def create_row(self, actual_room, rest, first_tiles, index, is_last):
f_tile = copy.deepcopy(self.tile)
if first_tiles.get(index) is not None:
f_tile.length = first_tiles.get(index)
elif rest != 0:
f_tile.length = rest
m_tile = copy.deepcopy(self.tile)
last_row_width = actual_room.l2 % self.tile.width
if is_last and last_row_width > 0:
m_tile.width = last_row_width
f_tile.width = last_row_width
row = [f_tile]
whole_tiles = math.floor(
(actual_room.l1 - f_tile.length) / self.tile.length)
for t in range(whole_tiles):
row.append(copy.deepcopy(m_tile))
last = actual_room.l1 - f_tile.length - whole_tiles * m_tile.length
if last != 0:
row.append(Tile(last, m_tile.width))
r = m_tile.length - last
return row, r
def test_b(self):
room = Room(100, 50)
tile = Tile(60, 20)
border = 0
init = {}
installation = Installation(room, tile, border, init)
plan = installation.process()
installation.print()
self.sanity_checks(init, plan, room, border)
def get_tile(self):
'''
:rtype: List[Tile]
'''
cursor = self.qn.cursor()
cursor.execute("select name, desc from tile")
res = cursor.fetchall()
tiles = []
for line in res:
tile = Tile(line[0], line[1])
tiles.append(tile)
return tiles
def test_a(self):
room = Room(3330, 2700)
tile = Tile(1286, 194)
border = 8
init = {
0: 1286,
12: 1286
}
installation = Installation(room, tile, border, init)
plan = installation.process()
installation.print()
self.sanity_checks(init, plan, room, border)
def main():
room = Room(3330, 2700)
tile = Tile(1286, 194)
border = 8
init = {
5: 1286,
10: 1286
}
installation = Installation(room, tile, border, init)
plan = installation.process()
installation.print()
Printer.print(plan)
def __init__(self, player):
self.grid = [[Tile(player) for x in range(8)] for y in range(8)]
self.player = player
self.width = board_params['cell_width']
self.height = board_params['cell_height']
self.margin = board_params['margin']
def __init__(self):
study = Tile("Study", TileType.ROOM)
hall = Tile("Hall", TileType.ROOM)
lounge = Tile("Lounge", TileType.ROOM)
library = Tile("Library", TileType.ROOM)
billiard = Tile("Billiard Room", TileType.ROOM)
dining = Tile("Dining Room", TileType.ROOM)
conservatory = Tile("Conservatory", TileType.ROOM)
ball = Tile("Ball Room", TileType.ROOM)
kitchen = Tile("Kitchen", TileType.ROOM)
h_sh = Tile("h_sh",
TileType.HALLWAY) #hallway between 'S'tudy and 'H'all
h_hl = Tile("h_hl", TileType.HALLWAY)
h_sl = Tile("h_sl", TileType.HALLWAY)
h_hb = Tile("h_hb", TileType.HALLWAY)
h_ld = Tile("h_ld", TileType.HALLWAY)
h_lb = Tile("h_lb", TileType.HALLWAY)
h_bd = Tile("h_bd", TileType.HALLWAY)
h_lc = Tile("h_lc", TileType.HALLWAY)
h_bb = Tile("h_bb", TileType.HALLWAY)
h_dk = Tile("h_dk", TileType.HALLWAY)
h_cb = Tile("h_cb", TileType.HALLWAY)
h_bk = Tile("h_bk", TileType.HALLWAY)
study.set_connected([h_sh, h_sl, kitchen])
hall.set_connected([h_sh, h_hl, h_hb])
lounge.set_connected([h_hl, h_ld, conservatory])
library.set_connected([h_sl, h_lb, h_lc])
billiard.set_connected([h_hb, h_lb, h_bd, h_bb])
dining.set_connected([h_ld, h_bd, h_dk])
conservatory.set_connected([h_lc, h_cb, lounge])
ball.set_connected([h_cb, h_bb, h_bk])
kitchen.set_connected([h_bk, h_dk, study])
h_sh.set_connected([study, hall])
h_hl.set_connected([hall, lounge])
h_sl.set_connected([study, library])
h_hb.set_connected([hall, billiard])
h_ld.set_connected([lounge, dining])
h_lb.set_connected([library, billiard])
h_bd.set_connected([billiard, dining])
h_lc.set_connected([library, conservatory])
h_bb.set_connected([billiard, ball])
h_dk.set_connected([dining, kitchen])
h_cb.set_connected([conservatory, ball])
h_bk.set_connected([ball, kitchen])
self.board = [
study, hall, lounge, library, billiard, dining, conservatory, ball,
kitchen, h_sh, h_hl, h_sl, h_hb, h_ld, h_lb, h_bd, h_lc, h_bb,
h_dk, h_cb, h_bk
]