def player_end():
global src # ,character_descs,stage_descs
global NEW_GAME, opponent_char, player_char
logging.info("[ENTER] player_end")
control_success = actions.move_and_leftclick(c(defines.neutral))
src = vision.screen_cap()
state_name = vision.get_state_sift(src, state_descs)
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_ability = vision.color_range_reduced_mids(src, c(defines.reduced_ability_box), color="green")
player_minions = vision.color_range_reduced_mids(
src, c(defines.reduced_player_minions_box), color="green", min_threshold=37, max_threshold=200
)
player_attack = vision.color_range_reduced_mids(src, c(defines.reduced_player_box), color="green")
if (
player_cards == []
and player_ability == []
and player_minions == []
and player_attack == []
and control_success
and (
state_name == defines.State.PLAYER
or state_name == defines.State.OPPONENT
or state_name == defines.State.PLAYER_GREEN
)
):
# logging.info("---END TURN---")
control_success = actions.move_and_leftclick(c(defines.turn_button))
control_success = actions.move_and_leftclick(c(defines.neutral))
def home():
logging.info("[ENTER] home")
if defines.PLAY_PRACTICE:
control_success = actions.move_and_leftclick(
c(defines.main_menu_practice_button))
else:
control_success = actions.move_and_leftclick(
c(defines.main_menu_play_button))
def select():
global NEW_GAME, THE_COIN
logging.info("[ENTER] select")
NEW_GAME = True
if defines.MULLIGAN:
src = vision.screen_cap()
choose_3 = []
choose_4 = []
for box in defines.starting_hand_costs_3:
choose_3.append(vision.read_white_data(src, c(box)))
for box in defines.starting_hand_costs_4:
choose_4.append(vision.read_white_data(src, c(box)))
#print choose_3
#print choose_4
return_list = []
if '' not in choose_3:
THE_COIN = False
for choice in range(0, len(choose_3)):
if int(choose_3[choice]) >= 4:
coord = defines.starting_hand_costs_3[choice]
return_list.append(
[coord[2], coord[3]]
) #return the lower right of the detection box which is over the card to click on
elif '' not in choose_4:
THE_COIN = True
for choice in range(0, len(choose_4)):
if int(choose_4[choice]) >= 5:
coord = defines.starting_hand_costs_4[choice]
return_list.append(
[coord[2], coord[3]]
) #return the lower right of the detection box which is over the card to click on
if int(choose_4[choice]) == 1:
coord = defines.starting_hand_costs_4[choice]
return_list.append(
[coord[2], coord[3]]
) #return the lower right of the detection box which is over the card to click on
for coord in return_list:
control_success = actions.move_and_leftclick(c(coord))
control_success = actions.move_and_leftclick(c(
defines.confirm_hand_button))
control_success = actions.move_and_leftclick(c(defines.neutral))
def select():
global NEW_GAME, THE_COIN
logging.info("[ENTER] select")
NEW_GAME = True
if defines.MULLIGAN:
src = vision.screen_cap()
choose_3 = []
choose_4 = []
for box in defines.starting_hand_costs_3:
choose_3.append(vision.read_white_data(src, c(box)))
for box in defines.starting_hand_costs_4:
choose_4.append(vision.read_white_data(src, c(box)))
# print choose_3
# print choose_4
return_list = []
if "" not in choose_3:
THE_COIN = False
for choice in range(0, len(choose_3)):
if int(choose_3[choice]) >= 4:
coord = defines.starting_hand_costs_3[choice]
return_list.append(
[coord[2], coord[3]]
) # return the lower right of the detection box which is over the card to click on
elif "" not in choose_4:
THE_COIN = True
for choice in range(0, len(choose_4)):
if int(choose_4[choice]) >= 5:
coord = defines.starting_hand_costs_4[choice]
return_list.append(
[coord[2], coord[3]]
) # return the lower right of the detection box which is over the card to click on
if int(choose_4[choice]) == 1:
coord = defines.starting_hand_costs_4[choice]
return_list.append(
[coord[2], coord[3]]
) # return the lower right of the detection box which is over the card to click on
for coord in return_list:
control_success = actions.move_and_leftclick(c(coord))
control_success = actions.move_and_leftclick(c(defines.confirm_hand_button))
control_success = actions.move_and_leftclick(c(defines.neutral))
def player_end():
global src #,character_descs,stage_descs
global NEW_GAME, opponent_char, player_char
logging.info("[ENTER] player_end")
control_success = actions.move_and_leftclick(c(defines.neutral))
src = vision.screen_cap()
state_name = vision.get_state_sift(src, state_descs)
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_ability = vision.color_range_reduced_mids(
src, c(defines.reduced_ability_box), color='green')
player_minions = vision.color_range_reduced_mids(
src,
c(defines.reduced_player_minions_box),
color='green',
min_threshold=37,
max_threshold=200)
player_attack = vision.color_range_reduced_mids(
src, c(defines.reduced_player_box), color='green')
if player_cards==[] and player_ability ==[] and player_minions ==[] and player_attack ==[] and control_success and (state_name == defines.State.PLAYER or state_name == defines.State.OPPONENT or state_name == defines.State.PLAYER_GREEN):
#logging.info("---END TURN---")
control_success = actions.move_and_leftclick(c(defines.turn_button))
control_success = actions.move_and_leftclick(c(defines.neutral))
def defeat():
logging.info("[ENTER] defeat")
control_success = actions.move_and_leftclick(c(defines.neutral))
def victory():
logging.info("[ENTER] victory")
control_success = actions.move_and_leftclick(c(defines.neutral))
def player():
global src
global NEW_GAME, opponent_char, player_char, stage, current_decknum
logging.info("[ENTER] player")
control_success = (
True
) # keep track of whether or not the bot was able to control the mouse. If not the user is attempting to use it
actions.pause_pensively(1)
if NEW_GAME:
src = vision.screen_cap()
stage = vision.get_image_info_sift(src, stage_descs, c(defines.stage_box))
NEW_GAME = False
# logging.info("------GET MATCH INFO------")
src = vision.screen_cap()
if player_char == None:
try:
player_char = vision.get_image_info_sift(src, character_descs, c(defines.player_box))
except:
player_char = None
if stage == None:
try:
stage = vision.get_image_info_sift(src, stage_descs, c(defines.stage_box))
except:
stage = None
# logging.info("---ATTACK WITH CHARACTER---")
actions.pause_pensively(0.25)
src = vision.screen_cap()
player_attack = vision.color_range_reduced_mids(src, c(defines.reduced_player_box), color="green")
