Function key shortcuts in PuTTY/MinTTY and Tmux/Byobu

Question

To create a MATLAB program that simulates the operation of the system at the step input (the graphs of v(t), e(t), u(t), and y(t) are required). I did not find any example, I do not know where to start and how to approach this requirement Some clues, please.

Solution

I have had a similar trouble with PuTTY and screen (I couldn't use Ctrl modifier). The solution I've found was KiTTY - the fork of PuTTY, which is better maintained (last update from 2015/06/02 22:02). My problem with Ctrl key has gone.

By default, Kitty uses Fn keys for its own shortcuts, but you can configure it other way, so Fn keypresses will be sent to your application.

Comments

[Chris Johnsen]

The sequences you list for tmux are just the rxvt-style modified-key sequences that it recognizes. tmux also recognizes the (unmodified) sequence specified by TERM’s terminfo entry (e.g. kf3 from whatever TERM you are using when attaching to tmux) as well as the xterm-style modified-key sequences from xterm-keys.c. So, the sequences that you report from Gnome-Terminal and MinTTY (although the escape+zeros in your sequences should be escape+letter-ohs (a.k.a. SS3) should be recognized by tmux, but it will only pass them through if you have the xterm-keys option enabled.

[MichaelTr7]

You could derive the closed-loop gain that is equivalent to the loop and then uses the tf() function to construct your closed-loop transfer function/gain. Then find the step response by input the result of tf() into the step() function. MATLAB documentation: Step response plot of dynamic system; step response data.

[MichaelTr7]

If you want all the graph of the other parts you might have to derive the closed loop gain relative to where you're taking the output. A way of verifying is using MATLAB's Simulink to check if you get the same results.