这张流程图如下所示，概括了成本计算的全程。
This flow chart, shown below, summarizes the overall costing process.
结果如下面的图3所示。
该应用程序生成的服务器连接图如下所示。
The server connection diagram generated by our application appears as follows.
在范例之中，只有三个属性会得到设置，如下面的图所示。
In the example, only three of the properties have been set, as the following figure shows.
一旦更改了编译器遵从设置，您将需要重新构建工程，如下面图8中所示。
Once you change the compiler compliance Settings, you will have to rebuild your project, as seen below in Figure 8.
现在您应该看到可以添加到工作台的各种功能部件，如下面的图2所示。
Now you should see the different features that can be added to the workbench, as shown in Figure 2 below.
在如下面图7所示的片段创建选项窗格中作出合适的选择，来选择片段的名字。
Select the name of the fragment by making appropriate choice in fragment creation options panel as shown in Figure 7 below.
您应该能够看到如下面的图3所示的屏幕。
You should be able to see the screen as shown below in Figure 3.
新的表单看起来如下面的图30页面所示。
所得到的结构如下面的图1 中所示。
绘制出热点图后(如下所示)，团队能够调整他们对系统中不同区域的估算，以便他们与个别区域的“热度”保持一致。
With a heat map created (as shown below), the team can adjust their estimates involving different areas of the system so that they are in line with the "heat" of the particular area.
对以上数据模型使用IDEF 1x符号的例子如下面的图9所示。
The IDEF1X notation for the above data model example is shown in Figure 9 following.
现在，让我们选择要转换的目标服务，如下图所示(图16)。
Now, let's choose a target service to transform, as seen below (Figure 16).
对于本例，该接口(在接口编辑器中)如下面的图2所示。
For this example the interface (in the interface editor) is shown in Figure 2 below.
如果SQL执行返回结果，将显示在一个结果表格中，如下面的图16所示。
If the SQL execution returns results, the following, illustrated in Figure 16, is displayed in a results grid.
然而，资源是关注的中心，如下面图1所示。
However, the resource is the center of attention, as shown in Figure 1 below.
上图所对应的频率梳的简化图如下图所示。
A simplified graphic of a corresponding frequency comb is shown below.
现在您可以看到J2EE设置面板，如下面的图2 所示。
Now you will see the J2EE Settings panel, as shown in Figure 2 below.
这向如下面的图4 所示的内存位置赋值。
This assigns values to the memory locations shown in Figure 4 below.
现在，您准备访问该服务，如下面图4所示。
You're now ready to access the service, as shown in Figure 4 below.
结果得到的自由图如下所示。
例如，您的消息结构可以包含大量不同对象类型，如下面的图10所示。
For example, you may have a message structure that can contain a number of different object types, as shown in Figure 10 below.
结果如下面的图3所示。
项目如下面的图所示。
在导入模型之后，模型如下面的图10所示。
After import the models will look like this, as shown in the Figure 10 below.
将PM b映射到lmb，如下面的图8所示。
编辑列信息，如下表和图3所示。
Edit the column information as shown in the following table and in Figure 3.
如下所示的图1给出了这个示例应用程序的基础架构。
现在，您的工具包视图将如下面的图1所示。
您的设备号可能与此不同，如下 图1 所示
Your device numbers might be different, as shown in Figure 1 below
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