then i add the result to the font size property like shown in listing 11.
然后将这个结果添加到字体大小属性,如清单11 所示。
when this occurs using an emulator, the font size on the screen automatically changes so that the entire screen fits in the emulator window.
如果使用的是模拟器,当发生这一变化时,屏幕上的字体大小会自动改变,以使整个屏幕与模拟器窗口相适应。
to control the font size and weight, edit the default.
要控制字体的大小和粗细,编辑 ...
now, i'll modify the elements in listing 2 to avoid font size shrinkage for the paragraphs and lists when one parent list contains a child list.
现在,我将修改清单2中的元素,避免在父列表包含一个子列表时段落和列表的字体大小缩小。
in the third layer, the child font size in the second layer becomes the new parent font size.
在第三个 层中,第二层的子字体大小变为新的父字体大小。
you can see the disproportion between the font size and the size of the icons.
您可以看到字体大小和图标尺寸之间的不协调。
therefore, no two browsers give the same results when the font size written into an application changes.
因此,当写进应用程序的字体大小改变时,没有两个浏览器会给出相同的结果。
in a third experiment, participants were asked questions estimating the influence of font size and study on their learning.
在第三个试验里,被试者需要估计出单词的字体大小对于他们学习效果的影响程度。
a child font size in one selector becomes a parent font size in another selector in the lower level in the hierarchy of selector sets.
其中一个选择器中的子字体大小,将成为处于选择器集合中较低层次的另一个选择器的父字体大小。
a basic font size needs to be used that is readable for most people.
需要使用一种便于大多数人阅读的基本字体大小。
as shown in figure 2, figure 3, figure 4, and figure 5, changes in font size and viewport width can have potentially dramatic effects on visual elements placed on the page.
如 图2、图3、图4和 图5 所示,字体大小和浏览器窗口宽度的改变会对页面上的可视元素产生显着影响。
for example, if we chose to set a font size for a content area within this sidebar to be 90%, then this would be 90% of 80% of the initially set size.
例如,如果将这个边栏中一个内容区域的字体大小设置为 90%,那么字体大小会是初始设置的大小的 80%的 90%。
as font size is increased, the height of the navigation bar increases.
当字体大小增加时,导航条的高度会随着增加。
early markup languages used formatting instructions that specified low-level details such as font and font size changes.
早期的标记语言使用格式化指令,它指定了较低级别的细节设置,例如字体及字体大小的变化。
in these cases, to infer the structure, you have to rely on text formatting such as font size and font effects like bold and italics.
在这类情况下,要推测结构,则必须依靠文本格式化,比如字体大小和字体效果(如粗体和斜体)。
ie represents this font size as 「medium」 text.
ie 将这种字体大小表示为 「中等大小」 的文本。
but when this occurs using the hats default rendering set to render the screen, the font size remains constant.
但是如果使用hats缺省呈现集呈现屏幕,当发生这一变化时,字体大小会保持不变。