def act_1to5_LR(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps > 3:
moveto = (tmpm["right"][0], tmpm["right"][1])
MACRO.move_click_sleep(moveto, tmps - 3, 0.4)
elif tmps < 3:
moveto = (tmpm["left"][0], tmpm["left"][1])
MACRO.move_click_sleep(moveto, 3 - tmps, 0.4)
def act_1to3_LR(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps > 2:
moveto = (tmpm["right"][0], tmpm["right"][1])
MACRO.move_click_sleep(moveto, 1, 0.4)
elif tmps < 2:
moveto = (tmpm["left"][0], tmpm["left"][1])
MACRO.move_click_sleep(moveto, 1, 0.4)
def act_1to5_UD(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps > 3:
moveto = (tmpm["up"][0], tmpm["up"][1] - (stype - 1) * tmpm["heightunit"],)
MACRO.move_click_sleep(moveto, tmps - 3, 0.4)
elif tmps < 3:
moveto = (tmpm["down"][0], tmpm["down"][1] - (stype - 1) * tmpm["heightunit"],)
MACRO.move_click_sleep(moveto, 3 - tmps, 0.4)
def act_get_lineup(is_test=False):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
# result: str = MACRO.mouse_ocr((973, 209), (1015, 627))
lineup = MACRO.mouse_ocr((1371, 200), (1452, 624))
# return result.replace('F', 'R')
return lineup
def act_load_save_file(save_name=None, is_test=False):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
MACRO.cmd_key('ctrl', 'o')
time.sleep(2)
pyperclip.copy(save_name[:len(save_name) - 1])
MACRO.cmd_key('ctrl', 'v')
pyautogui.typewrite(")")
MACRO.press_sleep('enter', 0.1)
# 로딩 끝나기 인식
MACRO.screen_check(33 + 279, 1920 - 1652, [29, 22, 15, 255])
def act_run_instant_match(is_test=False):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
MACRO.move_click_sleep((-174, 104,), 1, 1)
MACRO.move_click_sleep((-114, 180,), 1, 1)
MACRO.press_sleep('space', 2)
def act_move_to_statistics_window(is_test=False):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
MACRO.press_sleep('space', 1.4)
MACRO.press_sleep('space', 1.4)
MACRO.press_sleep('space', 2.8)
def act_multi(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmpm != None:
for i in range(len(tmpm[tmps])):
MACRO.move_click_sleep((tmpm[tmps][i][0], tmpm[tmps][i][1]), 1, 0.4)
def act_sel3(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps == 2:
MACRO.move_click_sleep((tmpm["opt1"][0], tmpm["opt1"][1]), 1, 0.4)
elif tmps == 3:
MACRO.move_click_sleep((tmpm["opt2"][0], tmpm["opt2"][1]), 1, 0.4)
def act_boolean_n1(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps != 1:
MACRO.move_click_sleep((tmpm[tmps][0], tmpm[tmps][1]), 1, 0.4)
def act_boolean(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps:
MACRO.move_click_sleep((tmpm[0], tmpm[1]), 1, 0.4)
def act_change_tactics(tactics=None, is_test=False):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
stype = tactics['type']
def get_info(type1, type2):
return tactics[type1][type2], iMouse[type1][type2]
def act_boolean(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps:
MACRO.move_click_sleep((tmpm[0], tmpm[1]), 1, 0.4)
def act_boolean_n1(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps != 1:
MACRO.move_click_sleep((tmpm[tmps][0], tmpm[tmps][1]), 1, 0.4)
def act_1to5_LR(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps > 3:
moveto = (tmpm["right"][0], tmpm["right"][1])
MACRO.move_click_sleep(moveto, tmps - 3, 0.4)
elif tmps < 3:
moveto = (tmpm["left"][0], tmpm["left"][1])
MACRO.move_click_sleep(moveto, 3 - tmps, 0.4)
def act_sel3(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps == 2:
MACRO.move_click_sleep((tmpm["opt1"][0], tmpm["opt1"][1]), 1, 0.4)
