def on_action_time_changed(self, content):
""" The handler for the 'time_changed' action sent from the
client widget.
"""
time = parse_iso_dt(content['time']).time()
self.set_guarded(time=time)
def on_action_datetime_changed(self, content):
""" The handler for the 'datetime_changed' action sent from the
client widget.
"""
datetime = parse_iso_dt(content['datetime'])
self.set_guarded(datetime=datetime)
def on_action_time_changed(self, content):
""" The handler for the 'time_changed' action sent from the
client widget.
"""
time = parse_iso_dt(content['time']).time()
self.set_guarded(time=time)
def on_action_datetime_changed(self, content):
""" The handler for the 'datetime_changed' action sent from the
client widget.
"""
datetime = parse_iso_dt(content["datetime"])
self.set_guarded(datetime=datetime)
def df_checks_from_task_data(data: dict) -> DataFrame:
"""Create a dataframe with attention checks from an MA task
Args:
data (dict): data for one task such as loaded from json
Returns:
DataFrame: Each row is one check
"""
rows = []
for t, trial in enumerate(data['trials']):
for annotation in trial['annotations']:
row = dict(
trial=t,
stim1_id=annotation['ids'][0],
stim2_id=annotation['ids'][1],
label=annotation['label'],
start=parse_iso_dt(annotation['start']),
resp=parse_iso_dt(annotation['resp']),
)
if len(annotation['ids']) > 2:
row['stim3_id'] = annotation['ids'][3]
rows.append(row)
return DataFrame(rows)
def on_action_date_changed(self, content):
""" Handle the 'date_changed' action from the UI control.
"""
date = parse_iso_dt(content['date']).date()
self.set_guarded(date=date)
def on_action_date_changed(self, content):
""" Handle the 'date_changed' action from the UI control.
"""
date = parse_iso_dt(content["date"]).date()
self.set_guarded(date=date)