def _plot_id_vs_value(self, sounding_ids, plot_values, get_lines=None, time_strings=None, **kwargs):
ax = self.new_axis(**kwargs)
error = kwargs.get("error", [])
show_gaps = kwargs.get("show_gaps", True)
markers = Line2D.filled_markers[:len(plot_values)]
for idx, (snd_ids, p_val, marker) in enumerate(zip(sounding_ids, plot_values, markers)):
# Fall back to converting sounding ids into times if time strings are not supplied
if time_strings != None:
datetimes = utils.time_string_to_dt(time_strings)
else:
datetimes = utils.id2time(snd_ids)
if show_gaps:
ax.xaxis.set_major_formatter(DateFormatter(DATETIME_FORMAT))
x_val = datetimes
else:
ax.xaxis.set_major_formatter(DateLookupFormatter(datetimes, **kwargs))
x_val = numpy.arange(len(p_val))
if idx < len(error) and error[idx] != None:
lines = ax.errorbar(x_val, p_val, yerr=error[idx], marker=marker, linestyle='')
# errorbar routine creates multiple lines which can screw up
# legends if you use the default legend with jut names call method
if get_lines != None: get_lines.append(lines[0])
else:
line = ax.plot(x_val, p_val, marker)
if get_lines != None: get_lines.append(line)
# Set some padding some padding on the xaxis
if not show_gaps:
ax.set_xlim(-10, len(plot_values[0])+10)
ax.get_figure().autofmt_xdate()
return ax
def ids2times(sounding_ids):
return [ numpy.array([ time.mktime(dt.timetuple()) for dt in utils.id2time(snds) ]) for snds in sounding_ids ]
return heatmap_w, heatmap_s, c_norm, c_s_norm, R_i, R, R_s
def top_dict(kv_dict, num=2):
k_list = list(kv_dict.keys())[:num]
subdict = {k: kv_dict[k] for k in k_list}
print('\ndict len:', len(kv_dict))
return subdict
print('Gathering keyframes info...')
#preparing dicts
id2dir_dict_kfrm = utils.create_dict_kfrm(kfrm_path, kfrm_msb, video_asr_path,
video_map_path)
id2time_dict_kfrm = utils.id2time(kfrm_msb)
print('Creating parent-child dictionaries...')
#generate parent-child dictionaries
parent_dict, child_dict = utils.create_dict(parent_child_tab)
# for i in child_dict.keys():
# if 'mp4' in i:
# print(i,child_dict[i])
# print(top_dict(child_dict,5))
print('Creating path dictionary...')
#generate global id2path dictionary
#ltf
path_dict = utils.create_path_dict(ltf_path)
#jpg
