Indeed, this direction is really exciting. When I was at NDC, there were a couple of guys there that wanted to control their robot and they saw Pharo as a perfect match. With a more elaborate kit, we could have a door opener. Cheers, Doru On Fri, Aug 15, 2014 at 5:16 PM, Johan Fabry <jfabry@dcc.uchile.cl> wrote:
Thanks to both :-)
Daniel: Contributions from you will be certainly very welcome :-) But watch out, to be able to remote control the EV3 you also need a WiFi key, specifically the Netgear N150 (WNA1100 chipset). Only that one works, and they are getting harder to find these days :-(
On Aug 14, 2014, at 11:03 PM, Lemuus <lemuus@gmail.com> wrote:
Awesome!!! now I really need to get a Lego Mindstorms EV3 :)
On Thu, Aug 14, 2014 at 2:50 PM, Santiago Bragagnolo < santiagobragagnolo@gmail.com> wrote: Great Johan! Congrats for both of you :)
2014-08-14 22:37 GMT+02:00 Johan Fabry <jfabry@dcc.uchile.cl>:
Aargh, copy-paste error. The Lego robot example is on Instagram of course :-)
http://instagram.com/p/pEhm0Oj837/
On Aug 14, 2014, at 4:28 PM, Johan Fabry <jfabry@dcc.uchile.cl> wrote:
Hi all,
it’s with great joy that I can announce the project that my PhD student Miguel and I have been working on recently: Live Robot Programming, or LRP for short.
LRP is a live programming language designed for the creation of the behavior layer of robots. It is fundamentally a nested state machine language built with robotics applications in mind, but it is not bound to a specific robot middleware, API or OS. Have a look at one minute of LRP programming to get an idea of what it is like: http://youtu.be/4Ma8ZapBUqA
Live programming is fun, and live robot programming even more so, as it brings all the advantages of live programming to programming a robot. You get direct manipulation of a running robot, and that’s just cool beyond words. As an example of LRP on a robot, this guy was programmed in LRP: http://youtu.be/4Ma8ZapBUqA Note that you can use LRP ‘just’ for live programming nested state machines as well.
More information on LRP is available on its website: http://pleiad.cl/LRP where you can also find download instructions.
LRP is implemented in Pharo, and uses Roassal2 for the visualization of its state machines. We currently can steer the Lego Mindstorms EV3 and ROS robots, thanks to a small layer on top of the cool Pharo support that Jannik, Luc, Santiago and Noury are implementing at Douai. I am going to look into support for the Parrot AR.Drone 2.0esug in a few weeks.
Miguel will be at ESUG next week (I cannot make it), and has a talk at the IWST workshop about LRP, in the morning session. I am sure that he will also be happy to give demos of LRP if you ask him to (but sadly without a robot).
All feedback is welcome, and … have fun!
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