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 __init__(self, trajectoryQueue, sync, stop, dumpTrajectories):
self.trajectoryFinder = FindCorrespondingTrajectories(8, False)
self.dumpTrajectories = dumpTrajectories
self.filePath = 'trajectories.csv'
''' use adacious as example application
make artificial circle trajectories. Debug purpose only'''
if platform == 'linux' or platform == 'linux2':
self.audacious = Audacious()
self.keystroke = KeystrokeSimulator()
#self.__getDebugCircleData()
self.__setTrajectoryData()
LearningThread.__init__(self, trajectoryQueue, sync, stop)
def __init__(self, trajectoryQueue, sync, stop, dumpTrajectories):
self.trajectoryFinder = FindCorrespondingTrajectories(8,False)
self.dumpTrajectories = dumpTrajectories
self.filePath = 'trajectories.csv'
''' use adacious as example application
make artificial circle trajectories. Debug purpose only'''
if platform == 'linux' or platform == 'linux2':
self.audacious = Audacious()
self.keystroke = KeystrokeSimulator()
#self.__getDebugCircleData()
self.__setTrajectoryData()
LearningThread.__init__(self, trajectoryQueue, sync, stop)