def _update_axes(self, *args):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes,
'x',
self.state.x_kinds,
self.state.x_log,
self.state.x_categories,
projection=self.state.plot_mode)
if self.state.x_log:
self.state.x_axislabel = 'Log ' + self.state.x_att.label
else:
self.state.x_axislabel = self.state.x_att.label
if self.state.y_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes,
'y',
self.state.y_kinds,
self.state.y_log,
self.state.y_categories,
projection=self.state.plot_mode)
if self.state.y_log:
self.state.y_axislabel = 'Log ' + self.state.y_att.label
else:
self.state.y_axislabel = self.state.y_att.label
self.axes.figure.canvas.draw_idle()
def _update_axes(self, *args):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'x', self.state._get_x_components(),
self.state.x_log)
if self.state.x_log:
self.axes.set_xlabel('Log ' + self.state.x_att.label)
else:
self.axes.set_xlabel(self.state.x_att.label)
if self.state.y_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'y', self.state._get_y_components(),
self.state.y_log)
if self.state.y_log:
self.axes.set_ylabel('Log ' + self.state.y_att.label)
else:
self.axes.set_ylabel(self.state.y_att.label)
self.axes.figure.canvas.draw()
def _update_axis_labels(self, *args):
self.axes.set_xlabel(self.xatt)
self.axes.set_ylabel(self.yatt)
if self.xatt is not None:
update_ticks(self.axes, 'x', list(self._get_data_components('x')),
self.xlog)
if self.yatt is not None:
update_ticks(self.axes, 'y', list(self._get_data_components('y')),
self.ylog)
def _update_axis_labels(self, *args):
self.axes.set_xlabel(self.xatt)
self.axes.set_ylabel(self.yatt)
if self.xatt is not None:
update_ticks(self.axes, 'x',
list(self._get_data_components('x')),
self.xlog)
if self.yatt is not None:
update_ticks(self.axes, 'y',
list(self._get_data_components('y')),
self.ylog)
def _update_axes(self, *args):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'x', self.state.x_kinds, self.state.x_log, self.state.x_categories)
if self.state.x_log:
self.state.x_axislabel = 'Log ' + self.state.x_att.label
else:
self.state.x_axislabel = self.state.x_att.label
if self.state.normalize:
self.state.y_axislabel = 'Normalized number'
else:
self.state.y_axislabel = 'Number'
self.axes.figure.canvas.draw_idle()
def _update_axes(self, *args):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'x', self.state._get_x_components(), False)
if self.state.x_log:
self.state.x_axislabel = 'Log ' + self.state.x_att.label
else:
self.state.x_axislabel = self.state.x_att.label
if self.state.normalize:
self.state.y_axislabel = 'Normalized number'
else:
self.state.y_axislabel = 'Number'
self.axes.figure.canvas.draw()
def _update_axes(self):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'x', self.state._get_x_components(), False)
if self.state.x_log:
self.axes.set_xlabel('Log ' + self.state.x_att.label)
else:
self.axes.set_xlabel(self.state.x_att.label)
if self.state.normalize:
self.axes.set_ylabel('Normalized number')
else:
self.axes.set_ylabel('Number')
self.axes.figure.canvas.draw()
def _update_axes(self):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'x', self.state._get_x_components(), False)
if self.state.x_log:
self.axes.set_xlabel('Log ' + self.state.x_att.label)
else:
self.axes.set_xlabel(self.state.x_att.label)
if self.state.normalize:
self.axes.set_ylabel('Normalized number')
else:
self.axes.set_ylabel('Number')
self.axes.figure.canvas.draw()
def _update_axes(self, *args):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
radians = hasattr(
self.state,
'angle_unit') and self.state.angle_unit == 'radians'
update_ticks(self.axes,
'x',
self.state.x_kinds,
self.state.x_log,
self.state.x_categories,
projection=self.state.plot_mode,
radians=radians)
if self.state.x_log:
self.state.x_axislabel = 'Log ' + self.state.x_att.label
elif self.using_polar():
self.state.x_axislabel = ""
else:
self.state.x_axislabel = self.state.x_att.label
if self.state.y_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes,
'y',
self.state.y_kinds,
self.state.y_log,
self.state.y_categories,
projection=self.state.plot_mode)
if self.state.y_log:
self.state.y_axislabel = 'Log ' + self.state.y_att.label
elif self.using_polar():
self.state.y_axislabel = ""
else:
self.state.y_axislabel = self.state.y_att.label
self.axes.figure.canvas.draw_idle()
def _update_axes(self, *args):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'x', self.state._get_x_components(), self.state.x_log)
if self.state.x_log:
self.axes.set_xlabel('Log ' + self.state.x_att.label)
else:
self.axes.set_xlabel(self.state.x_att.label)
if self.state.y_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes, 'y', self.state._get_y_components(), self.state.y_log)
if self.state.y_log:
self.axes.set_ylabel('Log ' + self.state.y_att.label)
else:
self.axes.set_ylabel(self.state.y_att.label)
self.axes.figure.canvas.draw()
def _update_ticks(self, *args):
if self.state.x_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
radians = hasattr(
self.state,
'angle_unit') and self.state.angle_unit == 'radians'
update_ticks(self.axes,
'x',
self.state.x_kinds,
self.state.x_log,
self.state.x_categories,
projection=self.state.plot_mode,
radians=radians,
label=self.state.x_axislabel)
if self.state.y_att is not None:
# Update ticks, which sets the labels to categories if components are categorical
update_ticks(self.axes,
'y',
self.state.y_kinds,
self.state.y_log,
self.state.y_categories,
projection=self.state.plot_mode,
label=self.state.y_axislabel)
def _update_axis_labels(self):
xlabel = self.component.label if self.component is not None else ''
if self.xlog:
xlabel = "Log %s" % xlabel
ylabel = 'N'
self._axes.set_xlabel(xlabel)
self._axes.set_ylabel(ylabel)
components = list(self._get_data_components('x'))
if components:
bins = update_ticks(self.axes, 'x', components, False)
return
if bins is not None:
prev_bins = self.nbins
auto_bins = self._auto_nbin(calculate_only=True)
if prev_bins == auto_bins:
# try to assign a bin to each category,
# but only if self.nbins hasn't been overridden
# from auto_nbin
self.nbins = min(bins, 100)
self.xlimits = (-0.5, bins - 0.5)
def _update_axis_labels(self):
xlabel = self.component.label if self.component is not None else ''
if self.xlog:
xlabel = "Log %s" % xlabel
ylabel = 'N'
self._axes.set_xlabel(xlabel)
self._axes.set_ylabel(ylabel)
components = list(self._get_data_components('x'))
if components:
bins = update_ticks(self.axes, 'x',
components, False)
return
if bins is not None:
prev_bins = self.nbins
auto_bins = self._auto_nbin(calculate_only=True)
if prev_bins == auto_bins:
# try to assign a bin to each category,
# but only if self.nbins hasn't been overridden
# from auto_nbin
self.nbins = min(bins, 100)
self.xlimits = (-0.5, bins - 0.5)
