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I want to get the following expression from Mathematica to $\LaTeX$:

\begin{bmatrix} E_{\parallel} \\ E_{\perp} \end{bmatrix}

I have tried to use inbuilt 'symbol' character from the special characters window but get an error:


So I thought maybe I can just type in \parallel and \perp so when I convert it to $\TeX$ it will be there and work, but I get different errors:

more errors

Any way to achieve what I want?

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up vote 13 down vote accepted

The following Mathematica construction translates to $\TeX$ just fine:

Mathematica graphics

     e_{\bot } \\
     e_{\parallel } \\

Which looks like this in StackExchange's MathJax:

$\left( \begin{array}{c} e_{\bot } \\ e_{\parallel } \\ \end{array} \right)$

The key issue is to enter the initial Mathematica construction correctly. That is done as follows.

The $\bot$ character is Mathematica's symbol \[UpTee] which is interpreted as the UpTee function which takes two arguments. This is part of the cause of the error messages you got. You haven't provided those.

You can type Esc+null+Esc for the first argument (which is nothing thanks to the null), followed by Esc+uT+Esc and Esc+null+Esc again for the second argument.

The same goes for the $\parallel$ character, Mathematica's DoubleVerticalBar symbol and (undefined) function which can be entered as Esc+Space+||+Esc.

Alternatively, you can just use


to generate your TeX code. If you want square brackets you may want to change the \left( to \left[ and \right( to \right[. Additionally, since Mathematica interprets E as Euler's number it ends up as a lower case e in the TeX code. You may want to change that back to an uppercase E manually afterwards, or use a \[CapitalEpsilon] in Mathematica. This gets translated as E in the TeX code.

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Absolutely perfect, thanks. I would have never figured that out. – Steve Hatcher Apr 22 '14 at 8:45
I used this today - thanks! Too bad it doesn't look so good in the notebook, but... – Mark McClure Apr 29 '14 at 18:30

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