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#BlackJack Game created by Jeff Scholen. Iron Yard Rails Engineering Class 3/31/2014

puts "Would you like to play blackjack? Yes or No"
playtime = gets.chomp

exit if playtime.downcase == "no" 
my_cards = []

my_cards.push(base_card = rand(10))
puts "Your first card is #{base_card}."

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#Guessing Game for user to guess the items in the array by Jeff Scholen with user feedback. Iron Yard Rails Engineering 3/31/2014
@n = 0
@atv_values = ["Be Nice.", "Dream Big.", "Pay It Forward.", "Work Hard. Play Hard."]
@atv_guess = ["Be ----.", "----- Big.", "Pay It -------.", "Work-------Play Hard."]
@atv_hints = ["---- guys finish last.", "I have a -----.", "Kevin Spacey, Haley Joel Osment Movie", 
	"A serious and fun work culture motto." ]
@atv_missing_values = ["nice", "dream", "forward", "hard"]

def match_answer(user_input)
	case user_input

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#personality quiz by jeff scholen. Iron Yard Rails Engineering Class 4/1/2014
#refactored 4/2/2014

multi_user = {}
calm_questions = {question1: "I like living on the Beach.", question2: "I like living in a mountain cabin.", question3: "I prefer a walk on the beach versus going to a bar.", question4: "I like to be alone with my thoughts.", quesiton5: "I prefer working in an office rather than a coffee shop."}
party_questions = {question1: "I like living in the city.", question2: "When staying at a hotel, I prefer staying on the very high floors.", question3: "I like hanging out at a party with lots of people.", question4: "I like owning a high performance car.", question5: "I like working for start-ups rather than a large stable company.", }
5.times{puts " "}

def check_integer_value(value_to_check)
		print "#{value_to_check} -- How would you score yourself?" 

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# Horse Racing Application by Jeff Scholen. Iron Yard Rails Engineering Class 4/3/14

################################HORSE CLASS##################################

class Horse  

	def initialize
		@whisper = 0
		@whip = 0
		@kick = 0

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require 'rspec'

################creating the world class####################
class World
	attr_reader :cells, :cells_with_neighbors, :living_neighbors, :dead_neighbors
	def initialize
		#@cells = Array.new(10, Array.new(10, Cell.new)) optional method for creating multidimentional array
		@cells = Array.new(10) { Array.new(10) {Cell.new}}  
	end

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#not started

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me

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Some things in supermarkets have simple prices: this can of beans costs $0.65. Other things have more complex prices. For example:

three for a dollar (so what’s the price if I buy 4, or 5?)
$1.99/pound (so what does 4 ounces cost?)
buy two, get one free (so does the third item have a price?)

The exercise is to experiment with various models for representing money and prices that are flexible enough to deal with these (and other) pricing schemes, and at the same time are generally usable (at the checkout, for stock management, order entry, and so on). Spend time considering issues such as:

does fractional money exist?
when (if ever) does rounding take place?

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CODE
******************************
------------------------------

def value_returned(number)
	 if is_divisible_by?(number)
	 	return number
	 else
	 	return 0
	 end

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SomeList.find(:all, :conditions => ["some_id = ?", some_object.attribute_of_some_object.id])

SomeList.where(some_id:  some_object.attribute_of_some_object.id)