import pydroid
INIT_COLOR = 473428
BELL_COLORS = set([12702690, 8950940, 9016477, 9017249, 9018536, 12505567,
12505568, 11715538, 10862803, 12965603, 12439776, 12834019,
14411502, 8953000, 5401724])
def find_init_color(screen, xr, yr):
for x in xr:
for y in yr:
if screen.get_color(x, y) == INIT_COLOR:
return (x, y)
def init():
while True:
screen = pydroid.bitmap.capture_screen()
first = find_init_color(screen, xrange(0, screen.width), xrange(0, screen.height))
last = find_init_color(screen, xrange(screen.width - 1, -1, -1), xrange(screen.height - 1, -1, -1))
if first is not None and last is not None:
return first, last
def check(first, last):
screen = pydroid.bitmap.capture_screen()
for y in xrange(last[1] - 1, first[1], -1):
for x in xrange(first[0] + 1, last[0]):
if screen.get_color(x, y) in BELL_COLORS:
return pydroid.mouse.move(x, y)
def main():
print 'Searching for Winterbells...'
first, last = init()
print 'Found at %s, %s. Running.' % (first, last)
while True:
check(first, last)
if __name__ == '__main__':
main()
It's far from perfect, but it's a good start. To run it, execute the script, then open the game in a resolution large enough such that the whole game is visible.
All it does is find pixels with colors unique to the bells and moves the mouse there. I made the same script in C# a while ago. This script is faster (even though it's Python!) and far more concise. It was astonishingly easy to make too thanks to pydroid. The only time-consuming bit was finding the bell colors. Kudos for the nice library!
import pydroid, operator
INIT_COLOR = 473428
BELL_COLORS = set([12702690, 8950940, 9016477, 9017249, 9018536, 12505567,
12505568, 11715538, 10862803, 12965603, 12439776, 12834019,
14411502, 8953000, 5401724])
CANVAS_WIDTH = 751
CANVAS_HEIGHT = 501
CHECK_WIDTH = CANVAS_WIDTH / 2 - 50
def find_init_color(screen, xr, yr):
for x in xr:
for y in yr:
if screen.get_color(x, y) == INIT_COLOR:
return (x, y)
def init():
while True:
screen = pydroid.bitmap.capture_screen()
first = find_init_color(screen, xrange(0, screen.width), xrange(0, screen.height))
last = find_init_color(screen, xrange(screen.width - 1, -1, -1), xrange(screen.height - 1, -1, -1))
if first is not None and last is not None and last[0] - first[0] >= CANVAS_WIDTH and last[1] - first[1] >= CANVAS_HEIGHT:
return first, last
def triangle(base, width, height, top_left, bottom_right):
for i in xrange(0, height):
y = base[1] - i
diff = i * width / height
if y > bottom_right[1]:
continue
if y < top_left[1]:
break
for x in xrange(base[0] - width + diff, base[0] + width - diff):
if x > top_left[0] and x < bottom_right[0]:
yield (x, y)
def check(first, last, prev):
screen = pydroid.bitmap.capture_screen()
if prev is not None:
for y in xrange(prev[1] + 20, prev[1] - 20, -1):
for x in xrange(prev[0] - 20, prev[0] + 20):
if screen.get_color(x, y) in BELL_COLORS:
pydroid.mouse.move(x, y)
return (x, y)
for point in triangle(prev, CHECK_WIDTH, 150, first, last):
if screen.get_color(point[0], point[1]) in BELL_COLORS:
pydroid.mouse.move(point[0], point[1])
return point
for y in xrange(last[1] - 100, first[1], -1):
for x in xrange(first[0] + 1, last[0]):
if screen.get_color(x, y) in BELL_COLORS:
pydroid.mouse.move(x, y)
return (x, y)
def main():
print 'Searching for Winterbells...'
first, last = init()
prev = None
print 'Found at %s, %s. Running.' % (first, last)
while True:
prev = check(first, last, prev)
if __name__ == '__main__':
main()
It still only scores in the thousands because one of the bell colors sometimes maps to the rabbit, but it's at the point where it scores better than a newbie. Instead of looking from the bottom up for bell pixels, it tries to look in the following regions in order:
1) The area near where it last looked.
2) A triangular area above where it last looked, which is a heuristic guess of where the rabbit would be able to jump to.
If those fail, then it looks from the bottom up for a bell. Okay that was fun, but it made me realize I really need a day job.
All it does is find pixels with colors unique to the bells and moves the mouse there. I made the same script in C# a while ago. This script is faster (even though it's Python!) and far more concise. It was astonishingly easy to make too thanks to pydroid. The only time-consuming bit was finding the bell colors. Kudos for the nice library!