def _ticks(self):
if self.x_ticks != None and self.x_tick_style == 'Custom':
if self.x_tick_labels != None and (len(self.x_ticks) == len(
self.x_tick_labels)):
pylab.xticks(self.x_ticks, self.x_tick_labels)
else:
pylab.xticks(self.x_ticks)
phf.remove_x_tick_labels()
else:
if self.x_tick_style == 'Min':
phf.three_tick_axis(self.axis.xaxis)
elif self.x_tick_style == 'Custom':
phf.disable_xticks(self.axis)
phf.remove_x_tick_labels()
else:
raise ValueError('Unknown x tick style %s', self.x_tick_style)
if self.y_ticks != None and self.x_tick_style == 'Custom':
if self.y_tick_labels != None and (len(self.y_ticks) == len(
self.y_tick_labels)):
pylab.yticks(self.y_ticks, self.y_tick_labels)
else:
pylab.yticks(self.y_ticks)
phf.remove_y_tick_labels()
else:
if self.y_tick_style == 'Min':
phf.three_tick_axis(self.axis.yaxis)
elif self.y_tick_style == 'Custom':
phf.disable_yticks(self.axis)
phf.remove_y_tick_labels()
else:
raise ValueError('Unknow y tick style %s', self.y_tick_style)
for label in self.axis.get_xticklabels() + self.axis.get_yticklabels():
label.set_fontsize(self.fontsize)
def _ticks(self):
if self.x_ticks != None and self.x_tick_style == 'Custom':
if self.x_tick_labels != None and (len(self.x_ticks) == len(self.x_tick_labels)):
pylab.xticks(self.x_ticks, self.x_tick_labels)
else:
pylab.xticks(self.x_ticks)
phf.remove_x_tick_labels()
else:
if self.x_tick_style == 'Min':
phf.three_tick_axis(self.axis.xaxis)
elif self.x_tick_style == 'Custom':
phf.disable_xticks(self.axis)
phf.remove_x_tick_labels()
else:
raise ValueError('Unknown x tick style %s', self.x_tick_style)
if self.y_ticks != None and self.x_tick_style == 'Custom':
if self.y_tick_labels != None and (len(self.y_ticks) == len(self.y_tick_labels)):
pylab.yticks(self.y_ticks, self.y_tick_labels)
else:
pylab.yticks(self.y_ticks)
phf.remove_y_tick_labels()
else:
if self.y_tick_style == 'Min':
phf.three_tick_axis(self.axis.yaxis)
elif self.y_tick_style == 'Custom':
phf.disable_yticks(self.axis)
phf.remove_y_tick_labels()
else:
raise ValueError('Unknow y tick style %s', self.y_tick_style)
for label in self.axis.get_xticklabels() + self.axis.get_yticklabels():
label.set_fontsize(self.fontsize)
def post_plot(self):
if self.title != None:
pylab.title(self.title, fontsize=self.fontsize)
if self.x_scale:
pylab.xscale(self.x_scale)
if self.x_scale_base:
pylab.xscale(self.x_scale, basex=self.x_scale_base)
if self.y_scale:
pylab.yscale(self.y_scale)
if self.y_scale_base:
pylab.yscale(self.y_scale, basey=self.y_scale_base)
if not self.x_axis:
phf.disable_xticks(self.axis)
phf.remove_x_tick_labels()
if not self.y_axis:
phf.disable_yticks(self.axis)
phf.remove_y_tick_labels()
if self.x_lim:
pylab.xlim(self.x_lim)
if self.y_lim:
pylab.ylim(self.y_lim)
self._ticks()
if self.y_label and self.y_axis:
pylab.ylabel(self.y_label,multialignment='center',fontsize=self.fontsize,labelpad=self.y_label_pad)
if self.x_label and self.x_axis:
pylab.xlabel(self.x_label,multialignment='center',fontsize=self.fontsize,labelpad=self.x_label_pad)
if not self.top_right_border:
phf.disable_top_right_axis(self.axis)
if not self.left_border:
phf.disable_left_axis(self.axis)
if not self.bottom_border:
phf.disable_bottom_axis(self.axis)
if self.grid:
self.axis.grid(True)
pylab.rc('axes', linewidth=1)
pylab.rcParams['xtick.major.pad'] = self.xtick_pad_backup
pylab.rcParams['ytick.major.pad'] = self.ytick_pad_backup
pylab.rcParams['axes.color_cycle'] =self.colormap_backup
def post_plot(self):
if self.title != None:
pylab.title(self.title, fontsize=self.fontsize)
if self.x_lim:
pylab.xlim(self.x_lim)
if self.y_lim:
pylab.ylim(self.y_lim)
if self.x_scale:
pylab.xscale(self.x_scale)
if self.x_scale_base:
pylab.xscale(self.x_scale, basex=self.x_scale_base)
if self.y_scale:
pylab.yscale(self.y_scale)
if self.y_scale_base:
pylab.yscale(self.y_scale, basey=self.y_scale_base)
if not self.x_axis:
phf.disable_xticks(self.axis)
phf.remove_x_tick_labels()
if not self.y_axis:
phf.disable_yticks(self.axis)
phf.remove_y_tick_labels()
self._ticks()
if self.y_label and self.y_axis:
pylab.ylabel(self.y_label,
multialignment='center',
fontsize=self.fontsize)
if self.x_label and self.x_axis:
pylab.xlabel(self.x_label,
multialignment='center',
fontsize=self.fontsize)
if not self.top_right_border:
phf.disable_top_right_axis(self.axis)
if not self.left_border:
phf.disable_left_axis(self.axis)
if not self.bottom_border:
phf.disable_bottom_axis(self.axis)
pylab.rc('axes', linewidth=1)
pylab.rcParams['xtick.major.pad'] = self.xtick_pad_backup
pylab.rcParams['ytick.major.pad'] = self.ytick_pad_backup
def _ticks(self):
if self.x_axis:
if self.x_ticks != None and self.x_tick_style == "Custom":
if self.x_tick_labels != None:
assert len(self.x_ticks) == len(self.x_tick_labels)
pylab.xticks(self.x_ticks, self.x_tick_labels)
else:
pylab.xticks(self.x_ticks)
phf.remove_x_tick_labels()
elif self.x_ticks != None:
pylab.xticks(self.x_ticks)
phf.short_tick_labels_axis(self.axis.xaxis)
else:
if self.x_tick_style == "Min":
phf.three_tick_axis(self.axis.xaxis, log=(self.x_scale != "linear"))
elif self.x_tick_style == "Custom":
phf.disable_xticks(self.axis)
phf.remove_x_tick_labels()
else:
raise ValueError("Unknown x tick style %s", self.x_tick_style)
if self.y_axis:
if self.y_ticks != None and self.y_tick_style == "Custom":
if self.y_tick_labels != None:
assert len(self.y_ticks) == len(self.y_tick_labels)
pylab.yticks(self.y_ticks, self.y_tick_labels)
else:
pylab.yticks(self.y_ticks)
phf.remove_y_tick_labels()
elif self.y_ticks != None:
pylab.yticks(self.y_ticks)
phf.short_tick_labels_axis(self.axis.yaxis)
else:
if self.y_tick_style == "Min":
phf.three_tick_axis(self.axis.yaxis, log=(self.y_scale != "linear"))
elif self.y_tick_style == "Custom":
phf.disable_yticks(self.axis)
phf.remove_y_tick_labels()
else:
raise ValueError("Unknow y tick style %s", self.y_tick_style)
for label in self.axis.get_xticklabels() + self.axis.get_yticklabels():
label.set_fontsize(self.fontsize)