例如，分析逻辑视图中的设计元素被分割成跨分析级物理视图中的多个地区。
For example, design elements in the analysis logical view are partitioned across localities in the analysis-level physical view.
模型-视图-控制器(Model - View - Controller)模式指导我们有效地分割代码，在用户接口和模型之间定义一个良好的边界。
The Model-View-Controller pattern taught us to effectively partition our code along a well-defined boundary between the user interface and model.
如果不是这样，就应该考虑对于您的应用程序把这个视图分割为两个或更多视图是否是可行的。
Otherwise, you may want to investigate if splitting up the view into two or more parts is a viable option for your application.
有时，你可能发现，两个视图确实应该合并成一个，或者一个视图太泛化并且应该分割成多个视图，但是它有助于打下一个良好的基础。
Sometimes you may find that two views should really become one, or a view is too generic and should be split into multiple views, but it helps to start out with a good base.
让我们瞧瞧如果把UI分割成过多的视图，会发生些什么。
Let's start by seeing what happens if we divide our UI into too many views.
在这两种情况下，高效精确的视频分割和视图合成都是关键问题。
In both situations, efficient and accurate video segmentation and view synthesis are key issues.
把UI分割成过多小视图，会使我们在控制器中难以管理、引用和控制视图。
Splitting up the UI into too many small views will make it difficult to manage, reference and control the views in our controllers.
把应用ui分割到视图是个好的开始。
Splitting up the application's UI into views is a good place to start.
说明：模仿VC++界面的小软件代码，用到了视图的分割，工具栏停靠，属性页的选择选择。
VC + + interface mimics a small software code, use the split view, the toolbar is docked, the property page select select.
一个软件系统模型由多个不同的视图来描述，每一个视图只展现某一个视角所关心的内容，其结果是一个模型的复杂性被分割并被分配到一个个视图中。
A software system model is described by many different views, but each view only show certain content from some aspects, as a result, complexity of a model is separated into many different views.
研究了通过对数据仓库视图进行水平分割来建立数据集市系统，提高OLAP查询效率的方法和技术。
The method and technology to improve the efficiency of the OLAP queries with data mart system by horizontally partitioning the data warehouse views are studied.
在建模阶段，采用多视图表面模型方法进行建模，依据表面分割，对多视图模型用一个模型特征图进行表达(MAGR)。
In modeling stage, a multiple-view surface model is applied to build a model represented by a model attribute graph (MAGR) according to surface segmentation.
在建模阶段，采用多视图表面模型方法进行建模，依据表面分割，对多视图模型用一个模型特征图进行表达(MAGR)。
In modeling stage, a multiple-view surface model is applied to build a model represented by a model attribute graph (MAGR) according to surface segmentation.
应用推荐