Linked from

The 15 pages that link to Chromatic adaptation, each with the reason it gives.

• Color constancyRelated: The first and best understood mechanism: receptors recalibrate so a warm-lit scene looks neutral.

• MetamerismRelated: Adaptation shifts which lights count as metamers over time and context.

• Color managementRelated: Profile conversions account for differing reference whites through adaptation transforms.

• Color gamutRelated: Viewing conditions alter perceived colors, complicating comparisons between gamut specifications.

• Color appearance modelRelated: Models estimate how adaptation to the illuminant shifts perceived color.

• White pointRelated: It explains how vision or software adjusts when the illuminant differs from the defined white.

• ICC profileRelated: Profile conversions can use adaptation to reconcile different reference whites.

• ChromaticityRelated: It helps explain why measured chromaticity and perceived color can differ across lighting conditions.

• CIELAB color spaceRelated: Adaptation explains why reference-white assumptions matter when interpreting CIELAB values.

• Color modelRelated: Adaptation explains why identical model coordinates need not look identical under different lighting.

• Tristimulus valuesRelated: Adaptation can alter perceived color even when stimulus tristimulus values are unchanged.

• ColorfulnessRelated: Adaptation changes the perceived colorfulness of a stimulus as illumination changes.

• Chromaticity diagramRelated: A point plots stimulus chromaticity, not the full context-dependent appearance produced by adaptation.

• RGB color spacesRelated: Conversions between RGB spaces may adapt colors when their white points differ.