def Table_Flush_5_cards(List=None):
global Flop1_Deside , Turn1_Deside , River1_Deside ,\
Card_1th , Card_2th , Card_3th , Card_4th , Card_5th
globalization()
if List == None:
if Flop1_Deside == True and Turn1_Deside == False:
List = [Card_1th, Card_2th, Card_3th]
elif Turn1_Deside == True and River1_Deside == False:
List = [Card_1th, Card_2th, Card_3th, Card_4th]
elif River1_Deside == True:
List = [Card_1th, Card_2th, Card_3th, Card_4th, Card_5th]
c = 0
d = 0
h = 0
sp = 0
for i in List:
if s(i) == "c": c = c + 1
if s(i) == "d": d = d + 1
if s(i) == "h": h = h + 1
if s(i) == "s": sp = sp + 1
if 5 in (c, d, h, sp):
return True
return False
def Table_Flush_draw(List=None):
"""
True if 2 same sign card availabe on the table(not more or less than 2)
returns False on River
"""
global Flop1_Deside , Turn1_Deside , River1_Deside ,\
Card_1th , Card_2th , Card_3th , Card_4th , Card_5th
globalization()
if List == None:
if Flop1_Deside == True and Turn1_Deside == False:
List = [Card_1th, Card_2th, Card_3th]
elif Turn1_Deside == True and River1_Deside == False:
List = [Card_1th, Card_2th, Card_3th, Card_4th]
elif River1_Deside == True:
List = [Card_1th, Card_2th, Card_3th, Card_4th, Card_5th]
if len(List) > 4:
return False
c = 0
d = 0
h = 0
sp = 0
for i in List:
if s(i) == "c": c = c + 1
if s(i) == "d": d = d + 1
if s(i) == "h": h = h + 1
if s(i) == "s": sp = sp + 1
if 2 in (c, d, h, sp):
return True
return False
def hand8():
""" AK,...,1010,...22,...,(65 rang) Blind position call 2 blind raise, otherwise fold that """
global My_1th_Card, My_2th_Card
globalization()
if not (hand1() or hand2()):
if hand3() or hand4() \
or hand5() or hand6() \
or ( n( My_1th_Card ) >= 5 and n( My_2th_Card ) >= 5 and \
s( My_1th_Card ) == s( My_2th_Card ) and abs( n( My_2th_Card ) - n( My_1th_Card ) ) == 1 ) :
#shout("hand8 is True")
return True
else:
return None
def hand7():
""" 72,73,...,96,107 (gheir rang) Fold small blind position (otherwise Small always call Blind) """
global My_1th_Card, My_2th_Card
globalization()
if not( hand1() or hand2() or hand3() or \
hand4() or hand5() or hand6() \
or s( My_1th_Card ) == s( My_2th_Card ) ) :
for i in range(2, 8):
if i in ( n( My_1th_Card ) , n( My_2th_Card ) ) and abs( n( My_2th_Card ) - n( My_1th_Card ) ) >= 3 \
and n( My_1th_Card ) <= 10 and n( My_2th_Card ) <= 10 :
#shout("hand7 is True")
return True
else:
return None
def Me_Flush_draw_by_2_table_cards(List=None):
global Flop1_Deside , Turn1_Deside , River1_Deside ,\
Card_1th , Card_2th , Card_3th , Card_4th , Card_5th , My_1th_Card , My_2th_Card
globalization()
if List == None:
if Flop1_Deside == True and Turn1_Deside == False:
List = [Card_1th, Card_2th, Card_3th]
elif Turn1_Deside == True and River1_Deside == False:
List = [Card_1th, Card_2th, Card_3th, Card_4th]
elif River1_Deside == True:
List = [Card_1th, Card_2th, Card_3th, Card_4th, Card_5th]
if s(My_1th_Card) == s(My_2th_Card) and len(List) <= 4:
sign = 0
for i in List:
if s(My_1th_Card) == s(i):
sign += 1
if sign == 2:
return True
return False
def Me_Flush_by_3_table_cards(List=None):
""" ( ['6 c','8 c','10 c','K c','A d'] , '2 c' , '3 c' ) return False """
global Flop1_Deside , Turn1_Deside , River1_Deside ,\
Card_1th , Card_2th , Card_3th , Card_4th , Card_5th , My_1th_Card , My_2th_Card
globalization()
if List == None:
if Flop1_Deside == True and Turn1_Deside == False:
List = [Card_1th, Card_2th, Card_3th]
elif Turn1_Deside == True and River1_Deside == False:
List = [Card_1th, Card_2th, Card_3th, Card_4th]
elif River1_Deside == True:
List = [Card_1th, Card_2th, Card_3th, Card_4th, Card_5th]
if s(My_1th_Card) == s(My_2th_Card):
sign = 0
for i in List:
if s(My_1th_Card) == s(i):
sign += 1
if sign == 3:
return True
return False
def hand6():
""" KJ,QJ,,...,A2,...,(108,98 rang),109 1 Blind call """
global My_1th_Card, My_2th_Card
globalization()
if n(My_1th_Card) != n(My_2th_Card):
if hand5() != True:
if 14 in [ n( My_1th_Card ) , n( My_2th_Card ) ] \
or ( n( My_1th_Card ) >= 8 and n( My_2th_Card ) >= 8 and s( My_1th_Card ) == s( My_2th_Card ) ) \
or ( n( My_1th_Card ) >= 9 and n( My_2th_Card ) >= 9 ) :
#shout("hand6 is True")
return True
else:
return None
def Me_Flush_by_5_table_cards(List=None):
"""
( ['6 c','8 c','10 c','K c','A c'] , '2 c' , '3 c' ) return False
( ['6 c','8 c','10 c','K c','A c'] , 'Q c' , '7 c' ) return True
"""
global Flop1_Deside , Turn1_Deside , River1_Deside ,\
Card_1th , Card_2th , Card_3th , Card_4th , Card_5th , My_1th_Card , My_2th_Card
globalization()
if List == None:
if Flop1_Deside == True and Turn1_Deside == False:
List = [Card_1th, Card_2th, Card_3th]
elif Turn1_Deside == True and River1_Deside == False:
List = [Card_1th, Card_2th, Card_3th, Card_4th]
elif River1_Deside == True:
