1 | initial version |
One could directly define the variables as σ1
, ..., σ5
.
Note that in IPython (and in Jupyter), typing \sigma
followed by the TAB key displays σ
.
Here is a more old-fashioned way to get something like in the question.
sage: s = dict((i, SR.var(f's_{i}', latex_name=fr'\sigma_{{{i}}}')) for i in (1 .. 5))
sage: s[1] / s[2]
s_1/s_2
sage: show(s[1] / s[2])
$$ \frac{\sigma_1}{\sigma_2} $$
2 | No.2 Revision |
One could directly define the variables as σ1
, ..., σ5
.
Note that in In IPython (and in Jupyter), typing type \sigma
followed by and hit the TAB key displays to get σ
.
Other options include copy-paste, and switching to Greek keyboard. : )
Here is a more old-fashioned way to get something like in the question.
sage: s = dict((i, SR.var(f's_{i}', latex_name=fr'\sigma_{{{i}}}')) for i in (1 .. 5))
sage: s[1] / s[2]
s_1/s_2
sage: show(s[1] / s[2])
$$ \frac{\sigma_1}{\sigma_2} $$