默认状态是在标签中没有指定属性，这对于定义文本域和label中的颜色和字体已经足够了，因为这两种组件的状态不会改变。
The default state, where no attribute is specified in the tag, is sufficient for defining the colors and fonts in a text field and in labels, because their states won't change.
注意，元素变成了蓝色，value域的背景颜色发生了改变，一些蓝色的箭头图标出现在了响应节点的Testcontents树中(图16)。
Notice that the elements turns blue, the background for the Value field changes color, and that a little blue arrow icon appears in the Test Contents tree on the response node (Figure 16).
具有广泛的色域色彩空间工作，可以增加，因为他们需要更多的位深度来产生相同的颜色渐变的色调分离的可能性。
Working in color Spaces with broad gamuts can increase the likelihood of posterization because they require more bit depth to produce the same color gradient.
高色域显示屏的基色色饱和度和彩色光色纯度都很高，这也对颜色测量技术和设备也提出了更高的要求。
Wide color gamut display has high color saturation and color purity, which puts forward higher requirements for color measurement technology and instruments.
区域外空白的地方作填满！在你的文字后面填上同样的颜色，那相反地第二区域就会跳出来。尤其对于三个字母缩写所组成的文字最有效果。
Put negative space to positive use! Add a same-color field behind your letter, then reverse the second letter out of the field. Especially effective with three-character acronyms.
色彩管理系统是目前桌面出版系统中普遍采用的色彩控制方法，但由于设备色域的差别，色彩管理系统并不能保证颜色的准确匹配。
Due to the difference of color gamut of different devices, the color match in the color management systems was not as accurate as expected.
所述颜色对生成部分生成由第一色域中的颜色和第二色域的对应颜色构成的颜色对。
The pair generating section generates pairs of colors in a first color gamut and corresponding colors in a second color gamut.
每个人都想拍出完美的照片：无可挑剔的光线，考究的颜色和构图，锐利的图像，尽可能最广泛的色域。
Everybody wants to take perfect photographs: shots that have impeccable lighting, exquisite colour and spot-on, sharp images with the widest possible tonal range.
隐喻是一种认知现象。颜色域是人类语言中最基本的认知域之一。
Metaphor is a cognitive phenomena, the color domain is one of the basic cognitive domains in human languages.
分离普遍的色域与彩色滤光片，面板奇妙的颜色再现的颜色，并以优异的延续性，色彩坡道，显现图像，丰厚和天然。
Incorporating a color filter with broad color gamut, the panel delicately reproduces the shades of color, and with excellent continuity in color ramps, displays images that are rich and natural.
本文利用一个适应于表达和处理彩色医学内窥镜图像的颜色空间，分别从空间域和频率域两个方面讨论了该类图像的增强处理方法。
Characteristics of medical endoscopic image were analysed, and a new color space suit to express and process this kind of image were derived from RGB color system.
多样化的颜色更醒目，但不要在同一区域放置三种以上的色调。
Allow the colors to mix in the eye by variegating them. Avoid having more than three hues in one area.
一种在空间域和时间域进行混色处理的合成显示颜色的新方法，能提高图像质量，改善彩色显示器的性能。
Novel methods of synthesizing display color by hybrid color processing in both the spatial and temporal domains can enhance the image quality and improve the performance of color displays.
特定的电路在RGB色域对这三种颜色进行判定，判定准则由使用者决定。
A specific circuit is used for judging the three colors in a RGB color region, and a criterion is determined by users.
本文提出一种基于感兴趣色域的离线颜色重现算法，实验证明色彩的还原度有所提高。
In the study, an interesting gamut based off-line color reproduction method is used to enhance the co.
所述矢量生成部分生成多个矢量，每个所述矢量各自连接所述第一色域和所述第二色域中的属于各个所生成颜色对的颜色。
The vector generating section generates plural vectors each connecting the color in the first color gamut and the color in the second color gamut, which belong to each generated pair.
为了发挥激光显示的色域大、可显示颜色多的优点就要重新建立一套适合激光显示的颜色转换系统。
So it is an urging problem for laser TV. For taking good advantage of laser TV such as big color gamut mapping and displaying more colors, we will set up a system to fit for the laser TV color system.
色彩空间描述了颜色的范围或色域。
例如，一个典型的电脑显示器的色域，有一个远小于所有可能的颜色。
For example, a typical computer monitor has a color gamut much smaller than all the possible colors.
本文分别介绍了基于图像灰度、颜色空间变换和变换域的三种图像融合算法。
This article introduced the image fusion algorithms of gray-scale-based images, color-space conversion and transformation domain respectively.
最后，在上面工作的基础上，提出了基于对偶数复小波域的图像的颜色和纹理特征的描述和提取方法。
Finally, based on the work of above, proposed a method of description and extraction image color and texture features in the dual tree complex wavelet transformation domain.
视图中多个切片的同色线集成为空间等值域，获得清晰的4维显性可视化效果，并据图中的交域颜色分布实现多目标寻优。
To solve the problem of multi-objective optimization such as limited searching scope, complicated computation, a 4-D visual method was proposed.
创建的色表和前者相似，但倾向于选择更广的色域，并保护网络颜色。
Creates a color table similar to the Perceptual color table, but favoring broad areas of color and the preservation of web colors.
套色色库中的颜色色域很宽，超过了RGB的表现色域，更不用说CMYK颜色空间了，所以，有很大一部门颜色是用CMYK四色印刷油墨无法呈现的。
Set in the library on color gamut is very wide, more than the performance of the RGB color gamut, let alone CMYK color space, so, a large color department is to use CMYK printing ink can't present.
因此，在将第一色域转换到第二色域时，在第二色域内设置具有与颜色或色域的特性相对应的形状的第三色域。
Hence, upon converting a first gamut onto a second gamut, a third gamut having a shape according to the characteristics of the color or gamut is set inside the second gamut.
因此，在将第一色域转换到第二色域时，在第二色域内设置具有与颜色或色域的特性相对应的形状的第三色域。
Hence, upon converting a first gamut onto a second gamut, a third gamut having a shape according to the characteristics of the color or gamut is set inside the second gamut.
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