List = [Card_1th, Card_2th, Card_3th, Card_4th, Card_5th]
sign1 = 0
sign2 = 0
for i in List:
if s(My_1th_Card) == s(i):
sign1 += 1
if s(My_2th_Card) == s(i):
sign2 += 1
if sign1 == 5 and sign2 == 5:
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif sign1 == 5:
My_highest = n(My_1th_Card)
elif sign2 == 5:
My_highest = n(My_2th_Card)
sign_List = []
for i in List:
sign_List.append(n(i))
if (sign1 == 5 or sign2 == 5) and My_highest > min(sign_List):
return True
return False
def Me_Flush_draw_Ranking(List=None):
"""
Rank 1,...,10
Example: Rank 2: ( ['6 c','K c','5 h'] , 'Q c' , '3 c' )
return None if Me_Flush == True or on River or not Me_Flush_draw
"""
global Flop1_Deside , Turn1_Deside , River1_Deside ,\
Card_1th , Card_2th , Card_3th , Card_4th , Card_5th , My_1th_Card , My_2th_Card
globalization()
if List == None:
if Flop1_Deside == True and Turn1_Deside == False:
List = [Card_1th, Card_2th, Card_3th]
elif Turn1_Deside == True and River1_Deside == False:
List = [Card_1th, Card_2th, Card_3th, Card_4th]
elif River1_Deside == True:
List = [Card_1th, Card_2th, Card_3th, Card_4th, Card_5th]
if Me_Flush( List ) == True or len(List) == 5 \
or( Me_Flush_draw_by_2_table_cards( List ) == False and Me_Flush_draw_by_3_table_cards( List ) == False ) :
return None
c = 0
d = 0
h = 0
sp = 0
for i in List:
if s(i) == "c": c = c + 1
if s(i) == "d": d = d + 1
if s(i) == "h": h = h + 1
if s(i) == "s": sp = sp + 1
sign_List = []
if c >= 2:
if s(My_1th_Card) == s(My_2th_Card) and s(
My_1th_Card) == "c" and c == 2:
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "c" and c == 3:
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "c" and c == 3:
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "c": sign_List.append(n(i))
elif d >= 2:
if s(My_1th_Card) == s(My_2th_Card) and s(
My_1th_Card) == "d" and d == 2:
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "d" and d == 3:
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "d" and d == 3:
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "d": sign_List.append(n(i))
elif h >= 2:
if s(My_1th_Card) == s(My_2th_Card) and s(
My_1th_Card) == "h" and h == 2:
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "h" and h == 3:
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "h" and h == 3:
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "h": sign_List.append(n(i))
elif sp >= 2:
if s(My_1th_Card) == s(My_2th_Card) and s(
My_1th_Card) == "s" and sp == 2:
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "s" and sp == 3:
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "s" and sp == 3:
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "s": sign_List.append(n(i))
sign_List.sort(reverse=True)
rank = 1
for i in range(14, 1, -1):
if i == My_highest:
break
elif i in sign_List:
continue
rank += 1
return rank
def Me_Flush_Ranking(List=None):
"""
Rank 1,...,9
Example: Rank 3: ( ['6 c','K c','5 c'] , 'J c' , '3 c' )
return None if Me_Flush_ == False
"""
global Flop1_Deside , Turn1_Deside , River1_Deside ,\
Card_1th , Card_2th , Card_3th , Card_4th , Card_5th , My_1th_Card , My_2th_Card
globalization()
if List == None:
if Flop1_Deside == True and Turn1_Deside == False:
List = [Card_1th, Card_2th, Card_3th]
elif Turn1_Deside == True and River1_Deside == False:
List = [Card_1th, Card_2th, Card_3th, Card_4th]
elif River1_Deside == True:
List = [Card_1th, Card_2th, Card_3th, Card_4th, Card_5th]
if Me_Flush(List) == False:
return None
c = 0
d = 0
h = 0
sp = 0
for i in List:
if s(i) == "c": c = c + 1
if s(i) == "d": d = d + 1
if s(i) == "h": h = h + 1
if s(i) == "s": sp = sp + 1
sign_List = []
if c >= 3:
if s(My_1th_Card) == s(My_2th_Card):
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "c":
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "c":
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "c": sign_List.append(n(i))
elif d >= 3:
if s(My_1th_Card) == s(My_2th_Card):
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "d":
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "d":
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "d": sign_List.append(n(i))
elif h >= 3:
if s(My_1th_Card) == s(My_2th_Card):
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "h":
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "h":
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "h": sign_List.append(n(i))
elif sp >= 3:
if s(My_1th_Card) == s(My_2th_Card):
My_highest = max(n(My_1th_Card), n(My_2th_Card))
elif s(My_1th_Card) == "s":
My_highest = n(My_1th_Card)
elif s(My_2th_Card) == "s":
My_highest = n(My_2th_Card)
for i in List:
if s(i) == "s": sign_List.append(n(i))
sign_List.sort(reverse=True)
rank = 1
for i in range(14, 1, -1):
if i == My_highest:
break
elif i in sign_List:
continue
rank += 1
return rank
