Use the TableColumn class to define each column width and its title, as shown in Listing 2.
使用TableColumn类定义每个列的宽度及其标题，如清单2 所示。
For example, your application may use a series of pop-up Windows using the Ext.Window class, but these Windows will always have the same width and height values.
例如，您的应用程序通过Ext. window类可以使用一系列弹出窗口，而这些窗口的宽度和长度总是相同的。
Listing 8 shows the complete code (slightly reformatted to fit the width), including a main method that takes the name of the class file and method to be transformed.
清单8显示了完整的代码(稍微改变了一下格式以适合显示宽度)，包括以类文件的名字为参数的main方法和要转换的方法。
To illustrate this, let's first define a simple RectangularObject class, which exposes three key properties to the configuration API: the length, width, and height.
作为一个例子，首先定义简单的rectangularobject类，它向配置API公开了三个主要属性：长、宽和高。
We want to write a class Rectangle, which has width and height as its data and a method area that computes the area.
我们要来定义一个带有带有高和宽的矩形，并且要提供一个计算其面积的area方法。
The CSS width attribute in the base CSS class is the only change required, as shown in Listing 10.
在基础css类中的CSSwidth属性是唯一一个需要改变的，如列表10所示。
Listing 6 shows how CSS-3 can be used to conditionally set the width inside different elements that each used a different class attribute in the XForms input.
清单6演示如何使用CSS - 3根据XForms输入中的class属性为不同的元素有条件地设置宽度。
The GraphicsEnvironment class holds the graphics object and a set of colors. It also contains the width and height.
graphicsenvironment类中保存了图形对象和一组颜色，还包括宽度和高度。
The DARUSSALAM class of Patrol Vessels is the first class of its kind, typified by a vessel length of 80 metres and width of 13 metres.
巡逻船只莱达路撒林类是同类一流的，典型的一个13米的船舶长度80米，宽度。
Usable area of more than 80 square meters, store front width of over 6 meters, local first class or prime location.
实用面积80平米以上，门面宽度6米以上，当地一类或黄金地段。
By far, association rule mining algorithms can be divided into two main classes: width first and depth first. There are classical and efficient algorithms in each class.
目前关联规则挖掘算法可以分为广度优先算法和深度优先算法两大类，每类都有经典高效的算法提出。
By far, association rule mining algorithms can be divided into two main classes: width first and depth first. There are classical and efficient algorithms in each class.
目前关联规则挖掘算法可以分为广度优先算法和深度优先算法两大类，每类都有经典高效的算法提出。
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