def get_full_x_title(self, short=False, root=ROOT_DEFAULT):
"""
Returns the full title (i.e. with unit string) of the x-axis. When *short* is *True*, the
short version is returned. When *root* is *True*, the title is converted to *proper* ROOT
latex.
"""
title = self.x_title_short if short else self.x_title
if self.unit not in (None, "1"):
title = self.unit_format.format(title=title, unit=self.unit)
return to_root_latex(title) if root else title
def get_full_y_title(self, bin_width=None, short=False, root=ROOT_DEFAULT):
"""
Returns the full title (i.e. with bin width and unit string) of the y-axis. When not *None*,
the value *bin_width* instead of the one evaluated from *binning* when even. When *short* is
*True*, the short version is returned. When *root* is *True*, the title is converted to
ROOT-style latex.
"""
title = self.y_title_short if short else self.y_title
# determine the bin width when not set
if bin_width is None and self.even_binning:
bin_width = round(self.bin_width, 2)
# add bin width and unit to the title
unit = []
if self.unit not in (None, "1"):
unit.append(str(self.unit))
if bin_width:
unit.insert(0, str(bin_width))
if unit:
title = self.unit_format.format(title=title, unit=" ".join(unit))
return to_root_latex(title) if root else title
def full_label_short_root(self):
return to_root_latex(self.full_label_short)
def y_title_short_root(self):
# y_title_short_root getter
return to_root_latex(self.y_title_short)
def x_title_short_root(self):
# x_title_short_root getter
return to_root_latex(self.x_title_short)
def x_labels_root(self):
if self.x_labels is None:
return None
else:
return [to_root_latex(str(label)) for label in self.x_labels]
def label_short_root(self):
# label_short_root getter
return to_root_latex(self.label_short)
