过程图和技术细节的特性。
Second, there are a number of features that enable more decoupling between the process diagram and the technical details.
本文提供了一些特性的屏幕图，帮助用户掌握使用OAT 的全过程。
Snap-shots of some such features have been provided that make the whole process of using the OAT easy for the user.
下面介绍了一个示例流程，演示Modeler的一些其他导出特性和功能(图13)。
A sample process is presented below to demonstrate some of the other export features and capabilities of Modeler (Figure 13).
图3为以上9个特性之间的相互影响，它显示了如何将这些组成一个因果效应网络。
Figure 3 is a diagram of effects of the nine properties above, showing how these form a cause-and-effect network.
图3看板的特性和作用。
图1显示了虚拟门户发布的主要特性。
Figure 1 shows the key features which are exposed by virtual portals.
当向导提示选择要安装的特性时，要安装图3 所示的Administrator组件。
When the wizard prompts you to choose the features to install, remember to install the Administrator component as shown in figure 3.
支持Web 2.0特性的Portlet项目新向导（图4）更容易阅读，对用户更加友好。
The new wizard for enabling the Web 2.0 features for portlet projects (Figure 4) is easier to read and more user-friendly.
在这个情况下，您应该尽力的识别已经被代码实现的特定特性，然后将这些特性映射到用例图。
In this case, you try to identify the specific features implemented in the code and then map them to the use cases.
图1显示了由内存泄漏检测特性所产生的示例通知。
Figure 1 shows a sample notification generated by the memory leak detection feature.
访问数据库浏览器的概况图特性。
所有内容都来自于工作说明，我们得到特性列表和用例图，分解问题，然后选择一个用例开始迭代。
All from a statement of work, we can derive the feature list and use case diagrams, break up the problem, and then pick a use case to start to iterate.
图3显示了使用细粒度更新特性进行文件更新和同步的流程。
Figure 3 shows the flow of updating and synchronizing the file using the fine-grained update feature.
图3显示的是在隐私控制特性启用后得到的不同查询结果。
Figure 3 shows the different search results after the privacy control feature is enabled.
在前面的体系结构中所讨论的所有注意事项和可能性也适用于中间层服务和下游服务之间，尽管在图9中并未显示这一特性。
All of the considerations and possibilities discussed in the previous architectures apply between the middle tier service and the downstream service, although they are not shown in Figure 9.
显示性能数据时PD i有许多特性，包括与显示的数据交互，在图和表视图之间切换，数据定制等。
Displaying performance data with PDI has many features for interacting with the displayed data, switching between chart and table views, data customization, and more.
显示性能数据时PD i有许多特性，包括与显示的数据交互，在图和表视图之间切换，数据定制等。
Displaying performance data with PDI has many features for interacting with the displayed data, switching between chart and table views, data customization, and more.
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