class ContinousLearningThread(LearningThread):
def __init__(self, trajectoryQueue, sync, stop):
self.leastSquare = LeastSquareFilter(5)
self.mousepointer = MousepointerSimulator(None)
LearningThread.__init__(self, trajectoryQueue, sync, stop)
self.pygame = pygame.init()
info = pygame.display.Info()
displayX = info.current_w
displayY = info.current_h
scalingX = displayX/400;
scalingY = displayY/300;
self.interpolator = Interpolator(scalingX,scalingY)
def run(self):
while True:
self.event.wait()
if self.stop.isSet():
print 'learning will stop'
return
print 'learning goes to run'
try:
trajectoryPoint = self.trajectoryQueue.popDataPoint()
mouseLoc = self.leastSquare.addPoint(trajectoryPoint)
if mouseLoc != None:
mousLocList = self.interpolator.interpolate(mouseLoc)
for loc in mousLocList :
self.mousepointer.moveToPoint(loc)
time.sleep((1./35)/len(mousLocList))
except IndexError:
print 'read from empty queue'
self.event.clear()
print 'learning thread goes to sleep'
def __init__(self, trajectoryQueue, sync, stop):
self.leastSquare = LeastSquareFilter(5)
self.mousepointer = MousepointerSimulator(None)
LearningThread.__init__(self, trajectoryQueue, sync, stop)
self.pygame = pygame.init()
info = pygame.display.Info()
displayX = info.current_w
displayY = info.current_h
scalingX = displayX/400;
scalingY = displayY/300;
self.interpolator = Interpolator(scalingX,scalingY)
