JBL Fit Checker
Involvement
UX Design, Sound Design, Animation Design
Credits
Sam Liu, Yifan Deng, Andy Ye, Daniel Guo
JBL Fit Checker is a web-based application that helps users select the right headphones by scanning their ears and using cutting-edge technology to determine the compatibility with three types of JBL headphones: beam, buds, and flex. It ensures safety and convenience by eliminating cross-infection risks in stores and allowing users to find the best fit without leaving home.
JBL Fit Checker
Involvement
UX Design, Sound Design, Animation Design
Credits
Sam Liu, Yifan Deng, Andy Ye, Daniel Guo
JBL Fit Checker is a web-based application that helps users select the right headphones by scanning their ears and using cutting-edge technology to determine the compatibility with three types of JBL headphones: beam, buds, and flex. It ensures safety and convenience by eliminating cross-infection risks in stores and allowing users to find the best fit without leaving home.
Overview
The project addresses the challenge of maintaining narrative depth and audience connection in performances as they transition from physical to digital spaces, highlighting the importance of the dynamics of performance space in storytelling.
Involvement
Unity Development, GUI Design, Coding
Team
Yifan Deng (Independent)
Research
Theatre
We utilize BVH (Bio-Vision Hierarchy) data to analyze a performer's spatial movements. This allows us to more accurately determine a suitable virtual 3D shape to better stimulate the movements.
Insights
The use of space within the set design can profoundly impact the audience's perception of the characters' emotions. The proximity or distance between characters or objects can indicate intimacy or tension and conflict, respectively. Furthermore, the size and layout of the set can evoke a sense of confinement or freedom and possibility, respectively.
The cube deforms into different shapes to enhance the immersive experience.
Concept
When user move their arms, vertices transforms to scale the cube.
Technical Solution
Pipeline
Coding
Immersive Virtual Theatre
The use of deformable cube spaces provides a versatile platform for creating dynamic stage designs in virtual reality theaters or concerts. This can help to develop unique and unexpected stage setups that significantly enhance the audience's immersive experience.
Interactive Architecture
The Deformable empowers the creation of kinetic architecture - structures capable of changing their shape or moving in a pre-programmed or responsive manner. Examples of such structures may include movable walls, retractable roofs, or folding floors designed to respond exclusively to user interaction.
Psychology Treatment
Deformable spaces could be used to create personalized environments that reflect a patient's preferences. For example, patients could have the opportunity to choose the scale, colors, textures in their therapy rooms to create a space that feels comfortable.
Applications
