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Volume: 29 | Article ID: art00023
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Development of a three-dimensional color rendition space for tunable solid-state light sources
  DOI :  10.2352/issn.2169-2629.2021.29.136  Published OnlineNovember 2021
Abstract

The quality of building electric lighting systems can be assessed using color rendition metrics. However, color rendition metrics are limited in quantifying tunable solid-state light sources, since tunable lighting systems can generate a vast number of different white light spectra, providing flexibility in terms of color quality and energy efficiency. Previous research suggests that color rendition is multi-dimensional in nature, and it cannot be simplified to a single number. Color shifts under a test light source in comparison to a reference illuminant, changes in color gamut, and color discrimination are important dimensions of the quality of electric light sources, which are not captured by a single-numbered metric. To address the challenges in color rendition characterization of modern solid-state light sources, the development of a multi-dimensional color rendition space is proposed. The proposed continuous measure can quantify the change in color rendition ability of tunable solid-state light devices with caveats. Future work, discretization of the continuous color rendition space, will be carried out to address the shortcomings of a continuous three-dimensional space.

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Dorukalp Durmus, "Development of a three-dimensional color rendition space for tunable solid-state light sourcesin Proc. IS&T 29th Color and Imaging Conf.,  2021,  pp 136 - 140,  https://doi.org/10.2352/issn.2169-2629.2021.29.136

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