def main():
play_area = get_play_area(0)
# print play_area
offset.save_to_json((play_area[0], play_area[1]))
reload(offset)
# print offset.x, offset.y
im = grab(play_area)
im.save('adfsadsf.png', 'png')
# # print is_spinner_screen()
# # set_mouse_pos((720, 270))
# # wait_for_needle()
# # left_click()
# if can_shop():
# enter_shop()
# time.sleep(3)
# for i in range(12):
# time.sleep(3)
pos = win32api.GetCursorPos()
x = pos[0] - offset.x
y = pos[1] - offset.y
print '[(%d, %d), %s]' % (x, y, str(getPixel(x, y)))
print
print on_retry_screen()
def main():
play_area = get_play_area(0)
# print play_area
offset.save_to_json((play_area[0], play_area[1]))
reload(offset)
# print offset.x, offset.y
im = grab(play_area)
im.save('adfsadsf.png', 'png')
# # print is_spinner_screen()
# # set_mouse_pos((720, 270))
# # wait_for_needle()
# # left_click()
# if can_shop():
# enter_shop()
# time.sleep(3)
# for i in range(12):
# time.sleep(3)
pos = win32api.GetCursorPos()
x = pos[0] - offset.x
y = pos[1] - offset.y
print '[(%d, %d), %s]' % (x,y, str(getPixel(x,y)))
print
print on_retry_screen()
def get_play_area(monitor):
'''
Snaps an image of the chosen monitor (zero indexed).
Loops through the RGB pixels looking for the value
(244,222,176), which corresponds to the top left
most pixel of the game.
It returns the coordinates of the playarea.
'''
TOP_LEFT_PIXELS = (204,204,204)
GREY_BORDER = (204,204,204)
SCREEN_WIDTH = 719
SCREEN_HEIGH = 479
monitor_coords = getMonitorCoordinates(0) #set to whatever monitor you have the game screen on
im = grab(monitor_coords)
imageWidth, imHeight = im.size
imageArray = im.getdata()
for index, pixel in enumerate(imageArray):
if pixel == TOP_LEFT_PIXELS:
# getdata returns a flat array, so the below figures out
# the 2d coords based on the index position.
top = (index / imageWidth)
left = (index % imageWidth)
if (im.getpixel((left + 1, top + 1)) == GREY_BORDER and
im.getpixel((left + 2, top + 2)) == GREY_BORDER):
top += 5
left += 5
return (left, top, left + SCREEN_WIDTH, top + SCREEN_HEIGH)
raise Exception("Play area not in view."
"Make sure the game is visible on screen!")
def get_play_area(monitor):
'''
Snaps an image of the chosen monitor (zero indexed).
Loops through the RGB pixels looking for the value
(244,222,176), which corresponds to the top left
most pixel of the game.
It returns the coordinates of the playarea.
'''
TOP_LEFT_PIXELS = (204, 204, 204)
GREY_BORDER = (204, 204, 204)
SCREEN_WIDTH = 719
SCREEN_HEIGH = 479
monitor_coords = getMonitorCoordinates(
0) #set to whatever monitor you have the game screen on
im = grab(monitor_coords)
imageWidth, imHeight = im.size
imageArray = im.getdata()
for index, pixel in enumerate(imageArray):
if pixel == TOP_LEFT_PIXELS:
# getdata returns a flat array, so the below figures out
# the 2d coords based on the index position.
top = (index / imageWidth)
left = (index % imageWidth)
if (im.getpixel((left + 1, top + 1)) == GREY_BORDER
and im.getpixel((left + 2, top + 2)) == GREY_BORDER):
top += 5
left += 5
return (left, top, left + SCREEN_WIDTH, top + SCREEN_HEIGH)
raise Exception("Play area not in view."
"Make sure the game is visible on screen!")