I see. I guess for str_printer to work you need
init_printing(str_printer=latex, pretty_print=False). I would at least
expect str_printer to change the output of str(), but it doesn't seem
to affect it.

Aaron Meurer

On Sun, Jul 24, 2016 at 6:54 PM, singlets <[email protected]> wrote:
>
>
> On Sunday, July 24, 2016 at 5:30:45 PM UTC-5, singlets wrote:
>>
>>
>>
>> On Sunday, July 24, 2016 at 5:05:52 PM UTC-5, Aaron Meurer wrote:
>>>
>>> I believe you can set str_printer=latex.
>>
>>
>> I gave this a go with no joy:
>>
>> In [1]: from sympy import *
>>
>> In [2]: init_printing(str_printer=latex)
>>
>> In [3]: var('x')
>> Out[3]: x
>>
>> In [4]: x**2
>> Out[4]:
>>  2
>> x
>>
>> Thanks,
>> Steve
>
>
> But this looks promising:
>
> In [2]: from sympy import *
>
> In [3]: init_printing(pretty_printer=latex)
>
> In [4]: var('x')
> Out[4]: x
>
> In [5]: x**2
> Out[5]: x^{2}
>
> Thanks for pointer,
> Steve
>
>>
>>
>>>
>>> Aaron Meurer
>>>
>>> On Sunday, July 24, 2016, singlets <[email protected]> wrote:
>>>>
>>>> (Probably a newbie question here, but not finding it in ggroup or docs)
>>>>
>>>> Can I convince init_printing() to give the mathjax/latex representation
>>>> of an expression in an IPython terminal session without using latex(expr)?
>>>>
>>>> For example (Anaconda/python3, linux, sympy 1.0 in an xterm or emacs
>>>> console):
>>>>
>>>> from sympy import *
>>>> init_printing(use_latex='mathjax')
>>>> var('x')
>>>> expr = x**2
>>>> expr
>>>>
>>>> desired output:
>>>> x^{2}
>>>>
>>>> I have tried various options to init_printing() like use_latex=True,
>>>> use_latex='mathjax', 'matplotlib', etc., but sympy falls back to simple
>>>> forms (str, pretty-printers) unless in a qtconsole or notebook. I must be
>>>> misunderstanding how init_printing() works (or maybe there's another
>>>> approach I should be using?).
>>>>
>>>> Motivation: I'm using org mode and it's support for mathjax/latex to
>>>> generate content that can be migrated directly into Jupyter notebooks. I'm
>>>> hoping to avoid translating latex(expr) into expr everywhere.
>>>>
>>>> Thanks,
>>>> Steve
>
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