def find_filtermode(fname):
"""
Derive enum value from string found in filename.
For downward compatibility, search for both patterns (e.g. '0filter' and
'nofilter').
"""
from constants import FILTER_MODES
names = ["nofilter", "prefilter", "postfilter"]
for enumval, name in zip(sorted(FILTER_MODES.keys()), names):
if "{}filter".format(enumval) in fname or name in fname:
return enumval
raise KeyError("Filter mode could not be deduced from filename!")
)
frames = [239, 359, 479, 599, 719, 999]
fluxes = [
#5e5, # omitted because gradient is too irregular
5e6, 2e7, 5e7, 5e8]
ylim, suffix, legendfm, loc = input_files[fname]
"""
fig, axes = plt.subplots(1, 3, True, True)
axes[0].set_ylabel("Edge sharpness")
axes[1].set_xlabel("Frames")
for ax, title in zip(axes, ["unfiltered", "prefiltered", "postfiltered"]):
ax.set_title(title)
"""
for fm, name in FILTER_MODES.items():
fig, ax = plt.subplots(1, 1)
#ax = axes[fm] # current subplot axis.
fm_selection = fmode == fm
for fl in fluxes:
fl_selection = flux[fm_selection] == fl
frms_sorting = np.argsort(frms[fm_selection][fl_selection])
flux_str = mant_exp_from_int(fl)[2]
ax.errorbar(
frms[fm_selection][fl_selection][frms_sorting],
sharpness[fm_selection][fl_selection][frms_sorting],
yerr=uncertainty[fm_selection][fl_selection][frms_sorting],
fmt=".-",
label=flux_str,
markersize=1.0
