def _latex_(self):
r"""
LaTeX representation of self. The output will be determined by the print mode setting set using ``set_modsym_print_mode``.
EXAMPLES::
sage: M = ModularSymbols(11, 2)
sage: x = M.0 + M.2; x
(1,0) + (1,9)
sage: set_modsym_print_mode('manin'); latex(x) # indirect doctest
(1,0) + (1,9)
sage: set_modsym_print_mode('modular'); latex(x) # indirect doctest
\left\{\infty, 0\right\} + \left\{\frac{-1}{9}, 0\right\}
sage: set_modsym_print_mode('vector'); latex(x) # indirect doctest
\left(1,\,0,\,1\right)
sage: set_modsym_print_mode()
"""
if _print_mode == "vector":
return self.element()._latex_()
elif _print_mode == "manin":
m = self.manin_symbol_rep()
elif _print_mode == "modular":
m = self.modular_symbol_rep()
c = [x[0] for x in m]
v = [x[1] for x in m]
# TODO: use repr_lincomb with is_latex=True
return latex.repr_lincomb(v, c)
def _latex_(self):
r"""
LaTeX representation of self. The output will be determined by the print mode setting set using ``set_modsym_print_mode``.
EXAMPLE::
sage: M = ModularSymbols(11, 2)
sage: x = M.0 + M.2; x
(1,0) + (1,9)
sage: set_modsym_print_mode('manin'); latex(x) # indirect doctest
(1,0) + (1,9)
sage: set_modsym_print_mode('modular'); latex(x) # indirect doctest
\left\{\frac{-1}{9}, 0\right\} + \left\{\infty, 0\right\}
sage: set_modsym_print_mode('vector'); latex(x) # indirect doctest
\left(1,\,0,\,1\right)
sage: set_modsym_print_mode()
"""
if _print_mode == "vector":
return self.element()._latex_()
elif _print_mode == "manin":
m = self.manin_symbol_rep()
elif _print_mode == "modular":
m = self.modular_symbol_rep()
c = [x[0] for x in m]
v = [x[1] for x in m]
# TODO: use repr_lincomb with is_latex=True
return latex.repr_lincomb(v, c)
