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Medium Close Up ("MCU" on camera scripts): Halfway between a mid shot and a close-up. Usually covers the subject's head and shoulders. Close Up ("CU"): A certain feature, such as someone's head, takes up the whole frame. Extreme Close Up ("ECU" or "XCU"): The shot is so tight that only a detail of the subject, such as someone's eyes, can be ...
Then the medium close up is a shot that has the waist to the chest and up. The next closest shot is the close up which has the shoulders and up or maybe a little tighter on the head. Finally, there is the extreme close up shot which has one body part usually. This can be an eye, a hand or anything else.
The term photo-macrograph was proposed in 1899 by W. H. Walmsley for close-up images with less than 10 diameters magnification, to distinguish from true photo-micrographs. [15] Development of the photo-micrograph led to the evolution of macro photography. [16] One of the earliest pioneers of macro photography was Percy Smith, born in 1880. He ...
Finding the animals and getting close enough to get those extra good shots takes preparation and time. There have b 40 Close-Up Wildlife Images That Reveal Nature’s Beauty, Taken By This Finnish ...
NASA released up-close images of Saturn's rings. NASA's Cassini spacecraft sent back images looking over the shoulder of Saturn's rings. See more on Saturn's rings:
Extreme close-up A shot framed so closely as to show only a portion of the face or of some object. Extreme long shot A shot in which the human figure would be extremely insignificant compared to its surroundings. A panoramic view photographed from a considerable distance and made up essentially of landscape or distant background. Fade in/out
The photograph is an extreme close-up of a woman's upturned face with glass droplets placed on her cheeks to imitate tears. [s 1] [s 4] Sleeping Woman: 1930 Man Ray Paris, France [s 2] See article Behind the Gare Saint-Lazare: 1932 Henri Cartier-Bresson: Paris, France [s 1] [s 2] [s 3]
That distance is sometimes given on the filter in millimeters. A +3 close-up lens has a maximal working distance of 0.333 m or 333 mm. The magnification is the focal distance of the objective lens (f) divided by the focal distance of the close-up lens; i.e., the focal distance of the objective lens (in meters) multiplied by the diopter value (D) of the close-up lens: