fast find

start = time()
def pixelFindColor2(match, p_x, p_x_max, p_y, tolerance=0):
    while not p_x == p_x_max:
        p_x += 1
        colour = grab_pixel(p_x, p_y)
        if colour == match:
            print('found match = {} {}'.format((p_x, p_y), colour))
            return p_x, p_y
        if tolerance > 0:
            for index in range(len(colour)):
                if colour[index]-tolerance > match[index]:
                    print("x{},y{} +t{} mi{}".format(p_x, p_y, colour[index]-tolerance, match[index]))
                    # too high
                    pass
                elif colour[index]+tolerance < match[index]:
                    print("x{},y{} +t{} mi{}".format(p_x, p_y, colour[index]+tolerance, match[index]))
                    # too low
                    pass
                else:
                    print('tolerance found match = {} {}'.format((p_x, p_y), colour))
                    return p_x, p_y
    print('Search done no match, retry!')
    return p_x, p_y
x_2, y_2 = pixelFindColor2((121, 174, 98), 1688, 1835, 823, tolerance=30)
# with 10 workers and 20 tasks, with each task being .5 seconds, then the completed job
# is ~1 second using threading. Normally 20 tasks with .5 seconds each would take 10 seconds.
print('Entire job took:',time() - start)