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Using thr sphero edu app how to#
Using thr sphero edu app code#
Using thr sphero edu app free#

In addition to rvr, we also set two RGB color definitions for two different shades of green: rvr = SpheroRvrObserver() Next, we'll initialize our global variables, including defining a rvr 🤖 object so that we can use it to call commands off of, later on. /), as well as those within folders at that level, and appends the absolute path of the directory with the name after from in the imports on lines 7-9: import sys It references files that are two layers above (.

Using thr sphero edu app code#

Line 3 of the code below is what allows us to pull from elsewhere in the file structure. Most of these should be pretty familiar from other examples.

Using thr sphero edu app free#

If you do want to try your hand at incorporating some driving commands into your code (rather than being tied to the Edu App), feel free to simply modify the rvr_ir_broadcast.py program below! The Code It doesn't currently have any programming to allow you to drive the RVR, but, instead, relies on the Edu App to allow you to drive it. The rvr_ir_broadcast.py program below will simply initiate IR broadcasting on RVR on channels 0 and 1.

Using thr sphero edu app how to#

You can find the RVR file for this example at /projects/rvr_bolt_ir/rvr_ir_broadcast.py, in the file structure you downloaded we'll repeat this later as we talk about how to actually run the code, but figured you might like to have the file in front of you as you follow along here. Because the Raspberry Pi examples we have set up rely on files located throughout the file structure (not just the file we walk through below), we recommend that you use the version of the file included in those you downloaded/cloned from our GitHub, rather than trying to write the file from scratch as we walk through it together below (with that said, feel free to play with/add to the version you downloaded we always love to see how creative our users are 🥰). If you've gone through our Raspberry Pi Set Up Docs, you will have already downloaded/cloned the needed code for this example, in addition to having installed the dependencies necessary for your Raspberry Pi to communicate with your RVR.

One Device (eg smart phone) running the latest release of the Edu App for each BOLT and RVR.

To ensure our RVR has firmware versions:.

A short USB-to-Micro USB cable (to allow the RVR to provide the Raspberry Pi with power from its USB port).

In addition to the materials necessary to connect the Raspberry Pi to the RVR, we'll need: This intermediate example should take about 20 minutes to complete (if you've already set up your Raspberry Pi and connected it to the RVR). If you haven't already connected your Raspberry Pi to your RVR, go ahead and check out our helpful docs on how to get up and running before attempting to follow along with this example (doing so will get most of the hardware setup completed already, as well 😉). In this tutorial, you'll use your RVR with a Raspberry Pi connected, as well as a BOLT bot (or few) to follow your RVR (per instruction from an asynchronous python script). The only Sphero bots that are equipped with IR are the BOLT and the RVR, so those are the two we'll be using for this tutorial). Let's take things a step further and see if we can get the bots to interact 💃🏽🕺🏽( Note: The bots can most effectively communicate with one another via IR. Supported Robots: Sphero RVR, Sphero BOLT, Sphero SPRK+, Sphero SPRK Edition, Sphero 2.Try Getting the RVR and BOLT to Interact in Creative Ways INTEGRATIONS: Simplify classroom use by signing in and syncing classrooms with Google and Clever accounts. TAKE A DRIVE: Need a brain break? Set LED colors on your robot and zoom around in Drive mode.ĪSSIGNMENTS: Are you a teacher? Monitor progress by creating and assigning activities to students.

SENSOR DATA: See location, accelerometer, gyroscope, velocity, and distance sensor data through visual graphs.ĪCTIVITIES: Program a painting. PROGRAMS: Program your bots in 3 ways with Draw, Block, and Text modes.

Preparing for the future has never been so fun. Anyone can save their progress, jump from device to device, and continue the discovery from anywhere. The interactive platform allows you to keep track of your class or group from one easy place.

Sphero Edu is built for makers, learners, educators, and parents. Intermediate coders can use Scratch blocks to learn more advanced logic, while pros can use text programming and write their own JavaScript. Go beyond code by incorporating unique STEAM activities to complete with your bot.ĭesigned for learner progression, Sphero Edu beginners can give robots commands by drawing a path in the app for their robot to follow. Sphero Edu is your hub to create, contribute, and learn with Sphero robots.