pjlowry

04a44d18d670a1cc327f128ed424dfc77273004670d59c2aeadbb2e247bd23473fce8244c797344df8c1115f05fcafbda3df2654f6e2bde22bbdf88dfbcc42ba1f

pjlowry

class Dictionary
  attr_accessor :new_hash

  def initialize
    @hash = Hash.new
  end
   
  def new_entry(word, definition)
     @word = word
     @definition = definition

pjlowry

class Parcel
  attr_accessor :new_hash

  def initialize
    hash_empty = Hash.new
    @hash_empty = hash_empty   
  end

  def new_box(length, width, height, weight) #inches and lbs
    @hash_empty = {"length" => length, "width" => width, "height" => height, "weight" => weight}

pjlowry

class Die
attr_accessor :sides

  def initialize(number)
    @number = number
      
  end

  def roll
    rand(1..@number)

pjlowry

class Book
attr_writer :title

  def initialize(title)
    @title = title

end

  def new_book
    @title.to_s.split(/ /).map { |e| e.capitalize!  }.join(" ")

pjlowry

class Integer
  def fibonacci
    if self.kind_of? Integer 
      if self < 0
      "Must be a positive number"
        else 
          first_num = 0
          second_num = 1
        return self if (0..1).include? self
          (1..self).each do |counter|

pjlowry

class Fixnum
  def in_words
    one_nineteen = {"one" => "1", "two" => "2", "three" => "3", "four" => "4", "five" => "5", "six" => "6", "seven" => "7", "eight" => "8", "nine" => "9", "ten" => "10", "eleven" => "11", "twelve" => "12", "thirteen" => "13", "fourteen" => "14", "fifteen" => "15", "sixteen" => "16", "seventeen" => "17", "eighteen" => "18", "nineteen" => "19"}
    tens = {"twenty" => "2", "thirty" => "3", "fourty" => "4", "fifty" => "5", "sixty" => "6", "seventy" => "7", "eighty" => "8", "ninty" => "9"}      
    big_nums = [" hundred ", " thousand ", " million ", " billion ", " trillion "]
    
    arrays = self.to_s.split(//) 

    arrayi = arrays.map {|e| e.to_i} 
    arrayi = arrayi.join

pjlowry

class Integer
def fibonacci
  if self < 0
    "Must be a positive number"
  elsif self == 0
    0
  elsif self == 1
    1
  else
   return (self - 1).fibonacci + (self - 2).fibonacci

pjlowry

def factorial(n)
  if n <= 1
    "1"
  else (1..n).inject {|product, nb| product * nb }
 
end
end
 
 
puts "'#{factorial(5)}' should equal '120'." 

pjlowry

menu = ["a" => 10, "b" => 100, "c" => 200]
menu.each {|item, price| puts "With no discount, #{item} is #{price}."}

menu.each {|item, price| puts "With a 20% discount, #{item} is #{price * 0.8}."}