Towards a Model of Color Reproduction Difference

ABSTRACT It is difficult to predict the visual difference between cross‐media color reproductions. Typically, visual difference occurs due to the limitations of each output medium's color gamut, the difference in substrate colors, and the gamut mapping operations used to transform the source material. However, for pictorial images the magnitude of the resulting visual difference is also somewhat content dependent. Previously, we created an interval scale of overall visual difference () by comparing gamut mapped images side‐by‐side on a variety of simulated output media. In this paper we use the preexisting visual difference data, together with the known source images, as well as information relating to the output gamuts, to create a model of color reproduction difference which is both output‐gamut and source‐image dependent. The model generalizes well for a range of images, and therefore performs better than mean as a predictor of visual difference. In addition, the inclusion of coefficients derived directly from the source images provides insight into the main drivers of the visual difference.

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Publication Details

Journal
Color Research & Application
Published
2025-02-06
DOI
https://doi.org/10.1002/col.22969
Primary Topic
Color Science and Applications
Type
article
Field-Weighted Citation Impact
0.00

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article

Towards a Model of Color Reproduction Difference

Gregory High, Peter Nussbaum, Phil Green
Color Research & Application
Color Science and Applications
article

Towards a Model of Color Reproduction Difference

Gregory High, Peter Nussbaum, Phil Green
article en

Abstract

ABSTRACT It is difficult to predict the visual difference between cross‐media color reproductions. Typically, visual difference occurs due to the limitations of each output medium's color gamut, the difference in substrate colors, and the gamut mapping operations used to transform the source material. However, for pictorial images the magnitude of the resulting visual difference is also somewhat content dependent. Previously, we created an interval scale of overall visual difference () by comparing gamut mapped images side‐by‐side on a variety of simulated output media. In this paper we use the preexisting visual difference data, together with the known source images, as well as information relating to the output gamuts, to create a model of color reproduction difference which is both output‐gamut and source‐image dependent. The model generalizes well for a range of images, and therefore performs better than mean as a predictor of visual difference. In addition, the inclusion of coefficients derived directly from the source images provides insight into the main drivers of the visual difference.

Color Research & ApplicationVol. 50(4)
Norwegian University of Science and Technology (NO)
Norges Teknisk-Naturvitenskapelige Universitet
Reduced inequalities
Openalex Percentile: Top 98%
Color Science and Applications
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