def run(self):
self.running = True
# epi = sound.Sound(self.soundfile)
if self.skip:
# if self.soundfile:
# epi.play()
core.wait(self.TR * self.skip) # emulate T1 stabilization without data collection
self.clock.reset()
for vol in range(1, self.volumes + 1):
# if self.sound:
# epi.stop()
# epi.play()
# epi.fadeOut(int(1500*self.TR))
if self.stopflag:
break
# "emit" a sync pulse by placing a key in the buffer:
event._keyBuffer.append(self.sync)
# wait for start of next volume, doing our own hogCPU for tighter sync:
core.wait(self.timesleep - self.hogCPU, hogCPUperiod=0)
while self.clock.getTime() < vol * self.TR:
pass # ?? no need to pump pyglet window events because threaded (see core wait)
if core.havePyglet:
pyglet.media.dispatch_events() # events for sounds/video should run independently of wait()
wins = pyglet.window.get_platform().get_default_display().get_windows()
for win in wins:
win.dispatch_events() # pump events on pyglet windows
self.running = False
def testStaticPeriod():
static = StaticPeriod()
static.start(0.1)
wait(0.05)
assert static.complete()==1
static.start(0.1)
wait(0.11)
assert static.complete()==0
win = Window(autoLog=False)
static = StaticPeriod(screenHz=60, win=win)
static.start(.002)
assert win.recordFrameIntervals == False
static.complete()
assert static._winWasRecordingIntervals == win.recordFrameIntervals
win.close()
# Test if screenHz parameter is respected, i.e., if after completion of the
# StaticPeriod, 1/screenHz seconds are still remaining, so the period will
# complete after the next flip.
refresh_rate = 100.0
period_duration = 0.1
timer = CountdownTimer()
win = Window(autoLog=False)
static = StaticPeriod(screenHz=refresh_rate, win=win)
static.start(period_duration)
timer.reset(period_duration )
static.complete()
assert np.allclose(timer.getTime(),
1.0/refresh_rate,
atol=0.001)
win.close()
def __init__(self, files, threads=3, verbose=False):
"""Like `Speech2Text()`, but takes a list of sound files or a directory name to search
for matching sound files, and returns a list of `(filename, response)` tuples.
`response`'s are described in `Speech2Text.getResponse()`.
Can use up to 5 concurrent threads. Intended for
post-experiment processing of multiple files, in which waiting for a slow response
is not a problem (better to get the data).
If `files` is a string, it will be used as a directory name for glob
(matching all `*.wav`, `*.flac`, and `*.spx` files).
There's currently no re-try on http error."""
list.__init__(self) # [ (file1, resp1), (file2, resp2), ...]
maxThreads = min(threads, 5) # I get http errors with 6
self.timeout = 30
if type(files) == str and os.path.isdir(files):
f = glob.glob(os.path.join(files, '*.wav'))
f += glob.glob(os.path.join(files, '*.flac'))
f += glob.glob(os.path.join(files, '*.spx'))
fileList = f
else:
fileList = list(files)
web.requireInternetAccess() # needed to access google's speech API
for i, filename in enumerate(fileList):
gs = Speech2Text(filename, level=5)
self.append((filename, gs.getThread())) # tuple
if verbose:
logging.info("%i %s" % (i, filename))
while self._activeCount() >= maxThreads:
core.wait(.1, 0) # idle at max count
def display_instructions():
set_msg('INTRODUCTION','TITLE')
set_msg('AXB control','MAIN')
set_msg('Press any key to continue','KEY')
win.flip()
core.wait(0.5)
event.waitKeys()
def testWait(duration=1.55):
try:
t1=getTime()
wait(duration)
t2=getTime()
# Check that the actual duration of the wait was close to the requested delay.
#
# Note that I have had to set this to a relatively high value of
# 50 msec because on my Win7, i7, 16GB machine I would get delta's of up to
# 35 msec when I was testing this.
#
# This is 'way high', and I think is because the current wait()
# implementation polls pyglet for events during the CPUhog period.
# IMO, during the hog period, which should only need to be only 1 - 2 msec
# , not the 200 msec default now, nothing should be done but tight looping
# waiting for the wait() to expire. This is what I do in ioHub and on this same
# PC I get actual vs. requested duration delta's of < 100 usec consitently.
#
# I have not changed the wait in psychopy until feedback is given, as I
# may be missing a reason why the current wait() implementation is required.
#
assert np.fabs((t2-t1)-duration) < 0.05
printf(">> core.wait(%.2f) Test: PASSED"%(duration))
except Exception:
printf(">> core.wait(%.2f) Test: FAILED. Actual Duration was %.3f"%(duration,(t2-t1)))
printExceptionDetails()
printf("-------------------------------------\n")
def showpix(stimpath, stim, duration):
fixation()
pix = visual.ImageStim(win =win,
image = stimpath + stim,
pos = [0,0],
size = [800, 450],
opacity = 1,
units = 'pix'
)
pix.draw()
# win.logOnFlip('parallel port trigger picture: %d' %trigger_stim , level=logging.EXP)
win.flip()
stimOnset= trialClock.getTime()
pparallel.setData(0) # sets all pin lo
pparallel.setData(trigger_stim) # sets all pin lo
core.wait(0.005)
pparallel.setData(0)
core.wait(duration)
#mouse.getPressed()
fixation()
# get key press at the end of clip
event.waitKeys(keyList=keyStop)
respTime= trialClock.getTime()
trials.addData('stimOnset', stimOnset)
trials.addData('respTime',respTime)
def getResponse(self):
"""Calls `getThread()`, and then polls the thread until there's a response.
Will time-out if no response comes within `timeout` seconds. Returns an
object having the speech data in its namespace. If there's no match,
generally the values will be equivalent to `None` (e.g., an empty string).
If you do `resp = getResponse()`, you'll be able to access the data
in several ways:
`resp.word` :
the best match, i.e., the most probably word, or `None`
`resp.confidence` :
Google's confidence about `.word`, ranging 0 to 1
`resp.words` :
tuple of up to 5 guesses; so `.word` == `.words[0]`
`resp.raw` :
the raw response from Google (just a string)
`resp.json` :
a parsed version of raw, from `json.load(raw)`
"""
gsqthread = self.getThread()
while gsqthread.elapsed() < self.timeout:
# don't need precise timing to poll an http connection
core.wait(0.05, 0)
if not gsqthread.running:
break
if gsqthread.running: # timed out
gsqthread.status = 408 # same as http code
return gsqthread # word and time data are already in the namespace
def pheno():
#event.clear(Events)
pparallel.setData(0) # sets all pin lo
while vividRatingScale.noResponse:
vivid_quest.draw()
vividRatingScale.draw()
win.flip()
trig_resp = whatresp(vividRatingScale.getRating())
print "resp=", trig_resp, vividRatingScale.getRating()
pparallel.setData(trig_resp)
core.wait(0.005)
pparallel.setData(0)
while effRatingScale.noResponse:
eff_quest.draw()
effRatingScale.draw()
win.flip()
trig_resp = whatresp(effRatingScale.getRating())
print "resp=", trig_resp , effRatingScale.getRating()
pparallel.setData(trig_resp)
core.wait(0.005)
pparallel.setData(0)
trials.addData('scale1', vividRatingScale.getRating())
trials.addData('RTscale1', vividRatingScale.getRT())
trials.addData('scale2', effRatingScale.getRating())
trials.addData('RTscale2', effRatingScale.getRT())
vividRatingScale.reset()
effRatingScale.reset()
def playclip(stimpath, stim):
fixation()
core.wait(0.3)
#pparallel.setData(0) # sets all pin lo
clip = visual.MovieStim(win=win,
name= 'clip',
filename= stimpath + stim,
size = [800, 450],
ori =0,
pos=[0,0],
opacity =1,
depth = -1.0
)
pparallel.setData(trigger_stim) # sets all pin lo
core.wait(0.005)
pparallel.setData(0)
stimOnset= trialClock.getTime()
while clip.status != visual.FINISHED:
clip.draw()
win.flip()
fixation()
# get key press at the end of clip
event.waitKeys(keyList=keyStop)
respTime= trialClock.getTime()
#mouse.clickReset()
#button, time = mouse.getPressed(getTime=True)
#print('mouse: ', button)
#event.waitKeys(keyList= button)
trials.addData('stimOnset', stimOnset)
trials.addData('respTime',respTime)
def feedback(levelscore):
rst.text = str(levelscore)
questions.draw()
feed.draw()
rst.draw()
mywin.flip()
core.wait(6)
def waitEvents(self, downOnly=True,
timeout=0, escape='escape', wait=0.002):
'''Wait for and return the first button press event.
Always calls `clearEvents()` first (like PsychoPy keyboard waitKeys).
Use `downOnly=False` to include button-release events.
`escape` is a list/tuple of keyboard events that, if pressed, will
interrupt the bbox wait; `waitKeys` will return `None` in that case.
`timeout` is the max time to wait in seconds before returning `None`.
`timeout` of 0 means no time-out (= default).
