What is the zone system?

In the photo, the zone system is a system that is used to control different tones created in the finished image. Many explanations of the zone system are intricate and highly confusing, which turns off amateur or beginning photographers because they think it's too hard. The zone system is in fact very simple and mastering can radically improve the quality of someone photographs. Ansel Adams, developer of the original zone system, is known for its richly textured tonality of its pictures and illustrates how valuable the system of the zone system can be. The aim of the photographer is to capture the required tones to take a picture rather than try to bring them to them later. As Adams said, the zone system exposes shadows, allowing photographers to develop main points.

According to the zone system, the tones in the figure can be divided into 10 categories, from pure black to pure white. The zones run from 0, pure black, to IX, pure white. Using the system requires photographers to use light meter and be familiar with the operation of manualOutbound on their cameras.

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meters of light work by detecting different light levels in the scene and diametering to come up with the recommendation of the exposure. It is also possible to use point meters to obtain information about a particular object. The light meter is not a terribly intelligent tool, even if it tries to be very hard and usually assumes that the default tone in the picture is around the V zone, right in the middle of the zone scale. Sometimes it works well, but when someone is photographing something with lots of light or dark tones, the V Zone V Zone will look dark or washed out.

Using zone system, photographer selects the object in the picture and decides where this object should fall in the zone when the image is printed. For example, someone photographing the snowy mountains around the lake could decide that the mountains should be around Zone VII in the finished image. It should also measure the mountains to obtain recommendations from the light meter for the V zone, and then uTo tell these recommendations up by two F-stops, giving the mountains a larger exhibition. On the contrary, the photographer could measure a darker lake and reduce F-stops to show the lake as a zone II in the finished image.

Using the zone system, it ensures that dark and light tones are displayed in finished images as needed. Light tones can always be brought later during processing, but if the camera cannot capture dark tones, it is impossible to add them in. The process can be used for film and digital photography, and while people can consider it restrictive and cumbersome, only as soon as they get used to it, the system can begin to feel like the other nature.