if player_attack and control_success:
control_success = actions.move_and_leftclick(c(defines.neutral_minion))
control_success = actions.move_and_leftclick(c(defines.player_hero))
# actions.move_cursor([player_attack[0][0],player_attack[0][1]+10])
actions.pause_pensively(0.1)
src = vision.screen_cap()
enemy = []
enemy.extend(vision.color_range_reduced_mids(src, c(defines.reduced_opponent_box1), color="red"))
enemy.extend(vision.color_range_reduced_mids(src, c(defines.reduced_opponent_box2), color="red"))
enemy_minions = vision.get_taunt_minions(src, c(defines.enemy_minions_box_taunts))
if enemy_minions:
e_m = randint(0, len(enemy_minions) - 1) # attack a random taunt minion
if enemy_minions:
control_success = actions.move_and_leftclick(enemy_minions[e_m])
elif enemy:
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
else:
# something's wrong, try to attack any minion
actions.pause_pensively(6)
enemy_minions = vision.color_range_reduced_mids(src, c(defines.reduced_enemy_minions_box), color="red")
if enemy_minions:
control_success = actions.move_and_leftclick(enemy_minions[0])
control_success = actions.move_and_leftclick(c(defines.neutral))
# logging.info("------PLAY CARDS------")
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_cards_combo = vision.get_playable_cards(src, c(defines.hand_box), color="yellow")
if player_cards_combo and player_char == "rogue": # active combo cards are played before non-combo cards
player_cards = player_cards_combo
while player_cards and control_success:
control_success = actions.move_and_leftclick(player_cards[weighted_randint(len(player_cards))])
actions.move_cursor(c(defines.nuetral_targeting))
src = vision.screen_cap()
targeting = vision.color_range_reduced_mids(src, c(defines.nuetral_targeting_box), color="red_targeting")
if targeting:
if defines.TARGETING[current_decknum] == defines.Target.OPPONENT_HERO:
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
if defines.TARGETING[current_decknum] == defines.Target.OPPONENT_HERO:
actions.move_and_leftclick(c(defines.play_card[randint(0, len(defines.play_card) - 1)]))
actions.move_cursor(c(defines.nuetral_targeting))
src = vision.screen_cap()
targeting = vision.color_range_reduced_mids(src, c(defines.nuetral_targeting_box), color="red_targeting")
if targeting:
if defines.TARGETING[current_decknum] == defines.Target.OPPONENT_HERO:
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
control_success = actions.move_and_rightclick(c(defines.neutral_minion))
actions.pause_pensively(1.5)
src = vision.screen_cap()
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_cards_combo = vision.get_playable_cards(src, c(defines.hand_box), color="yellow")
if player_cards_combo: # active combo cards are played before non-combo cards
player_cards = player_cards_combo
if not actions.check_game("Hearthstone"):
break
# logging.info("------PLAY ABILITY------")
actions.pause_pensively(0.50)
src = vision.screen_cap()
player_ability = vision.color_range_reduced_mids(src, c(defines.reduced_ability_box), color="green")
if player_ability and player_char and control_success:
if player_char == "mage":
control_success = actions.move_and_leftclick(c(defines.player_ability))
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
elif player_char == "priest":
control_success = actions.move_and_leftclick(c(defines.player_ability))
control_success = actions.move_and_leftclick(c(defines.player_hero))
else:
control_success = actions.move_and_leftclick(c(defines.player_ability))
control_success = actions.move_and_leftclick(c(defines.neutral_minion))
control_success = actions.move_and_rightclick(c(defines.neutral_minion))
actions.pause_pensively(2)
player_ability = 0
# logging.info("---ATTACK WITH MINIONS---")
src = vision.screen_cap()
player_minions = vision.color_range_reduced_mids(
src, c(defines.reduced_player_minions_box), color="green", min_threshold=45, max_threshold=200
)
while player_minions and control_success:
p_m = False
no_enemy_taunts_detected = True
min_subset = [False, 99]
src = vision.screen_cap()
enemy_minions = vision.get_taunt_minions(src, c(defines.enemy_minions_box_taunts))
if enemy_minions:
no_enemy_taunts_detected = False
if defines.RANDOM_ATTACKS or defines.ref_game_screen_res_list[defines.GAME_SCREEN_RES] == [1400, 1050]:
p_m = player_minions[randint(0, len(player_minions) - 1)] # attack with a random minion
e_m = enemy_minions[randint(0, len(enemy_minions) - 1)] # attack a random taunt minion
else:
if control_success:
player_minions_data = vision.all_minion_data(
src,
defines.player_minion_data_split,
defines.c(defines.player_minions_box),
minions_box_playable=defines.c(defines.reduced_player_minions_box),
stage=stage,
)
enemy_minions_data = vision.all_minion_data(
src,
defines.enemy_minion_data_split,
defines.c(defines.enemy_minions_box),
minions_box_taunts_reduced=c(defines.reduced_enemy_minions_box),
minions_box_taunts=defines.c(defines.enemy_minions_box_taunts),
stage=stage,
reduced_color="red",
)
# print ''
# for i in range(0,len(enemy_minions_data)):
# print enemy_minions_data[i]
# print ""
# for i in range(0,len(player_minions_data)):
# print player_minions_data[i]
playable_minions = []
for player_minion in player_minions_data:
if player_minion["playable"] == True:
playable_minions.append(player_minion)
if playable_minions == []:
break
taunt_minions = []
for enemy_minion in enemy_minions_data:
if enemy_minion["taunt"] == True:
taunt_minions.append(enemy_minion)
subsets = []
for L in range(0, len(playable_minions) + 1):
for subset in combinations(playable_minions, L):
attack_total = 0
for individual in subset:
if "attack" in individual:
if individual["attack"] != " ":
attack_total += int(individual["attack"])
if subset:
subsets.append([subset, attack_total])
min_subset = [False, 99]
# max_taunt = 0
min_difference = 99
for taunt_minion in taunt_minions:
# if taunt_minion['defense']>max_taunt[0]:
# max_taunt=taunt_minion['defense']
if "defense" in taunt_minion:
if taunt_minion["defense"] == " ":
taunt_minion["defense"] = "5"
else:
taunt_minion["defense"] = "5"
for subset in subsets:
difference = abs(subset[1] - int(taunt_minion["defense"]))
if (
subset[1] >= taunt_minion["defense"]
and difference < min_difference
and (subset[1] < min_subset[1] or len(subset) < len(min_subset))
): # attack_total > taunt defense
min_subset = subset
min_difference = difference
