def is_within_sector(self, user_id, sector_x, sector_y, target_x, target_y, building_id): size = structure.get_structure_size(building_id) tx, ty = int(target_x // 1), int(target_y // 1) if tx == 59 or ty == 59: return False your_sector = self.sector_by_user[user_id] return sector_x == your_sector[0] and sector_y == your_sector[1]
def is_touching_other_building(self, user_id, sector_x, sector_y, target_x, target_y, building_id):
size = structure.get_structure_size(building_id)
buildings = self.get_all_buildings_of_player_SLOW(user_id)
tx = int(target_x // 1)
ty = int(target_y // 1)
occupied = {}
for building in buildings:
x, y = building.getModelXY()
x = int(x // 1)
y = int(y // 1)
bsize = structure.get_structure_size(building.btype)
for px in range(x - 1, x + bsize + 1):
for py in range(y - 1, y + bsize + 1):
occupied[(px, py)] = building.btype
for px in range(tx, tx + size):
for py in range(ty, ty + size):
if occupied.get((px, py)) != None:
return True
return False
def remove_structure(self, sector, x, y): x += sector[0] * 60 y += sector[1] * 60 i = 0 buildings = self.buildings_by_sector[sector] while i < len(buildings): building = buildings[i] bx, by = building.getModelXY() bx = int(bx // 1) by = int(by // 1) if bx == x and by == y: self.buildings_by_sector[sector] = buildings[:i] + buildings[i + 1:] size = structure.get_structure_size(building.type) for px in range(size): for py in range(size): key = (bx + px, by + py) if key in self.buildings_by_coord: self.buildings_by_coord.pop(key) break i += 1
def add_structure(self, user_id, type, sx, sy, x, y): # TODO: determine if building already exists by alternate means ax = sx * 60 + x ay = sy * 60 + y size = structure.get_structure_size(type) s = structure.create(user_id, type, ax, ay) sector = (sx, sy) #list = self.buildings_by_sector.get(sector, []) #self.buildings_by_sector[sector] = list north = ay south = ay + size - 1 west = ax east = ax + size - 1 sector_north = north // 60 sector_south = south // 60 sector_west = west // 60 sector_east = east // 60 footprint = [] remove_these = [] for px in range(size): for py in range(size): f = (ax + px, ay + py) footprint.append(f) for f in footprint: self.buildings_by_coord[f] = s for sector_x in range(sector_west, sector_east + 1): for sector_y in range(sector_north, sector_south + 1): list = self.buildings_by_sector.get(sector, []) self.buildings_by_sector[sector] = list list.append(s)
