def track(directory):
global check_init
if cursor[1] > 0:
if cursor[2] == 0:
cursor[2] = time.time()
length_ = 10
if abs(cursor[0][0] - autoit.mouse_get_pos()[0]) > length_ or \
abs(cursor[0][1] - autoit.mouse_get_pos()[1]) > length_:
autoit.mouse_move(*cursor[0], speed=0)
if time.time() - cursor[2] > cursor[1]:
cursor[1] = 0
cursor[2] = 0
elif cursor_down[0]:
autoit.mouse_up()
autoit.mouse_down()
if time.time() - cursor_down[1] > cursor_down[0]:
cursor_down[0] = 0
if check_init:
init(directory)
check_init = False
delay = 0.1
time.sleep(delay)
def mainThread():
global inputBet, inputColor
print(
"\n\n\nWelcome to the gta casino roulette autobet bot. Please put your game in Windowed mode"
)
inputBet = int(input("Enter base bet (ex. 1500): "))
inputColor = input("Enter bet color (ex. red, black, green): ")
print("\nPress 'END' to toggle the script ON/OFF \n\n\n")
bet_color = inputColor
small_bet = inputBet
betting_target = inputBet
finished_betting = False
lastmoney = 0
lastcolor = ""
rounds_played = 0
increased = False
bet_list = [100, 500, 1000, 5000, 10000]
while True:
if startScript:
frame = getFrame()
time = get_time(frame)
if time != 0:
if finished_betting == False:
print("Current time: ", time)
current_money = get_current_Money(frame)
current_bet = get_current_Bet(frame)
currentColor = get_last_color(frame)
center_frame = [frame.size[0] / 2, frame.size[1] / 2]
if current_money < lastmoney and rounds_played != 0 and increased == False:
print("bet target increased")
betting_target *= 2
increased = True
elif current_money >= lastmoney:
betting_target = small_bet
if current_bet == betting_target:
rounds_played += 1
print("\n\n")
print("Rounds played: ", rounds_played)
print("Current color: ", currentColor)
print("Last color: ", lastcolor)
print("Current money: ", current_money)
print("Current bet: ", current_bet)
print("Current target: ", betting_target)
print("\n\n")
lastmoney = current_money
lastcolor = currentColor
finished_betting = True
else:
#increment bet
for i in range(5):
pressKey(DIK_ARROW_DOWN)
sleep(0.07)
releaseKey(DIK_ARROW_DOWN)
if bet_color == "red":
autoit.mouse_move(int(center_frame[0] - 90),
int(center_frame[1] + 330))
elif bet_color == "black":
autoit.mouse_move(int(center_frame[0] + 90),
int(center_frame[1] + 330))
elif bet_color == "green":
autoit.mouse_move(int(center_frame[0] - 550),
int(center_frame[1]) - 75)
for k in reversed(bet_list):
temp = (betting_target - current_bet) - k
if temp >= 0:
for x in range(bet_list.index(k)):
pressKey(DIK_ARROW_UP)
sleep(0.09)
releaseKey(DIK_ARROW_UP)
autoit.mouse_down("left")
sleep(0.15)
autoit.mouse_up("left")
break
else:
finished_betting = False
increased = False
else:
releaseFrame()
def _tapCursor():
autoit.mouse_down('left')
autoit.mouse_up('left')
def play(log, speed, tlast, debug_mode):
st = 0.0
stt = 0.0
tlast -= 0.01
if debug_mode:
timer = time.perf_counter()
offset_timer = time.perf_counter()
for step in log:
if step[0] == 'mousemove':
t_offset = time.perf_counter() - offset_timer - st
# print(t_offset)
st = (float(step[-1]) - tlast - t_offset) / speed
# print(st)
offset_timer = time.perf_counter()
if st > 0:
time.sleep(st)
stt += t_offset
autoit.mouse_move(int(step[1]), int(step[2]), 0)
tlast = float(step[-1])
continue
if step[0] == 'mousepressed':
t_offset = time.perf_counter() - offset_timer - st
st = (float(step[-1]) - tlast - t_offset) / speed
offset_timer = time.perf_counter()
if st < 0.0:
time.sleep(st)
stt += t_offset
autoit.mouse_move(int(step[2]), int(step[3]), 0)
autoit.mouse_down(step[1])
tlast = float(step[-1])
continue
if step[0] == 'mousereleased':
t_offset = time.perf_counter() - offset_timer - st
st = (float(step[-1]) - tlast - t_offset) / speed
offset_timer = time.perf_counter()
if st < 0.0:
time.sleep(st)
stt += t_offset
autoit.mouse_move(int(step[2]), int(step[3]), 0)
autoit.mouse_up(step[1])
tlast = float(step[-1])
continue
if step[0] == 'mousescrolled':
t_offset = time.perf_counter() - offset_timer - st
st = (float(step[-1]) - tlast - t_offset) / speed
offset_timer = time.perf_counter()