'''
self.clearEvents() # e.g., removes UP from previous DOWN
if timeout > 0:
c = core.Clock()
if escape and not type(escape) in [list, tuple]:
escape = [escape]
while True:
if wait:
core.wait(wait, 0) # throttle CPU; event RTs come from bbox
evt = self.getEvents(downOnly=downOnly)
if evt:
evt = evt[0]
break
if escape and event.getKeys(escape) or 0 < timeout < c.getTime():
return
return evt
def pst(controller, outfile):
duration = pstSettings(controller)
if duration == -1:
print 'PST Cancelled'
return
display.text(controller.experWin, 'Running PST')
testWin = controller.testWin
display.countdown(controller)
display.fill_screen(testWin, [-1, -1, -1])
if not controller.testing:
controller.tobii_cont.setDataFile(outfile)
controller.tobii_cont.startTracking()
controller.tobii_cont.setEventsAndParams(['task','duration'])
controller.tobii_cont.setParam('task', 'pst')
controller.tobii_cont.setParam('duration', duration)
core.wait(duration)
if not controller.testing:
controller.tobii_cont.stopTracking()
controller.tobii_cont.closeDataFile()
def fScore():
global score
roundscore = 0
wordsToScore = wordsTheyRecalled
wordList = './words/%s/words%s.txt' %(version, round-1)
throwAwayWords = list(cor for cor in open(wordList).read().split("\n") if cor)
for w in wordsToScore:
instructions2[2].draw()
core.wait(0.1)
if w in throwAwayWords:
risk = int(findBet(w))
throwAwayWords.remove(w)
score += risk
roundscore += risk
acc = 1
writeToDataFile(scorefileName,w,risk,score,acc)
print score
for w in throwAwayWords:
risk = int(findBet(w))
score -= risk
roundscore -= risk
acc = 0
writeToDataFile(scorefileName,w,risk,score, acc)
print score
return score,roundscore
def _record(self, sec, filename="", block=True, log=True):
while self.recorder.running:
pass
self.duration = float(sec)
self.onset = core.getTime() # for duration estimation, high precision
self.fileOnset = core.getAbsTime() # for log and filename, 1 sec precision
ms = "%.3f" % (core.getTime() - int(core.getTime()))
if log and self.autoLog:
logging.data("%s: Record: onset %d, capture %.3fs" % (self.loggingId, self.fileOnset, self.duration))
if not filename:
onsettime = "-%d" % self.fileOnset + ms[1:]
self.savedFile = onsettime.join(os.path.splitext(self.wavOutFilename))
else:
self.savedFile = os.path.abspath(filename).strip(".wav") + ".wav"
t0 = core.getTime()
self.recorder.run(self.savedFile, self.duration, **self.options)
self.rate = sound.pyoSndServer.getSamplingRate()
if block:
core.wait(self.duration, 0)
if log and self.autoLog:
logging.exp(
"%s: Record: stop. %.3f, capture %.3fs (est)"
% (self.loggingId, core.getTime(), core.getTime() - t0)
)
while self.recorder.running:
core.wait(0.001, 0)
else:
if log and self.autoLog:
logging.exp("%s: Record: return immediately, no blocking" % (self.loggingId))
return self.savedFile
def playback(self, block=True, loops=0, stop=False, log=True):
"""Plays the saved .wav file, as just recorded or resampled. Execution
blocks by default, but can return immediately with `block=False`.
`loops` : number of extra repetitions; 0 = play once
`stop` : True = immediately stop ongoing playback (if there is one), and return
"""
if not self.savedFile or not os.path.isfile(self.savedFile):
msg = "%s: Playback requested but no saved file" % self.loggingId
logging.error(msg)
raise ValueError(msg)
if stop:
if hasattr(self, "current_recording") and self.current_recording.status == PLAYING:
self.current_recording.stop()
return
# play this file:
name = self.name + ".current_recording"
self.current_recording = sound.Sound(self.savedFile, name=name, loops=loops)
self.current_recording.play()
if block:
core.wait(self.duration * (loops + 1)) # set during record()
if log and self.autoLog:
if loops:
logging.exp(
"%s: Playback: play %.3fs x %d (est) %s"
% (self.loggingId, self.duration, loops + 1, self.savedFile)
)
else:
logging.exp("%s: Playback: play %.3fs (est) %s" % (self.loggingId, self.duration, self.savedFile))
def PFparallel(vp,event,suf=''):
''' please run PFinit() first
suf - output name suffix
'''
path,inpath,fp=initPath(vp,event)
E=np.load(inpath+'DG%s.npy'%suf)[:,:,:,:2]
print E.shape
stack=np.load(inpath+'stackPF.npy').tolist()
f=open(inpath+'PF%s.pars'%suf,'r');dat=pickle.load(f);f.close()
N=dat['N']
wind=Q.initDisplay()
elem=visual.ElementArrayStim(wind,fieldShape='sqr',
nElements=E.shape[1], sizes=Q.agentSize,
elementMask=RING,elementTex=None,colors='white')
while len(stack):
jobid=stack.pop(0)
np.save(inpath+'stackPF.npy',stack)
PFextract(E,[jobid,N],wind=wind, elem=elem,inpath=inpath,suf=suf)
loaded=False
while not loaded:
try:
stack=np.load(inpath+'stackPF.npy').tolist()
loaded=True
except IOError:
print 'IOError'
core.wait(1)
wind.close()
def triggerAndLog( trigCode, id_str, major_inc, minor_inc, payload, trigDuration=10 ):
''' Parallel port code, LSL and test logging. '''
global paraport
global lsl_outlet_marker
global USE_LSL
global startTime
id_str = str(id_str)
major_inc = "{:02d}".format(major_inc)
minor_inc = "{:02d}".format(minor_inc)
payload = string.replace( payload, '\t', '_' )
outstr = '\t'.join([str((datetime.utcnow() - startTime).total_seconds()), str(trigCode), id_str, major_inc, minor_inc, payload])
# outstr = str( (datetime.utcnow() - startTime).total_seconds() ) + '\t' + str(trigCode) + '\t' + id_str + '\t' + major_inc + '\t' + minor_inc + '\t' + payload
# Write string to log and also send to LSL outlet
logThis(outstr)
if triggers:
windll.inpout32.Out32(paraport, trigCode)
core.wait( trigDuration/1000.0, hogCPUperiod = trigDuration/1000.0 ) # <-- add this for parallel triggering
windll.inpout32.Out32(paraport, portCodes['clear'] ) # <-- add this for parallel triggering
if USE_LSL:
lsl_outlet_marker.push_sample([trigCode])
def metronome_alone(): stim_win.flip() core.wait(stim_interval) metronome(cvc_slow_rate) metronome(cvc_faster_rate) metronome(cvc_faster_rate) metronome(cvc_faster_rate)
def wait_get_response(p, clock, oddball, wait_time):
"""Get response info specific to this experiment."""
check_clock = core.Clock()
good_resp = False
corr, response, resp_rt = 0, 0, -1
while not good_resp:
keys = event.getKeys(timeStamped=clock)
for key, stamp in keys:
if key in p.quit_keys:
print "Subject quit execution"
core.quit()
elif key in p.match_keys:
corr = 0 if oddball else 1
response = 1
resp_rt = stamp
good_resp = True
break
elif key in p.nonmatch_keys:
corr = 1 if oddball else 0
response = 2
resp_rt = stamp
good_resp = True
break
event.clearEvents()
# Possibly exit with nothing
if check_clock.getTime() >= wait_time:
return corr, response, resp_rt
# Wait the rest of the time
core.wait(wait_time - resp_rt)
return corr, response, resp_rt
def tapping_exp(win, randid ,hand='r'):
if hand == 'l':
keylist = LH_TAPPING_KEYLIST
else:
keylist = RH_TAPPING_KEYLIST
#create some stimuli
circle = visual.ImageStim(win=win, image=circle_image_path, pos=SA_circle_pos)
#draw the stimuli and update the window
stim_times = []
for i in range(int(ST_repetition_times)):
#Escribimos el circulo
circle.draw()
#Enviamos la pantalla con el circulo
win.flip()
#Tomamos el tiempo en el que fue enviado
stim_times.append(core.getTime())
#Lo mostramos por "ST_duration_time" segundos
core.wait(ST_duration_time)
#Mandamos pantalla en blanco
win.flip()
#Mostramos pantalla en blanco por "ST_interval_time" segundos.
core.wait(ST_interval_time)
#Vemos cuando fueron apretadas las teclas
user_times = event.getKeys(keyList=keylist, timeStamped = True)
return stim_times, user_times
def arrow_exp(win, randid ,hand='r'):
if hand == 'l':
keylist = LH_ARROWS_KEYLIST
else:
keylist = RH_ARROWS_KEYLIST
#Create our stimuli
arrow = visual.ImageStim(win=win, image=arrow_image_path, pos=ST_arrow_pos)
stim_times = []
for i in range(int(SA_repetition_times)):
#Escribimos el circulo
arrow.size*= -1 #(hack ;) )
arrow.draw()
#Enviamos la pantalla con el circulo
win.flip()
#Tomamos el tiempo en el que fue enviado
stim_times.append(core.getTime())
#Lo mostramos por "SA_duration_time" segundos
core.wait(SA_duration_time)
#Mandamos pantalla en blanco
win.flip()
#Mostramos pantalla en blanco por "SA_interval_time" segundos.
core.wait(SA_interval_time)
#Vemos cuando fueron apretadas las teclas
user_times = event.getKeys(keyList=keylist, timeStamped = True)
return stim_times, user_times
def record(self, sec, file='', block=True):
"""Capture sound input for duration <sec>, save to a file.
Return the path/name to the new file. Uses onset time (epoch) as
a meaningful identifier for filename and log.
