def _update_kwargs(self, kwargs: Any) -> Dict[str, Any]:
"""
Update the kwargs.
"""
temp_kwargs: Dict[str, Any] = super()._update_kwargs(kwargs)
temp_kwargs['color_sequencelabels'] = labels(self.start_position)[0]
temp_kwargs['number_sequencelabels'] = labels(self.start_position)[1]
return temp_kwargs
def _update_kwargs(self, kwargs: Any) -> Dict[str, Any]:
"""
Update the kwargs.
"""
temp_kwargs: Dict[str, Any] = super()._update_kwargs(kwargs)
# load labels
temp_kwargs['color_sequencelabels'] = labels(self.start_position)[0]
temp_kwargs['number_sequencelabels'] = labels(self.start_position)[1]
temp_kwargs['colorbar_heatmap_label'] = kwargs.get(
'colorbar_heatmap_label', r'$∆E^x_i$')
return temp_kwargs
def _update_kwargs(self, kwargs: Any) -> Dict[str, Any]:
"""
Update the kwargs.
"""
temp_kwargs: Dict[str, Any] = super()._update_kwargs(kwargs)
# load labels
temp_kwargs['color_sequencelabels'] = labels(self.start_position)[0]
temp_kwargs['number_sequencelabels'] = labels(self.start_position)[1]
temp_kwargs["y_label_fontsize"] = kwargs.get('y_label_fontsize', 6)
temp_kwargs["x_label_fontsize"] = kwargs.get('x_label_fontsize', 6.5)
return temp_kwargs
def test_labels() -> None:
"""testing function produces tuple"""
assert (str(type(
labels(1)))) == "<class 'tuple'>", "function _labels failed"