def plot(self, **options):
r"""
Plot ``self``.
INPUT:
- any options for toric plots (see :func:`toric_plotter.options
<sage.geometry.toric_plotter.options>`), none are mandatory.
OUTPUT:
- a plot.
EXAMPLES::
sage: N = ToricLattice(3)
sage: N.plot()
"""
if "show_lattice" not in options:
# Unless user made an explicit decision, we assume that lattice
# should be visible no matter what is the size of the bounding box.
options["show_lattice"] = True
tp = ToricPlotter(options, self.degree())
tp.adjust_options()
return tp.plot_lattice()
def plot(self, **options):
r"""
Plot ``self``.
INPUT:
- any options for toric plots (see :func:`toric_plotter.options
<sage.geometry.toric_plotter.options>`), none are mandatory.
OUTPUT:
- a plot.
EXAMPLES::
sage: N = ToricLattice(3)
sage: sublattice = N.submodule_with_basis([(1,1,0), (3,2,1)])
sage: sublattice.plot()
Now we plot both the ambient lattice and its sublattice::
sage: N.plot() + sublattice.plot(point_color="red")
"""
if "show_lattice" not in options:
# Unless user made an explicit decision, we assume that lattice
# should be visible no matter what is the size of the bounding box.
options["show_lattice"] = True
if "lattice_filter" in options:
old = options["lattice_filter"]
options["lattice_filter"] = lambda pt: pt in self and old(pt)
else:
options["lattice_filter"] = lambda pt: pt in self
tp = ToricPlotter(options, self.degree())
tp.adjust_options()
return tp.plot_lattice()