def __init__(self, size, ui):
background = Background((0, 0, 0))
Screen.__init__(self, background, size, ui)
MenuItem.textCache = Screen.textCache
Ship.imageCache = Screen.imageCache
self.ship = TestShip(self,
pos=(size[0] / 2, size[1]),
screenBoundaries=(0, 0) + size)
self.ship.move((0, -self.ship.rect.height / 2))
self.menuItems = []
self.addMenuItem(
MenuItem('You are about to calibrate your eye circuit',
(self.resolution[0] // 2, int(self.resolution[1] * .1)),
scaleSize=.75))
self.addMenuItem(
MenuItem('Follow the ship with your eyes',
(self.resolution[0] // 2, int(self.resolution[1] * .17)),
scaleSize=.75))
self.addMenuItem(
MenuItem('Start',
(self.resolution[0] // 2, int(self.resolution[1] * .31)),
scaleSize=.75))
self.shipPositions = []
self.eyePositions = []
self.running = False
def __init__(self, size, ui):
background = Background((0,0,0))
Screen.__init__(self, background, size, ui)
MenuItem.textCache = Screen.textCache
Ship.imageCache = Screen.imageCache
self.ship = TestShip(self, pos=(size[0]/2,size[1]), screenBoundaries=(0,0)+size)
self.ship.move((0,-self.ship.rect.height/2))
self.menuItems = []
self.addMenuItem(MenuItem('You are about to calibrate your eye circuit',(self.resolution[0]//2,int(self.resolution[1]*.1)),scaleSize=.75))
self.addMenuItem(MenuItem('Follow the ship with your eyes',(self.resolution[0]//2,int(self.resolution[1]*.17)),scaleSize=.75))
self.addMenuItem(MenuItem('Start',(self.resolution[0]//2,int(self.resolution[1]*.31)),scaleSize=.75))
self.shipPositions = []
self.eyePositions = []
self.running = False
class CalibrationScreen(Screen):
def __init__(self, size, ui):
background = Background((0,0,0))
Screen.__init__(self, background, size, ui)
MenuItem.textCache = Screen.textCache
Ship.imageCache = Screen.imageCache
self.ship = TestShip(self, pos=(size[0]/2,size[1]), screenBoundaries=(0,0)+size)
self.ship.move((0,-self.ship.rect.height/2))
self.menuItems = []
self.addMenuItem(MenuItem('You are about to calibrate your eye circuit',(self.resolution[0]//2,int(self.resolution[1]*.1)),scaleSize=.75))
self.addMenuItem(MenuItem('Follow the ship with your eyes',(self.resolution[0]//2,int(self.resolution[1]*.17)),scaleSize=.75))
self.addMenuItem(MenuItem('Start',(self.resolution[0]//2,int(self.resolution[1]*.31)),scaleSize=.75))
self.shipPositions = []
self.eyePositions = []
self.running = False
def gatherData(self, event):
if self.running:
self.shipPositions.append(self.ship.position[0])
self.eyePositions.append(event.values[0])
def initializeCallbackDict(self):
self.callbackDict = {}
self.callbackDict['startCalibration'] = ('deviceString', self.start)
self.callbackDict['left_click'] = ('deviceString', self.leftClick)
self.callbackDict['look'] = ('deviceString', self.gatherData)
def addMenuItem(self,item):
self.menuItems.append(item)
def draw(self, surf):
Screen.draw(self, surf)
for menuItem in self.menuItems:
menuItem.draw(surf)
self.ship.draw(surf)
def update(self, *args):
self.ship.update(*args)
if self.ship.finished:
self.finish()
def leftClick(self):
for item in self.menuItems:
if item.rect.collidepoint(pygame.mouse.get_pos()):
if item.text == 'Retry' or item.text == 'Start':
self.start()
elif item.text == 'Continue':
self.close()
def close(self):
if len(self.eyePositions):
eyeAve = math.fsum(self.eyePositions)/len(self.eyePositions)
shipAve = math.fsum(self.shipPositions)/len(self.shipPositions)
slopeTot = 0
for eyeP, shipP in zip(self.eyePositions, self.shipPositions):
slopeTot += (shipP-shipAve)/(eyeP-eyeAve)
slopeAve = slopeTot/len(self.eyePositions)
def getShipPosition(eyePosition):
return slopeAve * (eyePosition - eyeAve) + shipAve
self._ui.getShipPosition = getShipPosition
