PID Control Challenges
janismac.github.io
PID Control Challenges
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Re: PID Control Challenges
#2This is great!
Re: PID Control Challenges
#3very cool!
Re: PID Control Challenges
#4Ugh, nerd sniped on a Sunday. Great.
Re: PID Control Challenges
#5Possibly useful: A header-only proportional-integral-derivative (PID) controller.
Re: PID Control Challenges
#6Yay, a new elevator saga!
Re: PID Control Challenges
#7Possibly useful: A header-only proportional-integral-derivative (PID) controller. https://github.com/RhysU/helm
It's a nice theoretical implementation but few practical examples would be found using floating-point math, running as they are on systems that don't support it.
Re: PID Control Challenges
#8Possibly useful: A header-only proportional-integral-derivative (PID) controller. https://github.com/RhysU/helm
It's a nice theoretical implementation but few practical examples would be found using floating-point math, running as they are on systems that don't support it.
Not all PID controllers are destined for embedded. They’re quite useful in gamedev, for example.
Re: PID Control Challenges
#9Possibly useful: A header-only proportional-integral-derivative (PID) controller. https://github.com/RhysU/helm
It's a nice theoretical implementation but few practical examples would be found using floating-point math, running as they are on systems that don't support it.
Is this still true? It seems like most IoT stuff has chips that easily eclipse the capabilities of my Amiga1000 and are 32bitbwith hardware floats. Looking around, I'm having trouble finding something that isn't a 32bitHF in my house. Possibly my Keurig machine? Even using digital instead of an RLC implementation in a coffee machine seems like a waste, but I'm old.
Re: PID Control Challenges
#10[deleted]