def clipFinished(self):
time = globals.currentTime()
if time - self.clipStartTime < self.clipDuration + self.lineInterval:
return False
return True
def processResponse(self, button):
if self.started and not self.responded and self.phase == 2:
#self.player.pause()
#self.player.next()
correct = 0
let = ['A', 'B', 'C']
if button >= 0 and button < 4:
print 'Answer '+let[button]+' was selected. Correct answer was '+let[self.correctAnswer]
if button == self.correctAnswer:
correct = 1
else:
print 'No answer was selected. Correct answer was '+let[self.correctAnswer]
if correct:
correctSound = pyglet.resource.media('correct.wav')
correctSound.play()
globals.bonusCounter += globals.TABLET_QUIZ_BONUS
#self.correctSound.play()
else:
incorrectSound = pyglet.resource.media('incorrect.wav')
incorrectSound.play()
#self.incorrectSound.play()
self.phase = 3
self.responded = True
self.tabletDisplayText = ''
self.db.addData(['pp', globals.participant, 'cond', self.fullCondition, 'correct', correct,
'answer', button, 'conversation', self.conversation, 'question', self.clip,
'condtime', r3(globals.conditionTime()), 'time', r3(globals.currentTime())], True)
def clipFinished(self):
time = globals.currentTime()
if time - self.clipStartTime < self.clipDuration + self.lineInterval:
return False
return True
def updateTabletText(self, dt):
time = globals.currentTime()
if time - self.lastLineTime >= self.lineInterval and self.phase < 2: # time to show the next line on screen
#print 'Show new line. maxLineIdx from '+str(self.maxLineIdx)+' to '+str(self.maxLineIdx+1)
#self.minLineIdx += 1
self.maxLineIdx += 1
self.lastLineTime = time
if self.maxLineIdx < len(self.clipLines):
#print 'Still new lines left to show'
totalLen = 0 # determine total displayed text length in lines (approx)
for i in range(self.minLineIdx+1, self.maxLineIdx+1):
totalLen += self.clipLines[i].lineLen(self.tabletLineWidth)
#print 'Total length: '+str(totalLen)
# displayed text will be too long, strip oldest lines until it fits
if totalLen > self.maxDisplayLength:
#print 'Got to remove some lines from the display'
difference = totalLen - self.maxDisplayLength
while difference > 0:
ll = self.clipLines[self.minLineIdx+1].lineLen(self.tabletLineWidth)
difference -= ll
self.minLineIdx += 1
# update displayed text
self.tabletDisplayText = '<font face="Helvetica,Arial" size=+1>'
for i in range(self.minLineIdx+1, self.maxLineIdx+1):
self.tabletDisplayText += self.clipLines[i].output()+'<br><br>'
self.tabletDisplayText += '</font>'
correctSound = pyglet.resource.media('message.wav')
correctSound.play()
def startNextClip(self):
if self.started:
self.responseCountdown = 0.0
self.isi = 0.0
self.responded = False
self.playedLetter = False
self.phase = 1
self.minLineIdx = -1
self.maxLineIdx = -1
self.lastLineTime = 0
self.clipLines = []
if self.clip + 1 >= self.lastClip:
#self.pickConversation()
self.clip = -1
self.stopTask()
else:
self.clip += 1
#self.clip = 0
#print 'play clip: ' + str(self.clip+1) + ' of '+ str(self.lastClip)
with open('tablet/' + str(self.curShow) + '/' +
str(self.curShow) + 'frag' + str(self.clip + 1) +
'.txt') as f:
lines = f.readlines()
duration = lines[0]
duration = duration.split(':')
self.clipDuration = (float(duration[0]) * 60 +
float(duration[1]))
#print 'Duration of clip: '+str(self.clipDuration)
i = 1
while len(lines[i]) > 2:
l = lines[i].split(' - ')
#print str(len(lines[i]))
#print lines[i]
#print l[0]
#print l[1]
self.clipLines.append(ClipLine(l[0], l[1]))
i += 1
self.lineInterval = self.clipDuration / len(self.clipLines)
#print 'Line interval: '+str(self.clipDuration)
#print 'Question: '+lines[i+1]
