def create_river_map(self):
mappy = Map()
for x in range(10):
row = Row()
for y in range(10):
if x < 2 and y < 2:
cell = Cell()
cell.x_pos = x
cell.y_pos = y
cell.terrain = RIVER
row.cells.extend([cell])
else:
cell = Cell()
cell.x_pos = x
cell.y_pos = y
cell.terrain = SEA
row.cells.extend([cell])
mappy.rows.extend([row])
return self.store_new_map(mappy)
def create_random_map_data(self, size):
mappy = Map()
for x in range(size):
row = Row()
for y in range(size):
cell = Cell()
cell.x_pos = x
cell.y_pos = y
cell.terrain = self.choose_random_terrain()
row.cells.extend([cell])
mappy.rows.extend([row])
return mappy
def get_fragment(self, update: UpdatedPosition):
terrain = self.conn.get("map:{0}:x:{1}:y:{2}".format(str(update.p_id), str(update.x_pos), str(update.y_pos)))
print(terrain)
if terrain is None:
terrain = self.choose_random_terrain()
self.conn.set("map:{0}:x:{1}:y:{2}".format(str(update.p_id), str(update.x_pos), str(update.y_pos)), terrain)
else:
terrain = int(terrain)
print(terrain)
cell = Cell()
cell.x_pos = update.x_pos
cell.y_pos = update.y_pos
cell.terrain = terrain
fragment = MapFragment()
fragment.id = update.p_id
fragment.cells.extend([cell])
return fragment