Python core.wait函数代码示例

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 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 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 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 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 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 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 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 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 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 showForXSec(self, text, sec):
        """
        Show text for a given amount of seconds.
        """

        self._display(text)
        core.wait(sec)

 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 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 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])