print 's = %f*(e-%f)+%f' % (slopeAve, eyeAve, shipAve)
else:
print 'Calibration failed'
#create the calibration function here
self._ui.clearTopScreen()
def finish(self):
self.running = False
self.menuItems = []
self.addMenuItem(MenuItem('You have calibrated your eye circuit',(self.resolution[0]//2,int(self.resolution[1]*.1)),scaleSize=.75))
self.addMenuItem(MenuItem('Retry',(int(self.resolution[0]*.7),int(self.resolution[1]*.31)),scaleSize=.75))
self.addMenuItem(MenuItem('Continue',(int(self.resolution[0]*.3),int(self.resolution[1]*.31)),scaleSize=.75))
def start(self):
self.eyePositions = []
self.shipPositions = []
self.menuItems = []
if not self.running:
self.ship.stage = 0
self.ship.velocity = (-0.2,0)
self.running = True
class CalibrationScreen(Screen):
def __init__(self, size, ui):
background = Background((0, 0, 0))
Screen.__init__(self, background, size, ui)
MenuItem.textCache = Screen.textCache
Ship.imageCache = Screen.imageCache
self.ship = TestShip(self,
pos=(size[0] / 2, size[1]),
screenBoundaries=(0, 0) + size)
self.ship.move((0, -self.ship.rect.height / 2))
self.menuItems = []
self.addMenuItem(
MenuItem('You are about to calibrate your eye circuit',
(self.resolution[0] // 2, int(self.resolution[1] * .1)),
scaleSize=.75))
self.addMenuItem(
MenuItem('Follow the ship with your eyes',
(self.resolution[0] // 2, int(self.resolution[1] * .17)),
scaleSize=.75))
self.addMenuItem(
MenuItem('Start',
(self.resolution[0] // 2, int(self.resolution[1] * .31)),
scaleSize=.75))
self.shipPositions = []
self.eyePositions = []
self.running = False
def gatherData(self, event):
if self.running:
self.shipPositions.append(self.ship.position[0])
self.eyePositions.append(event.values[0])
def initializeCallbackDict(self):
self.callbackDict = {}
self.callbackDict['startCalibration'] = ('deviceString', self.start)
self.callbackDict['left_click'] = ('deviceString', self.leftClick)
self.callbackDict['look'] = ('deviceString', self.gatherData)
def addMenuItem(self, item):
self.menuItems.append(item)
def draw(self, surf):
Screen.draw(self, surf)
for menuItem in self.menuItems:
menuItem.draw(surf)
self.ship.draw(surf)
def update(self, *args):
self.ship.update(*args)
if self.ship.finished:
self.finish()
def leftClick(self):
for item in self.menuItems:
if item.rect.collidepoint(pygame.mouse.get_pos()):
if item.text == 'Retry' or item.text == 'Start':
self.start()
elif item.text == 'Continue':
self.close()
def close(self):
if len(self.eyePositions):
eyeAve = math.fsum(self.eyePositions) / len(self.eyePositions)
shipAve = math.fsum(self.shipPositions) / len(self.shipPositions)
slopeTot = 0
for eyeP, shipP in zip(self.eyePositions, self.shipPositions):
slopeTot += (shipP - shipAve) / (eyeP - eyeAve)
slopeAve = slopeTot / len(self.eyePositions)
def getShipPosition(eyePosition):
return slopeAve * (eyePosition - eyeAve) + shipAve
self._ui.getShipPosition = getShipPosition
print 's = %f*(e-%f)+%f' % (slopeAve, eyeAve, shipAve)
else:
print 'Calibration failed'
#create the calibration function here
self._ui.clearTopScreen()
def finish(self):
self.running = False
self.menuItems = []
self.addMenuItem(
MenuItem('You have calibrated your eye circuit',
(self.resolution[0] // 2, int(self.resolution[1] * .1)),
scaleSize=.75))
self.addMenuItem(
MenuItem(
'Retry',
(int(self.resolution[0] * .7), int(self.resolution[1] * .31)),
scaleSize=.75))
self.addMenuItem(
MenuItem(
'Continue',
(int(self.resolution[0] * .3), int(self.resolution[1] * .31)),
scaleSize=.75))
def start(self):
self.eyePositions = []
self.shipPositions = []
self.menuItems = []
if not self.running:
self.ship.stage = 0
self.ship.velocity = (-0.2, 0)
self.running = True