def run(self, win):
"""
Run the main loop
"""
while win.thread_running: # while the program is running
time.sleep(self.DelayBox.value()) # wait
if self.running: # if the clicker is on
if self.output_selection == 'Keyboard':
keyboard.send(
self.text) # try to send the text in PressText
elif self.output_selection == 'String':
keyboard.write(self.text) # write out the text literally
elif self.output_selection == 'Left Click':
mouse.click() # click with the mouse
elif self.output_selection == 'Right Click':
mouse.right_click() # right click with the mouse
elif self.output_selection == 'Middle Click':
mouse.click(mouse.MIDDLE) # middle click
elif self.output_selection == 'Mouse4':
mouse.click(mouse.X) # press mouse4
elif self.output_selection == 'Mouse5':
mouse.click(mouse.X2) # press mouse5
if not self.repeat_forever: # if it is not an infinite clicking loop
self.count += 1 # increment count
if self.count >= self.repetitions: # if the count is higher than max count
self.count = 0 # reset count
self.toggle_signal.emit(
) # emit signal causing self.running to toggle
def goto_enemy_base(cooldown):
''' Goto enemy base '''
if not cooldown.is_available('goto_enemy_base'):
return
print('moving to enemy base')
mouse.move(*humanize((988, 605)))
mouse.right_click()
cooldown.start_timer('goto_enemy_base')
def poke(areas, object_, attack_speed):
''' Orb walk from a coordinate '''
keyboard.press('`')
mouse.move(*object_['center'])
mouse.right_click()
time.sleep(.7 / attack_speed)
evade_relative(CENTER, areas)
keyboard.release('`')
time.sleep(.3 / attack_speed)
def orb_walk(areas, object_, attack_speed):
''' Orb walk from a coordinate '''
keyboard.press('`')
mouse.move(*object_['center'])
mouse.right_click()
time.sleep(.5 / attack_speed)
move_forward_relative(object_['center'], areas, size=100)
keyboard.release('`')
time.sleep(.3 / attack_speed)
def kite(areas, object_, attack_speed):
''' Kite from a coordinate '''
keyboard.press('`')
mouse.move(*object_['center'])
mouse.right_click()
time.sleep(.5 / attack_speed)
evade_relative(object_['center'], areas)
keyboard.release('`')
time.sleep(.3 / attack_speed)
def goto_lane(cooldown, lane='bot'):
''' Goto a lane '''
if not cooldown.is_available('goto_lane'):
return
if lane == 'mid':
mouse.move(*humanize((931, 663)))
else:
mouse.move(*humanize((993, 730)))
mouse.right_click()
cooldown.start_timer('goto_lane')
def buy_item(item):
''' Buys item '''
if isinstance(item, str):
keyboard.press_and_release('ctrl+enter')
time.sleep(1)
keyboard.write(item)
time.sleep(1)
keyboard.press_and_release('enter')
time.sleep(1)
keyboard.press_and_release('enter')
else:
mouse.move(*ITEMS[item])
mouse.right_click()
time.sleep(1)
def base(coor):
''' Moves to basing position '''
distances = [distance(coor[::-1], i) for i in BASING_COOR]
min_distance = min(distances)
if min_distance <= 5:
keyboard.press_and_release('b')
time.sleep(10)
return True
index = distances.index(min_distance)
coor = get_minimap_relative(BASING_COOR[index])
mouse.move(*humanize(coor, 1))
mouse.right_click()
time.sleep(1)
return False
def get_data(args):
"""gets the key to repeat and trigger
:args: argument 1 is the name of key to press and argument two is the name of the trigger
:returns: key press function and trigger key
"""
# sys.argv[1] is the key to be repeated and
# sys.argv[2] is the key that triggers it
start_stop_key = 'ctrl+shift'
if len(sys.argv) > 1:
if sys.argv[1] == '-l':
press = lambda: mouse.click()
print(Fore.CYAN + "left click" + Fore.RESET + " selected")
elif sys.argv[1] == '-r':
press = lambda: mouse.right_click()
print(Fore.CYAN + "right click" + Fore.RESET + " selected")
else:
press = lambda: keyboard.send(sys.argv[1])
print(Fore.CYAN + sys.argv[1] + Fore.RESET + " selected")
if len(sys.argv) > 2:
start_stop_key = sys.argv[2]
else:
press = lambda: mouse.click()
print(Fore.CYAN + "left click" + Fore.RESET + " selected")
print("Press " + Fore.CYAN + start_stop_key + Fore.RESET +
" to toggle clicker")
return press, start_stop_key
def test_buttons(self):
mouse.press()
self.assertEqual(self.flush_events(), [(DOWN, LEFT)])
mouse.release()
self.assertEqual(self.flush_events(), [(UP, LEFT)])
mouse.click()
self.assertEqual(self.flush_events(), [(DOWN, LEFT), (UP, LEFT)])
mouse.double_click()
self.assertEqual(self.flush_events(), [(DOWN, LEFT), (UP, LEFT),
(DOWN, LEFT), (UP, LEFT)])
mouse.right_click()
self.assertEqual(self.flush_events(), [(DOWN, RIGHT), (UP, RIGHT)])
mouse.click(RIGHT)
self.assertEqual(self.flush_events(), [(DOWN, RIGHT), (UP, RIGHT)])
mouse.press(X2)
self.assertEqual(self.flush_events(), [(DOWN, X2)])
def right_click(self, where, duration):
"""Mouse right click.