p_m = min_subset[0][0]["coord"]
e_m = taunt_minion["coord"]
if p_m == False:
p_m = player_minions[randint(0, len(player_minions) - 1)] # attack with a random minion
e_m = enemy_minions[randint(0, len(enemy_minions) - 1)] # attack a random taunt minion
# print 'Use subset: ',min_subset
else:
no_enemy_taunts_detected = True
if len(player_minions) > 1:
p_m = player_minions[randrange(0, len(player_minions) - 1)]
else:
p_m = player_minions[0]
control_success = actions.move_and_leftclick(p_m)
actions.move_cursor(
[p_m[0], p_m[1] + int(150 * float(defines.game_screen_res[1]) / float(defines.ref_game_screen_res[1]))]
)
actions.pause_pensively(0.2)
src = vision.screen_cap()
enemy = []
enemy_freeze = None
enemy.extend(vision.color_range_reduced_mids(src, c(defines.reduced_opponent_box1), color="red"))
enemy.extend(vision.color_range_reduced_mids(src, c(defines.reduced_opponent_box2), color="red"))
enemy_freeze = vision.color_range_reduced_mids(src, c(defines.reduced_opponent_box1), color="blue")
enemy_minions = vision.get_taunt_minions(src, c(defines.enemy_minions_box_taunts))
if enemy_minions and no_enemy_taunts_detected: # something wrong has happened, try a bunch of stuff
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
actions.pause_pensively(2)
control_success = actions.move_and_leftclick(p_m)
actions.move_cursor(
[p_m[0], p_m[1] + int(150 * float(defines.game_screen_res[1]) / float(defines.ref_game_screen_res[1]))]
)
actions.pause_pensively(0.2)
e_m = enemy_minions[randint(0, len(enemy_minions) - 1)] # attack a random taunt minion
control_success = actions.move_and_leftclick(e_m)
control_success = actions.move_and_rightclick(c(defines.neutral_minion))
actions.pause_pensively(2.5)
elif enemy_minions:
control_success = actions.move_and_leftclick(e_m)
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
control_success = actions.move_and_rightclick(c(defines.neutral_minion))
actions.pause_pensively(2.5)
elif enemy:
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
elif enemy_freeze:
control_success = actions.move_and_leftclick(c(defines.opponent_hero))
else:
# something's wrong, try to attack any minion
actions.pause_pensively(6)
enemy_minions = vision.color_range_reduced_mids(src, c(defines.reduced_enemy_minions_box), color="red")
if enemy_minions:
e_m = enemy_minions[randint(0, len(enemy_minions) - 1)] # attack a random taunt minion
control_success = actions.move_and_leftclick(e_m)
control_success = actions.move_and_rightclick(c(defines.neutral_minion))
actions.pause_pensively(2.5)
else:
actions.pause_pensively(6)
control_success = actions.move_and_rightclick(c(defines.neutral_minion))
src = vision.screen_cap()
state_name = vision.get_state_sift(
src,
state_descs,
ignore_list=[
"versus.png",
"defeat.png",
"finding_opponent.png",
"gold.png",
"opponent_still_choosing.png",
"starting_hand.png",
"rank.png",
"victory.png",
],
)
if state_name == "play":
break
if not actions.check_game("Hearthstone"):
break
player_minions = vision.color_range_reduced_mids(
src, c(defines.reduced_player_minions_box), color="green", min_threshold=45, max_threshold=200
)
# logging.info("------PLAY INFO CHECK-------")
actions.pause_pensively(0.25)
src = vision.screen_cap()
state_name = vision.get_state_sift(src, state_descs)
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_ability = vision.color_range_reduced_mids(src, c(defines.reduced_ability_box), color="green")
if (
player_ability
): # player ability still shows up even though we've past that section above, chances are the character is wrong
try:
player_char = vision.get_image_info_sift(src, character_descs, c(defines.player_box))
except:
player_char = None
player_minions = vision.color_range_reduced_mids(
src, c(defines.reduced_player_minions_box), color="green", min_threshold=45, max_threshold=200
)
player_attack = vision.color_range_reduced_mids(src, c(defines.reduced_player_box), color="green")
if (
(player_cards == [] and player_ability == [] and player_minions == [] and player_attack == [])
or player_cards == None
or player_ability == None
or player_minions == None
or player_attack == None
and control_success
and (
state_name == defines.State.PLAYER
or state_name == defines.State.OPPONENT
or state_name == defines.State.PLAYER_GREEN
)
):
# logging.info("---END TURN---")
control_success = actions.move_and_leftclick(c(defines.neutral))
player_turn_green_check = vision.color_range_reduced_mids(src, c(defines.turn_box), color="green")
if player_turn_green_check != [] and player_turn_green_check != None and control_success:
control_success = actions.move_and_leftclick(c(defines.turn_button))
control_success = actions.move_and_leftclick(c(defines.neutral))
else:
actions.pause_pensively(5)
player_end()
def home():
logging.info("[ENTER] home")
if defines.PLAY_PRACTICE:
control_success = actions.move_and_leftclick(c(defines.main_menu_practice_button))
else:
control_success = actions.move_and_leftclick(c(defines.main_menu_play_button))
def run(self):
self.new_state = 0
self.old_state = 0
self.queue.put("Starting bot")
wait_count = 0
previous_hour = 99
wait_for_start_time = True
defines.set_defines()
next_img = vision.imread('images//next.png')
match_coord_next = [0, 0]
while (not self.stopped()):
#timing controls
current_hour = int(strftime("%X")[:2])
if current_hour == 0:
current_hour = 24
if current_hour == defines.STOP_HOUR and defines.STOP_HOUR != 0 and (
self.new_state == defines.State.PLAY
or self.new_state == defines.State.HOME):
if defines.STOP_HOUR >= 12 and defines.STOP_HOUR != 24:
am_or_pm = 'pm'
else:
am_or_pm = 'am'
time_to_stop = defines.STOP_HOUR % 12
if time_to_stop == 0:
time_to_stop = 12
wait_for_start_time = True
self.queue.put("stopped at %s o'clock %s" %
(time_to_stop, am_or_pm))
if not wait_for_start_time:
#check if battle net is running and Hearthstone is running and shown
if actions.check_bnet("Battle.net"):
if actions.check_game("Hearthstone") == False:
self.new_state = defines.State.DESKTOP
else:
update_resolutions()
try:
src = vision.screen_cap()
state_name = vision.get_state_sift(
src, state_descs)
if state_name != None:
self.new_state = defines.state_dict[state_name]
else:
self.new_state = defines.State.DESKTOP
if self.new_state == self.old_state and (
self.new_state == defines.State.PLAY
or self.new_state == defines.State.HOME):
#Might have been a connection error.
