StarRailCopilot/module/map/fleet.py

import itertools

from module.base.timer import Timer
from module.exception import MapWalkError
from module.handler.ambush import AmbushHandler
from module.logger import logger
from module.map.camera import Camera
from module.map.grids import Grids
from module.map.map_base import SelectedGrids
from module.map.map_base import location2node, location_ensure
from module.map.map_operation import MapOperation


class Fleet(Camera, MapOperation, AmbushHandler):
    fleet_1_location = ()
    fleet_2_location = ()
    fleet_current_index = 1
    battle_count = 0
    mystery_count = 0
    siren_count = 0
    fleet_ammo = 5
    ammo_count = 3

    @property
    def fleet_1(self):
        if self.fleet_current_index != 1:
            self.fleet_switch()
        return self

    @fleet_1.setter
    def fleet_1(self, value):
        self.fleet_1_location = value

    @property
    def fleet_2(self):
        if self.fleet_current_index != 2:
            self.fleet_switch()
        return self

    @fleet_2.setter
    def fleet_2(self, value):
        self.fleet_2_location = value

    @property
    def fleet_current(self):
        if self.fleet_current_index == 2:
            return self.fleet_2_location
        else:
            return self.fleet_1_location

    @property
    def fleet_boss(self):
        if self.config.FLEET_BOSS == 2 and self.config.FLEET_2:
            return self.fleet_2
        else:
            return self.fleet_1

    @property
    def fleet_step(self):
        if not self.config.MAP_HAS_FLEET_STEP:
            return 0
        if self.fleet_current_index == 2:
            return self.config.FLEET_2_STEP
        else:
            return self.config.FLEET_1_STEP

    def fleet_switch(self):
        self.fleet_switch_click()
        self.fleet_current_index = 1 if self.fleet_current_index == 2 else 2
        self.camera = self.fleet_current
        self.update()
        self.find_path_initial()
        self.map.show_cost()
        self.show_fleet()
        self.handle_strategy(index=self.fleet_current_index)

    def switch_to(self):
        pass

    def _goto(self, location, expected=''):
        """Goto a grid directly and handle ambush, air raid, mystery picked up, combat.

        Args:
            location (tuple, str, GridInfo): Destination.
        """
        location = location_ensure(location)
        result_mystery = ''

        while 1:
            sight = self.map.camera_sight
            self.in_sight(location, sight=(sight[0], 0, sight[2], sight[3]))
            self.focus_to_grid_center()
            grid = self.convert_map_to_grid(location)

            self.ambush_color_initial()
            self.enemy_searching_color_initial()
            grid.__str__ = location
            result = 'nothing'
            self.device.click(grid)
            arrived = False
            # Wait to confirm fleet arrived. It does't appear immediately if fleet in combat .
            add = self.config.MAP_SIREN_MOVE_WAIT * self.config.MAP_SIREN_COUNT \
                if self.config.MAP_HAS_MOVABLE_ENEMY and not self.config.ENABLE_FAST_FORWARD else 0
            arrive_timer = Timer(0.3 + add)
            arrive_unexpected_timer = Timer(1.5 + add)
            # Wait after ambushed.
            ambushed_retry = Timer(0.5)
            # If nothing happens, click again.
            walk_timeout = Timer(10)
            walk_timeout.start()

            while 1:
                self.device.screenshot()
                grid.image = self.device.image

                # Ambush
                if self.handle_ambush():
                    ambushed_retry.start()

                # Mystery
                mystery = self.handle_mystery(button=grid)
                if mystery:
                    self.mystery_count += 1
                    result = 'mystery'
                    result_mystery = mystery

                # Combat
                if self.config.ENABLE_MAP_FLEET_LOCK and not self.is_in_map():
                    if self.handle_retirement():
                        self.map_offensive()
                        walk_timeout.reset()
                    if self.handle_combat_low_emotion():
                        walk_timeout.reset()
                if self.combat_appear():
                    self.combat(expected_end=self._expected_combat_end(expected), fleet_index=self.fleet_current_index)
                    self.hp_get()
                    if self.hp_withdraw_triggered():
                        self.withdraw()
                    arrived = True if not self.config.MAP_HAS_MOVABLE_ENEMY else False
                    result = 'combat'
                    self.battle_count += 1
                    self.fleet_ammo -= 1
                    if 'siren' in expected:
                        self.siren_count += 1
                    elif self.map[location].may_enemy:
                        self.map[location].is_cleared = True

                    self.handle_boss_appear_refocus()
                    grid = self.convert_map_to_grid(location)
                    walk_timeout.reset()

