mirror of
https://github.com/LmeSzinc/StarRailCopilot.git
synced 2024-11-23 09:01:45 +00:00
313 lines
9.6 KiB
Python
313 lines
9.6 KiB
Python
from module.logger import logger
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from module.map.fleet import Fleet
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from module.map.grid_info import GridInfo
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from module.map.map_grids import SelectedGrids, RoadGrids
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class Map(Fleet):
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def clear_chosen_enemy(self, grid, expected=''):
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"""
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Args:
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grid (GridInfo):
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expected (str):
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"""
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logger.info('Clear enemy: %s' % grid)
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expected = f'combat_{expected}' if expected else 'combat'
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self.show_fleet()
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if self.config.ENABLE_EMOTION_REDUCE and self.config.ENABLE_MAP_FLEET_LOCK:
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self.emotion.wait(fleet=self.fleet_current_index)
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self.goto(grid, expected=expected)
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self.full_scan(battle_count=self.battle_count, mystery_count=self.mystery_count, siren_count=self.siren_count,
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carrier_count=self.carrier_count)
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self.find_path_initial()
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self.map.show_cost()
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def clear_chosen_mystery(self, grid):
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"""
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Args:
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grid (GridInfo):
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"""
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logger.info('Clear mystery: %s' % grid)
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self.show_fleet()
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self.goto(grid, expected='mystery')
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# self.mystery_count += 1
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self.map.show_cost()
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def pick_up_ammo(self, grid=None):
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"""
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Args:
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grid (GridInfo):
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"""
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if grid is None:
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grid = self.map.select(may_ammo=True)
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if not grid:
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logger.info('Ammo not found')
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return False
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grid = grid[0]
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if self.ammo_count > 0:
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logger.info('Pick up ammo: %s' % grid)
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self.goto(grid, expected='')
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self.ensure_no_info_bar()
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# self.ammo_count -= 5 - self.battle_count
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recover = 5 - self.fleet_ammo
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recover = 3 if recover > 3 else recover
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logger.attr('Got ammo', recover)
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self.ammo_count -= recover
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self.fleet_ammo += recover
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@staticmethod
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def select_grids(grids, nearby=False, is_accessible=True, scale=(), strongest=False, weakest=False, cost=True,
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weight=True, ignore=None):
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"""
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Args:
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grids (SelectedGrids):
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nearby (bool):
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is_accessible (bool):
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scale (tuple[int]):
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strongest (bool):
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weakest (bool):
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cost (bool):
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weight (bool):
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ignore (SelectedGrids):
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Returns:
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SelectedGrids:
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"""
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if nearby:
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grids = grids.select(is_nearby=True)
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if is_accessible:
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grids = grids.select(is_accessible=True)
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if ignore is not None:
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grids = grids.delete(grids=ignore)
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if len(scale):
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enemy = SelectedGrids([])
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for enemy_scale in scale:
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enemy = enemy.add(grids.select(enemy_scale=enemy_scale))
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grids = enemy
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if strongest:
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for scale in [3, 2, 1, 0]:
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enemy = grids.select(enemy_scale=scale)
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if enemy:
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grids = enemy
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break
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if weakest:
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for scale in [1, 2, 3, 0]:
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enemy = grids.select(enemy_scale=scale)
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if enemy:
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grids = enemy
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break
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if grids:
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grids = grids.sort(cost=cost, weight=weight)
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return grids
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@staticmethod
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def show_select_grids(grids, **kwargs):
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length = 3
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keys = list(kwargs.keys())
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for index in range(0, len(keys), length):
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text = [f'{key}={kwargs[key]}' for key in keys[index:index + length]]
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text = ', '.join(text)
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logger.info(text)
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logger.info(f'Grids: {grids}')
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def clear_all_mystery(self, **kwargs):
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"""Methods to pick up all mystery.
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Returns:
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bool: False, because didn't clear any enemy.
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"""
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while 1:
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grids = self.map.select(is_mystery=True)
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grids = self.select_grids(grids, **kwargs)
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if not grids:
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break
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logger.hr('Clear all mystery')
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self.show_select_grids(grids, **kwargs)
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self.clear_chosen_mystery(grids[0])
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return False
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def clear_enemy(self, **kwargs):
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"""Methods to clear a enemy. May not do anything if no suitable enemy.
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Returns:
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bool: True if clear an enemy.
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"""
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grids = self.map.select(is_enemy=True, is_boss=False)
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grids = self.select_grids(grids, **kwargs)
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if grids:
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logger.hr('Clear enemy')
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self.show_select_grids(grids, **kwargs)
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self.clear_chosen_enemy(grids[0])
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return True
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return False
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def clear_roadblocks(self, roads, **kwargs):
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"""Clear roadblocks.