self.queue.put(
"Must enable at least one custom deck in Options!"
)
control_success = actions.move_and_leftclick(
c(defines.error_1))
control_success = actions.move_and_leftclick(
c(defines.error_2))
control_success = actions.move_and_leftclick(
c(defines.neutral))
if self.new_state == defines.State.PLAY and self.old_state == defines.State.QUEUE:
self.new_state = defines.State.VERSUS
except:
self.queue.put(
"Error: Invalid state, starting the bot again may help"
)
self.stop()
else:
self.queue.put(
"Error: Battle.net may not be running, please start Battle.net"
)
self.stop()
#check and reroll 40 gold quests once per day at reroll time
if defines.REROLL_QUESTS:
time_str = strftime("%X", localtime())
if int(time_str[:2]) != previous_hour and (
self.new_state == defines.State.HOME
or self.new_state
== defines.State.PLAY) and not self.stopped():
self.queue.put('checking quests')
control_success = actions.move_and_leftclick(
c(defines.play_back_button))
actions.pause_pensively(3)
control_success = actions.move_and_leftclick(
c(defines.play_back_button))
actions.pause_pensively(3)
control_success = actions.move_and_leftclick(
c(defines.play_back_button))
actions.pause_pensively(3)
control_success = actions.move_and_leftclick(
c(defines.quest_button))
actions.pause_pensively(3)
src = vision.screen_cap()
if '40' in vision.read_white_data(
src, c(defines.quest_box_1)):
#vision.imwrite('reroll_before.png',src)
control_success = actions.move_and_leftclick(
c(defines.reroll_quest_button_1))
#vision.imwrite('reroll_after.png',src)
if '40' in vision.read_white_data(
src, c(defines.quest_box_2)):
control_success = actions.move_and_leftclick(
c(defines.reroll_quest_button_2))
if '40' in vision.read_white_data(
src, c(defines.quest_box_3)):
control_success = actions.move_and_leftclick(
c(defines.reroll_quest_button_3))
control_success = actions.move_and_leftclick(
c(defines.main_menu_nuetral))
self.new_state = defines.State.HOME
previous_hour = int(time_str[:2])
src = vision.screen_cap()
self.queue.put(self.state_desc[self.new_state])
#check if waiting for a long time, try clicking just in case
if self.state_desc[
self.new_state] == 'waiting' or self.state_desc[
self.
new_state] == 'finding opponent' or self.state_desc[
self.
new_state] == 'home screen' or self.state_desc[
self.new_state] == 'select_deck':
if wait_count >= 5:
control_success = actions.move_and_leftclick(
c(defines.main_screen_splash))
wait_count = 0
else:
wait_count += 1
if self.new_state != defines.State.DESKTOP and not self.stopped(
):
states[self.new_state]()
elif self.new_state == defines.State.DESKTOP and not self.stopped(
):
#on the desktop for some reason, try to start the game or reshow the window if it's already running
actions.pause_pensively(1)
if not self.stopped():
actions.restart_game()
update_resolutions()
control_success = actions.move_and_leftclick(
c(defines.neutral))
self.old_state = self.new_state
else:
if defines.START_HOUR >= 12 and defines.START_HOUR != 24:
am_or_pm = 'pm'
else:
am_or_pm = 'am'
time_to_start = defines.START_HOUR % 12
if time_to_start == 0:
time_to_start = 12
current_hour = int(strftime("%X")[:2])
if current_hour == 0:
current_hour = 24
modified_stop_hour = defines.STOP_HOUR
if defines.START_HOUR > defines.STOP_HOUR:
modified_stop_hour += 24 #STOP_HOUR is desired by the player to be the next day
if defines.START_HOUR == current_hour or defines.START_HOUR == 0 or defines.START_HOUR < current_hour < modified_stop_hour:
wait_for_start_time = False
else:
self.queue.put("waiting for %s o'clock %s" %
(time_to_start, am_or_pm))
if actions.game_running("Hearthstone") == True:
actions.close_game_window("Hearthstone")
actions.pause_pensively(60)
#check for splash screens
src = vision.screen_cap()
_, match_coord_next = vision.calc_sift(src, next_img, ratio=0.2)
if match_coord_next != [0, 0]:
brown_box = (match_coord_next[0] - 50,
match_coord_next[1] - 40,
match_coord_next[0] + 50,
match_coord_next[1] + 40)
data = vision.read_brown_text(src, brown_box)
if 'Next' in data or 'Done' in data:
control_success = actions.move_and_leftclick(
match_coord_next)
self.queue.put('splash screen')
actions.pause_pensively(2)
else:
match_coord_next = [0, 0]
def rank():
logging.info("[ENTER] rank")
control_success = actions.move_and_leftclick(c(defines.main_screen_splash))
control_success = actions.move_and_leftclick(c(defines.neutral))
def error():
logging.info("[ENTER] error")
control_success = actions.move_and_leftclick(c(defines.error_1))
control_success = actions.move_and_leftclick(c(defines.error_2))
def defeat():
logging.info("[ENTER] defeat")
control_success = actions.move_and_leftclick(c(defines.neutral))
def victory():
logging.info("[ENTER] victory")
control_success = actions.move_and_leftclick(c(defines.neutral))
def player():
global src
global NEW_GAME, opponent_char, player_char, stage, current_decknum
logging.info("[ENTER] player")
control_success = True #keep track of whether or not the bot was able to control the mouse. If not the user is attempting to use it
actions.pause_pensively(1)
if NEW_GAME:
src = vision.screen_cap()
stage = vision.get_image_info_sift(src, stage_descs,
c(defines.stage_box))
NEW_GAME = False
