Linked from

The 46 pages that link to Color temperature, each with the reason it gives.

• CinematographyRelated: Matching or contrasting light sources helps control the image’s color balance.

• Black-body radiationRelated: It uses the black-body spectrum to characterize the appearance of real light sources.

• Planck's lawRelated: Planck spectra define the reference colors used to assign this temperature.

• DaylightingRelated: Natural light changes in apparent color over the day, affecting interior appearance.

• Atmospheric perspectiveRelated: A shift toward cooler colors is a common, though not universal, cue to distance.

• Additive colorRelated: It describes a property of emitted white light, not a mixing rule.

• Spectral power distributionRelated: A one-number summary extractable only from an SPD via the Planckian locus.

• Chromatic adaptationRelated: Illuminant color temperature helps specify the change to which adaptation responds.

• Color gradingRelated: Shifting temperature is a direct way to make an image feel warmer or cooler.

• Glazing (painting technique)Related: A colored glaze can shift the temperature of an existing passage while retaining its tonal structure.

• Wien's displacement lawRelated: The law connects a spectrum’s characteristic wavelength to the temperature scale used to describe its color.

• Lighting designRelated: It helps specify whether a space feels warm, neutral, or cool.

• Street lightingRelated: Its choice affects how street lighting appears and how people perceive objects at night.

• White pointRelated: Correlated color temperature commonly specifies the appearance of a white point.

• Color mixingRelated: The spectrum of the illumination changes how pigment mixtures appear.

• Fluorescent lampRelated: Phosphor blends give fluorescent lamps different perceived warm or cool color appearances.

• Theatrical lightingRelated: It helps distinguish warm-looking and cool-looking white light.

• TonalismRelated: Subtle warm-cool shifts help Tonalist scenes cohere despite their limited palettes.

• ChromaticityRelated: Correlated color temperature locates near-white chromaticities relative to the Planckian locus.

• En plein airRelated: Shifting daylight changes the warm and cool relationships painters must observe.

• Stage lightingRelated: It distinguishes warm-looking and cool-looking white light sources.

• Flash photographyRelated: Flash and ambient sources can have different colors, producing mixed illumination.

• LightRelated: It describes apparent hue, not the full spectrum or biological potency.

• White LEDRelated: It distinguishes warm-looking from cool-looking white LED output.

• Wien approximationRelated: Exponential spectral behavior helps relate short-wavelength emission to source temperature.

• Black bodyRelated: It expresses the apparent color of a source by comparison with black-body emission.

• Chromaticity diagramRelated: Correlated color temperatures trace a curve across chromaticity coordinates.

• Gas-discharge lampRelated: It summarizes how warm or cool a lamp’s emitted light appears.

• Kelvin scaleRelated: Lighting specifications use kelvins to describe whether light appears warm or cool.

• Planckian locusRelated: The locus gives color temperature a precise blackbody reference.

• GreyRelated: Illumination color can make a nominally neutral grey look tinted.

• Standard illuminantRelated: The plain form applies only to illuminants lying on the Planckian locus.

• CrimsonRelated: Illuminant color can shift how crimson pigments and displays appear.

• Electric lightRelated: It distinguishes the visual appearance of electric sources with different spectra.

• BeigeRelated: Yellowish beige tends to feel warmer than grayish beige.

• Belt of VenusRelated: It provides a way to describe the warm hues of the band.

• Light fixtureRelated: The source and optics together shape the color appearance of fixture light.

• Sky blueRelated: Daylight illumination can shift how a sky-blue object appears to the eye or camera.