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Hi again! :)

I have some doubts that I hope you can solve. I've defined two arrays ( AiModulo & AiFase ), using the arrayjob package. I've used this arrays in order to define a set of functions ( AiReal1,AiImag1,...,AiReal10,AiImag10 ), that take specific values of these arrays.

At the same time ...

Please, anyone can help me with this?? I really need it...

Thanks

Hi again! :)

Thanks for the reply. For the moment, I must to do other things, so I will think about how to do the arctangent later...

I have two doubts. At first, I attach here my code:

\documentclass{article}
\usepackage{pgfplots}
\usepackage{xargs}
\pgfplotsset{compat=1.6}

\def\El{5}
\def ...

Thanks for the reply.

I've been looking at the pgfmanual , and I've found that it's possible to get the arctan of two numbers using this function:

\pgfmathatantwo{x}{y}

That, in my case, could be like that:

\def\Ph(#1){\pgfmathparse(\FAR(#1),\FAI(#1))\pgfmathresult}


But it give me so many ...

Hi again!

(I've created a new post, because the previous post is solved)

I'm sorry for disturb you again, but I have a doubt that I think could be easy to solve.

In the same line I've working, I want to represent the phase of a complex number (a+j*b), where "a" is the real part and "b" is the ...

Hi again!

I'm sorry for disturb you again, but I have a doubt that I think could be easy to solve.

In the same line I've working, I want to represent the phase of a complex number (a+j*b), where "a" is the real part and "b" is the imaginary part of the number.

The phase is given by the following ...

Thank you so much!! I don't know how to express my gratitude to you... You've helped me so much... I really appreciate it... :D

Finally, all works fine, and this is for your help and for your patience. I hope to not "annoy" you more, but if I must to do it again, I know I can trust you :D

Thank ...

Thank you so much, that works! :-)

Finally, I don't know how to indicate to the functions FAR and FAI that I want that this functions take the variable \In. In your code, you have defined this functions like:

\def\FARe(#1){(\ReAi*cos(#1)*(180/pi)+\ImAi*cos(#1)*(180/pi))}
\def\FAIm(#1){(\ReAi*sin ...

Thank you so much for the help. I've updated my TEX ditribution, and finally I could get the latest version of pgfplots. I've tried to run the code, but again I get so many errors...

Here is the code (the same that I posted before, with he the exception of the line that contains the compat option ...

The compat option should ensure the compatibility with the specified version is given.

Thanks for the reply.

I don't know what do you refer with the "compat option"... I don't know that...

I've updated my TEX distribution (MiKTex), and I've downloaded from CTAN the latest version of pgfplots ...