def ButtonEstimate(self, e):
cp_no = self.gp.curr_player_no
outlist = []
for i in range(0, 50):
if self.flag_up[i] > 0:
outlist.append(i)
if len(outlist) > 0:
player = libqp.gp_get_player(self.gp, cp_no)
hand_p = libqp.gp_get_player_hand(player)
hand_out = libqp.hand_new(len(outlist))
for j in outlist:
card = libqp.hand_get(hand_p, j)
libqp.hand_push(hand_out, card)
libqp.gp_handtype(self.gp, hand_out)
self.sel_handtype = hand_out.type
self.sel_handparam = hand_out.param
self.Refresh()
def ButtonEstimate(self, e):
cp_no = self.gp.curr_player_no
outlist = []
for i in range(0, 50):
if self.flag_up[i] > 0:
outlist.append(i)
if len(outlist) > 0:
player = libqp.gp_get_player(self.gp, cp_no)
hand_p = libqp.gp_get_player_hand(player)
hand_out = libqp.hand_new(len(outlist))
for j in outlist:
card = libqp.hand_get(hand_p, j)
libqp.hand_push(hand_out, card)
libqp.gp_handtype(self.gp, hand_out)
self.sel_handtype = hand_out.type
self.sel_handparam = hand_out.param
self.Refresh()
def OnRightDown(self, e):
pt = e.GetPosition()
cp_no = self.gp.curr_player_no
if self.rcHand[cp_no].Inside(pt):
outlist = []
for i in range(0, 50):
if self.flag_up[i] > 0:
outlist.append(i)
if len(outlist) > 0:
player = libqp.gp_get_player(self.gp, cp_no)
hand_p = libqp.gp_get_player_hand(player)
hand_out = libqp.hand_new(len(outlist))
for j in outlist:
card = libqp.hand_get(hand_p, j)
libqp.hand_push(hand_out, card)
htype = libqp.hand_type()
libqp.gp_handtype(self.gp, hand_out, htype)
ret = libqp.gp_canplay(self.gp, hand_out, htype)
if ret > 0:
libqp.gp_play(self.gp, cp_no, hand_out)
num = libqp.hand_num(hand_p)
pokerW, pokerH = self.bmpPoker['0'].GetSize()
self.rcHand[cp_no].SetWidth(pokerW +
(num - 1) * self.pokerOffsetW)
for i in range(0, 50):
self.flag_up[i] = 0
self.Refresh()
else:
print "can't play:", htype.type, htype.logic_value1
else:
# pass
libqp.gp_pass(self.gp, cp_no)
self.Refresh()
else:
# reset flag_up
flag = 0
for i in range(0, 50):
if self.flag_up[i] > 0:
flag = 1
self.flag_up[i] = 0
if flag > 0:
self.Refresh()
def OnRightDown(self, e):
pt = e.GetPosition()
cp_no = self.ddz.curr_player_no
if self.rcHand[cp_no].Inside(pt):
outlist = []
for i in range(0, 50):
if self.flag_up[i] > 0:
outlist.append(i)
if len(outlist) > 0:
player = libqp.ddz_get_player(self.ddz, cp_no)
hand_p = libqp.ddz_get_player_hand(player)
hand_out = libqp.hand_new(len(outlist))
for j in outlist:
card = libqp.hand_get(hand_p, j)
libqp.hand_push(hand_out, card)
htype = libqp.hand_type()
libqp.ddz_handtype(hand_out, htype)
ret = libqp.ddz_canplay(self.ddz, hand_out, htype)
if ret > 0:
libqp.ddz_play(self.ddz, cp_no, hand_out)
num = libqp.hand_num(hand_p)
pokerW, pokerH = self.bmpPoker['0'].GetSize()
self.rcHand[cp_no].SetWidth(pokerW + (num - 1) * self.pokerOffsetW)
for i in range(0, 50):
self.flag_up[i] = 0
self.Refresh()
else:
print "can't play:",htype.type,htype.logic_value1
else:
# pass
libqp.ddz_pass(self.ddz, cp_no)
self.Refresh()
else:
# reset flag_up
flag = 0
for i in range(0, 50):
if self.flag_up[i] > 0:
flag = 1
self.flag_up[i] = 0
if flag > 0:
self.Refresh()
''' libqp test script ''' import libqp print 'test hand and card:' cd = libqp.card_t() cd.suit = libqp.cdSuitHeart cd.rank = libqp.cdRankAce h = libqp.hand_new(20) print 'push' a card to hand' libqp.hand_push(h,cd) cd.rank = libqp.cdRank2 print 'push a card to hand' libqp.hand_push(h,cd) print 'print a hand' libqp.hand_print(h,10)