if st > 0:
time.sleep(st)
stt += t_offset
autoit.mouse_wheel(int(step[2]), int(step[3]), 0)
autoit.mouse_up(step[1])
tlast = float(step[-1])
continue
if step[0] == 'keypressed':
t_offset = time.perf_counter() - offset_timer - st
# print(t_offset)
st = (float(step[-1]) - tlast - t_offset) / speed
offset_timer = time.perf_counter()
if st > 0:
time.sleep(st)
stt += t_offset
autoit.send(step[1])
tlast = float(step[-1])
continue
if step[0] == 'keyreleased':
t_offset = time.perf_counter() - offset_timer - st
st = (float(step[-1]) - tlast - t_offset) / speed
offset_timer = time.perf_counter()
if st > 0:
time.sleep(st)
stt += t_offset
autoit.send(step[1])
tlast = float(step[-1])
continue
if step[0] == 'done':
print('End playing')
if debug_mode:
print(time.perf_counter() - timer)
print(stt)
pass
def click(x, y, button="left"):
autoit.mouse_move(x, y)
autoit.mouse_down(button)
time.sleep(0.2)
autoit.mouse_up(button)
def mouseRotate():
autoit.mouse_move(655, 521)
sleep(0.2, 0.6)
autoit.mouse_down('right')
autoit.mouse_move(670, 521)
autoit.mouse_up('right')
def down(cls):
"""
:description 执行鼠标当前位置的按下事件
:return:
"""
autoit.mouse_down()
def add_household(household):
print('>>> Starting entry for %s' % str(household))
autoit.win_activate("Link2Feed Portal - Google Chrome")
time.sleep(DEFAULT_TIME)
prime = household.primary
second = household.secondary
autoit.mouse_click("left", 2281, 328)
time.sleep(1.0)
autoit.send('{TAB}')
autoit.send('{DOWN}{DOWN}{DOWN}{DOWN}')
time.sleep(DEFAULT_TIME)
autoit.send('{ENTER}')
autoit.send('{TAB}')
time.sleep(DEFAULT_TIME)
if prime.last_visit:
visit_date = datetime.strptime(
prime.last_visit.replace('00:00:00',
'').replace('MST', '').replace('MDT', ''),
"%a %b %d %Y")
autoit.send(visit_date.strftime(DATE_FORMAT))
else:
autoit.send(prime.creation_date.strftime(DATE_FORMAT))
autoit.send('{TAB}{UP}{TAB}')
autoit.send(prime.last_name.upper())
autoit.send('{TAB}')
autoit.send(prime.first_name.upper())
autoit.send('{TAB}')
time.sleep(DEFAULT_TIME)
autoit.send(prime.birthdate.strftime(DATE_FORMAT))
time.sleep(DEFAULT_TIME)
autoit.send('{TAB}')
time.sleep(1.0)
if hex(autoit.pixel_get_color(2877, 223)) == '0xf4b04f':
write_duplicate(prime.first_name, prime.last_name, prime.birthdate)
print('duplicate detected: %s' % str(prime))
autoit.mouse_click("left", 3816, 15)
time.sleep(4.0)
autoit.send('{ENTER}')
time.sleep(4.0)
autoit.send('#3')
time.sleep(10.0)
autoit.mouse_click("left", 2246, 54)
autoit.send('https://portal.link2feed.ca/org/2191/intake/')
time.sleep(DEFAULT_TIME)
autoit.send('{ENTER}')
time.sleep(6.0)
return
autoit.send('{TAB}')
if prime.gender == "female":
autoit.send('{DOWN}')
elif prime.gender == "male":
autoit.send('{DOWN}{DOWN}')
else:
autoit.send('{DOWN}{DOWN}{DOWN}{DOWN}')
time.sleep(DEFAULT_TIME)
autoit.send('{ENTER}')
if not second:
autoit.mouse_click("left", 2206, 807)
elif household.relationship == 'commonlaw':
autoit.mouse_click("left", 2474, 808)
elif household.relationship == 'spouse':
autoit.mouse_click("left", 2207, 831)
else:
autoit.mouse_click("left", 3011, 807)
time.sleep(DEFAULT_TIME)
autoit.mouse_move(3832, 317, 0)
time.sleep(DEFAULT_TIME)
autoit.mouse_down("left")
autoit.mouse_move(3832, 716)
autoit.mouse_up("left")
autoit.mouse_click("left", 2206, 171)
autoit.mouse_click("left", 2922, 224)
autoit.mouse_click("left", 3011, 680)
click_point_from_city(prime.city)
if prime.income == "Student Scholarship":
autoit.mouse_click("left", 2207, 915)
else:
autoit.mouse_click("left", 2205, 964)
if prime.phone:
fixed_phone = prime.phone.replace('(',
'').replace(')',
'').replace('-', '')
if len(fixed_phone) == 10:
autoit.mouse_click("left", 2245, 486)
time.sleep(DEFAULT_TIME)
autoit.send(fixed_phone)
autoit.mouse_wheel("down", 20)
time.sleep(DEFAULT_TIME)
member_count = 0
if household.secondary:
member_count += 1
success = add_member(household.secondary, household.relationship, 1)
if not success:
return
# for child in household.children:
# member_count += 1
# success = add_member(child, 'child', member_count)
# if not success:
# return
autoit.mouse_click("left", 3726, 966)