                # Cat attack animation
                if self.handle_map_cat_attack():
                    walk_timeout.reset()
                    continue

                if self.handle_walk_out_of_step():
                    raise MapWalkError('walk_out_of_step')

                # Arrive
                if self.is_in_map() and \
                        (grid.predict_fleet() or
                         (walk_timeout.reached() and grid.predict_current_fleet())):
                    if not arrive_timer.started():
                        logger.info(f'Arrive {location2node(location)}')
                    arrive_timer.start()
                    arrive_unexpected_timer.start()
                    if not arrive_timer.reached():
                        continue
                    if expected and result not in expected:
                        if arrive_unexpected_timer.reached():
                            logger.warning('Arrive with unexpected result')
                        else:
                            continue
                    logger.info(f'Arrive {location2node(location)} confirm. Result: {result}. Expected: {expected}')
                    arrived = True
                    break

                # End
                if ambushed_retry.started() and ambushed_retry.reached():
                    break
                if walk_timeout.reached():
                    logger.warning('Walk timeout. Retrying.')
                    self.ensure_edge_insight()
                    break

            # End
            if arrived:
                # Ammo grid needs to click again, otherwise the next click doesn't work.
                if self.map[location].may_ammo:
                    self.device.click(grid)
                break

        self.map[self.fleet_current].is_fleet = False
        self.map[location].wipe_out()
        self.map[location].is_fleet = True
        self.__setattr__('fleet_%s_location' % self.fleet_current_index, location)
        if result_mystery == 'get_carrier':
            prev_enemy = self.map.select(is_enemy=True)
            self.full_scan(is_carrier_scan=True)
            diff = self.map.select(is_enemy=True).delete(prev_enemy)
            logger.info(f'Carrier spawn: {diff}')
        self.find_path_initial()

    def goto(self, location, optimize=True, expected=''):
        # self.device.sleep(1000)
        location = location_ensure(location)
        if (self.config.MAP_HAS_AMBUSH or self.config.MAP_HAS_FLEET_STEP) and optimize:
            nodes = self.map.find_path(location, step=self.fleet_step)
            for node in nodes:
                try:
                    self._goto(node, expected=expected if node == nodes[-1] else '')
                except MapWalkError:
                    logger.warning('Map walk error.')
                    self.ensure_edge_insight()
                    nodes_ = self.map.find_path(node, step=1)
                    for node_ in nodes_:
                        self._goto(node_, expected=expected if node == nodes[-1] else '')
        else:
            self._goto(location, expected=expected)

    def find_path_initial(self, grid=None):
        """
        Args:
            grid (tuple, GridInfo): Current fleet grid
        """
        if grid is None:
            grid = self.fleet_current
        else:
            grid = location_ensure(grid)
        if self.fleet_1_location:
            self.map[self.fleet_1_location].is_fleet = True
        if self.fleet_2_location:
            self.map[self.fleet_2_location].is_fleet = True
        self.map.find_path_initial(grid, has_ambush=self.config.MAP_HAS_AMBUSH)

    def show_fleet(self):
        fleets = []
        for n in [1, 2]:
            fleet = self.__getattribute__('fleet_%s_location' % n)
            if len(fleet):
                text = 'Fleet_%s: %s' % (n, location2node(fleet))
                if self.fleet_current_index == n:
                    text = '[%s]' % text
                fleets.append(text)
        logger.info(' '.join(fleets))

    def full_scan(self, is_carrier_scan=False):
        super().full_scan(battle_count=self.battle_count, mystery_count=self.mystery_count,
                          siren_count=self.siren_count, carrier_count=self.carrier_count,
                          is_carrier_scan=is_carrier_scan)
        if self.config.FLEET_2 and not self.fleet_2_location:
            fleets = self.map.select(is_fleet=True, is_current_fleet=False)
            if fleets.count:
                logger.info(f'Predict fleet_2 to be {fleets[0]}')
                self.fleet_2_location = fleets[0].location

