Analysis of Simulators and Assistive Technologies Which Support Designers to See Like Colorblinds

Several kinds of colorblindness limit color perception and affect how people interact with the world, especially when colors have meanings. Even with empathy, non colorblind designers have difficulties to conceive accessible interfaces for colorblind users, because they perceive colors in a differen...

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Main Authors: Bruno Santana da Silva, Gilmar Vitor da Silva Andrade, Joseh Augusto Dantas Salgado Pinto
Format: Article
Language:English
Published: Pontifícia Universidade Católica do Rio de Janeiro 2017-09-01
Series:Ergodesign & HCI
Online Access:http://periodicos.puc-rio.br/index.php/revistaergodesign-hci/article/view/357
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spelling doaj-e055a55e2e264d7fa66e7e446dc0294e2020-11-25T04:05:27ZengPontifícia Universidade Católica do Rio de JaneiroErgodesign & HCI2317-88762017-09-015Especial11612810.22570/ergodesignhci.v5iEspecial.357357Analysis of Simulators and Assistive Technologies Which Support Designers to See Like ColorblindsBruno Santana da Silva0Gilmar Vitor da Silva Andrade1Joseh Augusto Dantas Salgado Pinto2UFRNUFRNUFRNSeveral kinds of colorblindness limit color perception and affect how people interact with the world, especially when colors have meanings. Even with empathy, non colorblind designers have difficulties to conceive accessible interfaces for colorblind users, because they perceive colors in a different way from users. This work analyses how colorblind simulators and assistive technology can support user interface design. We conduct a search for free software on Google, on Android app store and on Chrome extension store. We identified 4 types of colorblindness simulators (filters of image, screen, sites and mobile device camera) and 3 types of assistive technologies (web sites, mobile app and CSS editor). Secrecy, internet access, time of use and other factors were considered to analyze the use of these simulators and assistive technologies as support for user interface static and dynamic analysis, during formative and summative evaluations.http://periodicos.puc-rio.br/index.php/revistaergodesign-hci/article/view/357
collection DOAJ
language English
format Article
sources DOAJ
author Bruno Santana da Silva
Gilmar Vitor da Silva Andrade
Joseh Augusto Dantas Salgado Pinto
spellingShingle Bruno Santana da Silva
Gilmar Vitor da Silva Andrade
Joseh Augusto Dantas Salgado Pinto
Analysis of Simulators and Assistive Technologies Which Support Designers to See Like Colorblinds
Ergodesign & HCI
author_facet Bruno Santana da Silva
Gilmar Vitor da Silva Andrade
Joseh Augusto Dantas Salgado Pinto
author_sort Bruno Santana da Silva
title Analysis of Simulators and Assistive Technologies Which Support Designers to See Like Colorblinds
title_short Analysis of Simulators and Assistive Technologies Which Support Designers to See Like Colorblinds
title_full Analysis of Simulators and Assistive Technologies Which Support Designers to See Like Colorblinds
title_fullStr Analysis of Simulators and Assistive Technologies Which Support Designers to See Like Colorblinds
title_full_unstemmed Analysis of Simulators and Assistive Technologies Which Support Designers to See Like Colorblinds
title_sort analysis of simulators and assistive technologies which support designers to see like colorblinds
publisher Pontifícia Universidade Católica do Rio de Janeiro
series Ergodesign & HCI
issn 2317-8876
publishDate 2017-09-01
description Several kinds of colorblindness limit color perception and affect how people interact with the world, especially when colors have meanings. Even with empathy, non colorblind designers have difficulties to conceive accessible interfaces for colorblind users, because they perceive colors in a different way from users. This work analyses how colorblind simulators and assistive technology can support user interface design. We conduct a search for free software on Google, on Android app store and on Chrome extension store. We identified 4 types of colorblindness simulators (filters of image, screen, sites and mobile device camera) and 3 types of assistive technologies (web sites, mobile app and CSS editor). Secrecy, internet access, time of use and other factors were considered to analyze the use of these simulators and assistive technologies as support for user interface static and dynamic analysis, during formative and summative evaluations.
url http://periodicos.puc-rio.br/index.php/revistaergodesign-hci/article/view/357
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AT josehaugustodantassalgadopinto analysisofsimulatorsandassistivetechnologieswhichsupportdesignerstoseelikecolorblinds
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