def start_boxing():
error_num = 0
while 1:
if IF_START == 0: break
if error_num >= 10: break
mouse.move(966, 370)
mouse.left()
time.sleep(0.05)
mouse.right()
time.sleep(1)
mouse.move(970, 580)
mouse.left()
time.sleep(0.05)
mouse.move(1230, 915)
loc = 0
loc_p = 0
try:
start_time = time.time()
while 1:
if IF_START == 0: break
if time.time() - start_time > 15: break
loc = locate_img_array(CROP)
if loc in range(135, 151) and loc_p < loc and loc_p != 0:
print("Right:\t" + str(loc))
mouse.left()
break
if loc in range(280, 301) and loc_p > loc and loc_p != 0:
print("Left:\t" + str(loc))
mouse.left()
break
loc_p = loc
time.sleep(5)
except Exception as e:
print('Got an error:', e)
error_num += 1
def axe(i, dely, bias):
DELY2 = 0.85 #0.2
rp = 0
while 1:
if IF_START == 0: break
if time.time() - START > 65: break
r = pos_r(white_pos(get_screen_arry(CROP)))
if i >= TOTAL_DEGREE / 2 and r >= i - dely - bias and r <= i - dely + bias and r > rp:
print('Down:\t' + str(r))
mouse.left()
return [r, 1]
if i <= TOTAL_DEGREE / 2 and r >= i + dely * DELY2 - bias and r <= i + dely * DELY2 + bias and r < rp:
print('Up:\t' + str(r))
mouse.left()
return [r, 2]
rp = r
def start_cutting():
global IF_START
global START_POINT
global CENTER
global END_Y
global TOTAL_DEGREE
global CROP
global START
while 1:
if IF_START == 0: break
mouse.move(965, 380)
mouse.left()
time.sleep(0.05)
mouse.right()
time.sleep(1)
CROP0 = [427, 472, 452, 872]
try:
red_line = find_red(transpose(get_screen_arry(CROP0)))
except:
continue
if IF_START == 0: break
mouse.move(970, 580)
mouse.left()
time.sleep(0.05)
mouse.move(440, 910)
time.sleep(2.1)
wp = 0
print(red_line)
dis_list = []
for i in range(20):
if IF_START == 0: break
dis = find_white(transpose(get_screen_arry(CROP0)))
dis = abs(find_white(transpose(get_screen_arry(CROP0))) - dis)
dis_list.append(dis)
dis = np.argmax(np.bincount(dis_list))
dely = int(round(dis * 4.88))
bias = 3
START = time.time()
while 1:
if IF_START == 0: break
if time.time() - START > 10: break
white_line = find_white(transpose(get_screen_arry(CROP0)))
if red_line[0] >= 200:
if white_line in range(red_line[0] + bias - dely, red_line[1] -
bias - dely + 1) and white_line > wp:
print('Down:\t' + str(white_line))
mouse.left()
break
if red_line[0] < 200:
if white_line in range(red_line[0] + bias + dely, red_line[1] -
bias + dely + 1) and white_line < wp:
print('Up:\t' + str(white_line))
mouse.left()
break
wp = white_line
# if time.time()-START>10:continue
if IF_START == 0: break
CROP = [520, 520, 605, 825]
CENTER = [396, 676]
START_POINT = [536, 532]
END_Y = 813
END_X = round(
pow(
pow(START_POINT[0] - CENTER[0], 2) +
pow(START_POINT[1] - CENTER[1], 2) -
pow(END_Y - CENTER[1], 2), 0.5) + CENTER[0])
TOTAL_DEGREE = pos_r([END_X, END_Y])
CROP1 = [332, 854, 656, 855]
time.sleep(3)
START = time.time()
dis_list = []
# for i in range (10):
# if IF_START==0:break
# dis=pos_r(white_pos(get_screen_arry(CROP)))
# dis=abs(pos_r(white_pos(get_screen_arry(CROP)))-dis)
# if dis!=0:dis_list.append(dis)
# dis=np.median(dis_list)
# dis=6.2
# print('Speed:\t'+str(dis))
dely = 38 #5*dis #4.5
bias = 3
move_aex = 10
rounds = 0
while 1:
if IF_START == 0: break
mouse.move(480, 890)
find_list = []
old_green = 1
while 1:
if IF_START == 0: break
if time.time() - START > 65: break
find_list = find_pos(find_list)
for i in find_list:
if IF_START == 0: break
print('Find Pos:\t' + str(i))
r = axe(i, dely, bias)
time.sleep(3)
green = find_green(get_screen_arry(CROP1))
if green < 1: break
if green < 1: break
print('Green:\t' + str(green))
ni = i
count_n = 0
while 1:
if IF_START == 0: break
if time.time() - START > 65: break
if green < 0.05: break
if old_green - green <= 0.15:
if i >= 45:
if ni <= i:
count_n += 1
ni = i + move_aex
elif ni >= i:
count_n += 1
ni = i - move_aex
if i < 45:
if ni >= i:
count_n += 1
ni = i - move_aex
elif ni <= i:
count_n += 1
ni = i + move_aex
if count_n > 2:
count_n = 0
ni = i
print('Adjust Pos:\t' + str(ni))
axe(ni, dely, bias)
time.sleep(3)
old_green = green
green = find_green(get_screen_arry(CROP1))
print('Time:\t' + str(time.time() - START))
print('Rounds:\t' + str(rounds + 1))
if time.time() - START <= 40 or (time.time() - START <= 50
and rounds <= 2):
if IF_START == 0: break
time.sleep(2.3)
mouse.move(910, 625)
mouse.left()
time.sleep(0.5)
START += 5
rounds += 1
else:
if IF_START == 0: break
time.sleep(2.2)
mouse.move(1010, 625)
mouse.left()
time.sleep(1.6)
break
import lib.key as key
import lib.mouse as mouse
import time
while 1:
time.sleep(2)
key.press('U')
time.sleep(0.02)
key.release('U')
time.sleep(1)
mouse.move(430,680)
mouse.left()
time.sleep(1)
mouse.move(1480,695)
mouse.left()
time.sleep(13)
key.press('Tab')
time.sleep(0.02)
key.release('Tab')
time.sleep(0.02)
key.press('W')
time.sleep(4)
key.release('W')
key.press('1')
time.sleep(0.02)