def run(brain):
print '[emulator.py] Running game...'
for i in xrange(100):
for _ in range(12):
controller.D_UP()
for _ in range(6):
controller.D_LEFT()
screenshot = screen.takeScreenshot()
if screenshot == None:
time.sleep(MOVE_WAIT)
continue
if imgUtils.gameHasEnded(screenshot):
break
# grid = imgUtils.cropBoard2Player(screenshot)
# grid = imgUtils.filterBackground(grid)
grid = imgUtils.cropBoard1Player(screenshot)
grid = imgUtils.filterBackground1Player(grid)
# Generate board model.
inputRows = [[-1] * board.WIDTH for _ in range(board.HEIGHT)]
for square, rowIndex, colIndex in imgUtils.parseSquaresFromBoard(grid):
val, score = imgUtils.getSquareClassification(
square, rowIndex, colIndex)
inputRows[rowIndex][colIndex] = Piece(val)
# Get next action and perform.
b = board.Board(inputRows=inputRows)
print '---BOARD---'
b.printBoard()
moves = brain.getNextMoves(b)
print '---MOVES---'
print moves
print ''
cursor_pos = performMoves(moves, (0, 0))
# End loop.
print '[emulator.py] Done running game.'
def run(brain):
print '[emulator.py] Running game...'
for i in xrange(100):
for _ in range(12): controller.D_UP()
for _ in range(6): controller.D_LEFT()
screenshot = screen.takeScreenshot()
if screenshot == None:
time.sleep(MOVE_WAIT)
continue
if imgUtils.gameHasEnded(screenshot):
break
# grid = imgUtils.cropBoard2Player(screenshot)
# grid = imgUtils.filterBackground(grid)
grid = imgUtils.cropBoard1Player(screenshot)
grid = imgUtils.filterBackground1Player(grid)
# Generate board model.
inputRows = [[-1] * board.WIDTH for _ in range(board.HEIGHT)]
for square, rowIndex, colIndex in imgUtils.parseSquaresFromBoard(grid):
val, score = imgUtils.getSquareClassification(square, rowIndex, colIndex)
inputRows[rowIndex][colIndex] = Piece(val)
# Get next action and perform.
b = board.Board(inputRows=inputRows)
print '---BOARD---'
b.printBoard()
moves = brain.getNextMoves(b)
print '---MOVES---'
print moves
print ''
cursor_pos = performMoves(moves, (0, 0))
# End loop.
print '[emulator.py] Done running game.'
import misc
misc.menu()
import screenshot
import imageManager
import txtManager
import UIManager
import beeper
from time import sleep
i, a = 0, 0
beeper.c()
while True:
img = screenshot.takeScreenshot('screenshots/sample_'+str(i)+'.jpg',1)
thresh = imageManager.threshold(('screenshots/sample_'+str(i)+'.jpg'))
txt = txtManager.getText(thresh)
sleep(1)
if 'Alan' in txt:
beeper.C()
screenshot.takeScreenshot('screenshots/alan/alan_'+str(a)+'.jpg',0)
a+=1
UIManager.like()
else:
UIManager.dislike()
i+=1
beeper.A()
def triggerLogin():
'''Trigger Auth0 and collect email address.'''
pass
def reportDogSighting(userid):
'''Reports dog sighting to server.'''
pass
def displayDogs(dogs):
'''
Send dogs to electron for display.
This can be asynchronous if we can remove the display dogs from the screenshot.
'''
pass
def getFriendDogsSightings():
'''Requests list of friends' dog sightings from flask server.'''
pass
def detectDog(imgFilename):
pass
if __name__ == '__main__':
userid = triggerLogin()
while True:
if detectDog(takeScreenshot()):
reportDogSighting(userid)
dogs_of_friends = getFriendDogsSightings()
displayDogs(dogs_of_friends)
lastTime = 0.0
while True:
constants.updateTimestamp()
# 1) Find MWO window, set error and wait if not found
hwnd = findWindow('mechwarrior online')
if (not constants.debugFakeInput == 1 and not hwnd):
debugOutputString("Mwo not found, waiting")
hideOverlay()
cv2.waitKey(5000)
continue
# 2) take screenshot
if (constants.debugFakeInput == 1):
debugOutputString("using debug screen")
screen = cv2.imread("screenshot_debug.png")
else:
screen = takeScreenshot(hwnd)
if (len(screen) < 30):
debugOutputString("Not a valid screenshot (mwo minimized?) ")
hideOverlay()
cv2.waitKey(3000)
continue
finalImage = screen.copy()
ocrImage = screen.copy()
# 3) Determine screenshot-type
scoreBoardType = determineScoreboard(screen)
if (scoreBoardType == ""):
if (constants.debugOutputConsole == 1):
if (firstNVSmessage == 1):
print(
def take_screenshot(self, widget):
pixmap = screenshot.takeScreenshot()
filename = ("/tmp/droplr-%d.png"%time())
pixmap.save(filename, "png")
sec = Youtube.sec
'''
# Watch Youtube via pynput
if min:
if sec:
time.sleep(int(min)*60 + int(sec))
print('waited:', str(int(min)*60 + int(sec)))
else:
time.sleep(int(min)*60)
print('waited:', str(int(min)*60))
else:
time.sleep(int(sec))
print('waited:', str(int(sec)))
'''
time.sleep(5) # test
# like video
getId.mouse_left(1002, 964)
# screenshot proof
getId.mouse_left(39, 325)
getId.scroll_down()
screenshot.takeScreenshot()
# Add screenshot