#logging.info("------GET MATCH INFO------")
src = vision.screen_cap()
if player_char == None:
try:
player_char = vision.get_image_info_sift(src, character_descs,
c(defines.player_box))
except:
player_char = None
if stage == None:
try:
stage = vision.get_image_info_sift(src, stage_descs,
c(defines.stage_box))
except:
stage = None
#logging.info("---ATTACK WITH CHARACTER---")
actions.pause_pensively(0.25)
src = vision.screen_cap()
player_attack = vision.color_range_reduced_mids(
src, c(defines.reduced_player_box), color='green')
if player_attack and control_success:
control_success = actions.move_and_leftclick(c(defines.neutral_minion))
control_success = actions.move_and_leftclick(c(defines.player_hero))
#actions.move_cursor([player_attack[0][0],player_attack[0][1]+10])
actions.pause_pensively(0.1)
src = vision.screen_cap()
enemy = []
enemy.extend(
vision.color_range_reduced_mids(src,
c(defines.reduced_opponent_box1),
color='red'))
enemy.extend(
vision.color_range_reduced_mids(src,
c(defines.reduced_opponent_box2),
color='red'))
enemy_minions = vision.get_taunt_minions(
src, c(defines.enemy_minions_box_taunts))
if enemy_minions:
e_m = randint(0,
len(enemy_minions) -
1) #attack a random taunt minion
if enemy_minions:
control_success = actions.move_and_leftclick(enemy_minions[e_m])
elif enemy:
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
else:
#something's wrong, try to attack any minion
actions.pause_pensively(6)
enemy_minions = vision.color_range_reduced_mids(
src, c(defines.reduced_enemy_minions_box), color='red')
if enemy_minions:
control_success = actions.move_and_leftclick(enemy_minions[0])
control_success = actions.move_and_leftclick(c(defines.neutral))
#logging.info("------PLAY CARDS------")
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_cards_combo = vision.get_playable_cards(src,
c(defines.hand_box),
color='yellow')
if player_cards_combo and player_char == 'rogue': #active combo cards are played before non-combo cards
player_cards = player_cards_combo
while player_cards and control_success:
control_success = actions.move_and_leftclick(
player_cards[weighted_randint(len(player_cards))])
actions.move_cursor(c(defines.nuetral_targeting))
src = vision.screen_cap()
targeting = vision.color_range_reduced_mids(
src, c(defines.nuetral_targeting_box), color='red_targeting')
if targeting:
if defines.TARGETING[
current_decknum] == defines.Target.OPPONENT_HERO:
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
if defines.TARGETING[current_decknum] == defines.Target.OPPONENT_HERO:
actions.move_and_leftclick(
c(defines.play_card[randint(0,
len(defines.play_card) - 1)]))
actions.move_cursor(c(defines.nuetral_targeting))
src = vision.screen_cap()
targeting = vision.color_range_reduced_mids(
src, c(defines.nuetral_targeting_box), color='red_targeting')
if targeting:
if defines.TARGETING[
current_decknum] == defines.Target.OPPONENT_HERO:
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
control_success = actions.move_and_rightclick(c(
defines.neutral_minion))
actions.pause_pensively(1.5)
src = vision.screen_cap()
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_cards_combo = vision.get_playable_cards(src,
c(defines.hand_box),
color='yellow')
if player_cards_combo: #active combo cards are played before non-combo cards
player_cards = player_cards_combo
if not actions.check_game('Hearthstone'):
break
#logging.info("------PLAY ABILITY------")
actions.pause_pensively(0.50)
src = vision.screen_cap()
player_ability = vision.color_range_reduced_mids(
src, c(defines.reduced_ability_box), color='green')
if player_ability and player_char and control_success:
if player_char == 'mage':
control_success = actions.move_and_leftclick(
c(defines.player_ability))
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
elif player_char == 'priest':
control_success = actions.move_and_leftclick(
c(defines.player_ability))
control_success = actions.move_and_leftclick(c(
defines.player_hero))
else:
control_success = actions.move_and_leftclick(
c(defines.player_ability))
control_success = actions.move_and_leftclick(
c(defines.neutral_minion))
control_success = actions.move_and_rightclick(
c(defines.neutral_minion))
actions.pause_pensively(2)
player_ability = 0
#logging.info("---ATTACK WITH MINIONS---")
src = vision.screen_cap()
player_minions = vision.color_range_reduced_mids(
src,
c(defines.reduced_player_minions_box),
color='green',
min_threshold=45,
max_threshold=200)
while player_minions and control_success:
p_m = False
no_enemy_taunts_detected = True
min_subset = [False, 99]
src = vision.screen_cap()
enemy_minions = vision.get_taunt_minions(
src, c(defines.enemy_minions_box_taunts))
if enemy_minions:
no_enemy_taunts_detected = False
if defines.RANDOM_ATTACKS or defines.ref_game_screen_res_list[
defines.GAME_SCREEN_RES] == [1400, 1050]:
p_m = player_minions[randint(0,
len(player_minions) -
1)] #attack with a random minion
e_m = enemy_minions[randint(0,
len(enemy_minions) -
1)] #attack a random taunt minion
else:
if control_success:
player_minions_data = vision.all_minion_data(
src,
defines.player_minion_data_split,
defines.c(defines.player_minions_box),
minions_box_playable=defines.c(
defines.reduced_player_minions_box),
