Disney Research's new 3D touch surfaces technology allows people to feel what is on their screens. This means users can feel simulated textures through their tablet, phone or computer touch screens. This involves virtual 3D bumps, so one can feel a jellyfish without getting stung or outline the ridges in a map. This can be done using an algorithm that measures things like friction and voltage.
The technical details behind the algorithm behind the 3D touch surfaces can be found in a research paper. There are three main steps: calculating the gradient of the desired surface; determining the 'dot product' of the surface's gradient as well as the velocity of the sliding finger; and mapping the dot product to the voltage.
Key Themes Behind This Trend
- Tactile-rendering Touchscreens
- Disney Research's 3D touch surfaces technology allows users to feel simulated textures through their screens.
- Virtual Texture Sensation
- Advancements in algorithmic measurement of friction and voltage enable users to experience virtual 3D bumps and textures.
- Enhanced Haptic Feedback
- The integration of tactile-rendering touchscreens offers new opportunities for immersive user experiences and interactive interfaces.
Where This Applies
- Consumer Electronics
- Tactile-rendering touchscreens can revolutionize the consumer electronics industry, providing a new level of interaction and engagement for devices.
- Gaming and Entertainment
- The incorporation of tactile-feedback technology in gaming and entertainment industries has the potential to enhance gameplay and create more immersive experiences.
- Healthcare and Rehabilitation
- Tactile-rendering touchscreens can play a significant role in healthcare and rehabilitation by enabling users to perceive virtual textures, aiding in therapy and training simulations.
