Gamma correction is always done at the source (camera).

The algorithm above uses gamma correction to make the colors appear brighter.

Gamma correction is particularly useful for bringing details that would be hard to see on most computer monitors out of shadows.

Note that the prime symbol ' is used to indicate gamma correction.

Gamma correction is, in the simplest cases, defined by the following 'Power law' expression:

The default output gamma correction value in Snow Leopard is now 2.2, just like everyone else.

A further connotation, more specific to photography and the display of images, is that of gamma correction.

The gamma correction, or contrast selection, is part of the photographic repertoire used to adjust the reproduced image.

The subject of matching, or "gamma correction", is beyond the level of this article.)

In digital image processing, gamma correction can be applied either by the hardware or by the software packages used.

There are options for changing the screen resolution, a gamma correction level setting and mouse sensitivity sliders.

Since the dawn of color on the Macintosh, the operating system has used a default output gamma correction value of 1.8.

To use the word "function" in conjunction with gamma correction, one may avoid confusion by saying "generalized power law function."

All monitors display images with a gamma correction curve of around 2.2 (sRGB).

Some image editing software allows gamma correction to be applied to a palette for indexed color image files.

Gamma correction and dithering before quantization.

(Note that these are two entirely different images and not an attempt to demonstrate the effects of different gamma correction settings.)

Because all the calculations (such as applying gamma correction, demosaicing, white balance, brightness, contrast, etc..

Contrast masking can be considered to be the opposite of gamma correction, which adjusts the midtones of an image.

In general, to apply a gamma correction directly to the color map is bad practice, due to the original RGB color values being lost.

The monitor may do its own gamma correction to match the CRT gamma to that used by the video system.

The complete specification of an RGB color space also requires a white point chromaticity and a gamma correction curve.

To compensate for this effect, the inverse transfer function ("'gamma correction"') is sometimes applied to the video signal so that the end-to-end response is linear.

Often a step called linearization is performed first, to undo the effect of gamma correction that was done to get the most out of limited 8-bit color paths.

The tone-curve is different from the Cineon log format used for film post-production, but preserves highlight detail that would be lost with typical video gamma correction.