You can select 24 or whatever bit depth all of your equipment will support.
只要所有的设备都支持，也可以选择24位或其他位深。
If we chose an OODB solution, we'd be a bit out of our depth, so it would force training and uncertainty into the engineering team's schedule.
假如我们选择OODB方案，我们必须扩展我们的深度，因此这会产生强迫的培训和对工程团队的时间进度产生不确定性。
The study "takes our relatively superficial knowledge and provides a bit more depth.
这项研究“用我们相对表面的知识提供了更深的一点层次。
The study "takes ourrelatively superficial knowledge and provides a bit more depth.
这项研究“用我们相对表面的知识提供了更深的一点层次。
It's a very important liturgical piece; I'll talk about it again next time in a little bit more depth.
这首非常重要的礼拜颂歌，下次我会深入讲讲。
For now, note that GLX support and default display bit depth are common issues that will prevent Xdmx from running correctly.
现在，请注意GLX支持和默认的显示位深是影响Xdmx正确运行的常见问题。
ColorDepth the bit depth of the number of colors that are supported by the device.
colorDepth设备所支持的颜色数量的位深度。
For this example, 16-bit is the highest color depth all of the hardware will support.
对于这个示例，16位是所有硬件都支持的最高色深。
The dotted lines in the graph indicate the flow of information between activities, which is something that I will explain a bit more in depth once I get to the part about creating a WSFL global model.
图中虚线行指出活动间的信息流，这一点我将在创建WSFL全局模型这一部分进行更深入的说明。
Let's explore the virtual appliance-as well as its alternative-in a bit more depth.
下面让我们深入探讨虚拟设备及其替代品。
The following table illustrates different image types in terms of bits (bit depth), total colors available, and common names.
下表说明了不同的图像类型位(位深度)，可用的总的色彩，和常见的名称。
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.
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。
I was looking into the basics of video files and came across terms like containers, bit rate, bit depth and so on.
我看到的是视频文件的基础知识和遇到类似容器，比特率，比特深度等。
Since we want one big display for this example, modify your Xorg.conf or XF86Config file to select 16-bit color depth as the default.
由于在这个示例中，我们需要一个大的显示，所以请修改Xorg .conf或XF 86 Config文件，选择16位色深作为默认值。
Note: since first Posting this guide, we've since covered saving files, fixing boot-up problems, and purging viruses using an Ubuntu-powered thumb drive in a bit more depth.
注：自从第一次发布本指南，我们已经包含了保存文件，修复启动问题，用以ubuntu为动力的拇指驱动器来清除病毒等稍有深度的问题。
Graphics card capable of at least 16-bit color depth — anything lower and you'll have difficulty with xinerama enabled displays.
图形卡至少具备16位色深的能力——如果低于此，使用开启xinerama的显示时会有困难。
Posterization occurs when an image's apparent bit depth has been decreased so much that it has a visual impact.
色调分离发生时，图像的明显的位深度已经下降，以至于它具有视觉冲击力。
If the source image has a specified bit depth, the VI USES the bit depth when performing this conversion.
如果源图像具有指定的位深度，该函数使用指定位深度在执行此转换时。
The change to the XF86Config file as shown above will produce an error because the fglrx driver does not support the 16-bit depth setting.
如上所示对XF86Config文件进行修改会造成错误，因为fglrx驱动程序不支持16 位深度的设置。
For a grayscale image, the bit depth quantifies how many unique shades are available.
对于灰度图像，位深度量化有多少独特的色调。
Bit depth quantifies how many unique colors are available in an image's color palette in terms of the number of 0's and 1's, or "bits," which are used to specify each color.
位深度量化有多少独特的颜色是在图像的调色板可在0和1，或“位”，这是用来指定每种颜色的数量。
Normals are encoded using Stereographic projection, and depth is 16 bit value packed into two 8 bit channels.
法线使用平射投影，深度为16位数值，并被放进两个8位通道中。
The available bit depth Settings depend on the file type. Standard JPEG and TIFF files can only use 8-bits and 16-bits per channel, respectively.
可用的位深度设置取决于文件类型。标准的JPEG和TIFF文件，只能使用8位和16位每通道，分别。
Is the bit depth of the stencil buffer.
是模具缓冲区的位深度。
In this paper, effects of depth of cut and feedrate on mechanical properties of metallic fiber are investigated by spinning bit.
研究了用自旋转车刀加工金属纤维时，切削深度和进给量对纤维力学性能的影响。
The VI shifts the source value to the 8-bit range using the specified bit depth of the source image.
函数使用指定位深度的源图像将其源值转换为8位范围。
This was largely due to a limited bit depth and a lack of headroom in the digital signal processing (DSP).
这主要是由于在有限的位元深度和一个净空在数字信号处理(dsp)的不足。
If the shift value is zero, the VI USES the specified bit depth of the source image.
如果移位值为零(N为0)，则函数使用源图像的指定位深度。
If the shift value is zero, the VI USES the specified bit depth of the source image.
如果移位值为零(N为0)，则函数使用源图像的指定位深度。
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