Actually fixed end_round this time, also moon / hidden functionality …

BluffJack/BluffJack.py

@@ -1,43 +1,51 @@
 import random
 
-def turn(current):
-    global stands, other
+def turn():
+    global stands, other, current
     print(f"{current[3]}'s turn")
+    selftot()
     decision = int(input("Draw, Use Ability, or Stay: "))
     match decision:
         case 1:
             print("Draw a Card")
             draw(current, 1)
             stands = 0
-            turn(current)
+            turn()
         case 2:
             print(f"Arcana: {current[2]}")
             stands = 0
-            turn(current)
+            turn()
         case 3:
             print("Stand")
             stands += 1
             if stands > 1:
+                current, other = other, current
                 end_round()
             else:
                 current, other = other, current
                 print(current, other)
-                turn(current)
+                turn()
+        case 4:
+            sutot()
         case _:
             print("Invalid Input")
-            turn(current)
+            turn()
 
 def end_round():
     a, b = current[1], other[1]
+    print(f"{current[3]} other {other[3]}")
     print(f"{current[3]}'s Score: {a} {other[3]}'s Score: {b}")
     winner = None
     if a == b:
         print("Tie")
-    elif a > goal ^ b > goal:
+    elif (a > goal) != (b > goal):
+        print("xor")
         winner = min(a, b)
-    elif a > goal and b > goal:   
+    elif a > goal and b > goal:  
+        print("and") 
         winner = min(a, b)
     else:
+        print("else")
         winner = max(a, b)
     if a == winner:
         print(f"{current[3]} wins")
@@ -58,38 +66,89 @@ def magician():
     print(a, b)
     del current[0][-1]
     del other[0][-1]
+    del current[4][-1]
+    del other[4][-1]
     current[0].append(b)
     other[0].append(a)
+    current[4].append(b)
+    other[4].append(a)
+    tot()
+
+def coinSearch(player, num):
+    print(f"{num} of Coins: Search the deck for a {num}")
+    print("If found, add it to your hand")
+    if num not in player[0] and num not in other[0]:
+        player[0].append(num)
+        deck.remove(num)
+    tot()
+
+def swordSearch(player, num):
+    print(f"{num} of Swords: Search the deck for a {num}")
+    print("If found, add it to your opponent's hand")
+    if num not in player[0] and num not in other[0]:
+        other[0].append(num)
+        deck.remove(num)
     tot()
 
 def devil(other):
     print("The Devil: Force the opponent to draw a card")
     draw(other, 1)
 
-def tot():
-    current[1] = sum(current[0])
-    other[1] = sum(other[0])
-    print(f"Deck: {deck}")
-    print(f"{current[3]}: {current}, {other[3]}: {other}")
-
-def draw(player, amount):
+def moon(player, amount):
+    print("The Moon: Draw a hidden card")
     if len(deck) > 0:
         for _ in range(amount):
             drawn = random.choice(deck)
             player[0].append(drawn)
+            player[4].append(0)
             deck.remove(drawn)
     else:
         print("Empty deck!")
+
+def sutot():
+    current[1] = sum(current[0])
+    other[1] = sum(other[0])
+    current[5] = sum(current[4])
+    other[5] = sum(other[4])
+    print(f"Deck: {deck}")
+    print(f"{current[3]}: {current}, {other[3]}: {other}")
+
+def selftot():
+    print(f"{current[3]}: {current[0]} {current[1]}")
+    print(f"{other[3]}: {other[4]} ?+{other[5]}")
+
+def tot():
+    current[1] = sum(current[0])
+    other[1] = sum(other[0])
+    current[5] = sum(current[4])
+    other[5] = sum(other[4])
+    print(f"{current[3]}: {current[4]} {current[5]}, {other[3]}: {other[4]} {other[5]}")
+
+
+def draw(player, amount):
+    if player[1] > goal:
+        print("Busted! You may not draw a card")
+        print(goal)
+    else: 
+        if len(deck) > 0:
+            for _ in range(amount):
+                drawn = random.choice(deck)
+                player[0].append(drawn)
+                player[4].append(drawn)
+                deck.remove(drawn)
+        else:
+            print("Empty deck!")
     tot()
 
 if __name__ == "__main__":
     deck = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11]
-    tarot = [fool, magician, devil]
-    player1, player2 = [[], 0, [], "Player 1"], [[], 0, [], "Player 2"]
+    tarot = [fool, magician, devil, moon]
+    player1, player2 = [[], 0, [], "Player 1", [], 0], [[], 0, [], "Player 2", [], 0]
     current = random.choice([player1, player2])
     other = player1 if current is player2 else player2
     stands = 0
     goal = 21
-    draw(current, 2)
-    draw(other, 2)
-    turn(current)
+    moon(current, 2)
+    moon(other, 2)
+    tot()
+    turn()