:param where: Location , image name or Pattern.
:param duration: Speed of hovering from current location to target.
:return: Call the right_click() method.
"""
return right_click(where, duration, self)
def evade_relative(coor, areas, size=150):
''' Evade forward relative to a coordinate '''
if areas.nearest_lane == 'mid':
move = DOWN_LEFT
if areas.nearest_lane == 'top':
if areas.is_map_divide:
move = DOWN_LEFT
elif areas.is_order_side:
move = DOWN
else:
move = LEFT
if areas.nearest_lane == 'bot':
if areas.is_map_divide:
move = DOWN_LEFT
elif areas.is_order_side:
move = LEFT
else:
move = DOWN
mouse.move(*humanize(move * size + coor, 5))
mouse.right_click()
def move_forward_relative(coor, areas, size=150):
''' Move forward relative to a coordinate '''
if areas.nearest_lane == 'mid':
move = UP_RIGHT
if areas.nearest_lane == 'top':
if areas.is_map_divide:
move = UP_RIGHT
elif areas.is_order_side:
move = UP
else:
move = RIGHT
if areas.nearest_lane == 'bot':
if areas.is_map_divide:
move = UP_RIGHT
elif areas.is_order_side:
move = RIGHT
else:
move = UP
mouse.move(*humanize(move * size + coor, 5))
mouse.right_click()
def pegarLoot():
mouse.right_click(546, 299)
mouse.right_click(546, 255)
mouse.right_click(591, 255)
mouse.right_click(593, 346)
mouse.right_click(637, 256)
mouse.right_click(637, 298)
mouse.right_click(635, 344)
mouse.right_click(543, 345)
def craft():
FLAT_DMG_THRESH = 175
ENH_DMG_THRESH = 120
print('\n\nStarting crafting loop...\n\n')
# Loop until we're done, each iteration is one character
done = False
while (not done):
# Track best average damage per character
best_avg_flat_dmg = 0
corr_enh_dmg = 0
# Restore character
character = backrest.restore_recent(BACKUP_ALL_OVERWRITTEN_FILES)
if (VERBOSE): print('Restored', character)
# Create singleplayer game
mouse.move(*median.get_coords('singleplayer'))
mouse.click()
keyboard.send('enter')
if (VERBOSE): print('Entering new game...')
median.wait_enter_game()
if (VERBOSE): print('Entered game')
# Open inventory
keyboard.send('i')
time.sleep(.1)
# Loop through each shrine
shrine_size = 1, 2 # width, height
for i, coords in enumerate(median.inv_iter(*shrine_size)):
if done: break
# Skip first two "shrines", these are where the cube is
if (i < 2): continue
# Place shrine into cube
# 1) Grab shrine
mouse.move(*coords)
mouse.click()
sleep_ms(50)
# 2) Place in cube
mouse.move(*median.get_coords('cube'))
sleep_ms(50)
mouse.click()
sleep_ms(50)
# 3) Open cube only if first shrine
if (i == 2):
mouse.right_click()
sleep_ms(50)
# Loop through a shrine's 10 charges
for charge in range(10):
# Ensure that if the window loses focus, loop exits
if (not util.check_active_window()):
print('Game window lost focus, exiting crafting loop.')
