9/27/2023 0 Comments Lego magnet blocks![]() Simplemost MediaĪs you shop for the best magnetic block set, look for one that is made using high-quality construction materials. ![]() A magnetic block set is one toy that comes with a host of benefits, including improved social skills when playing with other children and increased fine motor skills. The best output of this project might be used by governments, citizens and research labs for collaborative simulation on cities, especially housing and transportation.When selecting toys for your children, it’s a good idea to go with a few key activities that provide opportunities to grow and develop. Secondly, we are thinking to make these tools into LEGO and Magnet Developer Kits for kids to create their own cities. ![]() What's next for MetaCityįirst we’re opening all of our source codes, as some of them could be APIs for developers to dive deeper into the applications beyond city simulations. As a whole, we learned a lot about the limitation and application of transforming LEGO blocks and magnet blocks into tangible bits, allowing governments and citizens to do city simulation with an immersive personal experience. In order to trigger digital information on the physical models with virtual inputs using HoloLens, Poseidon and Riaz came up with a grid system overlaying MetaCity, which allows users to combine Gaze and Air Tap to display information and use Voice for searching a specific building. Bolin created and maintained the entire design guidelines and user experience between bits and atoms. Han-Chih worked on the magnets and Ran was responsible for the LEGO block integration. Poseidon and Riaz developed the software for Unity with the HoloLens. Initially we Ran spent the entire weekend researching networking (web sockets) between two HoloLens and our physical models (LEGOs and magnets), but due to limited time constraints we decided to instead focus on enhancing an individual user’s interactions (gaze, gesture, and voice) with a HoloLens and the models. Challenges we ran intoįor collaboration of a shared hologram with multiple HoloLens, we found it is hard to define the global coordinates, as well as letting player see each other’s interaction in real-time. These actions trigger corresponding holograms and overlay digital information in the Hololens. ![]() Users interact with the physical models by reconfiguring the LEGO blocks and manipulating the magnetic blocks. Press, Push, and Drag as inputs for the magnetic system. Models: Physical objects in the form of LEGOs and magnets, and digital information, such as residential populations and job opportunities.Ĭontrollers: Gaze, gesture, and voice as inputs in HoloLens. The scope of our project has 3 main parts: This has direct applications both for governments in the sense of city planning, communities for envisioning future projects, and for individuals looking to find the perfect neighborhood to call home. Other properties such as capacity, walkability between vehicles and buildings, and many more attributes can be easily presented and understood. Flow and density of traffic in an area is visualized through the color and scale of drawn magnetic fields. Different colors and sizes of the LEGO blocks represent various types of zoning, such as commercial, residential, government, and nature. Our project allows users to experience real-time simulation of housing and transportation through use of a Hololens. Inspired by Minecraft, we wanted to create a more personalized experience of city simulation through the use of Lego blocks and Microsoft HoloLens. There is information on cities, housing, and transportation, all freely available to anyone, but seeing numbers and attributes on paper doesn’t quite translate the reality of what someone actually experiences.
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