This can all be done on the diagram surface as follows.
这些都可以在如下的图表界面中完成。
Click the diagram surface, then on the Appearance property TAB.
点击这个图表面，然后在Appearance属性标签页上。
It is possible to drag from the search results onto the diagram surface.
从搜索结果中拖拉到图表表面是可能的了。
On the diagram surface, select the type to which you want to add a member.
在图表介面上选取您要加入成员的型别。
To do this automatically, select the diagram surface and show the Properties pop-up window.
为了自动实现这一点，您可以选择图表表面并显示Properties弹出窗口。
If you drag all the elements to the diagram surface, the final model should look similar to the Figure 6.
如果您将所有元素拖至图标的表面上，那么最终的模型应当类似图6所示的那样。
To see the elements related to a particular element, click a palette item, then the target element on the diagram surface.
要查看与这些特定元素相关的元素，点击这个工具板条目，然后目标元素就会在这个图表面。
However it can be saved as a regular UML diagram (.dnx) or as an Image file by accessing the file context menu on the diagram surface.
尽管如此，它还是可以被保存为常见的UML图(.dnx)格式或者通过访问图上的文件菜单将其保存为图形文件。
To run the UML to XSD Transformation, right-click the package containing the purchase order elements above, either on the diagram surface or in the model explorer.
右键点击包含购买订单元素的包来运行UMLto XSD转换——在图上或模型浏览器中点击都可以。
When you select OK, appropriate changes will be made and the Author bean, along with the EJB local reference connector, will be shown on the diagram surface (Figure 13).
用户选择OK时，会带来一些适当的改动，且Authorbean连同EJB本地引用连接器都会显示在图表上(图13)。
Depending on the selection (Source in this case), the number of options available changes on the menu that pops up when the user drops the cursor on the Diagram surface.
依赖于用户的选择(本实例中为Source)，当用户在图表上下移光标时，弹出菜单上可用选项的数量会随之改变。
Diagram 7 shows a pupil doing an investigation about frictional force. He pulls a box along a concrete surface.
图7显示一个学生在进行一项有关摩擦力的实验。他在水泥地面上拉动一个箱子。
Moreover, with the supplied Menu function, one can easily mark out the surface rough rate and its tolerance of position on the diagram.
利用系统提供的菜单功能，能方便地标注表面粗糙度和形位公差。
The hertzsprung - russell diagram serves this purpose . it is a plot of absolute magnitude against surface temperature i . e . , spectral type of stars.
简单来说，赫罗图把大量恒星的绝对星等和表面温度或谱型关系以图表方式显示出来。
A graphic method for representing thermochemical data was proposed, i. e. the equilibrium surface diagram, which is useful for hydrometallurgical studies.
平衡表面图是作者近年提出的一种热化学数据图示方法，用于湿法冶金络合物体系矿物浸出或金属离子沉降的条件分析。
You can customize the whole diagram or the individual types on the design surface.
也可以在设计介面上自订整个图表或个别型别。
Based on the screen coordinate theory of solid diagram of complementary color, a perspective projection diagram of space surface is drawn using floating horizontal line method.
利用求补色立体图屏幕坐标原理，采用浮动水平线法来绘出空间曲面的透视投影图形。
Methods The trend-surface regressional model was based on multiple regression. Then trend-surface diagram was drawed according to the mathematical model.
方法以多元回归分析理论为基础，构造趋势面回归数学模型，并依据模型方程绘制趋势面层次分析图。
The measuring principle of metal surface roughness by capacitance method is discussed and the block diagram of measuring instrument and testing results are given.
本文论述了电容法测量表面粗糙度的原理，给出了测量装置的框图和实验结果。
A diagram in which sets are represented by regions drawn on a surface.
一种图，图中的各集合由绘于平面上的各区域来表示。
The surface of Mercury occupies a fairly unique location on the diagram for the surfaces of terrestrial planets.
水星表面与其他的类地行星的表面很不一样。
In actual application, one should complicate the simple diagram, make single diagram successive, sterolize the surface diagram and take the static diagram as a mobile one.
在具体运用上，应将简单图形复杂化，单一图形连续化，平面图形立体化，静止图形动态化。
Non linear surface heat transfer coefficient is obtained by experimental and numerical methods and the CCT diagram is simulated by mathematical transformation.
用实验和数值计算相结合的方法，得到半圆柱壳体快速冷却过程中内外表面的非线性表面换热系数。
By using the pressure deflection diagram, the flow structure for type 4 shock wave interaction pattern is analysed, and we explains why the surface pressure is very high in this case.
借助于激波极曲线，对第4类激波干扰结构进行了分析，解释了干扰引起物面压力增高的原因。
On the rear surface of the mirror is an abstract diagram depicting the company's international sites.
镜子背面是一幅描述了公司国际网站的抽象图。
The discrepancy is due to greenhouse gases in the atmosphere, which absorb and re-emit infra-red radiation, and thus keep the lower atmosphere, and the surface, warm (see the diagram below).
究其原因，原来是大气中的温室气体造成了这种温度上的差异。温室气体吸收，并再度释放了远红外辐射，使得底层大气与地表保持温暖(参见以下附图)。
The discrepancy is due to greenhouse gases in the atmosphere, which absorb and re-emit infra-red radiation, and thus keep the lower atmosphere, and the surface, warm (see the diagram below).
究其原因，原来是大气中的温室气体造成了这种温度上的差异。温室气体吸收，并再度释放了远红外辐射，使得底层大气与地表保持温暖(参见以下附图)。
应用推荐