def main(skin, joy_index):
pygame.display.init()
pygame.joystick.init()
joy = pygame.joystick.Joystick(joy_index)
joy.init()
mappings = configurator.load_mappings(skin)
if joy.get_name() not in mappings:
mapper.main(skin, joy_index)
visualizer.main(skin, joy_index)
def main(skin, joy_index):
pygame.display.init()
pygame.joystick.init()
joy = pygame.joystick.Joystick(joy_index)
joy.init()
mappings = configurator.load_mappings(skin)
if joy.get_name() not in mappings:
mapper.main(skin, joy_index)
visualizer.main(skin, joy_index)
def play(n=3, mode='hiscore'):
global begin
global end
global buzzerPx
tol = 0.42
n = 120
print ("It starts...")
setScreenSize()
print "Screen size:", screenSize
findGame(buzzerPx[0], buzzerPx[1])
print "Found game at:", getGamePos()
getLineWidth()
for i in range(n):
if mode == 'farm':
'''Finish level two and suicide n times'''
print "Starting game..."
startGame(buzzerMenu)
clickRatio((0.76, 0.58))
time.sleep(0.1)
findInit()
print "Begin:", begin
findTarget()
print "End:", end
for i in range(2):
print "Starting level", i
time.sleep(1)
clickRatio((0.76, 0.58))
time.sleep(0.2)
print "Generating path..."
waypoints = createWaypoints(tol, n, (n-10))
print "Sorting waypoints..."
waypoints = sortWaypoints(waypoints)
print "Pruning path..."
path = pruneWaypoints(waypoints)
path = removeDuplicates(path)
print "Fine-tuning path..."
path = [(begin[0]-getGamePos()[0][0],
begin[1]-getGamePos()[0][1])]+path[3:-3]+[(end[0]-getGamePos()[0][0],
end[1]-getGamePos()[0][1])]
path = removeDuplicates(pruneWaypoints(sortWaypoints(avgPath(path))))
walk = [begin]
for i in range(len(path)-1):
segment = interpolate(path[i], path[i+1], 1)
walk += segment
walk = removeDuplicates(walk)
## print "Plotting graph..."
## visualizer.setData(path, tol, n,
## (begin[0]-getGamePos()[0][0], begin[1]-getGamePos()[0][1]),
## (end[0]-getGamePos()[0][0], end[1]-getGamePos()[0][1]),
## 4)
## visualizer.main()
## time.sleep(0.1)
print "Traversing path.."
clickAbs(begin)
typeStr('cheese')
traversePath(path[1:]+[(end[0]-getGamePos()[0][0],
end[1]-getGamePos()[0][1]),],
getGamePos()[0], False, 0.024)
print "Level", i, "finished."
sudicide(begin)
if mode == 'hiscore':
'''Play as hard as possible n times'''
print "Starting game..."
startGame(buzzerMenu)
clickRatio((0.76, 0.58))
time.sleep(0.1)
findInit()
print "Begin:", begin
findTarget()
print "End:", end
for i in range(10):
print "Starting level", i
time.sleep(1)
clickRatio((0.76, 0.58))
time.sleep(0.2)
print "Generating path..."
waypoints = createWaypoints(tol, n, (n-10))
print "Sorting waypoints..."
waypoints = sortWaypoints(waypoints)
print "Pruning path..."
path = pruneWaypoints(waypoints)
path = removeDuplicates(path)
print "Fine-tuning path..."
path = [(begin[0]-getGamePos()[0][0],
begin[1]-getGamePos()[0][1])]+path[3:-3]+[(end[0]-getGamePos()[0][0],
end[1]-getGamePos()[0][1])]
path = removeDuplicates(pruneWaypoints(sortWaypoints(avgPath(path))))
walk = [begin]
for i in range(len(path)-1):
segment = interpolate(path[i], path[i+1], 1)
walk += segment
walk = removeDuplicates(walk)
print "Plotting graph..."
visualizer.setData(path, tol, n,
(begin[0]-getGamePos()[0][0], begin[1]-getGamePos()[0][1]),
(end[0]-getGamePos()[0][0], end[1]-getGamePos()[0][1]),
4)
visualizer.main()
time.sleep(0.1)
print "Traversing path.."
clickAbs(begin)
typeStr('cheese')
traversePath(path[1:]+[(end[0]-getGamePos()[0][0],
end[1]-getGamePos()[0][1]),],
getGamePos()[0], False, 0.024)
print "Level", i, "finished."