def response_main(self):
response_start = dt.datetime.now()
while True:
elapsed_time = (dt.datetime.now() -
self.this_trial.time).total_seconds()
response_time = elapsed_time - self.this_trial.stimulus_event.time
if response_time > self.this_trial.annotations['max_wait']:
self.panel.speaker.stop()
self.this_trial.response = 'none'
self.log.info('no response')
return
for port_name, port in self.response_ports.items():
if port.status():
self.this_trial.rt = (dt.datetime.now() -
response_start).total_seconds()
self.panel.speaker.stop()
self.this_trial.response = port_name
self.summary['responses'] += 1
response_event = utils.Event(
name=port_name,
label='peck',
time=elapsed_time,
)
self.this_trial.events.append(response_event)
self.log.info('response: %s' % (self.this_trial.response))
return
utils.wait(.015)
def stimulus_main(self):
## 1. present cue
if 'cue' in self.this_trial.annotations:
cue = self.this_trial.annotations["cue"]
self.log.debug("cue light turning on")
cue_start = dt.datetime.now()
if cue == "red":
self.panel.cue.red()
elif cue == "green":
self.panel.cue.green()
elif cue == "blue":
self.panel.cue.blue()
utils.wait(self.parameters["cue_duration"])
self.panel.cue.off()
cue_dur = (dt.datetime.now() - cue_start).total_seconds()
cue_time = (cue_start - self.this_trial.time).total_seconds()
cue_event = utils.Event(
time=cue_time,
duration=cue_dur,
label='cue',
name=cue,
)
self.this_trial.events.append(cue_event)
utils.wait(self.parameters["cuetostim_wait"])
## 2. play stimulus
stim_start = dt.datetime.now()
self.this_trial.stimulus_event.time = (
stim_start - self.this_trial.time).total_seconds()
self.panel.speaker.play() # already queued in stimulus_pre()
def callback(self):
# callback exists in self.panel.speaker.interface
for class_, port in self.class_assoc.items():
if port.status():
self.this_trial.response = class_
self.this_trial.rt = (dt.datetime.now() -
self.stim_start).total_seconds()
self.summary['responses'] += 1
response_event = utils.Event(
name=self.parameters['classes'][class_]['component'],
label='peck',
time=self.this_trial.rt,
)
self.this_trial.events.append(response_event)
self.log.info('response: %s' % (self.this_trial.response))
if class_ == self.this_trial.class_:
self.this_trial.correct = True
else:
self.this_trial.incorrect = True
return
def stimulus_pre(self):
# wait for bird to peck
self.log.debug("presenting stimulus %s" % self.this_trial.stimulus)
self.log.debug("from file %s" %
self.this_trial.stimulus_event.file_origin)
self.panel.speaker.queue(self.this_trial.stimulus_event.file_origin)
self.log.debug('waiting for peck...')
self.panel.center.on()
trial_time = None
while trial_time is None:
if self.check_session_schedule() == False:
self.panel.center.off()
self.panel.speaker.stop()
self.update_adaptive_queue(presented=False)
raise EndSession
else:
trial_time = self.panel.center.poll(timeout=60.0)
self.this_trial.time = trial_time
self.panel.center.off()
self.this_trial.events.append(
utils.Event(
name='center',
label='peck',
time=0.0,
))
# record trial initiation
self.summary['trials'] += 1
self.summary['last_trial_time'] = self.this_trial.time.ctime()
self.log.info("trial started at %s" % self.this_trial.time.ctime())
def stimulus_pre(self):
"""
Prepares stimuli to be presented
ADDED: turn on peck ports
"""
# wait for bird to peck
self.log.debug("presenting stimulus %s" % self.this_trial.stimulus)
self.log.debug("from file %s" %
self.this_trial.stimulus_event.file_origin)
self.log.debug('waiting for peck...')
self.panel.center.on()
trial_time = None
#print(self.check_session_schedule())
while trial_time is None:
if self.check_session_schedule() == False:
self.panel.center.off()
self.panel.speaker.stop()
self.update_adaptive_queue(presented=False)
raise EndSession
else:
trial_time = self.panel.center.poll(timeout=60.0)
self.this_trial.time = trial_time
self.this_trial.sequence = self.this_trial.annotations[
'seq'] #self.sequences[self.this_trial.index]
self.this_trial.order = self.this_trial.annotations[
'order'] #self.trial_order_list[self.this_trial.index]
self.this_trial.syll_time_lens = self.this_trial.annotations[
'syll_time_lens'] #self.trial_order_list[self.this_trial.index]
#print(vars(self.this_trial))
#print(self.this_trial.sequence)
#print(self.this_trial.index)
#print('stim_name: ' + ''.join([self.parameters["num_to_char"][str(i)] for i in self.this_trial.annotations['stim_name'].split('-')]))
#print('sequence: ' + ''.join([self.parameters["num_to_char"][str(num)] for num in self.this_trial.sequence]))
self.log.info('sequence: ' + ''.join([
self.parameters["num_to_char"][str(num)]
for num in self.this_trial.sequence
]))
#print(breakme)
self.panel.center.off()
self.this_trial.events.append(
utils.Event(
name='center',
label='peck',
time=0.0,
))
# record trial initiation
self.summary['trials'] += 1
self.summary['last_trial_time'] = self.this_trial.time.ctime()
self.log.info("trial started at %s" % self.this_trial.time.ctime())
