CIE Standard Illuminants are defined spectral power distributions that represent typical or standardized lighting conditions for colorimetry and color science applications. They provide a basis for comparing color measurements under consistent lighting conditions, ensuring uniformity and reproducibility in color analysis.
Correlated Color Temperature (CCT) is a measure of the color appearance of a light source, indicating whether it has a warm (yellow/red) or cool (blue) hue, expressed in Kelvin (K). It is crucial for applications in lighting design and photography, as it influences mood, aesthetics, and the perception of spaces and objects.
Colorimetry is the science and technology used to quantify and describe physical color in a way that matches human perception. It involves the measurement of color based on the principles of light absorption, reflection, and emission, using standardized systems like the CIE color spaces to ensure consistency across different media and devices.
Standard illuminants are theoretical light sources defined by the International Commission on Illumination (CIE) to provide a consistent basis for comparing color measurements and color rendering across different lighting conditions. They are crucial in color science for ensuring that color matching and reproduction are accurate and consistent, regardless of the environment in which they are viewed.
CIE Standard Illuminants are standardized spectral power distributions established by the International Commission on Illumination to provide a basis for comparing color measurements under different lighting conditions. They are essential for ensuring consistency and accuracy in colorimetry and are widely used in industries such as photography, printing, and manufacturing to simulate various lighting environments.