def remove_settlement(self, building): """Removes the settlement property from tiles within the radius of the given building""" settlement = building.settlement buildings_to_abandon, settlement_coords_to_change = Tear.additional_removals_after_tear(building) assert building not in buildings_to_abandon self.abandon_buildings(buildings_to_abandon) flat_land_set = self.terrain_cache.cache[TerrainRequirement.LAND][(1, 1)] land_or_coast = self.terrain_cache.land_or_coast settlement_tiles_changed = [] clean_coords = set() for coords in settlement_coords_to_change: tile = self.ground_map[coords] tile.settlement = None building = tile.object if building is not None: settlement.remove_building(building) building.owner = None building.settlement = None if coords in land_or_coast: clean_coords.add(coords) settlement_tiles_changed.append(self.ground_map[coords]) del settlement.ground_map[coords] Minimap.update(coords) if coords in flat_land_set: self.available_flat_land += 1 self.available_land_cache.add_area(clean_coords) self._register_change() if self.terrain_cache: settlement.buildability_cache.modify_area(clean_coords) SettlementRangeChanged.broadcast(settlement, settlement_tiles_changed)
def remove_settlement(self, building):
"""Removes the settlement property from tiles within the radius of the given building"""
settlement = building.settlement
buildings_to_abandon, settlement_coords_to_change = Tear.additional_removals_after_tear(
building)
assert building not in buildings_to_abandon
self.abandon_buildings(buildings_to_abandon)
flat_land_set = self.terrain_cache.cache[TerrainRequirement.LAND][(1,
1)]
land_or_coast = self.terrain_cache.land_or_coast
settlement_tiles_changed = []
clean_coords = set()
for coords in settlement_coords_to_change:
tile = self.ground_map[coords]
tile.settlement = None
building = tile.object
if building is not None:
settlement.remove_building(building)
building.owner = None
building.settlement = None
if coords in land_or_coast:
clean_coords.add(coords)
settlement_tiles_changed.append(self.ground_map[coords])
del settlement.ground_map[coords]
Minimap.update(coords)
if coords in flat_land_set:
self.available_flat_land += 1
self.available_land_cache.add_area(clean_coords)
self._register_change()
if self.terrain_cache:
settlement.buildability_cache.modify_area(clean_coords)
SettlementRangeChanged.broadcast(settlement, settlement_tiles_changed)
def set_tile(self, coords, tile_details):
if coords not in self.world.full_map:
return
old_tile = self.world.full_map[coords]
if old_tile and old_tile.id != -1 and old_tile._instance and old_tile not in self._tile_delete_set:
if (old_tile.id, old_tile.shape,
old_tile.rotation) == tile_details:
return
self._tile_delete_set.add(old_tile)
Scheduler().add_new_object(Callback(self._delete_tile_instance,
old_tile),
self,
run_in=0)
(ground_id, shape, rotation) = tile_details
if ground_id != 0:
ground = Entities.grounds['{:d}-{}'.format(ground_id,
shape)](self.session,
*coords)
ground.act(rotation)
self.world.full_map[coords] = ground
else:
self.world.full_map[coords] = self.world.fake_tile_map[coords]
Minimap.update(coords)
# update cam, that's necessary because of the static layer WATER
self.session.view.cam.refresh()
def assign_settlement(self, position, radius, settlement): """Assigns the settlement property to tiles within the circle defined by \ position and radius. @param position: Rect @param radius: @param settlement: """ for coord in position.get_radius_coordinates(radius, include_self=True): tile = self.get_tile_tuple(coord) if tile is not None: if tile.settlement == settlement: continue if tile.settlement is None: tile.settlement = settlement settlement.ground_map[coord] = tile Minimap.update(coord) self._register_change(coord[0], coord[1]) # notify all AI players when land ownership changes for player in self.session.world.players: if hasattr(player, 'on_settlement_expansion'): player.on_settlement_expansion(settlement, coord) building = tile.object # found a new building, that is now in settlement radius # assign buildings on tiles to settlement if building is not None and building.settlement is None and \ building.island == self: # don't steal from other islands building.settlement = settlement building.owner = settlement.owner settlement.add_building(building)