time.sleep(3.0)
autoit.mouse_click("left", 2248, 547)
time.sleep(DEFAULT_TIME)
autoit.send('+{TAB}')
time.sleep(DEFAULT_TIME)
down_count = 1
if not prime.income:
down_count = 5
elif prime.income == 'Child Benefits':
down_count = 2
elif prime.income == 'Disability / PWD':
down_count = 3
elif prime.income == 'Employment Insurance':
down_count = 4
elif prime.income == 'OAP / CPP':
down_count = 6
elif prime.income == 'Social Assistance':
down_count = 8
elif prime.income == 'Student Scholarship':
down_count = 10
elif prime.income == 'Works Casual':
down_count = 11
elif prime.income == 'Works Full-Time':
down_count = 12
else:
down_count = 13
for i in range(down_count):
autoit.send('{DOWN}')
autoit.send('{ENTER}')
time.sleep(DEFAULT_TIME)
autoit.mouse_click("left", 2246, 535)
if not household.secondary:
autoit.mouse_click("left", 3737, 736)
else:
autoit.mouse_click("left", 3738, 871)
time.sleep(1.5)
autoit.mouse_click("left", 3747, 769)
time.sleep(1.5)
autoit.mouse_click("left", 2762, 193)
time.sleep(1.5)
autoit.mouse_click("left", 3765, 353)
time.sleep(DEFAULT_TIME)
if prime.dietary:
prime.dietary = prime.dietary.replace('+',
'').replace('^', '').replace(
'!', '').replace('#', '')
autoit.send('--DIET--{ENTER}')
autoit.send(prime.dietary.replace('\n', '{ENTER}'))
autoit.send('--DIET--{ENTER}')
if prime.notes:
prime.notes = prime.notes.replace('+', '').replace('^', '').replace(
'!', '').replace('#', '')
autoit.send(prime.notes.replace('\n', '{ENTER}'))
if household.children:
autoit.send('Children: %s {ENTER}' %
[child.age for child in household.children])
if prime.comments:
prime.comments = prime.comments.replace('+',
'').replace('^', '').replace(
'!', '').replace('#', '')
autoit.send(prime.comments.replace('\n', '{ENTER}'))
autoit.mouse_click("left", 3113, 487)
time.sleep(1.5)
# Check for green services in case something went wrong
if hex(autoit.pixel_get_color(2611, 192)) != '0x43a543':
print('>>> Entry failed: green services check: %s' %
hex(autoit.pixel_get_color(2611, 192)))
exit(1)
autoit.mouse_click("left", 2462, 49)
time.sleep(DEFAULT_TIME)
autoit.send('https://portal.link2feed.ca/org/2191/intake/')
autoit.send('{ENTER}')
print(">>> Finished entry for %s" % str(household))
def mouseRotate():
autoit.mouse_move(655, 521)
sleep(0.2, 0.6)
autoit.mouse_down('right')
autoit.mouse_move(670, 521)
autoit.mouse_up('right')
def play(log, speed, tlast, debug_mode):
print("Ready, press 'alt + .' to start")
keyboard.wait("alt+.")
if debug_mode:
timer = time.time()
t_offset = time.time()
tlast -= 0.1
for step in log:
if step[0] == 'mousemove':
t_offset = time.time() - t_offset
# print(t_offset)
time.sleep((float(step[-1]) - tlast - t_offset) / speed)
autoit.mouse_move(int(step[1]), int(step[2]), 0)
tlast = float(step[-1])
t_offset = time.time()
continue
if step[0] == 'mousepressed':
t_offset = time.time() - t_offset
time.sleep((float(step[-1]) - tlast - t_offset) / speed)
autoit.mouse_move(int(step[2]), int(step[3]), 0)
autoit.mouse_down(step[1])
tlast = float(step[-1])
t_offset = time.time()
continue
if step[0] == 'mousereleased':
t_offset = time.time() - t_offset
time.sleep((float(step[-1]) - tlast - t_offset) / speed)
autoit.mouse_move(int(step[2]), int(step[3]), 0)
autoit.mouse_up(step[1])
tlast = float(step[-1])
t_offset = time.time()
continue
if step[0] == 'mousescrolled':
t_offset = time.time() - t_offset
time.sleep((float(step[-1]) - tlast - t_offset) / speed)
autoit.mouse_wheel(int(step[2]), int(step[3]), 0)
autoit.mouse_up(step[1])
tlast = float(step[-1])
t_offset = time.time()
continue
if step[0] == 'keypressed':
t_offset = time.time() - t_offset
time.sleep((float(step[-1]) - tlast - t_offset) / speed)
autoit.send(step[1])
tlast = float(step[-1])
t_offset = time.time()
continue
if step[0] == 'keyreleased':
t_offset = time.time() - t_offset
time.sleep((float(step[-1]) - tlast - t_offset) / speed)
autoit.send(step[1])
tlast = float(step[-1])
t_offset = time.time()
continue
if step[0] == 'done':
print('Lobby settings are all set')
if debug_mode:
print(time.time() - timer)
pass