78 karma · joined July 23, 2018
The visualization used here could also work as a nice foundation for more complex controls algorithms for 2D space like path planning splines and pure pursuit.
I'd be really curious to see if the model could be expressed as a transfer function and compared to the schematic for the pedal. The Tubescreamer is a fairly simple circuit but the mystery surrounding it indicates that there are some weird variables at play with the component properties that would lead to additional factors in the transfer function. Wonder if those variables could be identified somehow.
1. http://georgegillard.com/documents/2-introduction-to-pid-con...
The point about safety being a low priority with investors makes sense but is unfortunate. I hoped that Google's investment in Waymo would push past this hurdle, but they're latest funding round makes it clear that they also have to deal with investor wants over the success of the technology. Really hoping to see someone get the funding to make this tech work reliably in the future and apply the same safety-first design that Starsky used.
Thanks for publishing this, I always appreciate seeing examples of full-fledged Flutter apps for reference! The app looks really well built and intuitive to use.
Their support team is great too, had an issue with an update using Brave recently and they were very helpful with fixing the error.
The book typically referenced the scarce resource of compile time, which is not a concern today. I can't really think of a good parallel to that scarcity in software development today, but in a situation like the robotics team where there was a truly scarce resource to be shared amongst the group (the robot) the surgical team approach worked excellently.
Also a lot of good programming options available with this system - the same ROBOTC for C-like programming/graphical as is used with LEGO Mindstorms, but also Python (https://www.robotmesh.com/studio-editions) and actual C (https://pros.cs.purdue.edu/)