Professional photographers understand the relationship between their camera setting and the light they are getting. Different light can cast a different impact on the picture. If a photographer knows how the light will change the picture, he or she can click the picture he wants.
Photography lighting can be the difference between a breathtaking photo and an ordinary one. Whether a photographer knows about, the science behind the photography light or not, he still uses it to capture an amazing shot. Without the lighting, a photograph is grainy or blurred. Photographers use lighting ratios to contrast the photo. The Lighting ratio describes the amount of light illuminating the highlighted side versus the shadow side. Professional photographers understand the relationship between their camera setting and the light they are getting. Different light can cast a different impact on the picture. If a photographer knows how the light will change the picture, he or she can click the picture he wants. Following are various factors which help you to get the best shot:
Quality Of Light
One of the key aspects of any photograph is the quality of light, whether you are working outdoor or you are in the studio. Utilizing light to your advantage is a key skill that one photographer needs to acquire to be a professional photographer. The “impression” of the light in a photograph often can adjudge its visual impact. Before utilizing light in your photograph you should be aware of the qualities of light-
Intensity — Intensity is the amount of light or strength produced by a specific light source. It is the amount of light reflected by the photographer and the background.
Colour — The colour of the light reflected by the photographer and the background.
Direction — The angle of the light determines the location and length of the shadows cast by the performer and the three-dimensional props around him.
Characteristics of Light: The three most important characteristics of light are-
1. Brightness
2. Colour
3. Temperature
Brightness is easy to handle, but colour and temperature are delicate concepts. Colour and temperature need to be manually adjusted according to the intensity of light you are receiving. Photography is about capturing light and recording it whether on paper or in digital form. As a photographer, you can control the amount of light, its intensity and the duration to capture the shot.
Natural Light
Paying more attention to natural light is better than artificial lights. It requires great skill to efficiently utilize the natural light and capture the great shot. Natural sunlight is the best source of light the photographer could use. On a clear and bright day, you could use sunlight to capture different types of shot. Photos clicked in the middle of the day will be bright, sharp and will have plenty of details. Sunlight creates a different effect at the start of the day and last few hours before it set. When the sun is at the lower horizon the sunlight scatters and the colours shine through the atmosphere at different angles.
Clicking photos in a low light situation can be a challenge, especially for a beginner. Clicking pictures while using flash will wash out the colour of an object due to strong light. On the other hand, if you click photo without flash, the picture will be grainy and blurred. So, if you want to click a photo in dim light you can change the setting of your camera accordingly to compensate for the low light as much as possible. You can set the ISO at a higher level so that camera shuttle will take advantage of any light available in the area. To avoid any camera movement, it’s better to use a tripod.
Fill Light Photography
Fill light photography is using a supplementary light source to lighten shadows in an image. It is often used in portrait photography to the contrast between the image subject and image background giving a sense of depth.
Lighting is the key factor in creating a successful photo. Therefore it is necessary to manipulate and control light to get the best vibrancy of colour, texture and luminosity of your object.
Originally published at https://www.fuzia.com.