首先，让我非常宽泛地定义我们的概念，这样我们就在同一视角上了。
First, let me very broadly define our terms, so we're all on the same page.
海王星的理想使你想要交好志趣相投的人看到您的同一视角观察世界。
The idealism of Neptune causes you to want to befriend like-minded people that see the world from your same perspective.
在以上的视频中，总共包含168张截屏，都是从同一视角截于每天的中午，总共是游戏中两年的时长，帧率是10张每秒。
In the visual above, we've included 168 screenshots, one taken at midday, each day, from the same Angle, over the course of two in game years, running at 10 frames per second.
为那些新颖的博客上新颖的视角写评论——如果你老是呆在同一群人当中，你会不可避免地发现同样的思想翻来覆去地出现。爆发吧！
Comment on Fresh Blogs For Fresh Perspectives - If you are always among the same crowd you will find inevitably the same thoughts being reflected back over and over. Break out!
我相信这是好事，因为它将多个项目团队变为单一团队结构，所有人都属于同一公司，分享客户同样的视角和目标，分享同样的KPI。
I believe this is a good thing because this changes project teams to a one team structure where everyone belongs to the same company, sharing the customer's viewpoint and goals, sharing the same KPIs.
通过探讨如何从不同的视角感知同一事件，团队成员能够更好的了解对方，并调整了团队中人们的需求。
By exploring how the same events were perceived from different perspectives, the team can come to understand each other better and adjust to the needs of the people in their team.
摄影师将不同的色彩置于同一幅图像中，尽可能地强调色彩的差异，同样也提供了不同的欣赏视角。
Photographers can position different colors in an image to maximize contrast between them and also to provide perspective.
实际上，这两种方式只是从两个不同的视角来看待同一种解决方案。
There are essentially two separate viewpoints of the same solution.
正是如此，在阅读新英格兰期刊时，Wood才能在与他人看同一相似事实的情况下，拥有一个全新的视角。
At that moment, while reading The New England Journal, Wood had the advantages of someone looking at a familiar fact with a fresh perspective.
其他的游戏充分发掘游戏控制器的潜能，让你在玩同一个游戏有一个全新的视角。
Other games make use of the controller's ability to have a different perspective on the same world.
即使画同一样东西，每个人都有非常不同的视角。
Even if everyone draws the same thing, each will have a very different perception of it.
这副画告诉我们，由于个人观点，视角和出发点不同，人们对于同一问题可能得出不同的结论。
This picture tells us that due to our personal different in view, perspective, or starting of point, people can look at the same issue and draw different conclusions from it.
这幅画告诉我们，由于个人观点。视角和出发点的不同。人们对同一问题可能得出不同结论。
This picture tells us that due to our personal differences in view, perspective, or starting off point, people can look at the same issue and draw different conclusions from it.
图像拼接就是把针对同一场景的相互有部分重叠的一系列图片合成一张大的宽视角的图像。
Image Mosaic is mainly used to synthetize a series of images with the same overlapped scene to an image of large wide viewing Angle.
在正侧视模式下，以不同视角对同一地域进行观测可获得多组回波数据，通过对多组回波数据的综合处理可提高SAR的距离向分辨力。
Different data sets relative to the same scene acquired with different view angles can be exploited to improve slant-range resolution of SAR in broadside mode.
这多个叙述者自然会产生多个叙事视角，即使是对同一故事的叙述麦家也采用了多个叙述者从不同角度来讲述的方式。
Those multiple narrators will bring multiple narrative perspectives, even the narrative perspective on the same story narration Maijia also adopted more narrator from different angles.
本文所要研究的就是对从不同视角拍摄的有关同一场景的多个不同视角的图像进行匹配的问题，即多视角图像配准问题。
This work is to research the problem of matching images which are got from the same scene in different views, that is, the problem of multi-view image registration.
图像配准是对取自不同时间、不同传感器或不同视角的同一场景的两幅图像或者多幅图像匹配的过程。
Image registration is the process of matching two or more images that get from the same scene derived from different time, different sensors or different views of Angle.
本文从特定视角，即方言词语与地方风俗文化的三个小方面，同一词语在不同地方的不同比喻用法；
With special view, this paper will analyses dialect and custom culture from three aspects, that is: the same word shows different figurative use in different areas;
你的信念造就了你特有的视角，而你就是通过这独特的视角去看待现实，所以，不同的人对待同一境况会有不同的看法。
You see the reality through a particular lens formed by your beliefs therefore each individual sees the same situation in a different way.
为了高质量准确地对物体多视角三维图象进行快速对齐复位，提出了一种将多个视角三维自然曲面数据精确对齐复位于同一坐标系中的新型迭代方法。
A novel iterative approach is proposed for precise aligning multiple 3D images captured from difference views of a natural object surface in one reference coordinate system.
然而，双目视觉中由同一目标在不同视角下的两幅二维图像推断目标的空间位置是个复杂的反求过程。
However, it is a complex inverse process to deduce target position from a pair of 2-d images that are synchronously grabbed from the target at different visual Angle.
然而，双目视觉中由同一目标在不同视角下的两幅二维图像推断目标的空间位置是个复杂的反求过程。
However, it is a complex inverse process to deduce target position from a pair of 2-d images that are synchronously grabbed from the target at different visual Angle.
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