"""
while self.recorder.running:
pass
self.duration = float(sec)
self.onset = core.getTime() # note: report onset time in log, and use in filename
logging.data('%s: Record: onset %.3f, capture %.3fs' %
(self.loggingId, self.onset, self.duration) )
if not file:
onsettime = '-%.3f' % self.onset
self.savedFile = onsettime.join(os.path.splitext(self.wavOutFilename))
else:
self.savedFile = os.path.abspath(file).strip('.wav') + '.wav'
t0 = core.getTime()
self.recorder.run(self.savedFile, self.duration, self.sampletype)
self.rate = sound.pyoSndServer.getSamplingRate()
if block:
core.wait(self.duration - .0008) # .0008 fudge factor for better reporting
# actual timing is done by Clean_objects
logging.exp('%s: Record: stop. %.3f, capture %.3fs (est)' %
(self.loggingId, core.getTime(), core.getTime() - t0) )
else:
logging.exp('%s: Record: return immediately, no blocking' %
(self.loggingId) )
return self.savedFile
def general_trigger(port, code):
if exp['use trigger']:
core.wait(0.05)
onflip_work(port, code=code)
stim['window'].flip()
core.wait(0.05)
clear_port(port)
def run(self):
self.running = True
if self.skip:
for i in range(int(self.skip)):
if self.playSound: # pragma: no cover
self.sound1.play()
self.sound2.play()
# emulate T1 stabilization without data collection
core.wait(self.TR, hogCPUperiod=0)
self.clock.reset()
for vol in range(1, self.volumes + 1):
if self.playSound: # pragma: no cover
self.sound1.play()
self.sound2.play()
if self.stopflag:
break
# "emit" a sync pulse by placing a key in the buffer:
event._onPygletKey(symbol=self.sync, modifiers=0,
emulated=True)
# wait for start of next volume, doing our own hogCPU for
# tighter sync:
core.wait(self.timesleep - self.hogCPU, hogCPUperiod=0)
while self.clock.getTime() < vol * self.TR:
pass # hogs the CPU for tighter sync
self.running = False
return self
def _record(self, sec, filename='', block=True):
while self.recorder.running:
pass
self.duration = float(sec)
self.onset = core.getTime() # for duration estimation, high precision
self.fileOnset = core.getAbsTime() # for log and filename, 1 sec precision
logging.data('%s: Record: onset %d, capture %.3fs' %
(self.loggingId, self.fileOnset, self.duration) )
if not file:
onsettime = '-%d' % self.fileOnset
self.savedFile = onsettime.join(os.path.splitext(self.wavOutFilename))
else:
self.savedFile = os.path.abspath(filename).strip('.wav') + '.wav'
t0 = core.getTime()
self.recorder.run(self.savedFile, self.duration, **self.options)
self.rate = sound.pyoSndServer.getSamplingRate()
if block:
core.wait(self.duration, 0)
logging.exp('%s: Record: stop. %.3f, capture %.3fs (est)' %
(self.loggingId, core.getTime(), core.getTime() - t0) )
while self.recorder.running:
core.wait(.001, 0)
else:
logging.exp('%s: Record: return immediately, no blocking' %
(self.loggingId) )
return self.savedFile
def run(self):
self.repmom= 0
self.chradius=0.65/2.0
if self.block==0:
NT= 3; temp=[]
for n in range(NT): temp.append(np.ones(self.nrtrials/NT)*n)
self.trialType=np.concatenate(temp)
self.trialType=self.trialType[np.random.permutation(self.nrtrials)]
elif self.block==1:
self.trialType=np.zeros(self.nrtrials)
else:
self.trialType=np.ones(self.nrtrials)
self.chaser=HeatSeekingChaser(Q.nrframes,[18,18],(0,0),Q.pDirChange[1],Q.aSpeed,Q.phiRange[1],True)
self.chaser.vis=visual.Circle(self.wind,radius=self.chradius,fillColor='red',lineColor='red',interpolate=False)
self.pnt1=visual.Circle(self.wind,radius=self.chradius,fillColor='green',lineColor='green',interpolate=False)
#stuff=[visual.Line(self.wind,start=[-0.2,0],end=[0.2,0],units='deg'),visual.Line(self.wind,start=[0,-0.2],end=[0,0.2],units='deg')]
self.pnt2=visual.ShapeStim(self.wind,
vertices=[(-0.5,0),(-0,0),(0,0.5),(0,0),(0.5,0),(0,-0),(0,-0.5),(-0,0), (-0.5,0)],
closeShape=False,lineColor='white',interpolate=False)
self.mouse=visual.CustomMouse(self.wind, leftLimit=-9,rightLimit=9,showLimitBox=True,
topLimit=9,bottomLimit=-9,pointer=self.pnt2)
Experiment.run(self,prefix='')
self.text1.setText(u'Der Block ist nun zu Ende.')
self.text1.draw()
self.wind.flip()
core.wait(10)
self.output.close()
self.wind.close()
def showForXSec(self, text, sec):
"""
Show text for a given amount of seconds.
"""
self._display(text)
core.wait(sec)
def test_write(self):
win = visual.Window([600,400], units='height')
svg = exp.SVG(win, filename='stims')
circle = visual.Circle(win, pos=(-.5,0), fillColor='yellow', lineColor=None)
circle.draw()
svg.write(circle)
line = visual.Line(win, pos=(0,0), lineColor='black', lineWidth=5)
line.draw()
svg.write(line)
rect = visual.Rect(win, height=.8, pos=(.5,0))
rect.draw()
svg.write(rect)
shape = visual.ShapeStim(win, fillColor='blue', opacity=.5)
shape.draw()
svg.write(shape)
text = visual.TextStim(win, pos=(.5,0.25))
text.draw()
svg.write(text)
thick = exp.ThickShapeStim(win, vertices=[(-.5,.5),(.5,-.5)], lineWidth=.01)
thick.draw()
svg.write(thick)
win.flip()
#win.getMovieFrame()
#win.saveMovieFrames('stims.png')
#svg.save()
core.wait(5)
def fixation_screen(myClock, waittime=1):
fixation.draw()
win.logOnFlip(level=logging.EXP, msg='fixation cross on screen') #new log haoting
win.flip()
fixStart = myClock.getTime() #fixation cross onset
core.wait(waittime)
return fixStart
def test_Speech2Text(self):
pytest.skip() # google speech API gives Error 400: Bad request
try:
web.requireInternetAccess()
except web.NoInternetAccessError:
pytest.skip()
# load a known sound file
testFile = join(self.tmp, 'red_16000.wav')
gs = Speech2Text(filename=testFile)
resp = gs.getResponse()
assert resp.word == 'red'
# test batch-discover files in a directory
tmp = join(self.tmp, 'tmp')
os.mkdir(tmp)
shutil.copy(testFile, tmp)
bs = BatchSpeech2Text(files=tmp)
bs = BatchSpeech2Text(files=glob.glob(join(self.tmp, 'red_*.wav')))
while bs._activeCount():
core.wait(.1, 0)
resp = bs[0][1]
assert 0.6 < resp.confidence < 0.75 # 0.68801856
assert resp.word == 'red'
def onFlip(stimName, logName):
"send trigger on flip, set keyboard clock, and save timepoint"
trigger.send(stimName)
kb.clock.reset(
) # this starts the keyboard clock as soon as stimulus appears
datalog[logName] = mainClock.getTime()
##############
# Introduction
##############
# Display overview of session
screen.show_overview()
core.wait(CONF["timing"]["overview"])
# Optionally, display instructions
if CONF["showInstructions"]:
screen.show_instructions()
key = event.waitKeys()
quitExperimentIf(key[0] == 'q')
eyetracker.start_recording(
os.path.join(CONF["participant"], CONF["task"]["name"], CONF["session"]))
#################
# Main experiment
#################
mwtTimer = core.CountdownTimer(CONF["task"]["duration"])
trials.addData("Switch_pass", trials_after_switch)
if positions[trial] == 0:
gratings[0].pos = (
dist_to_center, 0
) #position 1: vertical grating right, horizontal left
gratings[1].pos = (-dist_to_center, 0)
else:
gratings[0].pos = (
-dist_to_center, 0
) #position 2: vertical grating left, horizontal right
gratings[1].pos = (dist_to_center, 0)
fixation.draw()
window.flip()
core.wait(2)
event.clearEvents(eventType="keyboard")
my_clock.reset()
while my_clock.getTime() < .2:
fixation.draw()
gratings[0].draw()
gratings[1].draw()
window.flip()
fixation.draw()
window.flip()
response = event.waitKeys(keyList=["f", "j", "escape"])
if response[0] == "escape":
win.flip()
n = 1
for char in char_intro_order:
temp_instr = visual.TextStim(win,
instr[n] + char,
color='black',
pos=(0, 0.3))
char_stim = Image.open(
char_dir + [i for i in os.listdir(char_dir) if i.startswith(char)][0])
char_stim.thumbnail(item_size, Image.ANTIALIAS)
char_stim = visual.ImageStim(win, char_stim, pos=[0, -0.2])
temp_instr.draw()
char_stim.draw()
win.update()
core.wait(time_intro)
win.flip()
n = n + 1
# Example of encoding presentation
"""temp_instr = visual.TextStim(win, instr[12], color='black', pos=[0,0])
temp_instr.draw()
win.update()
event.waitKeys(keyList=['space'])
win.flip()"""
"""
temp_instr = visual.TextStim(win, instr[13], color='black', pos=[0,0.7])
temp_instr.draw()
scene_stim = scene_dir+'example.png'
item_stim = Image.open(item_dir+'books.png')
item_stim.thumbnail(item_size, Image.ANTIALIAS)
def runTestTrial(self,
trialType,
trialNumber,
curTrial,
updateScore,
updateEveryXTrials,
totalScore,
runningScore,
feedback,
feedback2="none"):
setAndPresentStimulus(self.win, [
self.background, self.score, self.treasurePic, self.clockFrame,
self.clockCenter, self.startPrompt
])
event.waitKeys(keyList=['space'])
curTrial['header'] = self.header
#reset clock hand
self.clockHand.ori = int(curTrial['angle'])
#base stimulus array
baseStims = [
self.background, self.score, self.treasurePic, self.clockFrame,
self.clockCenter, self.clockHand
]
promptStims = baseStims + [self.textPrompt, self.textPrompt2]
#draw clock
setAndPresentStimulus(self.win, promptStims)
if trialType == "test":
#responded=False
timer = core.Clock()
label = self.enterText(promptStims, 1, self.timeoutTime)
RT = timer.getTime() * 1000
elif trialType == "name":
