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Extensão criada pra facilitar a identificação das cores para usuários daltônicos. Ela adiciona um filtro que altera a matiz de… Extensão criada pra facilitar a identificação das cores para usuários daltônicos. Ela adiciona um filtro que altera a matiz de elementos de páginas web com a proposta de melhorar a visualização das cores para os usuários daltônicos. Contém filtros para portadores de protanopia e tritanopia, além de uma função para informar o nome de certa cor ao usuário. É um Trabalho de Conclusão de Curso de alunos do CIMOL. Nos códigos da extensão contém funções que selecionam elementos de uma página da web da cor que corresponde às complicações dos tipos de daltonismo e muda a matiz deles com o filtro hue-rotate.
Colorblindly
Simulates colorblindness in your web browser. Colorblindly is an extension that helps developers create websites for the people with colorblindness by allowing them to simulate the experience those users have on websites. *Note* This extension will not work on Chrome domains like the store page. Try it out on a different website like Google Image Search Results!
Visual-able
Accessibility tool including color blindness simulation, magnifier, TTS, night mode, and high contrast mode. Visual-able is a user-friendly Chrome extension crafted specifically for visually impaired individuals, people with color vision deficiencies, and anyone looking to enhance their web browsing experience. Struggling with color recognition on websites? Visual-able offers comprehensive colorblind simulations, including Protanopia (red-blind), Deuteranopia (green-blind), Tritanopia (blue-blind), and various other forms. Additionally, it provides helpful visual enhancements like Night Mode and High Contrast, making webpages clearer and easier on the eyes. Find yourself squinting at small text or images? Activate the customizable magnifier tool using quick keyboard shortcuts, enabling effortless zooming into any webpage content. You control the zoom level, size, and even the magnifier border color, adapting the browsing experience perfectly to your preferences. Prefer listening to reading? The built-in Text-to-Speech (TTS) feature allows you to select or enter text and listen comfortably instead of straining your eyes. Fully customize the language, speed, and playback options to match your listening needs. All your preferences are automatically saved, creating a personalized browsing experience each time you open your browser. Visual-able isn't just an accessibility tool; it's your gateway to a more comfortable, clearer, and empowering web browsing experience. Install Visual-able now and transform the way you browse the web!
Buzzer
Extensão destinada para a verificação de sites não seguro, auxiliando o usuário a ter uma melhor navegação O "Buzzer" é a sua defesa online definitiva. Esta extensão é projetada para tornar a sua experiência de navegação na web mais segura e tranquila. Com o "Buzzer", você pode verificar a segurança de sites e URLs com facilidade. A internet está repleta de sites não seguros, ameaças e riscos cibernéticos. O "Buzzer" é a sua primeira linha de defesa. Ele utiliza a poderosa API do VirusTotal para verificar a segurança das URLs que você visita, permitindo que você identifique sites perigosos antes de interagir com eles. Proteja-se contra malware, phishing e outros perigos online. Mantenha a segurança dos seus dados pessoais e navegue com confiança.
Let's get color blind
Simulates information a color blind person receives and/or adds a daltonization filter Color vision is unfortunately not granted to everyone. Approximately 10% are affected by a reduction in their ability to perceive colors. Let's get color blind tries to raise awareness by letting you simulate colorblindness. Such that you can easily experience the information a color blind person receives. Such that you can learn about colorblindness, check your web pages for accessibility or explain your condition to others. It is even possible to change the severity of the simulated condition. Additionally a daltonization filter can be used to improve the information received by those who are subjected to colorblindness. Results may vary depending on the severeness of each individuals personal condition. The color deviciency simulation is based on Gustavo M. Machado, Manuel M. Oliveira, and Leandro A. F. Fernandes "A Physiologically-based Model for Simulation of Color Vision Deficiency". IEEE Transactions on Visualization and Computer Graphics. Volume 15 (2009), Number 6, November/December 2009. pp. 1291-1298.
