然后我可以围绕动画框架的表面逐帧移动实例。
I can then move that instance around the surface of the movie frame by frame.
他们一起逐帧逐帧地分析画面上的数字和文字。
They collaborated on theories and freeze-frame stills to analyze barely glimpsed numbers and onscreen text.
最后逐帧将目标区域图像变换到背景图像上得到全景视频。
In the end the whole video Mosaic is retrieved by superimposing the target region on the panorama background frame by frame.
慢动作和逐帧播放可以让你放大关键动作，真正的看清动作。
Slow-motion and freeze-frame footage allows you to zoom in on key moves and really SEE how to do them.
你甚至可以按住按钮不放，逐帧的截取正在播放的屏幕保护界面和视频界面。
You can capture literally any screenshot, including the lock screensaver, video as it’s playing, even as you’re holding a button down.
本文提到的方法使用逐帧初始化并恢复的方法来避免其他系统面临的障碍。
The approachpresented in the paper uses per-frame initialization and recovery to avoid the same obstacles that other systems face.
随后研究人员逐帧分析RBD那组人员的夜间录影带，观察他们的动作和观看是否相对应。
Then the researchers analyzed the nighttime footage of the RBD subjects frame by frame to see if their actions and gazes matched up.
所以，Nagy对在羽毛球，摔跤及游泳等21项奥林匹克决赛上的影像记录进行逐帧录像分析。
So Nagy conducted a frame-by-frame analysis of video recordings of the Olympic finals in 21 sports, among them badminton, wrestling, and swimming.
既然我们已逐帧提取出了源视频文件，对于最终产品的每一帧，我们可以按次序创建贴片的背景图像。
Now that we have a frame-by-frame extraction of our source video files, we can create tiled background images in sequence for each frame of the final product.
其他系统通过逐帧跟踪可以达到较高的速率，不过，他们的问题是，需要经常重新初始化，鲁棒性不佳。
Other systems are able to achieve high speeds by tracking from frame to frame, however, they have problems to re-initialize quickly and are not robust.
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。
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.
文章着重叙述一种基于视频内容逐帧分析，然后选择最佳背光亮度的一种由FPGA控制的动态背光源设计方案。
In this paper, I describe a way of frame by frame analysis of video, then selecting the best of backlight controlled by the FPGA design of the dynamic backlight.
文章着重叙述一种基于视频内容逐帧分析，然后选择最佳背光亮度的一种由FPGA控制的动态背光源设计方案。
In this paper, I describe a way of frame by frame analysis of video, then selecting the best of backlight controlled by the FPGA design of the dynamic backlight.
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