This step is linked with the final render step, so we will simply create a background image one at a time with specified parameters, then automate this generation process frame by frame.
此步骤与最终渲染步骤关联，因此我们将使用指定参数一次仅创建一个背景图像，然后逐帧自动进行此生成过程。
If you are just going to render a larger image or add more information, using the JSP tags will help you avoid a lot of duplicate JSP code.
如果正打算呈现一个较大的图像或添加更多信息，那么使用JSp标记将帮助您避免许多重复的JSp代码。
Normally, you would have to upload the image to the site's server before you could see a thumbnail. Now, developers can easily render and display these thumbnail before the file is uploaded.
通常，用户必须上传图片到网站服务器后才能看到缩略图，现在，无需上传图片，开发者就可以很方便地渲染和显示缩略图。
Single-File Multipass images are also handled correctly with one exception: if you render without LWF and output to 32-bit Photoshop can no longer composite the image properly.
正确处理单文件多路图像也有一个例外：如果你没有LWF和输出32位的Photoshop渲染可以不再复合图像正常。
Also, because the images are generic and may render on a wide range of devices, they serve as a catch-all for devices that do not map to other device-specific image assets.
同样，由于图片是普通格式且可能用于各种设备中，所以它们应适用于所有设备，而不能设计成面向特定设备的图片。
Recommend but not required is feh, an excellent image-viewing program that will help with the processing of your mosaic tiles and viewing your finished render frames.
推荐但是不必要的是feh，一个优秀的图像查看程序，将帮助处理您的马赛克贴片和查看您完成的渲染帧。
MapServer, to provide a map image, must be told what layers to use and how to render them.
MapServer要提供地图图片，必须被告知要使用的层以及如何呈现。
We'll demonstrate how to render deep images inside NUKE as well as how to turn any image into a deep image.
我们将演示如何呈现深度图像内部核以及如何把任何图像变成一个深刻的形象。
The M9 with a good lens will render an image unlike any other camera.
用好镜头M9将呈现一个不同于任何其他房间的形象。
IMPORTANT PLEASE READ Image dimensions should be print resolution (as large as you can possibly render). Do not send in a low-resolution placeholder and ask us to get back to you, as we won't.
重要事项——图片尺寸必须为打印解析度(你渲染能得到的最大尺寸)。请勿上传低解析图再要求我们回复，我们将不予理睬。
For this project I use the best option because I have the required time to spend with the render, you can check the render Settings in the image.
这个项目中我使用的是最好的选择，因为我有时间进行渲染，你可以看一下图中的渲染背景。
The advantage of this is that if the image is not available for some reason (such as network failure) or the browser can't render that sort of image, your document is still usable.
这样的优点是，当图像由于某些原因不可用时(比如由于网络故障)，或者浏览器不能显示该类型的图像时，你的文档仍然有友好的显示结果。
You will also learn some more advanced lighting techniques and learn how to add atmosphere to your scene and render out a final image.
您还将学习一些更先进的照明技术，并学习如何添加气氛到您的场景，并给出了最终的图像。
Last step is to put some furniture in and set up a high render for final image.
最后一步是放一些家具，以及进行最终高质量渲染。
Now its time to render the final image. Below you can see the preset I use for the final rendering.
现在该是渲染最终图像的时候了，下图你将看到我使用的最终渲染图像的设置。
As stated above, anything that falls outside the diverging lines at the edges of the image will not be visible to the camera, but there are also two other restrictions on what it will render.
如上所述，任何超出影像边缘的偏离先之外的东西都是看不见的。渲染还有另外两个限制条件。
The image was basically done with the hit of the render button but rendering many different passes allowed me some more fine tuning which was necessary mostly for high res details.
要对图像进行渲染，只要简单的单击一下渲染按钮就好了，但是将其分成许多不同的层渲染，可以让我有更好的调整，这对于高分辨率图像的细节尤其重要。
Users would move the image in the pane to "crop" it and then render the result as a composite image.
用户会在窗格的“粮食”，然后渲染的结果作为一个复合的图像移动图像。
Just choose the image size and quality you need, and click Render.
你只需选择图像尺寸和质量，然后点击渲染，一切搞定！
How to render fast and get more realistic image are two basic issues of computer graphics rendering.
如何提高图形的渲染效率和如何得到具有真实感的图象是图形渲染的两个基本问题。
Use of multiple computers for render of one image.
使用多台计算机的渲染一个图像。
Unlike traditional 3d computer graphics in which 3d geometry of the scene is known, image-based rendering techniques render novel views directly from input images.
基于图像的绘制技术不同于对已知场景建立的3d计算机图形，它是利用输入的图片进行渲染。
Direct volume rendering based 3d texture can guarantee image quality and reach interactive frame rates. Because of the restriction of texture memory, it is difficult to render large volume data.
基于3d纹理的直接体绘制算法可以在保证图像质量的同时达到较好的交互性能，但由于纹理内存的限制，大规模数据场的3d纹理直接体绘制比较困难。
Simulating distortion correction: in Play mode, the cameras will render with an image effect that simulates the same distortion correction for the Cardboard lenses as occurs on the phone.
模拟畸变校正：在播放模式下，相机将呈现一个图像效果，模拟与手机上发生的纸板镜头相同的畸变校正。
We render a clear, flawless, attracting digital file of photos by doing the color correction and adding special effects onto the original image.
通过在原图文件上校准图片的颜色和增加特殊效果，我们将给您呈现一副清晰，无瑕疵，有吸引力的数码照片。
This paper proposes a new method to render photo-realistic rain by image based methods.
提出了一种新的基于图像的方法来实现真实感雨景的绘制。
This paper proposes a new method to render photo-realistic rain by image based methods.
提出了一种新的基于图像的方法来实现真实感雨景的绘制。
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