The size or layout (or both) of these components might not be optimal for mobile screens.
这些组件的大小或布局对于这些移动视频可能不是最好的。
This helped them to determine the best layout of the components for optimum productivity and to design the application with components to do the work needed.
这可以帮助他们确定能实现最优生产力的最佳组件布局，并使用组件设计应用程序以完成所需的工作。
Using tiles to define the page layout results in the use of JSP components for the outer pages, giving flexibility to later choose whether the content is static or dynamic.
使用tile定义页面布局可以在外部页面中使用JSP组件，提供了以后选择内容是静态还是动态的灵活性。
For more efficient keyboard navigation, the user should be able to quickly switch between important components, without regard for their order in the GUI layout.
对于更有效的键盘导航，用户应该能够迅速地在重要组件之间切换，而无须考虑它们在GUI布局中的顺序。
For the most part, it contains the same functions as a JPanel, letting you change the layout and add and remove components.
它包含的功能大部分与JPanel相同，并且允许改变布局，添加和删除组件。
Like all layout managers, the SpringLayout manager is responsible for positioning components.
与所有布局管理器一样，SpringLayout管理器负责安排组件的位置。
Containers use Layout Managers to size and position their child Components. For more information on Layouts and Containers please refer to the Layouts and Containers Guide.
容器使用布局管理器进行子组件的定位和大小的调节。更多有关的资讯请参与《布局与容器》的指南。
Uses a declarative syntax for specifying Graphical User Interface (GUI) components, enabling a developer's code to closely match the actual layout of the GUI.
可使用声明式的语法编写图形界面组件，使得开发者的代码非常接近于GUI的实际布局。
Using constructed model we implemented an algorithm for the layout in the experiments, accomplishing an Intelligence CAD system for the layout of mechanical components.
通过所建立的知识模型对智能布置算法进行了尝试，实现了一个基于约束关系的机械部件布置智能CAD系统。
An introductory approach to designing for ESD. Understanding the ESD pulse, how passive components react over frequency, and PCB layout techniques are exposed.
本文档介绍了ESD的设计。详细介绍了ESD脉冲、被动器件对频率的反应、PCB布局等。
An introductory approach to designing for ESD. Understanding the ESD pulse, how passive components react over frequency, and PCB layout techniques are exposed.
本文档介绍了ESD的设计。详细介绍了ESD脉冲、被动器件对频率的反应、PCB布局等。
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