GeoCode - Revolutionary 3D Shape Editing Technology
Researchers at the University of Tokyo have unveiled revolutionary new technology called GeoCode which allows for intuitive editing of 3D shapes through point clouds or sketch inputs. This new technology has potential applications across many industries including architecture, engineering, video game development and virtual/augmented reality environments.
Dec. 25, 2022 2:26PM
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A picture of a person manipulating a 3d object using GeoCode's interface
Revolutionary new technology has been unveiled that allows for intuitive editing of 3D shapes. The technology, called GeoCode, maps 3D shapes into a parameter space that is understandable by humans and then reconstructs the shape from either point clouds or sketch inputs. This makes it possible to edit 3D shapes in an intuitive way with minimal effort. GeoCode is being developed by researchers at the University of Tokyo and is expected to revolutionize the way we work with 3D shapes. It could be used in many different industries such as architecture, engineering, and video game development. By making it easier to manipulate 3D shapes, GeoCode could lead to faster and more efficient design processes. The technology also has potential applications in virtual reality (VR) and augmented reality (AR). By allowing users to easily edit 3D objects in VR or AR environments, GeoCode could make these technologies even more immersive and interactive than they already are. Additionally, it could be used to create realistic virtual worlds where users can interact with their environment in a natural way. GeoCode is still in its early stages of development but promises great potential for those working with 3D shapes. With its ability to make editing easier and faster than ever before, this revolutionary new technology could have far-reaching implications for many different industries.