stage=stage)
enemy_minions_data = vision.all_minion_data(
src,
defines.enemy_minion_data_split,
defines.c(defines.enemy_minions_box),
minions_box_taunts_reduced=c(
defines.reduced_enemy_minions_box),
minions_box_taunts=defines.c(
defines.enemy_minions_box_taunts),
stage=stage,
reduced_color='red')
#print ''
#for i in range(0,len(enemy_minions_data)):
# print enemy_minions_data[i]
#print ""
#for i in range(0,len(player_minions_data)):
# print player_minions_data[i]
playable_minions = []
for player_minion in player_minions_data:
if player_minion['playable'] == True:
playable_minions.append(player_minion)
if playable_minions == []:
break
taunt_minions = []
for enemy_minion in enemy_minions_data:
if enemy_minion['taunt'] == True:
taunt_minions.append(enemy_minion)
subsets = []
for L in range(0, len(playable_minions) + 1):
for subset in combinations(playable_minions, L):
attack_total = 0
for individual in subset:
if 'attack' in individual:
if individual['attack'] != ' ':
attack_total += int(
individual['attack'])
if subset:
subsets.append([subset, attack_total])
min_subset = [False, 99]
#max_taunt = 0
min_difference = 99
for taunt_minion in taunt_minions:
#if taunt_minion['defense']>max_taunt[0]:
# max_taunt=taunt_minion['defense']
if 'defense' in taunt_minion:
if taunt_minion['defense'] == ' ':
taunt_minion['defense'] = '5'
else:
taunt_minion['defense'] = '5'
for subset in subsets:
difference = abs(subset[1] -
int(taunt_minion['defense']))
if subset[1] >= taunt_minion[
'defense'] and difference < min_difference and (
subset[1] < min_subset[1]
or len(subset) < len(min_subset)
): #attack_total > taunt defense
min_subset = subset
min_difference = difference
p_m = min_subset[0][0]['coord']
e_m = taunt_minion['coord']
if p_m == False:
p_m = player_minions[randint(
0,
len(player_minions) -
1)] #attack with a random minion
e_m = enemy_minions[randint(
0,
len(enemy_minions) -
1)] #attack a random taunt minion
#print 'Use subset: ',min_subset
else:
no_enemy_taunts_detected = True
if len(player_minions) > 1:
p_m = player_minions[randrange(0, len(player_minions) - 1)]
else:
p_m = player_minions[0]
control_success = actions.move_and_leftclick(p_m)
actions.move_cursor([
p_m[0], p_m[1] + int(150 * float(defines.game_screen_res[1]) /
float(defines.ref_game_screen_res[1]))
])
actions.pause_pensively(0.2)
src = vision.screen_cap()
enemy = []
enemy_freeze = None
enemy.extend(
vision.color_range_reduced_mids(src,
c(defines.reduced_opponent_box1),
color='red'))
enemy.extend(
vision.color_range_reduced_mids(src,
c(defines.reduced_opponent_box2),
color='red'))
enemy_freeze = vision.color_range_reduced_mids(
src, c(defines.reduced_opponent_box1), color='blue')
enemy_minions = vision.get_taunt_minions(
src, c(defines.enemy_minions_box_taunts))
if enemy_minions and no_enemy_taunts_detected: #something wrong has happened, try a bunch of stuff
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
actions.pause_pensively(2)
control_success = actions.move_and_leftclick(p_m)
actions.move_cursor([
p_m[0], p_m[1] + int(150 * float(defines.game_screen_res[1]) /
float(defines.ref_game_screen_res[1]))
])
actions.pause_pensively(0.2)
e_m = enemy_minions[randint(0,
len(enemy_minions) -
1)] #attack a random taunt minion
control_success = actions.move_and_leftclick(e_m)
control_success = actions.move_and_rightclick(
c(defines.neutral_minion))
actions.pause_pensively(2.5)
elif enemy_minions:
control_success = actions.move_and_leftclick(e_m)
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
control_success = actions.move_and_rightclick(
c(defines.neutral_minion))
actions.pause_pensively(2.5)
elif enemy:
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
elif enemy_freeze:
control_success = actions.move_and_leftclick(
c(defines.opponent_hero))
else:
#something's wrong, try to attack any minion
actions.pause_pensively(6)
enemy_minions = vision.color_range_reduced_mids(
src, c(defines.reduced_enemy_minions_box), color='red')
if enemy_minions:
e_m = enemy_minions[randint(0,
len(enemy_minions) -
1)] #attack a random taunt minion
control_success = actions.move_and_leftclick(e_m)
control_success = actions.move_and_rightclick(
c(defines.neutral_minion))
actions.pause_pensively(2.5)
else:
actions.pause_pensively(6)
control_success = actions.move_and_rightclick(c(
defines.neutral_minion))
src = vision.screen_cap()
state_name = vision.get_state_sift(
src,
state_descs,
ignore_list=[
'versus.png', 'defeat.png', 'finding_opponent.png', 'gold.png',
'opponent_still_choosing.png', 'starting_hand.png', 'rank.png',
'victory.png'
])
if state_name == 'play':
break
if not actions.check_game('Hearthstone'):
break
player_minions = vision.color_range_reduced_mids(
src,
c(defines.reduced_player_minions_box),
color='green',
min_threshold=45,
max_threshold=200)
#logging.info("------PLAY INFO CHECK-------")
actions.pause_pensively(0.25)
src = vision.screen_cap()
state_name = vision.get_state_sift(src, state_descs)
player_cards = vision.get_playable_cards(src, c(defines.hand_box))
player_ability = vision.color_range_reduced_mids(
src, c(defines.reduced_ability_box), color='green')
if player_ability: #player ability still shows up even though we've past that section above, chances are the character is wrong
