def genDeal (): random.shuffle (deck) dl = dds.deal () dl.currentTrickSuit[0] = 0 dl.currentTrickSuit[1] = 0 dl.currentTrickSuit[2] = 0 dl.currentTrickRank[0] = 0 dl.currentTrickRank[1] = 0 dl.currentTrickRank[2] = 0 for h in range (dds.DDS_HANDS): for s in range (dds.DDS_SUITS): dl.remainCards[h][s] = 0 hand = 0 counter = 0 for (suit, rank) in deck: dl.remainCards [hand][suit] |= rank counter += 1 if counter == 13: hand += 1 counter = 0 return dl
def getDealFromPreset (handno): dl = dds.deal () dl.currentTrickSuit[0] = 0 dl.currentTrickSuit[1] = 0 dl.currentTrickSuit[2] = 0 dl.currentTrickRank[0] = 0 dl.currentTrickRank[1] = 0 dl.currentTrickRank[2] = 0 for h in range(dds.DDS_HANDS): for s in range(dds.DDS_SUITS): dl.remainCards[h][s] = hands.holdings[handno][s][h] return dl
def dod(ds):
''' compute double-dummy tricks (N declarer, NT; call dd.solve with
leader code, 0=N to 3=W, and trump code, 0=S to 3=C, for other).
Args:
ds: a string describing the whole deal, such as
'n AQ3.T653.KQ4.AJ5 e KJT4.AKQ8.JT86.8 s 862.974.A73.KQ72 w 975.J2.952.T9643'
Returns:
tricks, time
where tricks, an int, is the number of NS tricks,
time, a float, is the elapsed time (in seconds and
fraction) expended for the analysis
'''
start = timer()
deal = [h.split('.') for h in ds.split()[1::2]]
dd = dds.deal(deal)
s = dd.solve()
return 13 - s[-1][0], timer() - start
import dds
import ctypes
import hands
import functions
dl = dds.deal()
DDplay = dds.playTraceBin()
solved = dds.solvedPlay()
line = ctypes.create_string_buffer(80)
threadIndex = 0
for handno in range(3):
dl.trump = hands.trump[handno]
dl.first = hands.first[handno]
dl.currentTrickSuit[0] = 0
dl.currentTrickSuit[1] = 0
dl.currentTrickSuit[2] = 0
dl.currentTrickRank[0] = 0
dl.currentTrickRank[1] = 0
dl.currentTrickRank[2] = 0
for h in range(dds.DDS_HANDS):
for s in range(dds.DDS_SUITS):
dl.remainCards[h][s] = hands.holdings[handno][s][h]
DDplay.number = hands.playNo[handno]