Adding dice_game.py

dice_game.py

@@ -0,0 +1,100 @@
+import random
+import time
+
+one = "  \n   *   \n   "
+two = " * \n\n     *"
+three = " * \n   * \n     *"
+four = " *   *\n\n *   *"
+five = " *   *\n   *\n *   *"
+six = " *   *\n *   *\n *   *"
+
+dice_dict = {one: 1, two: 2, three: 3 , four: 4, five: 5, six: 6}
+running = True
+rolling = True
+throws = 0
+responses = ('y', 'n')
+
+# Function to roll the dice when called
+def roll_dice():
+    roll = input("Roll dice? (y/n) ")
+    while roll not in responses:
+        print("INVALID RESPONSE.  Please try again.")
+        roll = input("Roll dice? (y/n) n")
+        continue  
+    if roll == 'y':
+        first_roll = random.choice(tuple(dice_dict.keys()))
+        first_roll_int = dice_dict.get(first_roll)
+        second_roll = random.choice(tuple(dice_dict.keys()))
+        second_roll_int = dice_dict.get(second_roll)
+    elif roll == 'n':         
+        print("Thanks for playing.")
+        time.sleep(3)
+        exit()
+    return first_roll, second_roll, first_roll_int, second_roll_int
+
+print("------------------------------------------------")
+print("               Python Dice Game                 ")
+print("------------------------------------------------")
+
+
+# Initial dice roll
+first_die = random.choice(tuple(dice_dict.keys()))
+first_die_int = dice_dict.get(first_die)
+second_die = random.choice(tuple(dice_dict.keys()))
+second_die_int = dice_dict.get(second_die)
+
+# Display dice
+print(first_die)
+time.sleep(1)
+print()
+print(second_die)
+
+# Check for wins and losses
+# If 7 or 11, you win.
+if first_die_int + second_die_int == 7:
+	print("\nYou win!")
+elif first_die_int + second_die_int == 11:
+	print("\nYou win!")
+# If any of these, you lose.
+elif first_die_int + second_die_int == 12:
+	print("\nBOX CARS! You lose!")
+elif first_die_int + second_die_int == 3:
+	print("\nLITTLE FEEBEE! You lose!")
+elif first_die_int + second_die_int == 2:
+	print("SNAKE EYES! You lose!")
+ 
+# Otherwise, keep rolling the dice to match the first dice roll total
+else:
+	while rolling:
+		# Roll the dice
+		first_roll, second_roll, first_roll_int, second_roll_int = roll_dice()
+		print(first_roll)
+		time.sleep(1)
+		print()
+		print(second_roll)
+		# Check if dice total matches the first dice roll total
+		if not (first_roll_int + second_roll_int) == (first_die_int + second_die_int):
+			# Roll a 7 and you lose
+			if first_roll_int + second_roll_int == 7:
+				print("You lose!")
+				break
+			# Roll an 11 and you lose
+			elif first_roll_int + second_roll_int == 11:
+				print("You lose!")
+				break
+			else:
+				# Roll something other than 7 or 11, roll again
+				throws += 1
+				continue
+		else:
+			# If dice total matches first dice total, you win.
+			print("You win!")
+			# Stop rolling
+			rolling = False
+print("Game over!  Thanks for playing")
+print()
+print("------------------------------------------------")
+print("              Game Stats                        ")
+print("------------------------------------------------")
+print(f"Number of tries to match: {throws}")
+print("------------------------------------------------")