def assign_settlement(self, position, radius, settlement): """Assigns the settlement property to tiles within the circle defined by \ position and radius. @param position: Rect @param radius: @param settlement: """ settlement_coords_changed = [] for coords in position.get_radius_coordinates(radius, include_self=True): if coords not in self.ground_map: continue tile = self.ground_map[coords] if tile.settlement is not None: continue tile.settlement = settlement settlement.ground_map[coords] = tile settlement_coords_changed.append(coords) building = tile.object # In theory fish deposits should never be on the island but this has been # possible since they were turned into a 2x2 building. Since they are never # entirely on the island then it is easiest to just make it impossible to own # fish deposits. if building is None or building.id == BUILDINGS.FISH_DEPOSIT: continue # Assign the entire building to the first settlement that covers some of it. assert building.settlement is None or building.settlement is settlement for building_coords in building.position.tuple_iter(): building_tile = self.ground_map[building_coords] if building_tile.settlement is not settlement: assert building_tile.settlement is None building_tile.settlement = settlement settlement.ground_map[building_coords] = building_tile settlement_coords_changed.append(building_coords) building.settlement = settlement building.owner = settlement.owner settlement.add_building(building) if not settlement_coords_changed: return flat_land_set = self.terrain_cache.cache[TerrainRequirement.LAND][(1, 1)] settlement_tiles_changed = [] for coords in settlement_coords_changed: settlement_tiles_changed.append(self.ground_map[coords]) Minimap.update(coords) if coords in flat_land_set: self.available_flat_land -= 1 self.available_land_cache.remove_area(settlement_coords_changed) self._register_change() if self.terrain_cache: settlement.buildability_cache.modify_area(settlement_coords_changed) SettlementRangeChanged.broadcast(settlement, settlement_tiles_changed)
def assign_settlement(self, position, radius, settlement): """Assigns the settlement property to tiles within the circle defined by \ position and radius. @param position: Rect @param radius: @param settlement: """ settlement_coords_changed = [] for coords in position.get_radius_coordinates(radius, include_self=True): if coords not in self.ground_map: continue tile = self.ground_map[coords] if tile.settlement is not None: continue tile.settlement = settlement settlement.ground_map[coords] = tile settlement_coords_changed.append(coords) building = tile.object # In theory fish deposits should never be on the island but this has been # possible since they were turned into a 2x2 building. Since they are never # entirely on the island then it is easiest to just make it impossible to own # fish deposits. if building is None or building.id == BUILDINGS.FISH_DEPOSIT: continue # Assign the entire building to the first settlement that covers some of it. assert building.settlement is None or building.settlement is settlement for building_coords in building.position.tuple_iter(): building_tile = self.ground_map[building_coords] if building_tile.settlement is not settlement: assert building_tile.settlement is None building_tile.settlement = settlement settlement.ground_map[building_coords] = building_tile settlement_coords_changed.append(building_coords) building.settlement = settlement building.owner = settlement.owner settlement.add_building(building) if not settlement_coords_changed: return flat_land_set = self.terrain_cache.cache[TerrainRequirement.LAND][(1, 1)] settlement_tiles_changed = [] for coords in settlement_coords_changed: settlement_tiles_changed.append(self.ground_map[coords]) Minimap.update(coords) if coords in flat_land_set: self.available_flat_land -= 1 self.available_land_cache.remove_area(settlement_coords_changed) self._register_change() if self.terrain_cache: settlement.buildability_cache.modify_area(settlement_coords_changed) SettlementRangeChanged.broadcast(settlement, settlement_tiles_changed)
def set_tile(self, coords, tile_details): if coords not in self.world.full_map: return old_tile = self.world.full_map[coords] if old_tile and old_tile.id != -1 and old_tile._instance and old_tile not in self._tile_delete_set: if (old_tile.id, old_tile.shape, old_tile.rotation + 45) == tile_details: return self._tile_delete_set.add(old_tile) Scheduler().add_new_object(Callback(self._delete_tile_instance, old_tile), self, run_in=0) (ground_id, shape, rotation) = tile_details if ground_id != 0: ground = Entities.grounds['%d-%s' % (ground_id, shape)](self.session, *coords) ground.act(rotation) self.world.full_map[coords] = ground else: self.world.full_map[coords] = self.world.fake_tile_map[coords] Minimap.update(coords)
def set_tile(self, coords, tile_details):
if coords not in self.world.full_map:
return
old_tile = self.world.full_map[coords]
if old_tile and old_tile.id != -1 and old_tile._instance and old_tile not in self._tile_delete_set:
if (old_tile.id, old_tile.shape, old_tile.rotation) == tile_details:
return
self._tile_delete_set.add(old_tile)
Scheduler().add_new_object(Callback(self._delete_tile_instance, old_tile), self, run_in=0)
(ground_id, shape, rotation) = tile_details
if ground_id != 0:
ground = Entities.grounds['{:d}-{}'.format(ground_id, shape)](self.session, *coords)
ground.act(rotation)
self.world.full_map[coords] = ground
else:
self.world.full_map[coords] = self.world.fake_tile_map[coords]
Minimap.update(coords)
# update cam, that's necessary because of the static layer WATER
self.session.view.cam.refresh()
def assign_settlement(self, position, radius, settlement):
"""Assigns the settlement property to tiles within the circle defined by \
position and radius.
