def execute(self):
#nothing just return
BaseActionInfo.execute(self)
notEnoughEnergy, _, _ = utils.patternDetect(
"no_enough_engergy_pattern.png")
if notEnoughEnergy:
hasAdsEnergy, _, _ = utils.patternDetect(
"energy_watch_ads_patten.png")
if hasAdsEnergy > 0:
# click the ads energy
ScenarioExecutor("s6_watch_energy_ads.json").execute()
elif utils.use_energy_ball > 0:
hasEnergyBall, _, _ = utils.patternDetect(
"energy_ball_pattern.png")
if hasEnergyBall > 0:
ScenarioExecutor("s6_use_energy_ball.json").execute()
else:
sys.exit(0)
else:
sys.exit(0)
else:
return
#nothing just return
BaseActionInfo.execute(self)
def execute(self):
for i in range(0, 10):
easymatch, xpox, ypos = utils.patternDetect("match_easy.png")
print("Easy match result {} {} {}!".format(
easymatch, xpox, ypos))
if easymatch > 0:
utils.accurate_tap_screen(xpox, ypos)
utils.sleep_wait(1)
ScenarioExecutor("s6_partial_match.json").execute()
return
elif utils.run_middle > 0:
middleMatch, xpox, ypos = utils.patternDetect(
"match_middle.png")
print("Middle match result {} {} {}!".format(
middleMatch, xpox, ypos))
if middleMatch > 0:
utils.accurate_tap_screen(xpox, ypos)
utils.sleep_wait(1)
ScenarioExecutor("s6_partial_match.json").execute()
return
elif utils.run_hard > 0:
hard_match, xpox, ypos = utils.patternDetect(
"match_hard.png")
print("Hard match result {} {} {}!".format(
hard_match, xpox, ypos))
if hard_match > 0:
utils.accurate_tap_screen(xpox, ypos)
utils.sleep_wait(1)
ScenarioExecutor("s6_partial_match.json").execute()
return
#dd
# not found
utils.vertical_swipe_screen_down()
BaseActionInfo.execute(self)
def execute(self):
# only check for not play first.
if utils.has_easy > 0:
for i in range(0, 7):
all_match, xpox, ypos = utils.patternDetect(
"all_match_left_pattern.png")
print("Find all_match match result {} {} {}!".format(
all_match, xpox, ypos))
if all_match > 0:
utils.accurate_tap_screen(xpox, ypos)
utils.sleep_wait(1)
ScenarioExecutor(
"s6_check_all_match_run_easy.json").execute()
# execute the script
return
print("swipe")
utils.horizontal_swipe_screen_once()
#swipe back
utils.horizontal_swipe_screen_back()
utils.sleep_wait(1)
# check others.
for i in range(0, 7):
middle_match, xpox, ypos = utils.patternDetect(
"only_easy_done_pattern.png")
print("Find middle match result {} {} {}!".format(
middle_match, xpox, ypos))
if middle_match > 0:
utils.accurate_tap_screen(xpox, ypos)
utils.sleep_wait(1)
ScenarioExecutor(
"s6_check_all_match_run_others.json").execute()
return
elif utils.run_hard > 0:
hard_match, xpox, ypos = utils.patternDetect(
"only_hard_left_pattern.png")
print("Find hard match result {} {} {}!".format(
hard_match, xpox, ypos))
if hard_match > 0:
utils.accurate_tap_screen(xpox, ypos)
utils.sleep_wait(1)
ScenarioExecutor(
"s6_check_all_match_run_others.json").execute()
return
#dd
# not found
print("swipe")
utils.horizontal_swipe_screen_once()
print("No Game category available!")
BaseActionInfo.execute(self)
def execute(self):
BaseActionInfo.execute(self)
containsPattern = 0
for j in range(self.detect_times):
print("Detect rounds {}!".format(j))
utils.tap_screen(1760, 1030)
utils.pure_sleep(1)
containsPattern, _, _ = utils.patternDetect(self.pattern_file)
if containsPattern > 0:
break
if containsPattern > 0:
#found it.
return
else:
print("No Sharing at all")
sys.exit(0)
def execute(self):
BaseActionInfo.execute(self)
containsPattern = 0
for j in range(self.detect_times):
print("Detect rounds {}!".format(j))
containsPattern, _, _ = utils.patternDetect(self.pattern_file)
if containsPattern > 0:
break
if containsPattern > 0 and len(self.success_script) > 1:
print("Run success script {} ".format(self.success_script))
ScenarioExecutor(self.success_script).execute()
#found it.
return
else:
if len(self.fallback_script) > 1:
print("Run fallback script {} ".format(self.fallback_script))
ScenarioExecutor(self.fallback_script).execute()