就像应用“暗房”，你可以控制相圈上的拍摄参数。
You can control their shooting parameters on the camera canva just like Darkroom.
有经验的摄影师们可以在特定环境下估计出基本准确的参数来进行拍摄，但即使是他们，也会靠查看照片来确认。
Experienced photographers guess pretty well at the settings that will work in a given environment, but even they check to make sure.
太多参数需要记住，尤其对于初学者来说，相反的f值，快门速度，以及IS O值，在准备拍摄一张照片的时候这些参数实在太过复杂。
All of this is a lot to remember. Juggling f-stops, shutter speeds, and ISO values in your head while trying to compose a shot can be tough, especially for beginners.
将数字图像处理方法运用到实验中，通过读取摄像机拍摄的杉木板垂直火蔓延的视频，实时获取火焰高度，为后续计算临界水施加率提供参数。
The image processing method was introduced into the experiments. Flame height was acquired by the video frequency taken by the camera to give the parameters of lateral critical water flow rate.
自然光照条件下，拍摄高度、角度、光强和分辨率对所获得的图像颜色参数H和G/R均没有影响。
The height, angle, light intensity and differentiation rate of photography had no influence on H and G/R.
但是，如果你想要在网络相册中分享你的照片，并且希望观看者看到拍摄的焦距、光圈和其它参数，那么就不适合使用另存为网页格式了。
But, if you plan to share your images on a photo hosting site and would like to indicate the focal length, aperture and other parameters to your viewers, Save for Web will not be the right method.
本项目主要侧重于从普通相机拍摄的图像序列中恢复相机的参数，并进一步重建景物的三维模型。
The project focus on the 3D model reconstruction from a sequence of images taken with comsumer cameras.
通过现场拍摄后的影片解析，对男子百米途中跑与终点跑技术参数进行定量比较分析。
By analyzing the films taken on the field, the technical parameters of the intermediate running and the finish running in men's 100-metre are quantitatively and comparatively analyzed.
通过现场拍摄后的影片解析，对男子百米途中跑与终点跑技术参数进行定量比较分析。
By analyzing the films taken on the field, the technical parameters of the intermediate running and the finish running in men's 100-metre are quantitatively and comparatively analyzed.
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