Rewrite a long symbolic fraction with fraction bars so it is more compact

I have a symbolic output (see below) that is extremely long, and hard to identify when each set of parentheses begins and stops. Is it possible to rewrite this output so it looks similar (not identical) to a LaTeX or Word fractional equation with fraction bars?

-((T*a_1*sin((k*n*pi)/(z_1 - z_2))*(z_1 - z_2))/(n*pi) + (T*(z_1 - z_2)*(a_0*z_1 - a_0*z_2 - a_1*z_1 + a_1*z_2 - a_0*z_1*cos((k*n*pi)/(z_1 - z_2)) + a_0*z_2*cos((k*n*pi)/(z_1 - z_2)) + a_1*z_1*cos((k*n*pi)/(z_1 - z_2)) - a_1*z_2*cos((k*n*pi)/(z_1 - z_2))))/(k*n^2*pi^2))/(T*(z_1 - z_2))

Answer 1

[Stephan]

Hi,

you can use:

pretty

to make it a bit easier reading the equations.

But i would suggest to open a new Live Script, copy the code containing the declaration of the symbolic variables and the equation and run it. Then you get the mathematical expression that you know from LATEX or others and can read your equations normally

Best regards

Stephan

[Nathaniel Werner]

Thanks, pretty seems to work fine for my purposes.

[Stephan]

Please accept helpful answers in order to help people with similar problems finding helpful answers.

Best regards

Stephan

[Nathaniel Werner]

I accepted the answer as soon as I checked to see if it worked...

[Stephan]

Im on vacation, maybe i had a bad internet connection... ;-)