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Args:
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roads(list[RoadGrids]):
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Returns:
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bool: True if clear an enemy.
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"""
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grids = SelectedGrids([])
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for road in roads:
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grids = grids.add(road.roadblocks())
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grids = self.select_grids(grids, **kwargs)
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if grids:
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logger.hr('Clear roadblock')
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self.show_select_grids(grids, **kwargs)
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self.clear_chosen_enemy(grids[0])
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return True
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return False
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def clear_potential_roadblocks(self, roads, **kwargs):
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"""Avoid roadblock that only has one grid empty.
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Args:
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roads(list[RoadGrids]):
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Returns:
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bool: True if clear an enemy.
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"""
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grids = SelectedGrids([])
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for road in roads:
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grids = grids.add(road.potential_roadblocks())
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grids = self.select_grids(grids, **kwargs)
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if grids:
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logger.hr('Avoid potential roadblock')
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self.show_select_grids(grids, **kwargs)
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self.clear_chosen_enemy(grids[0])
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return True
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return False
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def clear_grids_for_faster(self, grids, **kwargs):
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"""Clear some grids to walk a shorter distance.
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Args:
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grids(SelectedGrids):
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Returns:
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bool: True if clear an enemy.
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"""
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grids = grids.select(is_enemy=True)
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grids = self.select_grids(grids, **kwargs)
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if grids:
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logger.hr('Clear grids for faster')
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self.show_select_grids(grids, **kwargs)
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self.clear_chosen_enemy(grids[0])
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return True
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return False
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def clear_boss(self):
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"""Clear BOSS.
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Returns:
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bool:
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"""
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grids = self.map.select(is_boss=True, is_accessible=True)
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logger.info('Is boss: %s' % self.map.select(is_boss=True))
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if not grids.count:
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grids = grids.add(self.map.select(may_boss=True, is_enemy=True, is_accessible=True))
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logger.warning('Boss not detected, using may_boss grids.')
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logger.info('May boss: %s' % self.map.select(may_boss=True))
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logger.info('May boss and is enemy: %s' % self.map.select(may_boss=True, is_enemy=True))
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if grids:
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logger.hr('Clear BOSS')
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grids = grids.sort(cost=True, weight=True)
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logger.info('Grids: %s' % str(grids))
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self.clear_chosen_enemy(grids[0], expected='boss')
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logger.warning('BOSS not detected, trying all boss spawn point.')
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self.clear_potential_boss()
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return False
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def clear_potential_boss(self):
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"""
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Method to step on all boss spawn point when boss not detected.
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"""
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grids = self.map.select(may_boss=True, is_accessible=True)
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logger.info('May boss: %s' % self.map.select(may_boss=True))
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for grid in grids:
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logger.hr('Clear BOSS')
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grids = grids.sort(cost=True, weight=True)
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logger.info('Grid: %s' % str(grid))
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self.clear_chosen_enemy(grid, expected='boss')
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logger.info('Boss guessing incorrect.')
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def clear_siren(self, **kwargs):
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"""
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Returns:
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bool: True if clear an enemy.
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"""
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grids = self.map.select(may_siren=True, is_enemy=True)
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grids = grids.add(self.map.select(may_siren=True, is_siren=True))
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logger.info('May siren: %s' % self.map.select(may_siren=True))
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logger.info('May siren and is enemy: %s' % self.map.select(may_siren=True, is_enemy=True))
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logger.info('Is siren: %s' % self.map.select(is_siren=True))
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grids = self.select_grids(grids, **kwargs)
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if grids:
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logger.hr('Clear siren')
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self.show_select_grids(grids, **kwargs)
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self.clear_chosen_enemy(grids[0], expected='siren')
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return True
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return False
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def fleet_2_step_on(self, grids, roadblocks):
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"""Fleet step on a grid which can reduce the ambush frequency another fleet.
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Of course, you can simply use 'self.fleet_2.goto(grid)' and do the same thing.
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However, roads can be block by enemy and this method can handle that.
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Args:
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grids (SelectedGrids):
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roadblocks (list[RoadGrids]):
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Returns:
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bool: if clear an enemy.
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"""
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for grid in grids:
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if self.fleet_at(grid=grid, fleet=2):
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return False
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logger.info('Fleet 2 step on')
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for grid in grids:
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if grid.is_enemy or grid.is_cleared:
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continue
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if self.check_accessibility(grid=grid, fleet=2):
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logger.info('Fleet_2 step on %s' % grid)
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self.fleet_2.goto(grid)
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self.fleet_1.switch_to()
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return False
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logger.info('Fleet_2 step on got roadblocks.')
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self.fleet_1.clear_roadblocks(roadblocks)
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self.fleet_1.clear_all_mystery()
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return True
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