GeoffPurdy

Keybase proof

I hereby claim:

• I am GeoffPurdy on github.
• I am geoffpurdy (https://keybase.io/geoffpurdy) on keybase.
• I have a public key whose fingerprint is 8A57 834E F618 5E66 576A 49F2 CB0A E882 875B D392

To claim this, I am signing this object:

GeoffPurdy

class Game
  def initialize
    @ranks = (0x1..0xE).to_a # 0x2 = 2 .. 0xE = Ace
    @deck  = []
    @hands = [[],[]]
    @active = rand(0..1) # stores which player is active

    def turn
      return @active%2
    end

GeoffPurdy

class Game
  def initialize
    @TARGET = 15
    @numbers = (1..9).to_a
    @scores = [0,0]
    @turn = [0,1].sample # randomly decide who goes first
    return self
  end

  def run

GeoffPurdy

class Currency
  def initialize(denominations) # denominatons of currency passed as hash
    @denominations = denominations
  end

  def make_change(amount)
    # determine change as minimim possible coinage
    @amount = (amount * 100).to_i # convert $ to ¢ //FIXME breaks abstraction
    @change = {}
    for key in @denominations.keys.sort.reverse    # keys MUST to be in desc order

GeoffPurdy

MIN=1
MAX=100
MAX_ATTEMPTS=5
won = false

guesses = []

secret = rand(MIN..MAX)
puts "Guess a number between " + MIN.to_s + " and " + MAX.to_s + ":"
begin

GeoffPurdy

#My understanding of the game of blackjack is tenuous at best
#And I do not expect to master Blackjack before class tomorrow.
#Thus I will err on the side of simplicity at the risk of oversimplification

Required items: 
One to eight decks of playing cards 
Two or more Participants
  One dealer 
  One or more non-dealer players (with implicit limit on number of players?)
Value for betting

GeoffPurdy

#My understanding of the game of blackjack is tenuous at best #And I do not expect to master Blackjack before class tomorrow. #Thus I will err on the side of simplicity at the risk of oversimplification

Required items: One to eight decks of playing cards One dealer Two or more non-dealer players (with implicit limit on num players?)

GeoffPurdy

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