如果从两个不同的角度进行拍摄的话，在原理上也行的通。
That is already possible in principle if two shots of the same scene have been taken from different angles.
这个过程中，核绿屏键控原理，将教你如何完成一个简单的绿屏拍摄，然后组合在一个新的背景。
This course, NUKE green screen Keying Fundamentals, will teach you how to complete a simple green screen shot and then composite it over a new background.
本文介绍了用最新的CMOS集成元件设计的一种新颖的实验性的摄影机自动快门的机械和电原理以及实际拍摄结果。
The mechanic and electronic principle of a new experimental automatic camera obturator designed with CMOS integrated circuits has been described, and the photographic results presented in this paper.
本文主要介绍了柱透镜光栅片的结构及其成像原理。讨论了立体照片的拍摄和合成。
This paper mainly introduces the structure and photo-principle of the Icnticnlar raster, and discusses shoot and composite of the stereogram.
本文介绍了振动筛光电同步轨迹拍摄仪的电路系统，工作原理及调试方法。
This paper introduced circuit principle and debugging methods of photoelectric synchronous track camera for vibrating screens.
夜晚，原理城市灯光，拍摄满月天空下的雪景。
根据二维piv测试技术的原理，用高速摄像仪对各加热段炉膛进行示踪粒子拍摄和速度分布测量。
Based on the principle of PIV test, with tracing particles, the highspeed camera was adopted to record velocity field.
即使你决定使用自动模式拍摄，了解相机的工作原理和设定的作用，对你提高摄影技巧还是很有帮助的。
Even if you decide to shoot in auto mode, understanding how the camera works and what the Settings mean will improve your photography.
以变形镁合金az31 B为研究对象，采用红外热像仪拍摄镁合金激光- TIG复合热源焊接过程中的焊接温度场，提出一种基于红外辐射测温原理。
The infrared thermal imaging system was used as a sensor to measure the temperature field of wrought magnesium alloy AZ31B during the laser-TIG hybrid welding process.
本文介绍了LCD液晶屏的工作原理和使用LCD液晶屏的动态全息拍摄系统。
Operating principle of LCD liquid crystal screen and an arrangement of making dynamic hologram using LCD liquid crystal screen are presented in this paper.
仪器的工作原理是在显微镜镜头下旋转细胞，每旋转一周拍摄数百张照片，然后结合这些数字照片形成一个三维图像。
The machine works by rotating the cell under the microscope lens and taking hundreds of pictures per rotation, and then digitally combining them to form a single 3-d image.
仪器的工作原理是在显微镜镜头下旋转细胞，每旋转一周拍摄数百张照片，然后结合这些数字照片形成一个三维图像。
The machine works by rotating the cell under the microscope lens and taking hundreds of pictures per rotation, and then digitally combining them to form a single 3-d image.
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