def Transition(self, phase):
# present stimuli and update state variables to record what is going on
#=======================================================================
# #Update some states
# self.states['Intertrial'] = int(phase in ['intertrial'])
self.states['Baseline'] = int(phase in ['baseline'])
self.states['GoCue'] = int(phase in ['gocue'])
self.states['Task'] = int(phase in ['task'])
# self.states['Response'] = int(phase in ['response'])
# self.states['StopCue'] = int(phase in ['stopcue'])
#=======================================================================
if phase == 'intertrial':
pass
elif phase == 'baseline':
pass
#Do I need the new TargetClass in baseline for any of the addons?
#If not, then it belongs in gocue for consistency with regular BCI2000 modules.
elif phase == 'gocue':
self.states['TargetClass'] = self.target_codes[
self.states['CurrentTrial'] - 1]
t = self.states[
'TargetClass'] #It's useful to pull from states in case "enslave states" is used.
self.states[
'LastTargetClass'] = t #LastTargetClass maintains throughout baseline.
self.stimuli['cue'].text = self.params['GoCueText'][t - 1]
elif phase == 'task':
task_length = self.params['TaskDur'].val + random(
) * self.params['TaskRand'].val
self.states['TaskMinNBlocks'] = task_length * self.eegfs / self.spb
elif phase == 'response':
pass
elif phase == 'stopcue':
self.stimuli['cue'].text = "Relax"
self.states[
'TargetClass'] = 0 #Note we don't turn off the LastTargetClass
self.stimuli['cue'].on = (phase in ['gocue', 'stopcue'])
if 'MSEnable' in self.params: MagstimApp.transition(self, phase)
if 'DigitimerEnable' in self.params:
DigitimerApp.transition(self, phase)
if 'GatingEnable' in self.params: GatingApp.transition(self, phase)
if 'ERPDatabaseEnable' in self.params: ERPApp.transition(self, phase)
if 'ContFeedbackEnable' in self.params:
FeedbackApp.transition(self, phase)
def Transition(self, phase):
# present stimuli and update state variables to record what is going on
#=======================================================================
# #Update some states
# self.states['Intertrial'] = int(phase in ['intertrial'])
self.states['Baseline'] = int(phase in ['baseline'])
self.states['GoCue'] = int(phase in ['gocue'])
self.states['Task'] = int(phase in ['task'])
# self.states['Response'] = int(phase in ['response'])
# self.states['StopCue'] = int(phase in ['stopcue'])
#=======================================================================
if phase == 'intertrial':
pass
elif phase == 'baseline':
pass
#Do I need the new TargetClass in baseline for any of the addons?
#If not, then it belongs in gocue for consistency with regular BCI2000 modules.
elif phase == 'gocue':
self.states['TargetClass'] = self.target_codes[self.states['CurrentTrial']-1]
t = self.states['TargetClass'] #It's useful to pull from states in case "enslave states" is used.
self.states['LastTargetClass'] = t#LastTargetClass maintains throughout baseline.
self.stimuli['cue'].text = self.params['GoCueText'][t-1]
elif phase == 'task':
task_length = self.params['TaskDur'].val + random()*self.params['TaskRand'].val
self.states['TaskMinNBlocks'] = task_length * self.eegfs / self.spb
elif phase == 'response':
pass
elif phase == 'stopcue':
self.stimuli['cue'].text = "Relax"
self.states['TargetClass'] = 0 #Note we don't turn off the LastTargetClass
self.stimuli['cue'].on = (phase in ['gocue', 'stopcue'])
if 'MSEnable' in self.params: MagstimApp.transition(self, phase)
if 'DigitimerEnable' in self.params: DigitimerApp.transition(self, phase)
if 'GatingEnable' in self.params: GatingApp.transition(self, phase)
if 'ERPDatabaseEnable' in self.params: ERPApp.transition(self, phase)
if 'ContFeedbackEnable' in self.params: FeedbackApp.transition(self, phase)
