RGBeat: A Recoloring Algorithm for Deutan and Protan Dichromats

Deutan and protan dichromats only see exactly two hues in the HSV color space, 240-blue (240o) and 60-yellow (60 o). Consequently, they see both reds and greens as yellows; therefore, they cannot distinguish reds from greens very well. Thus, their color space is 2D and results from the intersection...

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Main Authors: Madalena Ribeiro, Abel Gomes
Format: Article
Language:English
Published: Universidad Internacional de La Rioja (UNIR) 2023-06-01
Series:International Journal of Interactive Multimedia and Artificial Intelligence
Subjects:
Online Access:https://www.ijimai.org/journal/bibcite/reference/3082
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author Madalena Ribeiro
Abel Gomes
author_facet Madalena Ribeiro
Abel Gomes
author_sort Madalena Ribeiro
collection DOAJ
description Deutan and protan dichromats only see exactly two hues in the HSV color space, 240-blue (240o) and 60-yellow (60 o). Consequently, they see both reds and greens as yellows; therefore, they cannot distinguish reds from greens very well. Thus, their color space is 2D and results from the intersection between the HSV color cone and the 60º-240º plane. The RGBeat recoloring algorithm’s main contribution here is that it is the first recoloring algorithm that enhances the color perception of deutan and protan dichromats but without compromising the lifelong color perceptual learning. Also, as far as we know, this is the first HTML5-compliant web recoloring approach for dichromat people that considers both text and image recoloring in an integrated manner.
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spelling doaj.art-9be2994ec5c348e9b48fab4060f7cd922023-06-05T20:31:39ZengUniversidad Internacional de La Rioja (UNIR)International Journal of Interactive Multimedia and Artificial Intelligence1989-16602023-06-0182475910.9781/ijimai.2022.01.003ijimai.2022.01.003RGBeat: A Recoloring Algorithm for Deutan and Protan DichromatsMadalena RibeiroAbel GomesDeutan and protan dichromats only see exactly two hues in the HSV color space, 240-blue (240o) and 60-yellow (60 o). Consequently, they see both reds and greens as yellows; therefore, they cannot distinguish reds from greens very well. Thus, their color space is 2D and results from the intersection between the HSV color cone and the 60º-240º plane. The RGBeat recoloring algorithm’s main contribution here is that it is the first recoloring algorithm that enhances the color perception of deutan and protan dichromats but without compromising the lifelong color perceptual learning. Also, as far as we know, this is the first HTML5-compliant web recoloring approach for dichromat people that considers both text and image recoloring in an integrated manner.https://www.ijimai.org/journal/bibcite/reference/3082color blindnessdichromacyrecoloringaccessibility
spellingShingle Madalena Ribeiro
Abel Gomes
RGBeat: A Recoloring Algorithm for Deutan and Protan Dichromats
International Journal of Interactive Multimedia and Artificial Intelligence
color blindness
dichromacy
recoloring
accessibility
title RGBeat: A Recoloring Algorithm for Deutan and Protan Dichromats
title_full RGBeat: A Recoloring Algorithm for Deutan and Protan Dichromats
title_fullStr RGBeat: A Recoloring Algorithm for Deutan and Protan Dichromats
title_full_unstemmed RGBeat: A Recoloring Algorithm for Deutan and Protan Dichromats
title_short RGBeat: A Recoloring Algorithm for Deutan and Protan Dichromats
title_sort rgbeat a recoloring algorithm for deutan and protan dichromats
topic color blindness
dichromacy
recoloring
accessibility
url https://www.ijimai.org/journal/bibcite/reference/3082
work_keys_str_mv AT madalenaribeiro rgbeatarecoloringalgorithmfordeutanandprotandichromats
AT abelgomes rgbeatarecoloringalgorithmfordeutanandprotandichromats