Linked from

The 51 pages that link to Color space, each with the reason it gives.

• Color theoryRelated: Color spaces formalize the dimensions used to describe and compare colors.

• Computer graphicsRelated: Color spaces determine how graphics encode and reproduce color.

• Color managementRelated: Conversions depend on the source and destination spaces in which colors are encoded.

• Liquid-crystal displayRelated: An LCD’s filters and backlight limit the colors it can reproduce.

• Digital imageRelated: Image values need a color model to specify the colors they represent.

• PixelRelated: Pixel values acquire color meaning only through an encoding such as RGB or Lab.

• JPEGRelated: JPEG commonly converts RGB samples into a luminance-and-chrominance representation before compression.

• Digital cinematographyRelated: Color spaces describe how captured color values can be interpreted and transformed.

• Color (visual perception)Related: Color spaces formalize perceptual distinctions for measurement and communication.

• Color blindnessRelated: Color vision deficiencies collapse or distort distinctions within perceptual color dimensions.

• Color wheelRelated: A wheel simplifies color relationships that a color space represents more fully.

• Image compressionRelated: The chosen color representation affects how image data can be transformed and subsampled.

• Video compressionRelated: Codec design depends on how image colors are represented before transformation and quantization.

• Digital CompositingRelated: Consistent color spaces help preserve color relationships across source images.

• Primary colorsRelated: A primary set defines axes or reference stimuli in many color spaces.

• Alpha compositingRelated: Compositing colors in different spaces can produce visibly different results.

• Color modelRelated: A model supplies coordinates; a color space specifies how those coordinates map to colors.

• Digital videoRelated: Video encoding relies on color spaces to assign meaning to pixel values.

• Image processingRelated: Color-space choice affects how color differences and adjustments are computed.

• Digital imagingRelated: Color values in an image need a defined system for encoding and interpreting them.

• Pantone Matching SystemRelated: Digital color coordinates and physical Pantone inks describe colors in different ways.

• TetrachromacyRelated: Four independent color dimensions require a space with an additional coordinate beyond ordinary trichromatic models.

• Video game graphicsRelated: Color spaces affect how game images are produced and displayed.

• CyanRelated: Its coordinates depend on the color space used to specify cyan.

• Display deviceRelated: A display’s color range and image encoding depend on the color space being used.

• Web colorsRelated: A color value's appearance depends partly on the color space used to interpret it.

• GreyRelated: Color spaces encode grey along neutral axes, often by equal color-channel values.

• Image scannerRelated: A color space determines how scanned color values are interpreted.

• CrimsonRelated: Digital crimson needs numerical coordinates in a specified color space.

• Human visionRelated: Colorimetry is built directly on measured human cone sensitivities.

• Sky blueRelated: A sky-blue specification depends on the color space used to encode it.