def _game_state(self):
game_state = Recognizer(self.menu, None).recognize(once=True)
if not game_state:
game_state = Recognizer(self.selector, None).recognize(once=True)
if not game_state:
return None
return 'selector'
return 'game'
def click_at_target(self, target, make=True):
click = Recognizer(self.image_path(target), region=None)\
.recognize(once=True)
click = Rect(click).click()
if make:
click.make_click()
self.log.debug('Click at {0}'.format(target))
return click
def _get_object(self, cfg):
process = cfg['process']
if process == 'recognize':
return Recognizer(cfg['img'], cfg['region'], wait=cfg['freq'])
if process == 'center_on':
return Recognizer(cfg['img'],
cfg['region'],
wait=cfg['freq'],
process=cfg['process'])
if process == 'click':
return Click(cfg['x'], cfg['y'], delay=cfg['delay'])
def process_flow(self):
if self.config['spawn']:
if not self.config['logout']:
Key('0').press()
Wait(10).delay()
Recognizer(self.moon, None).recognize()
self._go_to_selector()
Key('U').press()
Wait(0.5).delay()
Key('E').press()
Recognizer(self.moon, None).recognize()
return
self._go_to_selector()
self._detect_chars()
if self.config['buff']:
self._go_over_chars(self._buff_flow)
if self.config['refresh']:
self._go_over_chars(self._refresh_flow)
Key('E').press()
def _go_to_selector(self):
mode = self._setup_buff_mode()
if mode:
wx, wy = Window().center()
Wait(0.5).delay()
Click(wx, wy).make_click()
dx, dy = self.config['markers']['confirm_logout_point']
dx, dy = wx + int(dx), wy + int(dy)
Wait(1).delay()
Click(dx, dy).make_click()
return Recognizer(self.selector, None).recognize()
def find_position(self, target):
"""
:param target: path to item image
:return: col and row of found
"""
self.log.debug('Find target at inventory')
insertion = Recognizer(target, self.inventory_region, wait=0).recognize(once=True)
if insertion is None:
return None
rect = list(insertion)
rect[0], rect[1], rect[2], rect[3] = rect[0] - 1, rect[1] - 2, ITEM_WIDTH + 1, ITEM_HEIGHT + 1
for row in self.matix_rects:
if rect in row:
x, y = row.index(list(rect)), self.matix_rects.index(row)
self.log.debug('Found target at position: {0}'.format([x, y]))
if self.debug:
self.write_2nd_rects(self.matix_rects[y][x], 'log/eoi.png', single_rect=True)
return x, y
def __find_grid_entry(self):
rect = Recognizer(self.identifier, None, wait=0).recognize()
start = (rect[0], rect[1] + rect[3], 3)
self.log.debug('Found grid entry at: {0}'.format(start))
return start
def _next_char(self):
Key('D').press()
Wait(1).delay()
Key('E').press()
Recognizer(self.moon, None).recognize()
def _detect_chars(self):
recognizer = Recognizer(self.selected_char, None)
marker = recognizer.recognize()
marker = Rect(marker).click()
marker.process = 'click'
marker.make_click()
def recognize():
region = (int(center[0]), int(center[1]), int(window.width / 2),
int(window.height / 2))
Recognizer(__asset_path(buff_config, 'menu'), region).recognize()
def menu_recognize():
Recognizer(__asset_path(buff_config, 'menu'), None).recognize()