Re[2]: How Tune PID in octave using Frequency Response data

[Chris Manning]

Your request jogged my memory.  I assume that SciLab are a competitor of 
Octave.  The thing that I like about SciLab is that the windoze install didn't 
throw up a list of 33 unresolved dependencies.

If I understand correctly not only is SciLab open source, and therefore could 
be a source of routines to be put into Octave, any toolsets also could be 
useful.  Tuning PID loops should fit neatly in their system for dynamic 
packages.


SciLab.org

Why Model-Based Design?
http://www.modelbaseddesign.at/

Embedded Adaptive Self-Tuning Control Development by a Free Toolchain
http://www.hrpub.org/download/20150730/UJCA3-15004086.pdf

Input design and parameter estimation with open source tools
https://www.tu-ilmenau.de/fileadmin/public/regelungstechnik/Mitarbeiter/Prof_Johann_Reger/reger_MATHMOD2015.pdf

Model based design (MBD) – a free tool-chain
Simon Mayr, (Gernot Grabmair)
Simon Mayr, University of Applied Sciences
Upper Austria , Austria
https://www.scilab.org/content/download/1702/15077/file/AustriaUniversity_ScilabTEC2014.pdf

ProtoFrame
http://www.modelbaseddesign.at/projects/protoframe/27-2/

Eng. Shady Mohsen blog: Spirograph
The following are some curves drawn by the spirograph code I wrote in Scilab
https://eng-shady-mohsen.blogspot.com/2011/07/spirograph.html

----- Original Message -----
From: Sergei Steshenko via Help-octave (help-octave@gnu.org)
Date: 07/24/20 09:47
To: help-octave@gnu.org
Subject: Re: How Tune PID in octave using Frequency Response data

On 24/07/2020 16:31, shall689 wrote:
> Hello,
>
> I have the frequency response data of a plant. What steps would I take to
> tune a PID in octave?
>
> Thanks,
> Stephen
>
>
Is your frequency response complex or just magnitude one ?

--Sergei.