timer = core.Clock()
label = self.enterText(promptStims, 1, self.learnTimeoutTime)
RT = timer.getTime() * 1000
#while not responded:
# if self.myMouse.getPressed()[0]==1 and (numWheelTurnsUp>0 or numWheelTurnsDown>0):
# RT = timer.getTime()*1000
# responded=True
if trialType == "recordName":
RT = self.recordIt(self.runTimeVars['subjCode'] + "_" +
str(trialNumber) + "_" + curTrial['label'],
baseStims,
chunk=1024)
label = "NA"
core.wait(self.audioEndTime)
isRight = 'NA'
if trialType == "name":
isRight = 0
if label == curTrial['target']:
isRight = 1
curScore = 0
if trialType == "name":
if label == curTrial['target']:
curScore = self.namingScore
if trialType == "test":
if label in self.labelList:
curScore = int(curTrial[label])
curScore = int(
round(
curScore * (1 + (self.timeoutTime * 1000 - RT) /
(self.timeoutTime * 1000)), 0))
totalScore += curScore
runningScore += curScore
#write runtime and indep variables
responses = [curTrial[_] for _ in curTrial['header']]
resp = 'NA'
#write dep variables
responses.extend(
[trialType, trialNumber, resp, label, isRight, RT, curScore])
writeToFile(self.outputFile,
responses,
separator='\t',
sync=True,
writeNewLine=True)
#feedback
if feedback == "yes":
#update feedback text
self.feedbackText.text = "+" + str(curScore)
self.feedbackLabel.text = "You entered: " + label
if not (label in self.labelList):
setAndPresentStimulus(
self.win, baseStims + [
self.feedbackText, self.feedbackLabel,
self.incorrLabelFeedback, self.treasurePicFeedback,
self.elfFeedback
])
else:
setAndPresentStimulus(
self.win, baseStims + [
self.feedbackText, self.feedbackLabel,
self.treasurePicFeedback, self.elfFeedback
])
core.wait(self.feedbackTime)
elif feedback == "partial":
self.feedbackLabel.text = "You entered: " + label
if not (label in self.labelList):
setAndPresentStimulus(
self.win,
baseStims + [self.feedbackLabel, self.incorrLabelFeedback])
else:
setAndPresentStimulus(self.win,
baseStims + [self.feedbackLabel])
core.wait(self.feedbackTime)
if feedback2 == "cumulative":
#update feedback text
self.feedbackText.text = "+" + str(runningScore)
self.feedback2Text.text = "You helped the elves collect " + str(
runningScore) + " treasure coins on your last " + str(
self.numFeedbackBlocks) + " hunts combined."
setAndPresentStimulus(
self.win, baseStims + [
self.feedbackText, self.feedback2Text,
self.treasurePicFeedback, self.elfFeedback
])
core.wait(self.feedback2Time)
endTrialStims = [
self.background, self.clockFrame, self.clockCenter, self.score,
self.treasurePic
]
self.textBoxEntry.text = ""
if int(updateScore) == 1 and trialNumber % updateEveryXTrials == 0:
self.score.text = str(totalScore)
setAndPresentStimulus(self.win, endTrialStims)
core.wait(self.ITI)
return [curScore, totalScore, runningScore]
def runLearningTrial(self,
trialType,
trialNumber,
curTrial,
totalScore,
labelFeedback=0,
feedback=True):
curTrial['header'] = self.header
#reset clock hand
self.clockHand.ori = int(curTrial['angle'])
#set label choices
if trialType == "name" and labelFeedback == 0:
self.learnPrompt.text = 'This direction is called ' + curTrial[
'target']
elif trialType == "name" and labelFeedback == 1:
self.learnPrompt.text = 'What is this direction called?'
elif trialType == "pairLearn":
self.learnPrompt.text = curTrial['left'] + " or " + curTrial[
'right'] + '?'
elif trialType == "finalName":
self.learnPrompt.text = 'What is this direction called?'
#base stimulus array
baseStims = [
self.background, self.clockFrame, self.clockCenter, self.clockHand,
self.learnPrompt, self.learnResponseInfo
]
#enter text response
timer = core.Clock()
label = self.enterText(baseStims, 0)
RT = timer.getTime() * 1000
#check if correct
isRight = int(curTrial['target'] == label)
#write runtime and indep variables to
responses = [curTrial[_] for _ in curTrial['header']]
resp = "NA"
#write dep variables
responses.extend(
[trialType, trialNumber, resp, label, isRight, RT, totalScore])
writeToFile(self.outputFile,
responses,
separator='\t',
sync=True,
writeNewLine=True)
if feedback:
#feedback
if isRight == 1:
feedbackColor = "green"
totalScore += 1
feedbackSound = "bleep"
else:
feedbackColor = "red"
feedbackSound = "buzz"
self.textBoxInner.color = feedbackColor
self.textBoxEntry.text = label
#draw clock with feedback on response
stimArray = [
self.background, self.clockFrame, self.clockCenter,
self.clockHand, self.learnPrompt, self.learnResponseInfo,
self.textBoxOuter, self.textBoxInner, self.textBoxEntry
]
if labelFeedback == 1 and isRight == 0:
self.labelFeedbackText.text = "The correct label is " + curTrial[
'target']
stimArray = stimArray + [self.labelFeedbackText]
setAndPresentStimulus(self.win, stimArray)
#play feedback sound
playAndWait(self.sounds[feedbackSound])
core.wait(self.learnFeedbackTime)
#flip screen
setAndPresentStimulus(
self.win, [self.background, self.clockFrame, self.clockCenter])
core.wait(self.ITI)
self.textBoxInner.color = "white"
self.textBoxEntry.text = ""
return totalScore
def runLearningTrial2AFC(self, trialType, trialNumber, curTrial,
totalScore):
curTrial['header'] = self.header
#reset clock hand
self.clockHand.ori = int(curTrial['angle'])
#set label choices
self.learningTextLeft.text = curTrial['left']
self.learningTextRight.text = curTrial['right']
#draw clock & options
setAndPresentStimulus(self.win, [
self.background, self.clockFrame, self.clockCenter, self.clockHand,
self.learningBoxOuterLeft, self.learningBoxInnerLeft,
self.learningBoxOuterRight, self.learningBoxInnerRight,
self.learningTextLeft, self.learningTextRight, self.learningPrompt,
self.learningResponseInfo
])
#get keyboard response
[resp, RT] = getKeyboardResponse(self.learningResponses, duration=0)
RT = RT * 1000
label = curTrial[resp]
#check if correct
isRight = int(curTrial['target'] == label)
#write runtime and indep variables to
responses = [curTrial[_] for _ in curTrial['header']]
#write dep variables
responses.extend(
[trialType, trialNumber, resp, label, isRight, RT, totalScore])
writeToFile(self.outputFile,
responses,
separator='\t',
sync=True,
writeNewLine=True)
#feedback
if isRight == 1:
feedbackColor = "green"
totalScore += 1
else:
feedbackColor = "red"
if resp == "left":
self.learningBoxInnerLeft.color = feedbackColor
else:
self.learningBoxInnerRight.color = feedbackColor
#draw clock with feedback on response
setAndPresentStimulus(self.win, [
self.background, self.clockFrame, self.clockCenter, self.clockHand,
self.learningBoxOuterLeft, self.learningBoxInnerLeft,
self.learningBoxOuterRight, self.learningBoxInnerRight,
self.learningTextLeft, self.learningTextRight, self.learningPrompt,
self.learningResponseInfo
])
core.wait(self.learnFeedbackTime)
#flip screen
setAndPresentStimulus(
self.win, [self.background, self.clockFrame, self.clockCenter])
core.wait(self.ITI)
self.learningBoxInnerLeft.color = "white"
self.learningBoxInnerRight.color = "white"
return totalScore
def init(rate=44100, stereo=True, buffer=128):
"""setup the pyo (sound) server
"""
global pyoSndServer, Sound, audioDriver, duplex, maxChnls
Sound = SoundPyo
global pyo
try:
assert pyo
except NameError: # pragma: no cover
import pyo
# can be needed for microphone.switchOn(), which calls init even
# if audioLib is something else
# subclass the pyo.Server so that we can insert a __del__ function that
# shuts it down skip coverage since the class is never used if we have
# a recent version of pyo
class _Server(pyo.Server): # pragma: no cover
# make libs class variables so they don't get deleted first
core = core
logging = logging
def __del__(self):
self.stop()
# make sure enough time passes for the server to shutdown
self.core.wait(0.5)
self.shutdown()
# make sure enough time passes for the server to shutdown
self.core.wait(0.5)
# this may never get printed
self.logging.debug('pyo sound server shutdown')
if '.'.join(map(str, pyo.getVersion())) < '0.6.4':
Server = _Server
else:
Server = pyo.Server
# if we already have a server, just re-initialize it
if 'pyoSndServer' in globals() and hasattr(pyoSndServer, 'shutdown'):
pyoSndServer.stop()
# make sure enough time passes for the server to shutdown
core.wait(0.5)
pyoSndServer.shutdown()
core.wait(0.5)
pyoSndServer.reinit(sr=rate,
nchnls=maxChnls,
buffersize=buffer,
audio=audioDriver)
pyoSndServer.boot()
else:
if sys.platform == 'win32':
# check for output device/driver
#todo: Throwing errors on one users' config https://discourse.psychopy.org/t/error-with-microphone-component-on-psychopy-2020/13168
devNames, devIDs = get_output_devices()
audioDriver, outputID = _bestDriver(devNames, devIDs)
if outputID is None:
# using the default output because we didn't find the one(s)
# requested
audioDriver = 'Windows Default Output'
outputID = pyo.pa_get_default_output()
if outputID is not None:
logging.info(u'Using sound driver: %s (ID=%i)' %
(audioDriver, outputID))
maxOutputChnls = pyo.pa_get_output_max_channels(outputID)
else:
logging.warning(
'No audio outputs found (no speakers connected?')
