动态调整输入文本视图类型。
视图类型允许你制作多种不同的图表类型。
It's the view type that allows you to create charts with a large variety of different types.
序列的视图类型决定了图表序列的整体外观和行为。
The view type of a series determines the overall look and behavior of a chart's series.
从视觉上说，他们完全不同，这要看它们的视图类型。
Visually, they are represented differently, depending on the particular view type.
根据你图表背后数据的特性，有多种不同序列视图类型可供选择。
Depending on the specifics of your chart's underlying data, there are different series view types available.
下一步，选择Tableviewer作为视图类型，如图10所示。
Next, select Table viewer as the viewer type, as shown in Figure 10.
概括起来说，我们将创建一个标准的框架窗口程序，并在其中使用定制的视图类型。
In a nutshell, we will be creating a standard frame window application, and force it to use a custom view class.
查看网页上的数据。从显示样式列表中选择样式。使用此视图类型可显示定期事件的每个实例。
View data on a Web page. You can choose from a list of display styles. Use this view type to show each instance of a recurring event.
除了显示从服务器端获得的报表，客户也能轻松地使用例如下拉组合框来在客户端直接选择报表的视图类型。
In addition to presenting reports from the server, the client also includes ease of use features such as a drop down combo box to select report view types directly in the client.
文档描述了一些限制，这些限制应该被考虑到以在同一个图表控件中同时绘制不同视图类型的序列。
This document describes certain limitations which should be taken into account in order to plot series of different view types together onto the same chart control.
子导航根据视图类型的不同而不同，但是，对于同一类型的两个视图，其子导航是相同的（例如，显示不同天的两个天视图）。
The subnavigation differs from view type to view type, but it's the same for any two views of the same type (for example, two day views displaying different days).
基于单一数据源的思想，采用面向对象的建模方法，定义了BOM对象模型和BOM对象的主要视图类型及其关键属性。
The object oriented modeling method is used to define a BOM object, the main views of the BOM object and the key attributes of the BOM object.
它包含一个Portlet及其相关属性列表，例如安全需求、每个Portlet的个性化和自定义需求，以及每个Portlet需要的视图类型。
It contains a list of portlets and their associated properties, such as security requirement, personalization and customization requirements per portlet, and types of views desired per portlet.
内存转储中所有对象和数据类型的表格式视图，带有筛选器和有序列。
Tabulated views of all the objects and data types in the memory dump with filters and sorted columns.
您可以配置怎样选择需求，或者根据需求类型选择，或者根据视图来选择。
You can configure how requirements are selected, either by either requirement type or by view.
视图因设备类型的不同而异。
按照MVC架构，我们为同一个模型创建了多个视图，并且根据所调用的客户机类型来显示正确的视图。
Keeping in line with MVC architecture, we create multiple views for the same model and display the correct view based on the type of invoking client.
下面的例子演示了重写阶段如何提高对unionALL视图的某些类型的查询，以取得更好的性能。
The following is an example demonstrating how the rewrite phase can enhance certain types of queries against UNION ALL views to achieve better performance.
开始最容易的应用程序类型是基于视图的应用程序。
The easiest type of application to start with is a view-based application.
四个视图从左到右显示项目、包、类型和成员。
The four views, from left to right, show Projects, Packages, Types, and Members.
一些XML编辑器拥有适合于不同文档类型的方式和视图。
Some XML editors have modes and views that accommodate different document types.
同时还支持各种高级功能，如跨多个XML查询的联合，使用xml类型的视图和模式验证。
Advanced features, such as joins across several XML queries, views with XML types, and schema validation are supported.
根据您在进行的分析类型，结果视图可能不同。
Depending on which kind of analysis you are doing, the results view may differ.
正如标题所言，本文讨论在没有文档/视图结构支持情况下如何使用不同的类型的视图。
Now, the article itself discusses, like its topic states, about using different types of view classes without the doc/view framework.
若要轻易地获取数据并将其传给视图，则其中一个关键是我们需要传递“一个”对象(而且不是匿名类型)到视图。
ONE of the keys for getting data easily to a view is that we need to send ONE object (and not an anonymous type) to the view.
为了构建集成视图，需要将这些不同类型的表示形式映射到公共视图中。
In order to build an integrated view, those different types of representations need to be mapped to the common view.
每种查看器都主管一种不同类型的视图。
图2 中显示的视图只是定义强类型数据集的 XML架构的视觉表示。
The view shown in Figure 2 is just a visual representation of the XML Schema that defines the strongly typed DataSet.
通过选择视图底部的选项卡，可以更改视图的类型。
You can change the type of view by selecting the tabs at the bottom of the view.
步骤3：在视图中添加新的输出类型支持。
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