Update app.py

app.py

@@ -7,14 +7,22 @@ MAX_DICE = 5
 MAX_PLAYERS = 4
 DICE_SIDES = 6
 
+# Predefined list of rhyming names with emojis for players
+player_names = [
+    ("Mick 🎤", "Rick 🚀", "Nick 🧊", "Vick 🌿")
+]
+
 # Game functions
 def roll_dice(n):
     return np.random.randint(1, DICE_SIDES + 1, n)
 
-def display_dice(dice):
-    # Use the length of the dice array to determine how many emojis to display
-    return " ".join([emojize(":game_die:") for _ in dice])
-    
+def display_dice(dice_rolls):
+    # Display emojis based on the number rolled
+    emoji_str = ""
+    for roll in dice_rolls:
+        emoji_str += emojize(":game_die:") + " " * roll + " "  # Adjust this line for a more accurate representation
+    return emoji_str.strip()
+
 def update_scores(scores, dice):
     for i, score in enumerate(scores):
         if dice[i] == DICE_SIDES:
@@ -42,11 +50,12 @@ scores = [0 for _ in range(players)]
 rolled_dice = roll_dice(players * dice_count)
 scores = update_scores(scores, rolled_dice)
 
-# Display game board for all players
+# Display game board for all players with rhyming names
 for player in range(players):
     start_index = player * dice_count
     end_index = start_index + dice_count
-    st.write(f"Player {player + 1} rolled: {display_dice(rolled_dice[start_index:end_index])}")
+    player_name = player_names[player % len(player_names)]  # Loop through player_names if players > len(player_names)
+    st.write(f"{player_name} rolled: {display_dice(rolled_dice[start_index:end_index])}")
 
 st.write(f"Scores: {scores}")
 
@@ -58,5 +67,6 @@ if st.button("Roll again"):
     for player in range(players):
         start_index = player * dice_count
         end_index = start_index + dice_count
-        st.write(f"Player {player + 1} rolled: {display_dice(rolled_dice[start_index:end_index])}")
+        player_name = player_names[player % len(player_names)]
+        st.write(f"{player_name} rolled: {display_dice(rolled_dice[start_index:end_index])}")
     st.write(f"Scores: {scores}")