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The traditional computer mouse was invented in 1964, Dorta said, and it’s time for something new. Smartphones and tablets can become translucent “controlling plane” to select and manipulate objects in a 3D world. Credit: Hybridlab, Université de Montréal Sending a file also won’t require a USB or an online folder - you would just need to swoop at it with your phone to “grab” it and it’ll be saved to your device, Dorta said. This could enable people to access each other’s desktops and see the files and applications on there in 3D, rather than through a window.ĭorta thinks people are currently restricted by the window format on computers, and a 3D version of a desktop would make people’s computer interactions easier.
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If phones or tablets can become 3D cursors, then the ultimate goal is for users to access the same program or desktop as their colleagues, wherever they are, he said.Įventually, this type of cursor technology could be available for operating systems like Windows and Mac OS, Dorta said. “Everything 3D, everything collaborative, because the 3D cursor becomes our avatar.”ĭorta said potential uses for a collaborative, 3D technology range from interior and architectural design to the development of virtual reality computer games.
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“You can navigate together … working together in the same computer,” Dorta said.
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The screen is also collaborative, so people can link their devices to the same software and work together on a project.Ĭontributors can look at the same space from different angles using their various devices, each accessing and manipulating it separately. In tests so far, the researchers were able to select chairs and tables in a building and organs inside a large, to-scale skeleton image on the screen.Īt the moment, the cursor technology can be demonstrated using Hyve3D technology, which is an immersive design system that visualizes 3D sketches on a screen in front of the user.
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It twists and tilts when the device does and users can also copy and paste with it. The controlling plane appears on the screen, which can enlarge or decrease an object when the user pinches or expands it using their fingers. “When it’s selected, it’s like I have it in my hand.” “If I have this cup,” Dorta said, picking up a coffee mug. Instead of clicking on icons to select things with a track-pad or mouse, the screen of a smartphone or tablet becomes the track-pad itself and produces a translucent plane on the screen that responds to all kinds of movements. The high-tech cursor developed by Dorta and his colleagues can select objects in the 3D virtual world. “It’s the kind of interaction which has to evolve,” he told Live Science. Traditionally, a mouse and a cursor are confined to a screen “like a jail,” said study lead researcher Tomás Dorta, a professor at the University of Montreal’s School of Design. The 3D cursor was unveiled earlier in August at the SIGGRAPH 2015 Conference, held from Aug. This futuristic technology could play an integral role in how virtual reality software responds to how users move in real life. They have created a way to turn smartphones, tablets or anything with an interactive surface, into a translucent so-called “controlling plane” to select and manipulate objects in a 3D world. Credit: Hybridlab, Université de MontréalĬonventional pointers that are controlled with a track-pad and show up as a tiny arrow on a screen will soon be outdated, according to scientists at the University of Montreal in Canada. Researchers have come up with a way to turn cursors into a tool that can navigate around 3D space. Researchers at the University of Montreal have developed techniques to enable computerįorget everything you thought you knew about computer cursors.