def format_3d_plot(self):
"""
Used by 3d subclasses to format the plot
"""
from cis.plotting.plot import plot_options
import cis.plotting.overlay
logx = self.plot_args.get("logx", False)
logy = self.plot_args.get("logy", False)
if logx or logy:
self.set_log_scale(logx, logy)
draw_grid = self.plot_args.get("grid")
if draw_grid:
self.matplotlib.grid(True, which="both")
if self.is_map():
self.drawcoastlines()
self.set_axes_ticks(3)
self.set_font_size()
# If any of the options have not been specified, then use the defaults
self.set_default_axis_label("X")
self.set_default_axis_label("Y")
if self.plot_args["xlabel"] is None:
self.plot_args["xlabel"] = ""
if self.plot_args["ylabel"] is None:
self.plot_args["ylabel"] = ""
if self.plot_args["title"] is None:
self.plot_args["title"] = self.packed_data_items[0].long_name
for key in list(plot_options.keys()):
# Call the method associated with the option
if key in list(self.plot_args.keys()):
plot_options[key](self.plot_args[key])
if not self.plot_args["nocolourbar"]:
self.add_color_bar()
if len(self.packed_data_items) > 1 and not isinstance(self, cis.plotting.overlay.Overlay):
self.create_legend()
def format_2d_plot(self):
"""
Used by 2d subclasses to format the plot
"""
import logging
from cis.plotting.plot import plot_options
logx = self.plot_args.get("logx", False)
logy = self.plot_args.get("logy", False)
if logx or logy:
self.set_log_scale(logx, logy)
else:
try:
self.matplotlib.gca().ticklabel_format(style='sci', scilimits=(-3, 3), axis='both')
except AttributeError:
logging.warning("Couldn't apply scientific notation to axes")
draw_grid = self.plot_args.pop("grid", False)
if draw_grid:
self.matplotlib.grid(True, which="both")
self.set_axes_ticks(2)
self.set_font_size()
# If any of the options have not been specified, then use the defaults
self.set_default_axis_label("X")
self.set_default_axis_label("Y")
if self.plot_args["xlabel"] is None:
self.plot_args["xlabel"] = ""
if self.plot_args["ylabel"] is None:
self.plot_args["ylabel"] = ""
if self.plot_args["title"] is None:
self.plot_args["title"] = ""
for key in list(plot_options.keys()):
# Call the method associated with the option
if key in list(self.plot_args.keys()):
plot_options[key](self.plot_args[key])
if len(self.packed_data_items) > 1:
self.create_legend()