done = True
break
# Transmute
mouse.move(*median.get_coords('transmute'))
sleep_ms(10)
mouse.click()
sleep_ms(10)
# Mouseover item
mouse.move(*median.get_coords('cubetopleft'))
sleep_ms(100)
# Get text
item_stats = median.get_item_text()
enh_dmg = item_parser.get_enhanced_damage(item_stats)
avg_flat_dmg = item_parser.get_flat_damage(item_stats)
if (avg_flat_dmg > best_avg_flat_dmg):
best_avg_flat_dmg = avg_flat_dmg
corr_enh_dmg = enh_dmg
# log_string = '=========================\n\n' + item_stats + '\n'
# util.log(log_string, 'item_log.txt')
sleep_ms(100)
# Check if we are done
if ( (enh_dmg >= ENH_DMG_THRESH) and (avg_flat_dmg >= FLAT_DMG_THRESH) ):
done = True
break
# End of shrine charges loop
# For testing, break early
# if (i == 3): break
# End of shrines loop
# Print out best average damage for this character
print('Finished this character')
print(' best average flat damage: ', best_avg_flat_dmg, sep='')
print(' corresponding enh damage: ', corr_enh_dmg, '%', sep='')
print()
# Exit game
if (not done):
keyboard.send('esc')
sleep_ms(150)
keyboard.send('esc')
mouse.move(*median.get_coords('exit'))
if (VERBOSE): print('Exiting game...')
mouse.click()
sleep_ms(100)
median.wait_exit_game()
if (VERBOSE): print('Exited game...')
sleep_ms(100)
# Ensure that if the window loses focus, loop exits
if (not util.check_active_window()):
print('Game window lost focus, exiting crafting loop.')
break
# End of while loop
##
# Print out stats
print('Best average flat damage:', best_avg_flat_dmg)
return 'Completed crafting'
def open_cube():
mouse.move(*median.get_coords('cube'))
sleep_ms(50)
mouse.right_click()
sleep_ms(50)
def right_click(transcript):
mouse.right_click()
if msg[0][0][1] == q:
keyboard.send('q')
if msg[0][0][1] == w:
keyboard.send('w')
if msg[0][0][1] == e:
keyboard.send('e')
if msg[0][0][1] == r:
keyboard.send('r')
if msg[0][0][1] == d:
keyboard.send('d')
if msg[0][0][1] == f:
keyboard.send('f')
if msg[0][0][1] == leftclick:
mouse.click(button='left')
if msg[0][0][1] == rightclick:
mouse.right_click()
if msg[0][0][1] == mouseup:
mouse.move(0, -sensitivity, absolute=False)
if msg[0][0][1] == mousedown:
mouse.move(0, sensitivity, absolute=False)
if msg[0][0][1] == mouseright:
mouse.move(sensitivity, 0, absolute=False)
if msg[0][0][1] == mouseleft:
mouse.move(-sensitivity, 0, absolute=False)
print(msg)
except KeyboardInterrupt:
break
pygame.midi.quit()
print("Bye!!")
try:
print("\nStarting script in " + str(startwait) + " seconds...\nPress CTRL+C in this window at any moment to Exit.")
time.sleep(startwait)
print("\nScript in progress...")
if (usedoptions != int(1)):
print("NOTE: You started the script with default settings.\nStart it with flag -h to see all the available options.")
while (loopgen < maxblocks):
lavasleep = float(loopweight * 0.05) # At every cycle sets the wait time for Lava.
if (lavabtnis == "lmouse"): # Select Lava
mouse.click(button='left') #
elif (lavabtnis == "rmouse"): #
mouse.right_click() #
else: #
keyboard.send(lavabtn) #
if (clickbtnis == "lmouse"): # Place Lava
mouse.click(button='left') #
elif (clickbtnis == "rmouse"): #
mouse.right_click() #
else: #
keyboard.send(clickbtn) #
time.sleep(90 * 0.05) # Wait for Lava to start flowing
if (clickbtnis == "lmouse"): # Unplace Lava
mouse.click(button='left') #
elif (clickbtnis == "rmouse"): #
