def plot_profile(cv, x, y, width, height, bestprof_inst, *args, **kwargs):
psr_name = kwargs.get('psr_name', '')
data_set = kwargs.get('data_set', '')
beam_ra = kwargs.get('beam_ra', None)
beam_dec = kwargs.get('beam_dec', None)
if beam_ra != None and beam_dec != None:
if isintance(beam_ra, BaseString):
pass
elif isinstance(beam_ra, RightAscension):
pass
# Some futzing with the position and size because the axes are not
# drawn, normally they get 50 px.
pc = PlotContainer(x - 50,
y - 50,
width + 100,
height + 100,
data_padding=0)
pc.hide_axes()
bpf = bestprof_inst
pp = LinePlotter(bpf.profile, use_markers=False)
pc.add_plotter(pp)
TEXTSIZE = 10
cv.add_plot_container(pc)
if psr_name:
cv.add_plot_container(
TextFragment(x + 0,
y + height + TEXTSIZE,
'PSR ' + psr_name,
font_size=TEXTSIZE))
elif bpf.psr_name:
cv.add_plot_container(
TextFragment(x + 0,
y + height + TEXTSIZE,
bpf.psr_name,
font_size=TEXTSIZE))
else:
cv.add_plot_container(
TextFragment(x + 0,
y + height + TEXTSIZE,
'PSR UNKNOWN',
font_size=TEXTSIZE))
cv.add_plot_container(
TextFragment(x + 0,
y + height + 2 * TEXTSIZE,
'%.2f ms' % bpf.header.p_bary[0],
alignment='start',
font_size=TEXTSIZE))
cv.add_plot_container(
TextFragment(x + width,
y + height + 2 * TEXTSIZE,
'%.3f pc cm^-3' % bpf.header.best_dm,
alignment='end',
font_size=TEXTSIZE))