@param position: Rect
@param radius:
@param settlement:
"""
settlement_tiles_changed = []
for coord in position.get_radius_coordinates(radius,
include_self=True):
tile = self.get_tile_tuple(coord)
if tile is not None:
if tile.settlement == settlement:
continue
if tile.settlement is None:
tile.settlement = settlement
settlement.ground_map[coord] = tile
Minimap.update(coord)
self._register_change(coord[0], coord[1])
settlement_tiles_changed.append(tile)
# notify all AI players when land ownership changes
for player in self.session.world.players:
if hasattr(player, 'on_settlement_expansion'):
player.on_settlement_expansion(settlement, coord)
building = tile.object
# found a new building, that is now in settlement radius
# assign buildings on tiles to settlement
if building is not None and building.settlement is None and \
building.island == self: # don't steal from other islands
building.settlement = settlement
building.owner = settlement.owner
settlement.add_building(building)
if settlement_tiles_changed:
SettlementRangeChanged.broadcast(settlement,
settlement_tiles_changed)
def remove_settlement(self, position, radius, settlement): """Removes the settlement property from tiles within the circle defined by \ position and radius. @param position: Rect @param radius: @param settlement: """ buildings_to_abandon, settlement_coords_to_change = Tear.destroyable_buildings(position, settlement) self.abandon_buildings(buildings_to_abandon) flat_land_set = self.terrain_cache.cache[TerrainRequirement.LAND][(1, 1)] land_or_coast = self.terrain_cache.land_or_coast settlement_tiles_changed = [] clean_coords = set() for coords in settlement_coords_to_change: tile = self.ground_map[coords] tile.settlement = None building = tile.object if building is not None: settlement.remove_building(building) building.owner = None building.settlement = None if coords in land_or_coast: clean_coords.add(coords) settlement_tiles_changed.append(self.ground_map[coords]) del settlement.ground_map[coords] Minimap.update(coords) if coords in flat_land_set: self.available_flat_land += 1 self.available_land_cache.add_area(clean_coords) self._register_change() if self.terrain_cache: settlement.buildability_cache.modify_area(clean_coords) SettlementRangeChanged.broadcast(settlement, settlement_tiles_changed)
def set_tile(self, coords, tile_details):
if coords not in self.world.full_map:
return
old_tile = self.world.full_map[coords]
if old_tile and old_tile.id != -1 and old_tile._instance and old_tile not in self._tile_delete_set:
if (old_tile.id, old_tile.shape,
old_tile.rotation + 45) == tile_details:
return
self._tile_delete_set.add(old_tile)
Scheduler().add_new_object(Callback(self._delete_tile_instance,
old_tile),
self,
run_in=0)
(ground_id, shape, rotation) = tile_details
if ground_id != 0:
ground = Entities.grounds['%d-%s' % (ground_id, shape)](
self.session, *coords)
ground.act(rotation)
self.world.full_map[coords] = ground
else:
self.world.full_map[coords] = self.world.fake_tile_map[coords]
Minimap.update(coords)
