diff --git a/80 Slots/python/slots.py b/80 Slots/python/slots.py
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+########################################################
+#
+# Slots
+#
+# From Basic Computer Games (1978)
+#
+#    "The slot machine or one-arm bandit is a mechanical
+#   device that will absorb coins just about as fast as
+#   you can feed it. After inserting a coin, you pull a
+#   handle that sets three indepent reels spining. If the
+#   reels stop with certain symbols appearing in the pay
+#   line, you get a certain payoff. The original slot
+#   machine, called the Liberty bell, was invented in 1895
+#   by Charles Fey in San Francisco. Fey refused to sell
+#   or lease the manufacturing rights, so H.S. Mills in
+#   Chicago built a similar, but much improved, machine
+#   called the Operators Bell. This has survived nearly
+#   unchanged to today.
+#     On the operators Bell and other standard slot
+#   machines, there are 20 symbols on each wheel but they
+#   are not distributed evenly among the objects(cherries,
+#   bar, apples, etc). Of the 8000 possible combinations,
+#   the expected payoff(to the player) is 7049 or $89.11
+#   for every $100.00 put in, one of the lowest expected
+#   payoffs of all casino games.
+#     In the program here, the payoff is considerably more
+#   liberal; indeed it appears to favor the player by 11%
+#   -- i.e., an expected payoff of $111 for each $100 bet."
+#     The program was originally written by Fred Mirabelle
+#   and Bob Harper
+#
+########################################################
+
+from random import choices
+from collections import Counter
+import sys
+
+
+def initial_message():
+    print(" "*30 + "Slots")
+    print(" "*15 + "Creative Computing Morrison, New Jersey")
+    print("\n"*3)
+    print("You are in the H&M Casino, in front of one of our")
+    print("one-arm Bandits. Bet from $1 to $100.")
+    print("To pull the arm, punch the return key after making your bet.")
+
+
+def input_betting():
+    print("\n")
+    b = -1
+    while b < 1 or b > 100:
+        try:
+            b = int(input("Your bet:"))
+        except ValueError:
+            b = -1
+        if b > 100:
+            print("House limits are $100")
+        elif b < 1:
+            print("Minium bet is $1")
+    beeping()
+    return int(b)
+
+
+def beeping():
+    # Function to produce a beep sound.
+    # In the original program is the subroutine at line 1270
+    for _ in range(5):
+        sys.stdout.write('\a')
+        sys.stdout.flush()
+
+
+def spin_wheels():
+    possible_fruits = ["Bar", "Bell", "Orange", "Lemon", "Plum", "Cherry"]
+    wheel = choices(possible_fruits, k=3)
+
+    print(*wheel)
+    beeping()
+
+    return wheel
+
+
+def adjust_profits(wheel, m, profits):
+    # we remove the duplicates
+    s = set(wheel)
+
+    if len(s) == 1:
+        # the three fruits are the same
+        fruit = s.pop()
+
+        if fruit == "Bar":
+            print("\n***Jackpot***")
+            profits = (((100*m)+m)+profits)
+        else:
+            print("\n**Top Dollar**")
+            profits = (((10*m)+m)+profits)
+
+        print("You Won!")
+    elif len(s) == 2:
+        # two fruits are equal
+        c = Counter(wheel)
+        # we get the fruit that appears two times
+        fruit = sorted(c.items(), key=lambda x: x[1], reverse=True)[0][0]
+
+        if fruit == "Bar":
+            print("\n*Double Bar*")
+            profits = (((5*m)+m)+profits)
+        else:
+            print("\nDouble!!")
+            profits = (((2*m)+m)+profits)
+
+        print("You Won!")
+    else:
+        # three different fruits
+        print("\nYou Lost.")
+        profits = profits - m
+
+    return profits
+
+
+def final_message(profits):
+    if profits < 0:
+        print("Pay up!  Please leave your money on the terminal")
+    elif profits == 0:
+        print("Hey, You broke even.")
+    else:
+        print("Collect your winings from the H&M cashier.")
+
+
+profits = 0
+keep_betting = True
+
+initial_message()
+while keep_betting:
+    m = input_betting()
+    w = spin_wheels()
+    profits = adjust_profits(w, m, profits)
+
+    print("Your standings are ${}".format(profits))
+    answer = input("Again?")
+
+    try:
+        if not answer[0].lower() == "y":
+            keep_betting = False
+    except IndexError:
+        keep_betting = False
+
+final_message(profits)
+
+
+######################################################################
+#
+# Porting notes
+#
+#   The selections of the fruits(Bar, apples, lemon, etc.) are made
+#   with equal probability, accordingly to random.choices documentation.
+#   It could be added a weights list to the function and therefore
+#   adjust the expected payoff
+#
+######################################################################