The new iteration of BB1-1 with less US sensors.
Obstacle detection in action, I have yet to code the avoidance setup, this will be a major task for this non coder π
Hi,
BB1-1 is looking good.Β Must be a torquey monster!Β I like where you mounted the sensors, nice and low.
As an exercise I wrote an Arduino sketch that tried out four different avoid algorithms.Β Iβd be willing to post it if you think it might be useful to you.Β Itβs based on the cooperative scheduler that Joseph Jones writes about in his Robot Programming book.Β So each subroutine gets its work done ASAP and each subroutine has a priority that the arbitrate function uses to decide the winner.Β The winner get control of the differential drive motors.Β Is that something that would work with BB1-1?
Tom
To err is human.
To really foul up, use a computer.
Thanks Tom,
yes, that would interest me greatly!
Have based most of the control so far on Brianβs code, see the Henry IX post, but all input is gladly accepted 😊
mel.
Β
To err is human.
To really foul up, use a computer.
I see that it's still wrapping. Β Ugh. Β I can attach the file if you like.
To err is human.
To really foul up, use a computer.
Thanks Tom,
I will take a better look later this week when I get off work 👍
Hey Mel,
Β Β Have you had a chance to implement any of those Avoid subroutines?
Β Β I caught up on Brian's youtube videos. Β I keep hoping to find something on a software architecture for autonomous robots. Β
Β Β If you want a second set of eyes on your program let me know. Β I'd be happy to help.
Β
Tom
To err is human.
To really foul up, use a computer.
Hi Tom,
Not yet unfortunately, due to a few family issues recently.Β
Iβm on vacation for a week now, but will be away from home, so will not have chance for a couple of weeks due to work load when I return!
Iβm hoping Brian posts another video soon that includes his take on obstacle avoidance that will tie into what I have already written.