#SPHERO EDU MICROSOFT CODE#
Today, I picked up that code and have managed to get my demo back working on top of it although I had to make a minor, surgical hack to the piece of code around lines 66 of RobotProvider.cs įor me, I find that when I debug this code, the Sphero that is paired with my PC does not seem to show up named as “Sphero” and so I had to take out this condition to get the code to work. That said, I had reached out to Twitter and had this discussion with about the problem perhaps coming down to the underlying Robotkit.dll that sat underneath my code.Īnd he’d done the legwork to figure some of this out and had a version of Robotkit in source form over on github here that might work better than the one that I’d been using.
#SPHERO EDU MICROSOFT WINDOWS 10#
I also hit a bit of a technical snag in that code which had been quite reliable for me stopped working on the Windows 10 Anniversary Edition and I hadn’t taken the time to quite figure out what had broken. In more recent times, I stopped using the demo as I felt that I was becoming “the guy with the Sphero demo” and there wasn’t much more that I could realistically add into it Talks over an Azure event hub to another app which then talks to the Sphero over Bluetooth.Īnd had some fun with showing those different kinds of combinations.Talks over AllJoyn to another app which then talks to the Sphero over Bluetooth.Talks directly to the Sphero over Bluetooth.I’ve also delivered versions of this demo where the UI Over time, I threw lots of things into this demo such that I had an app that worked with keyboard, mouse, touch, speech, pen/ink, XBOX controller and also could be driven off simple and rotary switches attached to a Raspberry PI. I’ve used this demo in many places and you can find a recording of one earlier version of it over here on Channel9 from the UK Future Decoded event back in 2015 Īlthough I think on that particular day I had a failure with the part of the demo that did a bit of AllJoyn but I’ve shown that working in a few other places so it does generally work out. The demo was to code up an app from scratch to control a Sphero ball such that the demo app had similar functionality across PC, Phone and IoT but had slightly different UI for Phone and slightly different functionality for IoT. The idea of the demo was to show that the UWP was as device agnostic as possible whilst still allowing for device specialisation as necessary. I made up a demo many months ago now for showing some of the universal nature of the Windows 10 UWP platform. I have no details on HoloLens other than what is on the public web and so what I post here is just from my own experience experimenting with pieces that are publicly available and you should always check out the official developer site for the product documentation. Cross-platform apps are approachable for all skill levels so you can foster learning and creativity in any grade.NB: The usual blog disclaimer for this site applies to posts around HoloLens. Our program goes #BeyondCode with collaborative play-based activities, nurturing students’ imagination unmatched by other STEM education programs. Sphero uses programmable robots and STEM kits to foster students’ creativity through discovery and play while laying the foundation for computer science and other STEM fundamentals. Sphero provides a STEAM-based tool set unbounded in its potential. Learn the fundamentals of STEM and coding by following the step-by-step activity cards with 15 challenges and games that offer hours of hands-on learning and play.įor the first time ever, Sphero’s Mini now combines a 28-piece construction kit with step-by-step Activity Cards to help expand play time and imagination.
The tiny, wildly popular app-enabled robotic ball now comes with even more to explore! The Sphero Mini Activity Kit has everything little inventors need to get rolling, coding, and playing within minutes.
#SPHERO EDU MICROSOFT DOWNLOAD#
Download Here Features Hands-On STEAM Learning for the Creators of Tomorrow Hours of Fun
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