war card game main functionality #44

war.py

@@ -0,0 +1,107 @@
+import player
+import random
+import screenspace as ss
+import time
+from style import get_graphics
+
+suits = ["♥", "♦", "♣", "♠"]
+numbers = ["J", "Q", "K", "A"]
+cards = []
+for i in range(4):
+    for j in range(2, 15):
+        cards.append((str(j) if j<11 else numbers[j-11]) + suits[i])
+
+def card_value(card) -> int:
+    value = int(card[0:-1]) if (card[0:-1] not in numbers) else (11 + numbers.index(card[0:-1]))
+    return value
+
+def card_to_str(card):
+    if card is None:
+        suit = "?"
+        number = "?"
+    else:
+        suit = card[-1]
+        number = card[0:-1]
+    card_str = " " * 33 + f"┌──────┐" + " " * 34 + "\n"
+    card_str += " " * 33 + f"│{number}" + ("     │" if len(number)==1 else "    │") + " " * 34 + "\n"
+    card_str += " " * 33 + f"│  {suit}   │" + " " * 34 + "\n"
+    card_str += " " * 33 + ("│     " if len(number)==1 else "│    ") + f"{number}│" + " " * 34 + "\n"
+    card_str += " " * 33 + f"└──────┘" + " " * 34 + "\n"
+
+    return card_str
+
+def render(card1, card2, wins, losses, total_rounds, active_terminal):
+    str_to_render = "─" * 36 + "War" + "─" * 36 + "\n"
+    str_to_render += f"You: {wins}" + " " * 23 + f"Best of {total_rounds} battles" + " " * 17 + f"Opponent: {losses}" + "\n" * 2
+    str_to_render += card_to_str(card1)
+    str_to_render += " " * 30 + "Opponent's card" + " " * 30 + "\n" * 5
+    str_to_render += card_to_str(card2)
+    str_to_render += " " * 33 + "Your card" + " " * 33 + "\n"
+
+    ss.update_quadrant(active_terminal, str_to_render)
+
+def draw_cards(wins, losses, total_rounds, active_terminal):
+    banker_card = None
+    card = None
+    render(banker_card, card, wins, losses, total_rounds, active_terminal)
+
+    input("Draw a card (press any key)")
+    ss.overwrite("\r" + " " * 40)
+
+    card = cards[random.randint(0, 51)]
+    render(banker_card, card, wins, losses, total_rounds, active_terminal)
+    time.sleep(1)
+    banker_card = cards[random.randint(0, 51)]
+    render(banker_card, card, wins, losses, total_rounds, active_terminal)
+    time.sleep(1)
+
+    if card_value(banker_card) > card_value(card):
+        ss.overwrite("You lose")
+        time.sleep(1)
+        return "LOSE"
+    elif card_value(banker_card) < card_value(card):
+        ss.overwrite("You win!")
+        time.sleep(1)
+        return "WIN"
+    else:
+        ss.overwrite("War!")
+        time.sleep(1)
+        return draw_cards(wins, losses, total_rounds, active_terminal)
+
+def end(wins, losses, total_rounds, active_terminal):
+    banker_card = None
+    card = None
+    render(banker_card, card, wins, losses, total_rounds, active_terminal)
+
+    graphics = get_graphics()
+    win_gfx = graphics["casino_win"]
+    lose_gfx = graphics["casino_lose"]
+
+    if wins > total_rounds//2:
+        ss.update_quadrant(active_terminal, win_gfx)
+        ss.overwrite("\r" + " " * 40)
+    else:
+        ss.update_quadrant(active_terminal, lose_gfx)
+        ss.overwrite("\r" + " " * 40)
+
+def play(active_terminal):
+    n = 3  # number of rounds (must be odd)
+
+    wins = 0
+    losses = 0
+
+    for _ in range(n):
+        match = draw_cards(wins, losses, n, active_terminal)
+        if match == "WIN":
+            wins += 1
+        elif match == "LOSE":
+            losses += 1
+
+    end(wins, losses, n, active_terminal)
+    time.sleep(1.5)
+    ss.update_quadrant(active_terminal, data=None)
+    ss.overwrite("\r")
+
+
+if __name__ == "__main__":
+    play(1)