try:
player_char = vision.get_image_info_sift(src, character_descs,
c(defines.player_box))
except:
player_char = None
player_minions = vision.color_range_reduced_mids(
src,
c(defines.reduced_player_minions_box),
color='green',
min_threshold=45,
max_threshold=200)
player_attack = vision.color_range_reduced_mids(
src, c(defines.reduced_player_box), color='green')
if (
player_cards == [] and player_ability == []
and player_minions == [] and player_attack == []
) or player_cards == None or player_ability == None or player_minions == None or player_attack == None and control_success and (
state_name == defines.State.PLAYER
or state_name == defines.State.OPPONENT
or state_name == defines.State.PLAYER_GREEN):
#logging.info("---END TURN---")
control_success = actions.move_and_leftclick(c(defines.neutral))
player_turn_green_check = vision.color_range_reduced_mids(
src, c(defines.turn_box), color='green')
if player_turn_green_check != [] and player_turn_green_check != None and control_success:
control_success = actions.move_and_leftclick(c(
defines.turn_button))
control_success = actions.move_and_leftclick(c(defines.neutral))
else:
actions.pause_pensively(5)
player_end()
def error():
logging.info("[ENTER] error")
control_success = actions.move_and_leftclick(c(defines.error_1))
control_success = actions.move_and_leftclick(c(defines.error_2))
def rank():
logging.info("[ENTER] rank")
control_success = actions.move_and_leftclick(c(defines.main_screen_splash))
control_success = actions.move_and_leftclick(c(defines.neutral))
def play():
global stage_char, player_char, current_decknum
logging.info("[ENTER] play")
stage_char = None
player_char = None
src = vision.screen_cap()
read_box = c(defines.state_box[defines.State.PLAY])
data = vision.read_white_text(src, read_box)
#print data
if 'Play' in data:
if defines.PLAY_PRACTICE:
control_success = actions.move_and_leftclick(
c(defines.play_back_button))
actions.pause_pensively(1)
control_success = actions.move_and_leftclick(
c(defines.play_back_button))
actions.pause_pensively(1)
control_success = actions.move_and_leftclick(
c(defines.play_back_button))
actions.pause_pensively(1)
else:
if len(defines.DECKS_TO_USE):
control_success = actions.move_and_leftclick(
c(defines.custom_decks_arrow))
if defines.PLAY_RANKED:
control_success = actions.move_and_leftclick(
c(defines.ranked_button))
else:
control_success = actions.move_and_leftclick(
c(defines.casual_button))
current_decknum = defines.DECKS_TO_USE[randint(
0,
len(defines.DECKS_TO_USE) - 1)]
control_success = actions.move_and_leftclick(
c(defines.deck_locations[current_decknum]))
control_success = actions.move_and_leftclick(
c(defines.play_button))
actions.pause_pensively(0.5)
elif 'Practice' in data or 'Adventure' in data or 'Naxxramas' in data:
control_success = actions.move_and_leftclick(
c(defines.adventure_practice_button))
actions.pause_pensively(1)
control_success = actions.move_and_leftclick(c(defines.play_button))
actions.pause_pensively(1)
if len(defines.DECKS_TO_USE):
control_success = actions.move_and_leftclick(
c(defines.custom_decks_arrow))
current_decknum = defines.DECKS_TO_USE[randint(
0,
len(defines.DECKS_TO_USE) - 1)]
control_success = actions.move_and_leftclick(
c(defines.deck_locations[current_decknum]))
control_success = actions.move_and_leftclick(c(
defines.play_button))
actions.pause_pensively(0.5)
random_coord = [
randint(defines.practice_opponent_box[0],
defines.practice_opponent_box[2]),
randint(defines.practice_opponent_box[1],
defines.practice_opponent_box[3])
]
control_success = actions.move_and_leftclick(c(random_coord))
actions.pause_pensively(0.5)
control_success = actions.move_and_leftclick(c(
defines.play_button))
def run(self):
self.new_state = 0
self.old_state = 0
self.queue.put("Starting bot")
wait_count = 0
previous_hour = 99
wait_for_start_time = True
defines.set_defines()
next_img = vision.imread("images//next.png")
match_coord_next = [0, 0]
while not self.stopped():
# timing controls
current_hour = int(strftime("%X")[:2])
if current_hour == 0:
current_hour = 24
if (
current_hour == defines.STOP_HOUR
and defines.STOP_HOUR != 0
and (self.new_state == defines.State.PLAY or self.new_state == defines.State.HOME)
):
if defines.STOP_HOUR >= 12 and defines.STOP_HOUR != 24:
am_or_pm = "pm"
else:
am_or_pm = "am"
time_to_stop = defines.STOP_HOUR % 12
if time_to_stop == 0:
time_to_stop = 12
wait_for_start_time = True
self.queue.put("stopped at %s o'clock %s" % (time_to_stop, am_or_pm))
if not wait_for_start_time:
# check if battle net is running and Hearthstone is running and shown
if actions.check_bnet("Battle.net"):
if actions.check_game("Hearthstone") == False:
self.new_state = defines.State.DESKTOP
else:
update_resolutions()
try:
src = vision.screen_cap()
state_name = vision.get_state_sift(src, state_descs)
if state_name != None:
self.new_state = defines.state_dict[state_name]
else:
self.new_state = defines.State.DESKTOP
if self.new_state == self.old_state and (
self.new_state == defines.State.PLAY or self.new_state == defines.State.HOME
):
# Might have been a connection error.
self.queue.put("Must enable at least one custom deck in Options!")