        for loca in [self.fleet_1_location, self.fleet_2_location]:
            if len(loca) and loca in self.map:
                self.map[loca].wipe_out()

    def find_all_fleets(self):
        logger.hr('Find all fleets')
        queue = self.map.select(is_spawn_point=True)
        while queue:
            queue = queue.sort_by_camera_distance(self.camera)
            self.in_sight(queue[0], sight=(-1, 0, 1, 2))
            grid = self.convert_map_to_grid(queue[0])
            if grid.predict_fleet():
                if grid.predict_current_fleet():
                    self.fleet_1 = queue[0].location
                else:
                    self.fleet_2 = queue[0].location
            queue = queue[1:]

    def find_current_fleet(self):
        logger.hr('Find current fleet')
        if not self.config.POOR_MAP_DATA:
            fleets = self.map.select(is_fleet=True, is_spawn_point=True)
        else:
            fleets = self.map.select(is_fleet=True)
        logger.info('Fleets: %s' % str(fleets))
        count = fleets.count
        if count == 1:
            if not self.config.FLEET_2:
                self.fleet_1 = fleets[0].location
            else:
                logger.info('Fleet_2 not detected.')
                if self.config.POOR_MAP_DATA and not self.map.select(is_spawn_point=True):
                    self.fleet_1 = fleets[0].location
                elif self.map.select(is_spawn_point=True).count == 2:
                    logger.info('Predict fleet to be spawn point')
                    another = self.map.select(is_spawn_point=True).delete(SelectedGrids([fleets[0]]))[0]
                    if fleets[0].is_current_fleet:
                        self.fleet_1 = fleets[0].location
                        self.fleet_2 = another.location
                    else:
                        self.fleet_1 = another.location
                        self.fleet_2 = fleets[0].location
                else:
                    self.find_all_fleets()
        elif count == 2:
            current = self.map.select(is_current_fleet=True)
            if current.count == 1:
                self.fleet_1 = current[0].location
                self.fleet_2 = fleets.delete(current)[0].location
            else:
                fleets = fleets.sort_by_camera_distance(self.camera)
                self.in_sight(fleets[0], sight=(-1, 0, 1, 2))
                if self.convert_map_to_grid(fleets[0]).predict_current_fleet():
                    self.fleet_1 = fleets[0].location
                    self.fleet_2 = fleets[1].location
                else:
                    self.in_sight(fleets[1], sight=(-1, 0, 1, 2))
                    if self.convert_map_to_grid(fleets[1]).predict_current_fleet():
                        self.fleet_1 = fleets[1].location
                        self.fleet_2 = fleets[0].location
                    else:
                        logger.warning('Current fleet not found')
                        self.fleet_1 = fleets[0].location
                        self.fleet_2 = fleets[1].location
        else:
            if count == 0:
                logger.warning('No fleets detected.')
                fleets = self.map.select(is_current_fleet=True)
                if fleets.count:
                    self.fleet_1 = fleets[0].location
            if count > 2:
                logger.warning('Too many fleets: %s.' % str(fleets))
            self.find_all_fleets()

        self.fleet_current_index = 1
        self.show_fleet()
        return self.fleet_current

    def map_init(self, map_):
        logger.hr('Map init')
        self.fleet_1_location = ()
        self.fleet_2_location = ()
        self.fleet_current_index = 1
        self.battle_count = 0
        self.mystery_count = 0
        self.carrier_count = 0
        self.siren_count = 0
        self.ammo_count = 3
        self.map = map_
        self.map.reset()
        self.handle_map_green_config_cover()
        self.map.poor_map_data = self.config.POOR_MAP_DATA
        self.map.grid_connection_initial(wall=self.config.MAP_HAS_WALL)
        self.hp_init()
        self.handle_strategy(index=self.fleet_current_index)
        self.ensure_edge_insight(preset=self.map.in_map_swipe_preset_data)
        self.full_scan()
        self.find_current_fleet()
        self.find_path_initial()
        self.map.show_cost()

