Update app.py

app.py

@@ -1,3 +1,4 @@
+
 import streamlit as st
 import os
 import csv
@@ -55,7 +56,6 @@ def start_game():
 
 game_deck, dealer, player, game_play = start_game()
 
-
 def display_pro_tip(player, dealer):
     player_total = sum(card.rank for card in player.cards)
     
@@ -92,12 +92,6 @@ def calculate_hand_total(hand):
     total = sum(card.rank for card in hand)
     return total
 
-def calculate_probability(player_total, dealer_upcard):
-    # Placeholder probability calculation
-    # Replace with actual probability calculation based on player's total and dealer's upcard
-    probability = (21 - player_total) / (21 - dealer_upcard) * 100
-    return probability
-
 st.title('🃏Blackjack Simulator AI♠2️⃣1️⃣')
 
 if st.button('New hand?'):
@@ -112,7 +106,6 @@ dealer_images = st.empty()
 result = st.empty()
 pro_tip = st.empty()
 betting_strategy = st.empty()
-probability_table = st.empty()
 
 while True:
     game_play.update()
@@ -126,39 +119,22 @@ while True:
     betting_strategy.write(display_betting_strategy(player, dealer))
 
     player_total = calculate_hand_total(player.cards)
-    dealer_upcard = dealer.cards[0].rank if dealer.cards else 0
-
-    probability = calculate_probability(player_total, dealer_upcard)
-    probability_table.table(
-        [["Player's Total", "Dealer's Upcard", "Probability of Winning"]],
-        [[str(player_total), str(dealer_upcard), f"{probability:.2f}%"]]
-    )
+    dealer_total = calculate_hand_total(dealer.cards)
 
-    if player_total == 21 or not player.possible_actions:
+    if player_total == 21 or dealer_total == 21 or not player.possible_actions:
         break
 
-    if 'Hit' in player.possible_actions or 'Double Down' in player.possible_actions or 'Stand' in player.possible_actions:
-        action = player_action.radio("Choose your action", ("👋 Hit", "⏬ Double Down", "🚫 Stand"), key=f"action_{len(player.cards)}")
+    if 'Hit' in player.possible_actions or 'Double Down' in player.possible_actions:
+        action = player_action.radio("Choose your action", ("👋 Hit", "⏬ Double Down"), key=f"action_{len(player.cards)}")
 
         if action == "👋 Hit":
             player.player_hit(game_deck, game_play)
         elif action == "⏬ Double Down":
             player.double_down(game_deck, game_play)
-        elif action == "🚫 Stand":
-            player.stand(game_play)
-            break
 
-    if done_button.button("✅ Done", key=f"done_{len(player.cards)}"):
+        if done_button.button("✅ Done", key=f"done_{len(player.cards)}"):
+            player.stand(game_play)
+    else:
         player.stand(game_play)
-        break
 
-# Dealer's turn
-while calculate_hand_total(dealer.cards) < 17:
-    dealer.dealer_hit(game_deck)
 
-game_play.update()
-player_stats.write(player)
-player_images.image([Image.open(card.image_location) for card in player.cards], width=100)
-dealer_stats.write(dealer)
-dealer_images.image([Image.open(card.image_location) for card in dealer.cards], width=100)
-result.write(game_play)