control_success = actions.move_and_leftclick(c(defines.error_1))
control_success = actions.move_and_leftclick(c(defines.error_2))
control_success = actions.move_and_leftclick(c(defines.neutral))
if self.new_state == defines.State.PLAY and self.old_state == defines.State.QUEUE:
self.new_state = defines.State.VERSUS
except:
self.queue.put("Error: Invalid state, starting the bot again may help")
self.stop()
else:
self.queue.put("Error: Battle.net may not be running, please start Battle.net")
self.stop()
# check and reroll 40 gold quests once per day at reroll time
if defines.REROLL_QUESTS:
time_str = strftime("%X", localtime())
if (
int(time_str[:2]) != previous_hour
and (self.new_state == defines.State.HOME or self.new_state == defines.State.PLAY)
and not self.stopped()
):
self.queue.put("checking quests")
control_success = actions.move_and_leftclick(c(defines.play_back_button))
actions.pause_pensively(3)
control_success = actions.move_and_leftclick(c(defines.play_back_button))
actions.pause_pensively(3)
control_success = actions.move_and_leftclick(c(defines.play_back_button))
actions.pause_pensively(3)
control_success = actions.move_and_leftclick(c(defines.quest_button))
actions.pause_pensively(3)
src = vision.screen_cap()
if "40" in vision.read_white_data(src, c(defines.quest_box_1)):
# vision.imwrite('reroll_before.png',src)
control_success = actions.move_and_leftclick(c(defines.reroll_quest_button_1))
# vision.imwrite('reroll_after.png',src)
if "40" in vision.read_white_data(src, c(defines.quest_box_2)):
control_success = actions.move_and_leftclick(c(defines.reroll_quest_button_2))
if "40" in vision.read_white_data(src, c(defines.quest_box_3)):
control_success = actions.move_and_leftclick(c(defines.reroll_quest_button_3))
control_success = actions.move_and_leftclick(c(defines.main_menu_nuetral))
self.new_state = defines.State.HOME
previous_hour = int(time_str[:2])
src = vision.screen_cap()
self.queue.put(self.state_desc[self.new_state])
# check if waiting for a long time, try clicking just in case
if (
self.state_desc[self.new_state] == "waiting"
or self.state_desc[self.new_state] == "finding opponent"
or self.state_desc[self.new_state] == "home screen"
or self.state_desc[self.new_state] == "select_deck"
):
if wait_count >= 5:
control_success = actions.move_and_leftclick(c(defines.main_screen_splash))
wait_count = 0
else:
wait_count += 1
if self.new_state != defines.State.DESKTOP and not self.stopped():
states[self.new_state]()
elif self.new_state == defines.State.DESKTOP and not self.stopped():
# on the desktop for some reason, try to start the game or reshow the window if it's already running
actions.pause_pensively(1)
if not self.stopped():
actions.restart_game()
update_resolutions()
control_success = actions.move_and_leftclick(c(defines.neutral))
self.old_state = self.new_state
else:
if defines.START_HOUR >= 12 and defines.START_HOUR != 24:
am_or_pm = "pm"
else:
am_or_pm = "am"
time_to_start = defines.START_HOUR % 12
if time_to_start == 0:
time_to_start = 12
current_hour = int(strftime("%X")[:2])
if current_hour == 0:
current_hour = 24
modified_stop_hour = defines.STOP_HOUR
if defines.START_HOUR > defines.STOP_HOUR:
modified_stop_hour += 24 # STOP_HOUR is desired by the player to be the next day
if (
defines.START_HOUR == current_hour
or defines.START_HOUR == 0
or defines.START_HOUR < current_hour < modified_stop_hour
):
wait_for_start_time = False
else:
self.queue.put("waiting for %s o'clock %s" % (time_to_start, am_or_pm))
if actions.game_running("Hearthstone") == True:
actions.close_game_window("Hearthstone")
actions.pause_pensively(60)
# check for splash screens
src = vision.screen_cap()
_, match_coord_next = vision.calc_sift(src, next_img, ratio=0.2)
if match_coord_next != [0, 0]:
brown_box = (
match_coord_next[0] - 50,
match_coord_next[1] - 40,
match_coord_next[0] + 50,
match_coord_next[1] + 40,
)
data = vision.read_brown_text(src, brown_box)
if "Next" in data or "Done" in data:
control_success = actions.move_and_leftclick(match_coord_next)
self.queue.put("splash screen")
actions.pause_pensively(2)
else:
match_coord_next = [0, 0]
def versus():
logging.info("[ENTER] versus")
control_success = actions.move_and_leftclick(c(defines.neutral))
actions.pause_pensively(10)
def play():
global stage_char, player_char, current_decknum
logging.info("[ENTER] play")
stage_char = None
player_char = None
src = vision.screen_cap()
read_box = c(defines.state_box[defines.State.PLAY])
data = vision.read_white_text(src, read_box)
# print data
if "Play" in data:
if defines.PLAY_PRACTICE:
control_success = actions.move_and_leftclick(c(defines.play_back_button))
actions.pause_pensively(1)
control_success = actions.move_and_leftclick(c(defines.play_back_button))
actions.pause_pensively(1)
control_success = actions.move_and_leftclick(c(defines.play_back_button))
actions.pause_pensively(1)
else:
if len(defines.DECKS_TO_USE):
control_success = actions.move_and_leftclick(c(defines.custom_decks_arrow))
if defines.PLAY_RANKED:
control_success = actions.move_and_leftclick(c(defines.ranked_button))
else:
control_success = actions.move_and_leftclick(c(defines.casual_button))
current_decknum = defines.DECKS_TO_USE[randint(0, len(defines.DECKS_TO_USE) - 1)]
control_success = actions.move_and_leftclick(c(defines.deck_locations[current_decknum]))
control_success = actions.move_and_leftclick(c(defines.play_button))
actions.pause_pensively(0.5)
elif "Practice" in data or "Adventure" in data or "Naxxramas" in data:
control_success = actions.move_and_leftclick(c(defines.adventure_practice_button))
actions.pause_pensively(1)
control_success = actions.move_and_leftclick(c(defines.play_button))
actions.pause_pensively(1)
if len(defines.DECKS_TO_USE):
control_success = actions.move_and_leftclick(c(defines.custom_decks_arrow))
current_decknum = defines.DECKS_TO_USE[randint(0, len(defines.DECKS_TO_USE) - 1)]
control_success = actions.move_and_leftclick(c(defines.deck_locations[current_decknum]))
control_success = actions.move_and_leftclick(c(defines.play_button))
actions.pause_pensively(0.5)
random_coord = [
randint(defines.practice_opponent_box[0], defines.practice_opponent_box[2]),
randint(defines.practice_opponent_box[1], defines.practice_opponent_box[3]),
]
control_success = actions.move_and_leftclick(c(random_coord))
actions.pause_pensively(0.5)
control_success = actions.move_and_leftclick(c(defines.play_button))
def versus():
logging.info("[ENTER] versus")
control_success = actions.move_and_leftclick(c(defines.neutral))
actions.pause_pensively(10)