sync

Python Course Materials/Week4/pg291-292DiscussionExcercise1and2.py

@@ -1,63 +1,63 @@
 s1 = [2, 1, 4, 3]
 s2 = ["c","a","b"]
 print("------------Discussion Part 1----------")
+
 # s1 + s2
 print("-----s1 + s2-----")
 print(s1 + s2)
-
+print()
 
 #b) 3 * s1 + 2 * s2
 print("--------3 * s1 + 2 * s2-----")
-print(3 * s1 + 2 *s2)
-print(f"This is the value of s1: {s1}")
-print(f"This is the value of s2: {s2}")
+print(3 * s1 + 2 * s2)
 print()
 
 #c) s1[1]
 print("--------s1[1]-----")
 print(s1[1])
-print(f"This is the value of s1: {s1}")
-print(f"This is the value of s2: {s2}")
 print()
 
 #d) s1[1:3]
 print("--------s1[1:3]-----")
 print(s1[1:3])
-print(f"This is the value of s1: {s1}")
-print(f"This is the value of s2: {s2}")
 print()
 
 #e) s1 + s2[-1]
-print("--------s1[1:3]------")
+print("--------s1 + [s2[-1]])------")
 print(s1 + [s2[-1]])
 print()
 
 print("------------Discussion Part 2----------")
 #a)s1.remove(2)
+print("s1.remove(2)")
 print(s1.remove(2))
 print(f"This is the value of s1: {s1}")
 print(f"This is the value of s2: {s2}")
 print()
 
 #b)s1.sort()
+print("s1.sort()")
 print(s1.sort())
 print(f"This is the value of s1: {s1}")
 print(f"This is the value of s2: {s2}")
 print()
 
 #c)s1.append([s2.index("b")]
+print("s1.append([s2.index("'b'")])")
 print(s1.append([s2.index("b")]))
 print(f"This is the value of s1: {s1}")
 print(f"This is the value of s2: {s2}")
 print()
 
 #d)s2.pop(s1.pop(0))
+print("s2.pop(s1.pop(0))")
 print(s2.pop(s1.pop(0)))
 print(f"This is the value of s1: {s1}")
 print(f"This is the value of s2: {s2}")
 print()
 
-#e)s2.insert(s1[1], "d"
+#e)s2.insert(s1[1], "d")
+print("s2.insert(s1[1], "'d'")")
 print(s2.insert(s1[1], "d"))
 print(f"This is the value of s1: {s1}")
 print(f"This is the value of s2: {s2}")

Python Course Materials/Week4/pg295-296excercises11and12.py

@@ -0,0 +1,114 @@
+import random
+
+def makedeck():
+    ranks = list(range(2, 11)) + ['J', 'Q', 'K', 'A']
+    suits = ['h', 'd', 'c', 's']
+    deck = [(rank, suit) for suit in suits for rank in ranks]
+    return deck
+
+def shuffledeck(deck):
+    random.shuffle(deck)
+    return deck
+
+def dealcard(deck):
+    return deck.pop()
+
+def straight_flush(hand):
+    return flush(hand) and straight(hand)
+
+def four_of_a_kind(hand):
+    ranks = [card[0] for card in hand]
+    return any(ranks.count(rank) == 4 for rank in ranks)
+
+def fullhouse(hand):
+    ranks = [card[0] for card in hand]
+    rank_counts = {rank: ranks.count(rank) for rank in set(ranks)}
+    return 3 in rank_counts.values() and 2 in rank_counts.values()
+
+def flush(hand):
+    suits = [card[1] for card in hand]
+    return len(set(suits)) == 1
+
+def straight(hand):
+    rank_order = {str(k): k for k in range(2, 11)}
+    rank_order.update({'J': 11, 'Q': 12, 'K': 13, 'A': 14})
+    
+    ranks = sorted(rank_order[str(card[0])] for card in hand)
+    return all(ranks[i + 1] - ranks[i] == 1 for i in range(len(ranks) - 1))
+
+def three_of_a_kind(hand):
+    ranks = [card[0] for card in hand]
+    return any(ranks.count(rank) == 3 for rank in ranks)
+
+def two_pair(hand):
+    ranks = [card[0] for card in hand]
+    unique_pairs = [rank for rank in set(ranks) if ranks.count(rank) == 2]
+    return len(unique_pairs) == 2
+
+def pair(hand):
+    ranks = [card[0] for card in hand]
+    return any(ranks.count(rank) == 2 for rank in ranks)
+
+def testhands():
+    hand1 = [(2, 'h'), (3, 'h'), (4, 'h'), (5, 'h'), (6, 'h')]  # Straight flush
+    hand2 = [(10, 'c'), (10, 'd'), (10, 'h'), (10, 's'), (2, 'h')]  # Four of a kind
+    hand3 = [(10, 'c'), (10, 'd'), (10, 'h'), (2, 's'), (2, 'h')]  # Full house
+    hand4 = [(2, 'h'), (4, 'h'), (6, 'h'), (8, 'h'), (10, 'h')]  # Flush
+    hand5 = [(2, 'h'), (3, 'd'), (4, 'c'), (5, 's'), (6, 'h')]  # Straight
+    hand6 = [(10, 'c'), (10, 'd'), (10, 'h'), (2, 's'), (3, 'h')]  # Three of a kind
+    hand7 = [(10, 'c'), (10, 'd'), (2, 's'), (2, 'h'), (3, 'h')]  # Two pair
+    hand8 = [(10, 'c'), (10, 'd'), (2, 's'), (3, 'h'), (4, 'h')]  # Pair
+
+    print("-------------------This is a test case -----------------------")
+    print(f"Hand 1 Straight Flush: {straight_flush(hand1)}")  # True
+    print(f"Hand 2 Four of a Kind: {four_of_a_kind(hand2)}")  # True
+    print(f"Hand 3 Full House: {fullhouse(hand3)}")  # True
+    print(f"Hand 4 Flush: {flush(hand4)}")  # True
+    print(f"Hand 5 Straight: {straight(hand5)}")  # True
+    print(f"Hand 6 Three of a Kind: {three_of_a_kind(hand6)}")  # True
+    print(f"Hand 7 Two Pair: {two_pair(hand7)}")  # True
+    print(f"Hand 8 Pair: {pair(hand8)}")  # True
+
+def discussion1():
+    cards_per_hand = 5
+    
+    #First assignment printout
+    fulldeck = makedeck()
+    print("Full Deck: ")
+    for card in fulldeck:
+        print(f"Card: {card}")
+
+    #Ask how many players
+    while True:
+        try:
+            num_hands = int(input('How many players are there? '))
+            if num_hands > 0:
+                print(f"The number of players is {num_hands} players")
+                break
+            else:
+                print('Please enter a positive number of players')
+        except ValueError:
+            print('Please enter a number of players instead.')
+
+    #Create a list of hand values
+    hands = [[] for _ in range(num_hands)]
+
+    #Deal the cards
+    for round_nm in range(1): 
+
+        shuffled_deck = shuffledeck(fulldeck)
+        print(f"Round {round_nm + 1}:")
+        for hand_index in range(num_hands):  # Iterate through each hand
+            print(f"Hand {hand_index + 1}:")
+            for card_num in range(cards_per_hand):  # Deal cards to the current hand
+                card = shuffled_deck.pop()
+                hands[hand_index].append(card)
+
+            print(hands[hand_index]) 
+
+def main():
+    discussion1()
+    testhands()
+    
+if __name__ == "__main__":
+    main()