Liang He, an assistant professor of computer science at UT-Dallas, initiated the project after a discussion with a classmate. This classmate, who used a cane due to low vision, shared a passion for 3D modeling. As a part of this effort, he and his team understood the challenges that visually impaired people face. They had the vision to create a space that would allow these young women to develop and build on their own.
Features of A11yShape
A11yShape is made up of an innovative tri-panel layout featuring a live code editor, AI-assisted design guidance, and a model preview. EzCode features a vibrant code editor, making it easy to code and craft your own projects. The AI panel provides contextual, explanatory feedback that greatly increases users’ comprehension of their coding decisions. This connection is key for the user to understand how their code changes will affect the output 3D models.
Lastly, the model panel shows the hierarchical structure and visualizes the final model. When a user selects a piece of code or a model component, A11yShape highlights corresponding elements across all three panels. This two-way synchronization makes it easier for users to track code changes and updates to their visual representations, further solidifying their learning experience.
Users have raved about the AI assistant feature. Second, it always receives 4.1 – 5 on geometric accuracy and clarity, avoiding any inaccuracies. This type of granular descriptive feedback is critical for visually impaired programmers to start building real world, accurate models.
User Experience and Development
In creating A11yShape, we worked closely with four participants who had different levels of visual impairment and programming experience. This user-centered approach, including the design exploration, allowed the team to capture nuanced insights on the needs of blind programmers and content creators. By including these participants in the development process, A11yShape was able to determine which features to include in order to best serve its intended audience.
The tool uses OpenSCAD functionalities that connect every step of modeling through its three panels of application. This creative method improves accessibility while simultaneously inspiring a better understanding of 3D modeling principles. Users can see the visual impact of their coding decisions, creating a robust, interactive learning experience.
Future versions of A11yShape will push these boundaries even further, with the introduction of tactile displays bringing another dimension to interactive accessibility. These interactive displays allow users to get a tangible sense of the scale and shape of their models. This new feature deepens their modeling experience even more. Additionally, real-time 3D printing capabilities are on the horizon, enabling users to bring their digital creations into the physical world.
Impact on Accessibility in Technology
A11yShape promise to be a long-awaited breakthrough towards more inclusive technology. By addressing the challenges faced by visually impaired individuals in programming and 3D modeling, it opens doors for greater participation in STEM fields. The interactive tool allows users to develop skills and increase their confidence. It advocates for more diverse perspectives in the tech industry.
A11yShape is changing and growing fast. It is a shining example of collaboration and innovation coming together to produce a roadmap of solution-oriented strategies that progresses the interests and needs of underrepresented communities. Liang He and his team are relentless in their pursuit of accessibility. Their commitment underscores the importance of this program to making sure that technology is advancing for all of us.