return -1
# check for valid input (mic)
# If no input device is available, devNames and devIDs are empty
# lists.
devNames, devIDs = get_input_devices()
audioInputName, inputID = _bestDriver(devNames, devIDs)
# Input devices were found, but requested devices were not found
if len(devIDs) > 0 and inputID is None:
defaultID = pyo.pa_get_default_input()
if defaultID is not None and defaultID != -1:
# default input is found
# use the default input because we didn't find the one(s)
# requested
audioInputName = 'Windows Default Input'
inputID = defaultID
else:
# default input is not available
inputID = None
if inputID is not None:
msg = u'Using sound-input driver: %s (ID=%i)'
logging.info(msg % (audioInputName, inputID))
maxInputChnls = pyo.pa_get_input_max_channels(inputID)
duplex = bool(maxInputChnls > 0)
else:
maxInputChnls = 0
duplex = False
# for other platforms set duplex to True (if microphone is available)
else:
audioDriver = prefs.hardware['audioDriver'][0]
maxInputChnls = pyo.pa_get_input_max_channels(
pyo.pa_get_default_input())
maxOutputChnls = pyo.pa_get_output_max_channels(
pyo.pa_get_default_output())
duplex = bool(maxInputChnls > 0)
maxChnls = min(maxInputChnls, maxOutputChnls)
if maxInputChnls < 1: # pragma: no cover
msg = (u'%s.init could not find microphone hardware; '
u'recording not available')
logging.warning(msg % __name__)
maxChnls = maxOutputChnls
if maxOutputChnls < 1: # pragma: no cover
msg = (u'%s.init could not find speaker hardware; '
u'sound not available')
logging.error(msg % __name__)
return -1
# create the instance of the server:
if sys.platform == 'darwin' or sys.platform.startswith('linux'):
# for mac/linux we set the backend using the server audio param
pyoSndServer = Server(sr=rate,
nchnls=maxChnls,
buffersize=buffer,
audio=audioDriver)
else:
# with others we just use portaudio and then set the OutputDevice
# below
pyoSndServer = Server(sr=rate, nchnls=maxChnls, buffersize=buffer)
pyoSndServer.setVerbosity(1)
if sys.platform == 'win32':
pyoSndServer.setOutputDevice(outputID)
if inputID is not None:
pyoSndServer.setInputDevice(inputID)
# do other config here as needed (setDuplex? setOutputDevice?)
pyoSndServer.setDuplex(duplex)
pyoSndServer.boot()
core.wait(0.5) # wait for server to boot before starting the sound stream
pyoSndServer.start()
# atexit is filo, will call stop then shutdown upon closing
atexit.register(pyoSndServer.shutdown)
atexit.register(pyoSndServer.stop)
try:
Sound() # test creation, no play
except pyo.PyoServerStateException:
msg = "Failed to start pyo sound Server"
if sys.platform == 'darwin' and audioDriver != 'portaudio':
msg += "; maybe try prefs.general.audioDriver 'portaudio'?"
logging.error(msg)
core.quit()
logging.debug('pyo sound server started')
logging.flush()
# that is actually stimulated (this is typically a square at the centre of
# the screen, flanked by unstimulated areas on the left and right side).
aryFrames = np.zeros((pixCover, pixCover, NrOfVols), dtype=np.int16)
# Make sure that pixCover is of interger type:
pixCover = int(np.around(pixCover))
# Counter for screenshots:
idxFrame = 0
# %%
"""RENDER_LOOP"""
# Create Counters
i = 0
# give the system time to settle
core.wait(1)
if not (lgcLogMde):
# wait for scanner trigger
triggerText.draw()
myWin.flip()
event.waitKeys(keyList=['5'], timeStamped=False)
# reset clocks
clock.reset()
logging.data('StartOfRun' + unicode(expInfo['run']))
while clock.getTime() < totalTime: # noqa
# get key for motion direction
keyPos = Conditions[i, 0]
timeWithLabjack = True
maxReps = 100
# setup labjack U3
ports = u3.U3()
ports.__del__ = ports.close # try to autoclose the ports if script crashes
# get zero value of FIO6
startVal = ports.getFIOState(6) # is FIO6 high or low?
print('FIO6 is at', startVal, end='')
print('AIN0 is at', ports.getAIN(0))
if timeWithLabjack:
print('OS\tOSver\taudioAPI\tPsychoPy\trate\tbuffer\tmean\tsd\tmin\tmax')
snd = sound.Sound(1000, secs=0.1)
core.wait(2) # give the system time to settle?
delays = []
nReps = 0
while True: # run the repeats for this sound server
if event.getKeys('q'):
core.quit()
nReps += 1
# do this repeatedly for timing tests
ports.setFIOState(4, 0) # start FIO4 low
# draw black square
stim.draw()
win.flip()
if not timeWithLabjack:
# wait for a key press
stimuli.setImage(exp_info['training stimuli directory'] + '\stim15_' +
dino + '.jpg') # sets the stimuli
stimuli.draw()
win.flip()
press = event.waitKeys(keyList=['a', 'l'])
RT = trial_clock.getTime()
RTs.append(str(RT)) # logs RT
feedback_text = visual.TextStim(win, height=20, color='white')
if ((press[0] == 'a') & (dino in ffpA)) | (
(press[0] == 'l') &
(dino in ffpB)): # checks if the answer was correct
feedback_text.setText(
feedback[0]) # sets the feedback massage to correct
feedback_text.draw()
win.flip()
core.wait(0.5)
answers.append('1') # logs that it was correct
else:
feedback_text.setText(
feedback[1]) # sets feedback massage to incorrect
feedback_text.draw()
win.flip()
core.wait(0.5)
answers.append('0') # logs that it was incorrect
order = [i for i in range(1, (3 * len(ffp)) + 1)
] # makes a list of the numbers from 1 to the length of the training
log = zip(
order, training_presented, answers, RTs
) # puts together the order number, the code, the hit and the RT for each training stimuli
#test
def show_instructions():
title.setAutoDraw(True)
instrText.setText(instructions1)
instrText.setAutoDraw(True)
win.flip()
#core.wait(20)
instrKey.setText("PRESS 2 [pointer finger] to continue")
instrKey.draw()
win.flip()
event.waitKeys(keyList=['2'])
instrText.setText(instructions2)
win.flip()
#core.wait(20)
instrKey.setText("PRESS 3 [middle finger] to begin...")
instrKey.draw()
win.flip()
event.waitKeys(keyList=['3'])
instrText.setAutoDraw(False)
p1_ticker = "."
p3_ticker = "."
p1_ticker_end = 120
p3_ticker_end = 425
title.setText('Joining VBT Game Room')
instr_p1.setText("PLAYER 1: Wating for player to join")
instr_p2.setText("PLAYER 2: Welcome %s" % player_name)
instr_p3.setText("PLAYER 3: Wating for player to join")
instr_p1.setAutoDraw(True)
instr_p2.setAutoDraw(True)
instr_p3.setAutoDraw(True)
p1_tick.setAutoDraw(True)
p3_tick.setAutoDraw(True)
win.flip()
for tick in range(500):
if tick == p1_ticker_end:
instr_p1.setText("PLAYER 1: Welcome %s" % player1_name)
p1_tick.setAutoDraw(False)
elif tick == p3_ticker_end:
instr_p3.setText("PLAYER 3: Welcome %s" % player3_name)
p3_tick.setAutoDraw(False)
else:
if tick % 10 == 0:
p1_ticker = p1_ticker + "."
