README.md
A pythonic way of writting latex.
I always found it boring and a pain to write some mathematical formulaes in latex. Mainly those with a lot of \frac{x}{Y} stuff.
That is why i thought of implementing this small template system for latex, it is a nap to write some mathematical formulaes when compared to latex.
python setup.py install
That is all.
tau@eletron:~$ lax -c 'x * 2'
x\cdot2
tau@eletron:~$ lax -c '2 * x'
2x
tau@eletron:~$ The usual notation for x2 is x * 2 but 2 * x is usually written as 2x.
tau@eletron:~$ lax -c ' x * 3 * 3 * x'
x\cdot3\cdot3x
tau@eletron:~$ With exponents.
tau@eletron:~$ lax -c '((x-1)/(x-2)) * x'
\frac{x-1}{x-2}x
tau@eletron:~$ lax -c '(x-1)/(x-2) * x'
\frac{x-1}{x-2}x
tau@eletron:~$ lax -c '(x-1)/(x-2) * x'
\frac{x-1}{x-2}x
tau@eletron:~$ lax -c 'x/(x-2) * (x-1)'
\frac{x}{x-2}\left(x-1\right)
tau@eletron:~$ lax -c '(x-1)*x/(x-2)'
\frac{\left(x-1\right)x}{x-2}
tau@eletron:~$ lax -c '(x*(x-1))/(x-2)'
\frac{x\left(x-1\right)}{x-2}
tau@eletron:~$ lax -c '((x-1) ** ((x-1)/(x+2)))/(y-z+k-e+w)'
\frac{\sqrt[\left(\frac{x-1}{x+2}\right)]{\left(x-1\right)}}{y-z+k-e+w}
tau@eletron:~$
I'll implement other functionalities soon.