def next_player(lead):
if (lead % 4 == 0):
oled_config.partial_clsr(0, 2)
oled_config.fline_print(2, 1, "→")
elif (lead % 4 == 1):
oled_config.partial_clsr(2, 1)
oled_config.fline_print(5, 2, "→")
elif (lead % 4 == 2):
oled_config.partial_clsr(5, 2)
oled_config.fline_print(3, 3, "→")
else:
oled_config.partial_clsr(3, 3)
oled_config.fline_print(0, 2, "→")
def online():
oled_config.clsr()
oled_config.fline_print(0, 0, "Select Mode")
oled_config.fline_print(0, 2, "1. Online")
oled_config.fline_print(0, 3, "2. Offline")
while True:
RK = Keypad.Read_Key()
if RK == 1:
return True
elif RK == 2:
return False
def refresh(str1, str2, str3, str4):
oled_config.clsr()
oled_config.fline_print(0, 0, str1)
oled_config.fline_print(0, 1, str2)
oled_config.fline_print(0, 2, str3)
oled_config.fline_print(0, 3, str4)
import time
total_score=0 #NS
BMBC='999'
game_mode=True #true=classic false=general
round=0
"""
bidding
0=pass
1234567=1234567
F=♠ E=♥ D=♦ C=♣
A=double b=NT
"""
while True:
mode = mode_select.online()
if mode: #online
oled_config.fline_print(0,0,"Connecting")
online=GetMyState.MyConnect(BMBC)
if(("#") and online['state']=='0'): #time out or interrupt ->general
General.general()
else:
time.sleep(1) ##Game()
else:
<<<<<<< HEAD
time.sleep(1)
#General.general()
=======
# General.general()
time.sleep(1) ##Game()
>>>>>>> pull and commit test
################################################################################## bidding
bid_data=bidding.bidding(round%4) ##先喊數字
def showing(round, contract, vunerable, declarer):
return_data = []
oled_config.clsr()
oled_config.fline_print(0, 0, "R")
oled_config.fline_print(1, 0, str(round + 1))
oled_config.fline_print(4, 0, contract)
oled_config.fline_print(10, 0, vunerable)
oled_config.fline_print(3, 1, "N")
oled_config.fline_print(1, 2, "W")
oled_config.fline_print(6, 2, "E")
oled_config.fline_print(4, 3, "S")
oled_config.fline_print(10, 2, "NS 0")
oled_config.fline_print(10, 3, "EW 0")
contract = contract[1]
N = ""
E = ""
S = ""
W = ""
NS_trick = 0
EW_trick = 0
rounds = 0 #count to 13
lead = round % 4 #0=N 1=e 2=s 3=w
retry = 0
while rounds < 13:
count = 0
iplist = []
refresh()
next_player(lead)
while (count < 4): ##get cards and print →
#scan barcode and transform to (suit,point)
global press_c
global press_s
press_c = 0
press_s = ""
while US.Distance() > 8:
time.sleep(0.2)
with keyboard.Listener(on_press=on_press,
on_release=on_release) as listener:
BB.Scan()
#time.sleep(1)
listener.join()
if press_s == "":
retry = retry + 1
if retry == 3:
retry = 0
S9.Right()
time.sleep(0.3)
S9.Balance()
continue
S9.Left()
time.sleep(0.3)
S9.Balance()
retry = 0
ThisCard = press_s
print(ThisCard)
t_suit = ThisCard[3]
if (t_suit == 3):
suit = 'D'
elif (t_suit == 1):
suit = 'S'
elif (t_suit == 4):
suit = 'C'
else:
suit = 'H'
point = ThisCard[2]
point = Game.CardTransfer(point)
ip = suit + point
#
iplist.append(ip)
if (lead % 4 == 0):
oled_config.fline_print(4, 1, str(ip))
N = N + ip + " "
next_player(lead + 1)
elif (lead % 4 == 1):
oled_config.fline_print(7, 2, str(ip))
E = E + ip + " "
next_player(lead + 1)
elif (lead % 4 == 2):
oled_config.fline_print(5, 3, str(ip))
S = S + ip + " "
next_player(lead + 1)
else:
oled_config.fline_print(2, 2, str(ip))
W = W + ip + " "
next_player(lead + 1)
lead += 1
count += 1
lead = lead % 4 #get first seat
temp = judge(iplist, contract) #get winner
lead = (lead + temp) % 4 #get next seat
if (lead % 2 == 0): ##南北吃到
NS_trick += 1
oled_config.partial_clsr(13, 2)
if NS_trick > 10:
oled_config.partial_clsr(12, 2)
oled_config.fline_print(12, 2, str(NS_trick))
else:
oled_config.fline_print(13, 2, str(NS_trick))
else: ##東西吃到
EW_trick += 1
oled_config.partial_clsr(13, 3)
if NS_trick > 10:
oled_config.partial_clsr(12, 3)
oled_config.fline_print(12, 3, str(EW_trick))
else:
oled_config.fline_print(13, 3, str(EW_trick))
rounds += 1
return_data.append(N)
return_data.append(E)
return_data.append(W)
return_data.append(S)
return_data.append(NS_trick)
return_data.append(EW_trick)
return return_data
def print_result(round, total_score, new_score):
oled_config.fline_print(3, 0, "Round:")
oled_config.fline_print(10, 0, str(round))
oled_config.fline_print(1, 1, "NS:" + str(total_score))
oled_config.fline_print(1, 1, "EW:" + str(-total_score))
oled_config.fline_reverse(7, 3, "WIN")
if new_score < 0:
oled_config.fline_print(8, 1, "-" + str(-new_score))
oled_config.fline_print(8, 1, "+" + str(-new_score))
oled_config.fline_reverse(4, 3, "EW")
else:
oled_config.fline_print(8, 1, "+" + str(new_score))
oled_config.fline_print(8, 1, "-" + str(new_score))
oled_config.fline_reverse(4, 3, "NS")
while True:
read1 = ''
read1 = Keypad.Read_Key()
time.sleep(0.6)
if read1 != '':
break