Create a two variables function, including several law in MATLAB

Dear Mathworks team

Hello

Please guide me. I searched in the FAQ and the Internet, but could not find answer for my question.

I want to create a two variables function, including several law in MATLAB. Then, I want to import code into C#.(I need the output of this function for C#)

How can I create this function

Thank you in advance for your attention and answer

Answer 1

[B.k Sumedha]

I think this might help u. http://in.mathworks.com/matlabcentral/answers/uploaded_files/5510/MATLAB%252520-%252520C#

[la]

Sumedha Hello. Thanks for your answer. But My main question about Creation a two variables function, including several law in MATLAB, remained unanswered. What is your opinion about it?

[Walter Roberson]

What is a "law" for this purpose?

[la]

Walter Roberson Hello To understand my question, Please see attached file and tell what is wrong? * Some of the outputs of this code is wrong * Thank you in advance

[Stephen23]

@la: there are multiple issue with the code that could be improved, and these would make the bug-fixing easier too:

• do not place close all and clc at the start of every function and script. Although beginners love doing this it is sloppy programming: this function has nothing to do with figures, so why close them inside it? Functionally unrelated and thus a poor design decision.
• remove unnecessary parentheses, as these only clutter the text and make it hard to read.
• learn about operator precedence to help remove unnecessary parentheses.
• do not repeat logical comparisons unnecessarily: perform them once!
• do not use chains of mutually-exclusive if statements when you can simply use elseif statements.
• learn to read the documentation. This will help you to discover that relational operators in MATLAB are binary operators, so the syntax A<x<B is not permitted, only A<x & x<B, exactly as Walter Roberson clearly explained in his answer too.

After all of that you might end up with a function like this (attached):

[la]

Stephen Cobeldick

thanks

Answer 2

[Walter Roberson]

21<x2<=27 is parsed as

((21<x2)<=27)

In the first step, 21<x2 returns a logical value, 0 or 1. In the second step, that 0 or 1 is compared <= 27. 0 and 1 are always <= 27 so the overall test would always be true.

If you want to test whether a value is in a range, write it as two tests:

21<x2 & x2 <= 27

[la]

Walter Roberson! Thanks a lot. :)