if len(p1_ticker) > 6:
p1_ticker = ""
if tick % 12 == 0:
p3_ticker = p3_ticker + "."
if len(p3_ticker) > 6:
p3_ticker = ""
if tick < p1_ticker_end:
p1_tick.setText(p1_ticker)
if tick < p3_ticker_end:
p3_tick.setText(p3_ticker)
win.flip()
core.wait(2)
title.setAutoDraw(False)
instr_p1.setAutoDraw(False)
instr_p2.setAutoDraw(False)
instr_p3.setAutoDraw(False)
def run_block(N, features, phase, task):
""" Run the experiment for a trial list """
global cumulative_trials
trials = make_trials(N, features, phase, task)
# Show instruction
N_text.text = instructions['N'] % (N, 'sekvenser' if N > 1 else 'sekvens')
draw_trial(trials[0], targets=False)
# Show task instructions.
if phase != 'training':
show_instruction(instructions[task])
else:
# During training, the instructions have already been shown.
show_instruction(instructions['training_start'])
# Show trials
for trial in trials:
# Prepare stimuli
draw_trial(trial)
figure = figure_stims[trial['figure']]
figure.fillColor = trial['color']
figure.pos = grid_coords[trial['position']]
figure.draw()
# Show it
win.flip()
if trial['sound_tested']:
sounds[trial['sound']].play()
clock.reset()
event.clearEvents()
# Control stimulus offset and responses
flipped = False
while clock.getTime() < RESPONSE_WINDOW[trial['factor']]:
# Stimulus offset
if clock.getTime() > VISUAL_DURATION and not flipped:
draw_trial(trial)
win.flip()
flipped = True
# Collect response and score it
if DIALOGUE['simulate'] == 'no':
responses = event.getKeys(keyList=RESPONSE_KEYS.keys())
else:
responses = [random.choice(list(RESPONSE_KEYS.keys()))]
if responses:
for response in responses:
response_feature = RESPONSE_KEYS[response]
if response_feature in features:
trial[response_feature + '_response'] = 1
trial[response_feature + '_score'] = int(
trial[response_feature + '_target'] == 1)
draw_trial(trial)
win.flip()
# Save on computer ressources. RT is not important
core.wait(0.1, hogCPUperiod=0)
# End of trial. Check for CR and misses
for feature in features:
if trial[feature + '_response'] == '':
trial[feature + '_response'] = 0
trial[feature + '_score'] = int(
trial[feature + '_target'] == trial[feature + '_response'])
# Save this trial immediately
writer.write(trial)
writer.flush()
# ... and give feedback
draw_trial(trial)
win.flip()
core.wait(FEEDBACK_DURATION)
# Quit and count
cumulative_trials += 1
if event.getKeys(keyList=QUIT_KEYS):
nice_quit()
# Performance summary after each training block
if phase == 'training':
show_training_feedback(trials, features)
lineWidth=900,
closeShape=False,
lineColor='red')
# Wait for trigger
out = event.waitKeys(maxWait=inf, keyList=['5'], timeStamped=True)
# Reset Clock
globalClock = core.Clock()
logging.setDefaultClock(globalClock)
#First RED Cross
currWindow.logOnFlip('', level=logging.EXP + 1)
cross.draw()
currWindow.flip()
core.wait(infos['durRest'])
# Read Keys while RED Cross
if 'escape' in event.getKeys(keyList=['1', '2', '3', '4', 'escape'],
timeStamped=globalClock):
logging.flush()
core.quit()
mean = []
correctSeq = []
for nblock in range(0, infos['nbBlocks']):
#StartPerformance
currWindow.logOnFlip(str(nblock), level=logging.EXP + 2)
cross.setLineColor('green')
"psychopy_monitor_name":
psychopy_mon_name,
"mcu.iosync.MCU":
dict(serial_port='auto', monitor_event_types=[
'DigitalInputEvent',
]),
"experiment_code":
exp_code,
"session_code":
sess_code
}
io = launchHubServer(**iohub_config)
mcu = io.devices.mcu
kb = io.devices.keyboard
core.wait(0.5)
mcu.enableEventReporting(True)
io.clearEvents("all")
while not kb.getEvents():
mcu_events = mcu.getEvents()
for mcu_evt in mcu_events:
print '{0}\t{1}'.format(mcu_evt.time, mcu_evt.state)
core.wait(0.002, 0)
io.clearEvents('all')
except Exception:
import traceback
traceback.print_exc()
finally:
if mcu:
mcu.enableEventReporting(False)
if io:
event.waitKeys(keyList=['space'])
event.clearEvents()
clk = core.Clock()
for i in range(len(trial_set)):
for j in range(33):
# 开始记录眼动数据
getEYELINK().startRecording(1, 1, 1, 1)
# 如果记录的是双眼的数据则改为记录左眼；
eye_used = getEYELINK().eyeAvailable()
if eye_used == RIGHT_EYE:
getEYELINK().sendMessage("EYE_USED 1 RIGHT")
elif eye_used == LEFT_EYE or eye_used == BINOCULAR:
getEYELINK().sendMessage("EYE_USED 0 LEFT")
eye_used = LEFT_EYE
core.wait(0.1)
startTime = currentTime()
getEYELINK().sendMessage("SYNCTIME %d" % (currentTime() - startTime))
k = 33*i + j
# 数据
p_v = trial_set[i][j]['p']
x1, x2 = trial_set[i][j]['v']
message = "record_status_message 'Trial n%s, p:%s, x:%s, y:%s'" % (k, p_v, x1, x2)
getEYELINK().sendCommand(message)
msg = "TRIALID p:%s. x:%s. y:%s, n:%s" % (p_v, x1, x2, k)
getEYELINK().sendMessage(msg)
sure_reward = trial_set[i][j]['sure_reward']
np.random.shuffle(sure_reward)
# 注视点
fix.draw()
try:
ser = serial.Serial('/dev/tty.KeySerial1', 9600, timeout=1)
ser.write('0')
time.sleep(0.1)
ser.write('255')
ser.close()
except:
print("SCANNER NOT TRIGGERED")
pass
# end of trigger code
logging.log(level=logging.DATA, msg="START")
# 8 sec disdaq
fixation.setText("+")
fixation.draw()
win.flip()
core.wait(8)
round = 1
play_round()
holder = 1
round = 2
play_round()
goodbye.setText("Game Over!\nThanks for playing %s." % player_name)
goodbye.draw()
win.flip()
core.wait(7.5)
logging.log(level=logging.DATA, msg="END")
def cycleThroughExperimentTrials(self,
whichPart): #CHECK OUT PRACTICE STUFF
curTrialIndex = 0
if whichPart == 'practice':
for curTrial in self.practTrialList:
if curTrialIndex == 0:
waitingAnimation(currentExp.win, color="PowderBlue")
if curTrialIndex > 0 and curTrialIndex % self.experiment.takeBreakEveryXTrials == 0:
showText(
self.experiment.win,
self.experiment.takeBreak,
color=(-1, -1, -1),
inputDevice=self.experiment.inputDevice) #take a break
waitingAnimation(currentExp.win, color="PowderBlue")
setAndPresentStimulus(self.experiment.win, [self.fixSpot])
core.wait(1)
setAndPresentStimulus(self.experiment.win, [self.fixSpotReady])
core.wait(.5)
setAndPresentStimulus(self.experiment.win, [self.fixSpotPlay])
self.showTestTrial(curTrial, curTrialIndex, whichPart)
curTrialIndex += 1
self.experiment.win.flip()
core.wait(.2)
#self.experiment.eventTracker.close()
#self.experiment.testFile.close()
elif whichPart == 'experiment':
for curTrial in self.trialList:
if curTrialIndex == 0:
waitingAnimation(currentExp.win, color="PowderBlue")
if curTrialIndex > 0 and curTrialIndex % self.experiment.takeBreakEveryXTrials == 0:
showText(
self.experiment.win,
self.experiment.takeBreak,
color=(-1, -1, -1),
inputDevice=self.experiment.inputDevice) #take a break
waitingAnimation(currentExp.win, color="PowderBlue")
setAndPresentStimulus(self.experiment.win, [self.fixSpot])
core.wait(1)
setAndPresentStimulus(self.experiment.win, [self.fixSpotReady])
core.wait(.5)
setAndPresentStimulus(self.experiment.win, [self.fixSpotPlay])
self.showTestTrial(curTrial, curTrialIndex, whichPart)
curTrialIndex += 1
self.experiment.win.flip()
core.wait(.2)
self.experiment.eventTracker.close()
self.experiment.testFile.close()
remaining_bubbles = list(all_bubbles)
# start trial
el.trial(trial_num)
#load and show stimulus
