def setupJobMarket(jm, ts2):
jm.append([])
for c in range(0, 4):
current_space = tiles.TileSpace()
if c < players:
current_tile = ts2.pop()
current_space.occupant = current_tile
current_space.empty = False
current_space.cost = 6
jm[0].append(current_space)
jm.append([])
# Job market token in first space in second row
current_space = tiles.TileSpace()
jm_token = {'category': 'job_market_token'}
current_space.occupant = jm_token
current_space.empty = False
jm[1].append(current_space)
for c in range(1, 4):
current_space = tiles.TileSpace()
if c < players:
current_tile = ts2.pop()
current_space.occupant = current_tile
current_space.empty = False
current_space.cost = 6
jm[1].append(current_space)
cost_list = [7, 5, 7, 9, 6, 8, 10, 6, 5, 4]
for r in range(2, 12):
jm.append([])
for c in range(0, 4):
current_space = tiles.TileSpace()
jm[r].append(current_space)
current_space.cost = cost - list[r - 2]
def setup_cattle_market(players, cm, deck):
maximum = 7 + (players - 2) * 3
for i in range(0, maximum):
current_space = tiles.TileSpace()
current_space.occupant = deck.pop()
current_space.empty = False
cm.append(current_space)
def setupForesight(f, ts1, ts2, ts3):
for r in range(0, 2):
f.append([])
current_space = tiles.TileSpace()
current_tile = ts1.pop()
current_space.occupant = current_tile
current_space.empty = False
f[r].append(current_space)
current_space = tiles.TileSpace()
current_tile = ts2.pop()
current_space.occupant = current_tile
current_space.empty = False
f[r].append(current_space)
current_space = tiles.TileSpace()
current_tile = ts3.pop()
current_space.occupant = current_tile
current_space.empty = False
f[r].append(current_space)
def setup_player_hand(deck, hand):
for i in range(0, 4):
current_space = tiles.TileSpace()
current_space.occupant = deck.pop()
current_space.empty = False
hand.append(current_space)
def setup_player_objective_display(disp, deck):
current_space = tiles.TileSpace()
current_space.occupant = deck.pop()
current_space.empty = False
disp.append(current_space)