This function can be used for measuring the parameters of forward path gain and the feedback gain for a pole-placement controller design
A=[1 a1 ... an]
B=[b0 b1 ... bn]
Am=[am0 am1 ... amr]
F=[f0 f1 ... fp]
G=[g0 g1 ... gp]
Well, code is commentfree (not really needed, cause it's nice & small, but - wtf is am?), it helps alot if you cant buy technical journals...
THANK YOU !
( hope it will work :)
The code doesn't include any word of explanatory cooments. In such cases, this code will most probably a time consuming and frustrating stuff for the other users too.
hai im vijay
im a student of anna university ,
your information is very much for my project,
Thanks, saved a lot of time..
I really like the idea of Ali Özgül, that any file could/should be rated under many different attributes. My own overall rating for this code is somewhere in the 1 to 2 range. With some decent amount of help, explanation, comments, etc., I imagine my rating would be higher. It should have some explanation as to what the arguments are. Otherwise, its a list of useless bits and a waste of time for anyone to download.
One other thing the author might learn is to improve their programming style. Use more descriptive variable names. Entirely single letter, un-mnemonic variable names will be very frustrating to follow a year from now when you need to modify this code, or find a bug in it.
As I said, my rating for this is somewhere between 1 and 2, but its closer to a 1. Note that a "poor" rating from me does not mean impossibly bad, but this file needs a lot of work before I'd be willing to call it good.
+Publis M-files application and theory (1)
+Graphical program interface (1)
+Workable program description (3)
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+M-files complexity (3)
+Mlint error message (2)
+Help problems (3)
+Filename of clashes (5)
+Clone the code line (5)
+Program's symbolic manuscript (2)
+Program samples and runing test (3)
+System requirements (5)
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Seleceted file name (4)
Per files comment (3)
All files usefuly (2)
Not usefuly. Needs improvements
FYI, here is what is in the file:
function [F G]=dio(a,b,am)
% Dio is a function designed by MAHFY and it:
% measures the parameters of forward path gain and the feedback gain
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