img_num = subject_number
stim = visual.SimpleImageStim(
surf,
image=path_to_fixdur_files + 'stimuli/multi_bubble_images/' +
bubble_image + '/' + bubble_image + '_' + str(img_num) + '.png')
stim.draw(surf)
p.setData(int(5))
surf.flip()
p.setData(int(7))
core.wait(0.07) ####
p.setData(int(10))
#metainfos for tracker
el.trialmetadata('BUBBLE_IMAGE', bubble_image)
el.trialmetadata("forced_fix_onset", -1)
el.trialmetadata("stimulus_onset", -1)
el.trialmetadata("saccade_offset", -1)
el.trialmetadata("DISPLAYED_BUBBLES", -1)
el.trialmetadata("CHOSEN_BUBBLE", -1)
el.trialmetadata('BUBBLE_DISPLAY_TIME', 6000)
#fill meta_data
subtrial_list = [{
'trial': trial_num,
'img': bubble_image,
'img_num': img_num
def run_trial(self, rot, cond, count):
# for negative start values in staircases, because *.par files only give abs values
if cond['label'].endswith('m'):
rot = -rot
# set two reference
left = cond['leftRef']
right = cond['rightRef']
leftRef = self.patch_ref(left)
leftRef.pos = self.cfg['leftRef.pos']
rightRef = self.patch_ref(right)
rightRef.pos = self.cfg['rightRef.pos']
# set colors of two stimuli
standard = cond['standard'] # standard should be fixed
test = standard + rot
sPatch = self.patch_stim()
tPatch = self.patch_stim()
sPatch.colors, tPatch.colors = self.choose_con(standard, test)
# randomly assign patch positions: upper (+) or lower (-)
patchpos = [self.cfg['standard.ylim'], self.cfg['test.ylim']]
rndpos = patchpos.copy()
np.random.shuffle(rndpos)
sPatch.xys = self.patch_pos(self.cfg['standard.xlim'], rndpos[0])
tPatch.xys = self.patch_pos(self.cfg['test.xlim'], rndpos[1])
# fixation cross
fix = visual.TextStim(self.win,
text="+",
units='deg',
pos=[0, 0],
height=0.4,
color='black',
colorSpace=self.ColorSpace)
# number of trial
num = visual.TextStim(self.win,
text="trial " + str(count),
units='deg',
pos=[12, -10],
height=0.4,
color='black',
colorSpace=self.ColorSpace)
trial_time_start = time.time()
# first present references for 0.5 sec
fix.draw()
num.draw()
leftRef.draw()
rightRef.draw()
self.win.flip()
core.wait(0.5)
# then present the standard and the test stimuli as well for 1 sec
fix.draw()
num.draw()
leftRef.draw()
rightRef.draw()
sPatch.draw()
tPatch.draw()
self.win.flip()
if self.trial_dur:
# show stimuli for some time
core.wait(self.trial_dur)
# refresh the window, clear references and stimuli
num.draw()
self.win.flip()
# get response
judge = None
while judge is None:
allkeys = event.waitKeys()
for key in allkeys:
if (key == 'left' and rot * rndpos[0][0] > 0) or (
key == 'right' and rot * rndpos[0][0] < 0):
judge = 1 # correct
thiskey = key
elif (key == 'left' and rot * rndpos[0][0] < 0) or (
key == 'right' and rot * rndpos[0][0] > 0):
judge = 0 # incorrect
thiskey = key
elif key == 'escape':
breakinfo = 'userbreak'
# xrl.add_break(breakinfo)
config_tools.write_xrl(self.subject,
break_info='userbreak')
core.quit()
trial_time = time.time() - trial_time_start
return judge, thiskey, trial_time
}
io=launchHubServer(**iohub_config)
mcu=io.devices.mcu
kb=io.devices.keyboard
ain=io.devices.ain
experiment=io.devices.experiment
mcu.setDigitalOutputByte(0)
mcu.enableEventReporting(True)
ain.enableEventReporting(True)
delay_offset=ain.getDelayOffset()
print()
print('>> Running test using a delay_offset of',delay_offset)
print('>> Please wait.')
print()
core.wait(1.0)
mcu.getRequestResponse()
io.clearEvents("all")
response_times=[]
for i,c in enumerate(ttl_bytes):
ain_channel_name='AI_%d'%c
v=np.power(2,c)
r=mcu.setDigitalOutputByte(v)
dout_id=r['id']
found_analog_trigger=False
found_dout_response=False
stime=getTime()
ai_event_results[i,:]=0.0
while getTime()-stime < 2.0:
if found_analog_trigger is False:
ai_events=ain.getEvents(asType='dict')
display_message(myWin, display_text, fix_MSG)
display_text.setText(
"Please press s for short, and l for long to judge the oddball duration against the standard"
)
for ix, dur in enumerate(possibleOddballDurations):
print(oddBallType[ix])
if oddBallType[ix] == 0:
oddBallStim = loomingStim
elif oddBallType[ix] == 1:
oddBallStim = starStim
elif oddBallType[ix] == 2:
oddBallStim = redStim
fixation.setAutoDraw(True)
myWin.flip()
core.wait(1)
for num in range(1, randint(7, 12)):
theta = random.uniform(0, 359) * np.pi / 180
standardStim.setPos([
eccentricity[ix] * np.cos(theta), eccentricity[ix] * np.sin(theta)
])
standardStim.setAutoDraw(True)
myWin.flip()
omega = .01
direction = np.random.choice([-1, 1])
changeDirection = np.random.choice([0, 1])
changeDirection = random.randint(10, 64)
standardBallClock.reset()
counter = 0
#core.wait(Durations) #Standard stimuli for a duration of 1050msec
while standardBallClock.getTime() < Durations:
def showTestTrial(self, curTrial, trialIndex, whichPart):
#s=sound.Sound(self.soundMatrix[curTrial['label']])
print 'trial: ' + str(trialIndex + 1) + ' ' + curTrial['filename']
responseInfoReminder = visual.TextStim(
self.experiment.win,
text=self.experiment.responseInfoReminder,
pos=(0, -200),
height=30,
color="blue")
questionText = visual.TextStim(self.experiment.win,
text=curTrial['Question'],
pos=(0, 0),
height=30,
color="black")
if self.experiment.subjVariables['useParallel'] == 'yes':
playSentenceAndTriggerNonVisual(
self.experiment.win, self.soundMatrix[curTrial['filename']],
curTrial['onsetDet'], curTrial['waitForDetOffset'],
curTrial['waitForNounOffset'], curTrial['waitForEnd'],
curTrial['trigDet'], curTrial['trigOffsetNoun'],
self.experiment.eventTracker, curTrial, self.expTimer)
else:
playSentenceNoTriggerNonVisual(
self.experiment.win, self.soundMatrix[curTrial['filename']],
curTrial['onsetDet'], curTrial['waitForDetOffset'],
curTrial['waitForNounOffset'], curTrial['waitForEnd'],
curTrial['trigDet'], curTrial['trigOffsetNoun'],
self.experiment.eventTracker, curTrial, self.expTimer)
core.wait(self.experiment.afterSentenceDelay)
response = -99
isRight = -99
rt = -99
if curTrial['hasQuestion'] == 1:
setAndPresentStimulus(self.experiment.win,
[responseInfoReminder, questionText])
(response,
rt) = getKeyboardResponse(self.experiment.validResponses.keys())
### Try getting 'response' locally? since it is assigned in that current loop.
### Try assigning a 'dummy' value to response before the if Question as this may not have been created on the first trial.
if self.experiment.validResponses[response] == curTrial['yesOrNo']:
isRight = 1
print 'correctlyAnswered'
playAndWait(self.soundMatrix['bleep'])
else:
isRight = 0
print 'incorrectlyAnswered'
playAndWait(self.soundMatrix['buzz'])
fieldVars = []
if whichPart != 'practice':
for curField in self.fieldNames:
fieldVars.append(curTrial[curField])
[header,
curLine] = createRespNew(self.experiment.optionList,
self.experiment.subjVariables,
self.fieldNames,
fieldVars,
a_expTimer=self.expTimer.getTime(),
b_whichPart=curTrial['part'],
c_trialIndex=trialIndex,
f_response=response,
g_isRight=isRight,
h_rt=rt * 1000)
writeToFile(self.experiment.testFile, curLine)
#write the header with col names to the file
if trialIndex == 0 and curTrial['part'] != 'practice':
print "Writing header to file..."