    def handle_map_green_config_cover(self):
        if not self.is_map_green:
            return False

        logger.info('Map is green sea.')
        self.config.MAP_HAS_FLEET_STEP = False
        self.config.MAP_HAS_MOVABLE_ENEMY = False
        if self.config.ENABLE_FAST_FORWARD:
            self.config.MAP_HAS_AMBUSH = False
        else:
            # When disable fast forward, MAP_HAS_AMBUSH depends on map settings.
            # self.config.MAP_HAS_AMBUSH = True
            pass
        if self.config.POOR_MAP_DATA and self.map.is_map_data_poor:
            self.config.POOR_MAP_DATA = False

        return True

    def _expected_combat_end(self, expected):
        for data in self.map._spawn_data_backup:
            if data.get('battle') == self.battle_count and 'boss' in expected:
                return 'in_stage'
            if data.get('battle') == self.battle_count + 1:
                if data.get('enemy', 0) + data.get('siren', 0) + data.get('boss', 0) > 0:
                    return 'with_searching'
                else:
                    return 'no_searching'

        if 'boss' in expected:
            return 'in_stage'

        return None

    def fleet_at(self, grid, fleet=None):
        """
        Args:
            grid (Grid):
            fleet (int): 1, 2

        Returns:
            bool: If fleet is at grid.
        """
        if fleet is None:
            return self.fleet_current == grid.location
        if fleet == 1:
            return self.fleet_1_location == grid.location
        else:
            return self.fleet_2_location == grid.location

    def check_accessibility(self, grid, fleet=None):
        """
        Args:
            grid (Grid):
            fleet (int): 1, 2

        Returns:
            bool: If accessible.
        """
        if fleet is None:
            return grid.is_accessible
        if fleet == self.fleet_current_index:
            return grid.is_accessible
        else:
            backup = self.fleet_current_index
            self.fleet_current_index = fleet
            self.find_path_initial()
            result = grid.is_accessible

            self.fleet_current_index = backup
            self.find_path_initial()
            return result

    def brute_find_roadblocks(self, grid, fleet=None):
        """
        Args:
            grid (Grid):
            fleet (int): 1, 2. Default to current fleet.

        Returns:
            SelectedGrids:
        """
        if fleet is not None and fleet != self.fleet_current_index:
            backup = self.fleet_current_index
            self.fleet_current_index = fleet
            self.find_path_initial()
        else:
            backup = None

        if grid.is_accessible:
            if backup is not None:
                self.fleet_current_index = backup
                self.find_path_initial()
            return SelectedGrids([])

        enemies = self.map.select(is_enemy=True)
        logger.info(f'Potential enemy roadblocks: {enemies}')
        for repeat in range(1, enemies.count + 1):
            for select in itertools.product(enemies, repeat=repeat):
                for block in select:
                    block.is_enemy = False
                self.find_path_initial()
                for block in select:
                    block.is_enemy = True

                if grid.is_accessible:
                    select = SelectedGrids(list(select))
                    logger.info(f'Enemy roadblock: {select}')
                    if backup is not None:
                        self.fleet_current_index = backup
                        self.find_path_initial()
                    return select

        logger.warning('Enemy roadblock try exhausted.')

    def handle_boss_appear_refocus(self):
        """

        """
        appear = False
        for data in self.map.spawn_data:
            if data.get('battle') == self.battle_count and data.get('boss', 0):
                logger.info('Catch camera re-positioning after boss appear')
                appear = True

        if self.config.POOR_MAP_DATA:
            self.device.screenshot()
            grids = Grids(self.device.image, config=self.config)
            grids.predict()
            grids.show()
            for grid in grids:
                if grid.is_boss:
                    logger.info('Catch camera re-positioning after boss appear')
                    appear = True
                    for g in self.map:
                        g.wipe_out()
                    break

        if appear:
            camera = self.camera
            self.ensure_edge_insight()
            logger.info('Refocus to previous camera position.')
            self.focus_to(camera)
            return True
        else:
            return False

    def fleet_checked_reset(self):
        self.map_fleet_checked = False
        self.fleet_1_formation_fixed = False
        self.fleet_2_formation_fixed = False