Question

Objective Practice basic object-oriented programming constructs by designing, testing, and using a class. Procedure Create a class called UnoCard that represents a single card from the classic Uno card game. You must include at least the following methods: 1. init(self, color, rank) (constructor): takes a color (string, one character of "RGBYK") and a rank (string, one of 0-9, S, D, R for the first 4 colors, and Wild or Draw Four for blacK). 2. can_be_played_on(self, other): takes another card and determines whether this card can be played on it, following standard rules (matches color or number/symbol, or is a Wild/Draw Four). 3. score_value(self): returns the value of this card at the end of the game (rank for number cards, 20 for Skip, Draw Two, and Reverse, and 50 for Wild/Draw Four cards). 4. str and repr: return human-readable and Python-executable string representations of the card. Write 3 global functions that perform the following actions: 1. create_deck(): returns a complete, shuffled Uno deck as a list of 108 UnoCard objects. 2. deal_hands(deck, num_hands): returns a tuple of num_hands lists of 7 cards dealt from deck, 1 to each hand at a time (not all 7 to a single hand consecutively). Removes the cards that were dealt from the "top" of the deck (starting at position 0). 3. hand_score(hand): takes a list of UnoCards and returns the total score for that hand. Resources Wikipedia page about the game

          Objective

Practice basic object-oriented programming constructs by designing, testing, and using a class.

Procedure

Create a class called UnoCard that represents a single card from the classic Uno card game. You must include at least the following methods:

1. __init__(self, color, rank) (constructor): takes a color (string, one character of "RGBYK") and a rank (string, one of 0-9, S, D, R for the first 4 colors, and Wild or Draw Four for blacK).
2. can_be_played_on(self, other): takes another card and determines whether this card can be played on it, following standard rules (matches color or number/symbol, or is a Wild/Draw Four).
3. score_value(self): returns the value of this card at the end of the game (rank for number cards, 20 for Skip, Draw Two, and Reverse, and 50 for Wild/Draw Four cards).
4. __str__ and __repr__: return human-readable and Python-executable string representations of the card.

Write 3 global functions that perform the following actions:

1. create_deck(): returns a complete, shuffled Uno deck as a list of 108 UnoCard objects.
2. deal_hands(deck, num_hands): returns a tuple of num_hands lists of 7 cards dealt from deck, 1 to each hand at a time (not all 7 to a single hand consecutively). Removes the cards that were dealt from the "top" of the deck (starting at position 0).
3. hand_score(hand): takes a list of UnoCards and returns the total score for that hand.

Resources

Wikipedia page about the game

Objective

Practice basic object-oriented programming constructs by designing, testing, and using a class.

Procedure

Create a class called UnoCard that represents a single card from the classic Uno card game. You must include at least the following methods:

1. init(self, color, rank) (constructor): takes a color (string, one character of "RGBYK") and a rank (string, one of 0-9, S, D, R for the first 4 colors, and Wild or Draw Four for blacK).
2. canbeplayedon(self, other): takes another card and determines whether this card can be played on it, following standard rules (matches color or number/symbol, or is a Wild/Draw Four).
3. scorevalue(self): returns the value of this card at the end of the game (rank for number cards, 20 for Skip, Draw Two, and Reverse, and 50 for Wild/Draw Four cards).
4. str and repr: return human-readable and Python-executable string representations of the card.

Write 3 global functions that perform the following actions:

1. createdeck(): returns a complete, shuffled Uno deck as a list of 108 UnoCard objects.
2. dealhands(deck, numhands): returns a tuple of numhands lists of 7 cards dealt from deck, 1 to each hand at a time (not all 7 to a single hand consecutively). Removes the cards that were dealt from the "top" of the deck (starting at position 0).
3. handscore(hand): takes a list of UnoCards and returns the total score for that hand.

Resources

Wikipedia page about the game

Added by Melissa C.

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