elif tmps == 3:
MACRO.move_click_sleep((tmpm["opt2"][0], tmpm["opt2"][1]), 1, 0.4)
def act_1to5_UD(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps > 3:
moveto = (tmpm["up"][0], tmpm["up"][1] - (stype - 1) * tmpm["heightunit"],)
MACRO.move_click_sleep(moveto, tmps - 3, 0.4)
elif tmps < 3:
moveto = (tmpm["down"][0], tmpm["down"][1] - (stype - 1) * tmpm["heightunit"],)
MACRO.move_click_sleep(moveto, 3 - tmps, 0.4)
def act_multi(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmpm != None:
for i in range(len(tmpm[tmps])):
MACRO.move_click_sleep((tmpm[tmps][i][0], tmpm[tmps][i][1]), 1, 0.4)
def act_1to3_LR(type1, type2):
tmps, tmpm = get_info(type1, type2)
if tmps > 2:
moveto = (tmpm["right"][0], tmpm["right"][1])
MACRO.move_click_sleep(moveto, 1, 0.4)
elif tmps < 2:
moveto = (tmpm["left"][0], tmpm["left"][1])
MACRO.move_click_sleep(moveto, 1, 0.4)
time.sleep(2)
mouse_point = iMouse["category"]["type"]
MACRO.move_click_sleep(mouse_point, 1, 0.2)
MACRO.move_click((mouse_point[0], mouse_point[1] + 30 * stype))
MACRO.move_click_sleep(iMouse["category"]["offball"], 1, 0.5) # [1] offball
if tactics["offball"]["offsidetrap"]: # - offside trap
MACRO.move_click_sleep(iMouse["offball"]["offsidetrap"], 1, 0.4)
act_1to5_UD("offball", "offenseline") # - offenseline
act_1to5_UD("offball", "defenseline") # - defense line
act_1to3_LR("offball", "defensewidth") # - defense width
act_boolean("offball", "mark") # - mark
act_1to5_LR("offball", "pressure") # - pressure
act_boolean("offball", "longpassinduce") # - longpassinduce
act_sel3("offball", "tackle") # - tackle
MACRO.move_click_sleep(iMouse["category"]["change"], 1, 0.5) # [2] change
act_sel3("change", "ballno") # ballno
act_sel3("change", "ballyes") # - ballyes
act_sel3("change", "keepercatch") # - keepercatch
act_multi("change", "keepergive") # - keepergive
MACRO.move_click_sleep(iMouse["category"]["onball"], 1, 0.5) # [3] onball
act_1to5_LR("onball", "offensewidth") # - offensewidth
act_boolean("onball", "tospace") # - tospace
act_boolean("onball", "todefense") # - todefense
act_multi("onball", "towhere") # - towhere
act_boolean_n1("onball", "leftgo") # - leftgo
act_boolean_n1("onball", "rightgo") # - rightgo
act_1to5_LR("onball", "passway") # - passway
act_1to5_LR("onball", "tempo") # - tempo
tmps, tmpm = get_info("onball", "timewaste") # - timewaste
if tmps > 1:
moveto = (tmpm[0], tmpm[1])
MACRO.move_click_sleep(moveto, tmps - 1, 0.4)
tmps, tmpm = get_info("onball", "crosstype") # - crosstype
MACRO.move_click_sleep((tmpm[0][0], tmpm[0][1]), 1, 0.5)
MACRO.move_click_sleep((tmpm[tmps][0], tmpm[tmps][1]), 1, 0.5)
tmps, tmpm = get_info("onball", "crosshow") # - crosshow
if tmpm != None:
for i in range(len(tmpm[tmps])):
MACRO.move_click_sleep((tmpm[tmps][i][0], tmpm[tmps][i][1]), 1, 0.4)
act_boolean("onball", "setplay") # - setplay
act_boolean_n1("onball", "dribble") # - dribble
act_boolean_n1("onball", "creativity") # - creativity
def act_close_match_result_window(players=1, is_test=False):
for i in range(players // 2 + 1):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
MACRO.move_click((-170, 333), 1)
def act_wait_match_finished(is_test=False):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
MACRO.check_wait_until_color_find_in_screen(200, 1000, [46, 29, 5, 255])
def act_activate_window(is_test=False):
if is_test is True:
_TPI(CLASS_NAME, locals())
else:
MACRO.move_click((-609, 916,))