dirtyHack = {}
dirtyHack['trialNum'] = 1
writeHeader(dirtyHack, header,
'header_test' + self.experiment.expName)
Y_NT1_Dist = round(cm2pix(radius * sin(radians(angle_NT1_Dist))), decimals)
X_NT2_Dist = round(cm2pix(radius * cos(radians(angle_NT2_Dist))), decimals)
Y_NT2_Dist = round(cm2pix(radius * sin(radians(angle_NT2_Dist))), decimals)
#order (1 or 2) and quadrant
order = trial['order']
quadrant = trial['quadrant_target']
axis_response = trial['axis_response']
horiz_vertical = trial['axis_response']
############# Start the display of the task
#############################
############################# ITI Inter-trial-interval
#############################
win.flip()
core.wait(inter_trial_period)
display_time = core.Clock()
display_time.reset()
#Draw the components of the fixation square and the circle
FIX()
win.flip()
#############################
############################# Pre cue period (between fixation and presentation of the cue)
#############################
core.wait(float(pre_cue_period))
############################# #CUE PERIOD (commend this for the WM gratting scroll)
#############################
if order != 2: #==1 or ==0 (controls)
fixation = visual.GratingStim(win=win,
size=0.01,
pos=[0, 0],
sf=0,
rgb='black')
fixation.draw()
event.Mouse(visible=False)
keys = event.waitKeys(
keyList=['space']) # Wait for space bar press to begin trial
win.flip()
clock = core.Clock()
while clock.getTime() < iti_dur:
core.wait(0.001)
#%% Present Target color
# Grab target color
current_targ_degree = target_color[x - 1]
current_targ_color = ((degree_rgb['r'][current_targ_degree]),
(degree_rgb['g'][current_targ_degree]),
(degree_rgb['b'][current_targ_degree]))
# Draw circle in target color
circle = visual.Circle(
win=win,
units="pix",
radius=200, #Adjust circle radius to fit suitable size
fillColorSpace='rgb255',
if event.getKeys(['escape']):
core.quit()
''' Additional pause after both ratings:
myItem.draw()
ratingScale.draw()
familiarityScale.draw()
ratingTitle.draw()
familiarityTitle.draw()
win.flip(); core.wait(0.35) # Brief pause
'''
# assigns response to corresponding image
ratings[imageList.index(image)] = ratingScale.getRating()
familiarity[imageList.index(image)] = familiarityScale.getRating()
win.flip()
core.wait(0.35) # brief pause, slightly smoother for the subject
# Write to .csv file with participants name, subj_id, in file name
f = open(subj_id + ' task a results.csv', 'w')
for i in range(0, len(imageList)):
# Remove filepath from imageList[i] string
picName = os.path.relpath(
imageList[i], '..\..\JOCN\task a\images\\') #..\..\JOCN\task a\images\
f.write(picName + ',' + ratings[i] + ',' + familiarity[i] + "\n")
f.close()
# Thank participant
thank_you_screen.draw()
win.flip()
core.wait(1.5)
#mov._audioStream = testSound
for trl in range(0, 20):
# mov = visual.MovieStim3(win, r'C:\TCDTIMIT\volunteersSmall\s60T\straightcam\TestVideo.mp4',flipVert=False, size=720, flipHoriz=False, loop=False,noAudio=True)
testSound = sound.Sound(
r'C:\TCDTIMIT\volunteersSmall\s60T\straightcam\TestVideo.wav',
sampleRate=48000)
mov = visual.MovieStim3(
win,
r'C:\TCDTIMIT\volunteersSmall\s60T\straightcam\TestVideo.mp4',
flipVert=False,
size=720,
flipHoriz=False,
loop=False,
noAudio=True)
#mov = visual.MovieStim(win, r'C:\TCDTIMIT\volunteersSmall\s60T\straightcam\TestVideo.mp4')
core.wait(.5)
print('orig movie size=%s' % (mov.size))
print('duration=%.2fs' % (mov.duration))
soundStart = 0
trig2 = 1
cnt = 1
#roundStart = globalClock.getTime()
#win.flip()
#mov.seek(.008)
mov.draw()
mov.seek(.008)
portTime = 0
# while mov.getCurrentFrameTime() <= 0:
# time.sleep(0.001)
while mov.status != visual.FINISHED:
def run_trials(win,
line,
txt,
mouse,
distances,
durations,
screen_refresh_rate,
filename,
username,
between_stim_and_resp_time,
time_after_click_before_stim,
time_after_user_input_is_finalized,
practice=False):
# Total number of trials = distances*durations *2, since there are two
# types of trials
number_of_trials = len(distances) * len(durations) * 2
# Create a list of indicies between 0 and number_of_trials-1
# This will be looped over and will determine the conditions for
# each trial
trial_indicies = list(range(number_of_trials))
# Shuffle the order of the trial indicies to randomize
random.shuffle(trial_indicies)
print(trial_indicies)
# Loop through the trial_indicies list, each time through the
# loop representing one trial
# NOTE:
# trial_num = 0, 1, 2, 3, ..., ie how many times through
# the loop it's been
# trial_id = 17, 93, 23, ..., ie the number from the
# shuffled list trial_indicies, which
# indicates the properties of the trial
for trial_num, trial_id in enumerate(trial_indicies):
print(f"Trial number: {trial_num}\nCondition ID: {trial_id}")
# First, figure out what type of trial it is,
# ie time or distance, which will determine which type of
# response will be collected
this_trial_type = get_trial_type(trial_id, number_of_trials)
# Get the distance value that will be used
this_distance = distances[get_distance_index(trial_id, distances,
number_of_trials)]
# Get the duration value that will be used
this_duration = durations[get_duration_index(trial_id, durations)]
# Get the current duration in frames, rather than seconds
this_duration_frames = screen_refresh_rate * this_duration
# Just to make sure everything is working, print out the trial conditions to the console
# print([this_trial_type, this_distance, this_duration])
# Present a message indicating which type of trial it will be, ie duration or distance
trial_type_message_presented = present_trial_type_message(
win, txt, this_trial_type, practice)
# Then present a line of length this_distance for a duration this_duration
stimulus_finished_presenting = present_stimulus(
win, line, this_distance, this_duration_frames,
time_after_click_before_stim)
# Then wait another period of time
core.wait(between_stim_and_resp_time)
# Then either collect a time response or duration response, depending on this_trial_type
if this_trial_type == "distance":
user_stimulus_estimate = collect_distance_response(
win, line, mouse, txt, time_after_user_input_is_finalized,
practice)
# Write the data from this trial to file
with open(filename, 'a') as fp:
writer = csv.writer(fp)
writer.writerow([
trial_num, username, practice,
datetime.datetime.now(), stimulus_finished_presenting,
trial_id, this_trial_type, this_distance, this_duration,
user_stimulus_estimate, 'NaN'
])
else: # then it's duration
user_stimulus_estimate = collect_duration_response(
win, line, mouse, txt, time_after_user_input_is_finalized,
practice)
# Write the data from this trial to file
with open(filename, 'a') as fp:
writer = csv.writer(fp)
writer.writerow([
trial_num, username, practice,
datetime.datetime.now(), stimulus_finished_presenting,
trial_id, this_trial_type, this_distance, this_duration,
'NaN', user_stimulus_estimate / screen_refresh_rate
])
event.waitKeys()
##### TTL Pulse trigger
if EEGflag:
#port.open()
win.callonFlip(port.setData, startSaveflag)
#port.write(startSaveflag)
#port.close()
#### Setting up a global clock to track initiation of experiment to end
#Time_Since_Run = core.MonotonicClock() # to track the time since experiment started, this way it is very flexible compared to psychopy.clock
RT_clock = core.Clock()
##### 2 seconds Intial fixation
Fix_Cue.draw()
win.flip()
core.wait(Initial_wait_time)
##### Start trials
for trial_num in range(len(Trial_dict)): #range(len(Trial_dict))
if Trial_dict[trial_num]['cue'] == 'dcr' or Trial_dict[trial_num][
'cue'] == 'dpr':
if Trial_dict[trial_num]['pic'] == 'Face':
corr_resp = yes_key
else:
corr_resp = no_key
if Trial_dict[trial_num]['cue'] == 'fpr' or Trial_dict[trial_num][
'cue'] == 'fpb':
if Trial_dict[trial_num]['pic'] == 'Face':
corr_resp = yes_key
def collect_distance_response(win, line, mouse, txt,
time_after_user_input_is_finalized, practice):
# Create a line at center of screen, less than minimum distance
line.start = [0, 0]
line.end = [0, 0]
line.lineColor = 'blue'
line.draw()
# If it's practice, give some direction messages
if practice:
txt.pos = [-300, 250]
txt.text = 'Move the mouse to change the length of the line.\nOnce you have the line as long as you want, click once to finalize.\nThe line will turn red, and you will move on to the next trial.'
txt.draw()
win.flip()
# Reset mouse
mouse.clickReset()
# When getTime is set to true, mouse.getPressed will return a
# tuple of size two. The first element will be a list of 3 booleans,
# each of which corresponds to whether the mouse button 0,1,2
# has been pressed since the last time mouse.clickReset was called.
# The second element will be a list of timestamps of when the
# mouse was clicked.
while True not in mouse.getPressed(getTime=True)[0]:
# Get mouse position
# mouse.getPos() returns a tuple of size 2, indicating the current
# x and y positions -- (0,0) is at the center of the window
mouse_position = mouse.getPos()
# Update line start,end to -/+ mouse x-pos
line.start = [-mouse_position[0], 0]
line.end = [mouse_position[0], 0]
line.draw()
if practice:
txt.draw()
win.flip()
# Store x pos so that it can be returned
# Double it, since 0 is at the center of window so the mouse position's
# x value only represents half of the length of the line
user_inputted_length = 2 * abs(line.start[0])
# Change the color of the line, or something, to indicate its clicked
line.lineColor = 'red'
line.draw()
win.flip()
# Wait a second or two
core.wait(time_after_user_input_is_finalized)
# Flip the screen to make it blank again
win.flip()
# Reset the color of the line for future use
line.lineColor = 'black'
return user_inputted_length
image=trialInfo.loc[
thisTrial,
'scenes'], # read in the trialInfo for the column scenes in the xlsx file
size=1,
pos=(0, 0),
interpolate=True)
thisScene.draw()
# record trial prarameters
out.loc[thisTrial, 'scene'] = trialInfo.loc[
thisTrial, 'scenes'] # record which scene is presented in this trial
out.loc[thisTrial, 'trial'] = thisTrial + 1 # record trial index
# present fixation for isi duration
while trialClock.getTime() < isiDur:
core.wait(.001)
# then present stimuli after fixation is done
win.flip() # this will flip "thisScene"
stimClock.reset()
# record when stimulus was prsented
out.loc[thisTrial, 'stimOn'] = expClock.getTime()
# set how long is each image presented
while stimClock.getTime() < sceneDur:
thisScene.draw()
win.flip()
event.clearEvents() # clear any early response
# then present question for response