self.clipQuestion = Question(lines[i + 1], lines[i + 2],
lines[i + 3], lines[i + 4])
self.clipStartTime = globals.currentTime()
def startNextClip(self):
if self.started:
self.responseCountdown = 0.0
self.isi = 0.0
self.responded = False
self.playedLetter = False
self.phase = 1
self.minLineIdx = -1
self.maxLineIdx = -1
self.lastLineTime = 0
self.clipLines = []
if self.clip+1 >= self.lastClip:
#self.pickConversation()
self.clip = -1
self.stopTask()
else:
self.clip += 1
#self.clip = 0
#print 'play clip: ' + str(self.clip+1) + ' of '+ str(self.lastClip)
with open('tablet/'+str(self.curShow)+'/'+str(self.curShow)+'frag'+str(self.clip+1)+'.txt') as f:
lines = f.readlines()
duration = lines[0]
duration = duration.split(':')
self.clipDuration = (float(duration[0])*60 + float(duration[1]))
#print 'Duration of clip: '+str(self.clipDuration)
i = 1
while len(lines[i]) > 2:
l = lines[i].split(' - ')
#print str(len(lines[i]))
#print lines[i]
#print l[0]
#print l[1]
self.clipLines.append(ClipLine(l[0], l[1]))
i += 1
self.lineInterval = self.clipDuration / len(self.clipLines)
#print 'Line interval: '+str(self.clipDuration)
#print 'Question: '+lines[i+1]
self.clipQuestion = Question(lines[i+1], lines[i+2], lines[i+3], lines[i+4])
self.clipStartTime = globals.currentTime()
def processResponse(self, button):
if self.started and not self.responded and self.phase == 2:
#self.player.pause()
#self.player.next()
correct = 0
let = ['A', 'B', 'C']
if button >= 0 and button < 4:
if self.audioIsPlaying():
if self.llPlayer is not None:
self.llPlayer.terminate()
self.llPlayer = None
print 'Answer ' + let[
button] + ' was selected. Correct answer was ' + let[
self.correctAnswer]
if button == self.correctAnswer:
correct = 1
else:
print 'No answer was selected. Correct answer was ' + let[
self.correctAnswer]
if correct:
correctSound = pyglet.resource.media('correct.wav')
correctSound.play()
globals.bonusCounter += globals.RADIO_QUIZ_BONUS
#self.correctSound.play()
else:
incorrectSound = pyglet.resource.media('incorrect.wav')
incorrectSound.play()
#self.incorrectSound.play()
self.phase = 3
self.responded = True
self.db.addData([
'pp', globals.participant, 'cond', self.fullCondition,
'correct', correct, 'answer', button, 'conversation',
self.conversation, 'question', self.clip, 'condtime',
r3(globals.conditionTime()), 'time',
r3(globals.currentTime())
], True)
def updateTabletText(self, dt):
time = globals.currentTime()
if time - self.lastLineTime >= self.lineInterval and self.phase < 2: # time to show the next line on screen
#print 'Show new line. maxLineIdx from '+str(self.maxLineIdx)+' to '+str(self.maxLineIdx+1)
#self.minLineIdx += 1
self.maxLineIdx += 1
self.lastLineTime = time
if self.maxLineIdx < len(self.clipLines):
#print 'Still new lines left to show'
totalLen = 0 # determine total displayed text length in lines (approx)
for i in range(self.minLineIdx + 1, self.maxLineIdx + 1):
totalLen += self.clipLines[i].lineLen(self.tabletLineWidth)
#print 'Total length: '+str(totalLen)
# displayed text will be too long, strip oldest lines until it fits
if totalLen > self.maxDisplayLength:
#print 'Got to remove some lines from the display'
difference = totalLen - self.maxDisplayLength
while difference > 0:
ll = self.clipLines[self.minLineIdx + 1].lineLen(
self.tabletLineWidth)
difference -= ll
self.minLineIdx += 1
# update displayed text
self.tabletDisplayText = '<font face="Helvetica,Arial" size=+1>'
for i in range(self.minLineIdx + 1, self.maxLineIdx + 1):
self.tabletDisplayText += self.clipLines[i].output(
) + '<br><br>'
self.tabletDisplayText += '</font>'
correctSound = pyglet.resource.media('message.wav')
correctSound.play()