def figure(interactive=False):
if interactive:
import pylab
return pylab.figure()
f = _Figure()
canvas = _FigureCanvas(f)
return f
def complex_figure(filename, dpi=settings.DPI,
width=settings.SINGLE_COLUMN_DEFAULT_SIZE_CM,
height=settings.SINGLE_COLUMN_DEFAULT_SIZE_CM,
draw_frame=False, right_label=False,
**unused_kwargs):
scaled_width = width / settings.CM_SCALE
scaled_height = height / settings.CM_SCALE
scaled_top_margin = 1 - settings.TOP_MARGIN / height
scaled_bottom_margin = settings.BOTTOM_MARGIN / height
scaled_left_margin = settings.LEFT_MARGIN / width
scaled_right_margin = 1 - settings.RIGHT_MARGIN / width
if right_label:
figure = _Figure(dpi=dpi, frameon=draw_frame,
linewidth=settings.DEFAULT_FRAME_LINE_WIDTH,
figsize=(scaled_width, scaled_height),
subplotpars=matplotlib.figure.SubplotParams(
bottom=scaled_bottom_margin,
left=scaled_left_margin,
right=scaled_right_margin))
else:
figure = _Figure(dpi=dpi, frameon=draw_frame,
linewidth=settings.DEFAULT_FRAME_LINE_WIDTH,
figsize=(scaled_width, scaled_height),
subplotpars=matplotlib.figure.SubplotParams(
bottom=scaled_bottom_margin,
left=scaled_left_margin))
yield figure
canvas = _FigureCanvas(figure)
figure.savefig(filename)
def figure(interactive=False):
if interactive:
import pylab
return pylab.figure()
f = _Figure()
canvas = _FigureCanvas(f)
return f
