![]() ![]() One of the main differences from the newer 2.0 is that this kit is connected to the computer by a wire (tethered) where as WeDo 2.0 is connected by a Bluetooth connection and is therefore ‘wireless’. ![]() It is being discontinued at the end of 2017. The original Lego WeDo launched in 2009, renamed Lego WeDo 1.0 after the new 2.0 kit was put on sale. Info and building instructions for Educational Lego WeDo 2 Info and building instructions for Educational Lego WeDo 2 Jump to Lego WeDo 2 Constructions by JTriad Junior. Thu, 20:06:00 GMT WeDo 2.0 FAQs – Support – LEGO Education – The aim of this site is to inspire and support The WeDo 2.0 Core set? The LEGO Education WeDo 2.0 Core set is delivered in a blue storage bin and comes with a sorting tray and labels, 280 LEGO system building elements, a low-energy Bluetooth Smarthub, a medium motor, a motion sensor, and a tilt sensor. Watch the video and get a quick look into t… Available for both desktop and tablets, the software provides an easy-to-use, icon-based programming environment.Robotics goes europe – Erasmus+ Project Advanced 3.For example, one project is to build and program a floodgate but involves more than just the building of the gate I also have a few Linux-loving friends who I can call upon if needed, but I'd like to have first done whatever research I can.The WeDo 2.0 software comes with 8 guided projects where full building instructions and code are given to solve a problem, each encourage children to think further than just the problem itself and have an added extension task so children start to think about ideas for themselves. I am NOT very proficient with Linux, but I can search for & edit config files, etc, if I have instructions. The special blocks do not appear in Scratch (1.4), nor does any sensor or motor work, even if I make the blocks appear by using the menu, then put them in a program. I installed the Ubermix (Ubuntu) distro on 2 old-ish Dell Latitude D610's, and the WeDo USB connection does NOT seem to be working/recognized on either laptop. (One can show the blocks manually, through a menu option, but that doesn't necessarily mean they'll work). The Scratch documentation (what I can find) says that Scratch will show these special function blocks only when the WeDo USB hub is recognized. However, not so much luck with Scratch in another Linux version on other computers that I tried.ĭo any of you know someone who worked on, or understands, the Raspbian distribution - who might know something about any drivers or USB or other configurations needed to get the Scratch-WeDo connection working?Īs you may know, in Scratch, there are some special functions (program blocks) that interact with the WeDo motor and sensors through the special WeDo USB hub. I have recently obtained a Raspberry Pi, which came with a Raspbian (Debian) distro, and the included Scratch (version 1.4) worked right away with the USB connection to my LEGO WeDo system (both motor and sensors worked). There is some simple example code for using the WeDo kit with both Scratch and Python here. on_Support, and the actual Python WeDo library is on Github. For this, you will need to install some Python libraries, but the process has been nicely documented here. It's also possible to use Python on a Raspberry Pi to interact with the Lego WeDo kit. No additional software required! Just plug the WeDo USB module into the Pi, start up Scratch, and off you go! See the above link for some details of using the WeDo with Scratch 1.4. I can confirm from personal experience that the LeGo WeDo kit works very nicely, out of the box, with Raspbian Scratch 1.4 on a Raspberry Pi. The previous, non-Flash, version of Scratch (1.4) comes bundled with the Raspbian distribution, and nowadays Scratch 1.4 works really nicely on the Pi, thanks to lots of clever development work by people at the Foundation and elsewhere. ![]() Having said that, it seems that the Lego WeDo kit itself does not currently work with Scratch 2.0, although the MIT Scratch team have said they have plans to support it in the future - see their statement here. The Adobe Flash player is not (and I understand will not become) available for the Raspberry Pi, and so Scratch 2.0 cannot be used on the Pi. So far as I understand, Scratch 2.0 has been built using Adobe Flash, and therefore requires the Adobe Flash Player in order to work. I know it's been a while since you posted your question, but I hate to see queries go unanswered - so here's what I can tell you about Lego WeDo, Scratch, and Raspberry Pi:įirstly, you specifically mention using Scratch 2.0. ![]()
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