def triggered(self):
if Trigger.triggered(self) is False:
return False
ct = Computer.getTime()
if ct - self.start_time() >= self.delay():
self._last_triggered_event = ct
self.triggerred_count += 1
return True
return False
def triggered(self):
if Trigger.triggered(self) is False:
return False
ct=Computer.getTime()
if ct-self.start_time()>=self.delay():
self._last_triggered_event=ct
self.triggerred_count+=1
return True
return False
def getPos(self):
t=0.0
if self.lastPositionTime:
nextFlipTimeEstimate=self.lastPositionTime+self.reportedRetraceInterval
while nextFlipTimeEstimate < Computer.getTime():
nextFlipTimeEstimate+=self.reportedRetraceInterval
self.nextFlipTimeEstimate=nextFlipTimeEstimate
t=nextFlipTimeEstimate-self.startTime
self.pos=(self.amplX*cos(self.wX*t + self.phaseX),
self.amplY*sin(self.wY*t + self.phaseY))
return self.pos
def getPos(self):
t = 0.0
if self.lastPositionTime:
nextFlipTimeEstimate = self.lastPositionTime + self.reportedRetraceInterval
while nextFlipTimeEstimate < Computer.getTime():
nextFlipTimeEstimate += self.reportedRetraceInterval
self.nextFlipTimeEstimate = nextFlipTimeEstimate
t = nextFlipTimeEstimate - self.startTime
self.pos = (self.amplX * cos(self.wX * t + self.phaseX),
self.amplY * sin(self.wY * t + self.phaseY))
return self.pos
def sendMessage(self, text, mtime=None):
if mtime is None:
mtime=Computer.currentSec()
mtext=text
try:
tracker=self.experimentRuntime().getDevice('tracker')
if tracker is not None and tracker.isConnected() is True:
mtext="%s : tracker_time [%.6f]"%(mtext, tracker.trackerSec())
tracker.sendMessage(mtext)
else:
print '----------------------'
print 'Warning: eyetracker is not connected.'
print 'Msg not sent to eyetracker datafile: '
print mtext
print '----------------------'
except:
pass
self.experimentRuntime().hub.sendMessageEvent(mtext,sec_time=mtime)
def sendMessage(self, text, mtime=None):
if mtime is None:
mtime = Computer.currentSec()
mtext = text
try:
tracker = self.experimentRuntime().getDevice('tracker')
if tracker is not None and tracker.isConnected() is True:
mtext = "%s : tracker_time [%.6f]" % (mtext,
tracker.trackerSec())
tracker.sendMessage(mtext)
else:
print '----------------------'
print 'Warning: eyetracker is not connected.'
print 'Msg not sent to eyetracker datafile: '
print mtext
print '----------------------'
except:
pass
self.experimentRuntime().hub.sendMessageEvent(mtext, sec_time=mtime)
def flip(self, clearBuffer=True):
visual.Window.flip(self, clearBuffer)
return Computer.getTime()
def setProcessAffinity(self, processorList):
return Computer.setCurrentProcessAffinity(processorList)
def getProcessAffinity(self):
return Computer.getCurrentProcessAffinity()
def disableHighPriority(self):
Computer.disableHighPriority()
def enableHighPriority(self, disable_gc=True):
Computer.enableHighPriority(disable_gc)
def disableHighPriority(self):
Computer.disableHighPriority()
def flip(self,clearBuffer=True):
visual.Window.flip(self,clearBuffer)
return Computer.getTime()
def setProcessAffinity(self, processorList):
return Computer.setCurrentProcessAffinity(processorList)
def getProcessAffinity(self):
return Computer.getCurrentProcessAffinity()
s.shutdown()
return False
if __name__ == '__main__':
psychopy_pid = None
initial_offset = 0.0
scriptPathDir = None
configFileName = None
prog = sys.argv[0]
if len(sys.argv) >= 2:
initial_offset = float(sys.argv[1])
if len(sys.argv) >= 3:
scriptPathDir = sys.argv[2]
if len(sys.argv) >= 4:
configFileName = sys.argv[3]
if len(sys.argv) >= 5:
psychopy_pid = int(sys.argv[4])
if len(sys.argv) < 2:
psychopy_pid = None
configFileName = None
scriptPathDir = None
initial_offset = Computer.getTime()
if psychopy_pid:
Computer.psychopy_process = psutil.Process(psychopy_pid)
Computer.global_clock = util.clock.MonotonicClock(initial_offset)
run(rootScriptPathDir=scriptPathDir, configFilePath=configFileName)
def enableHighPriority(self,disable_gc=True):
Computer.enableHighPriority(disable_gc)
