mwsage

# in this universe, player will throw a frisbee which will track how far it flies and report progress along the way

class Player  
  attr_reader :name
  attr_accessor :already_had_the_ball
  @@player_count = 0

  def initialize(name)
    @name = name
    @@player_count += 1 

mwsage

class Drawer

  attr_reader :contents

  def initialize
    @contents = []
    @open = true
  end

  def open

mwsage

class Sudoku
  def initialize(board_string)
    @sudoku_board = board_string.split(//).each_slice(9).to_a
    p @num_zeros = board_string.split('').count('0')
  end


def get_row(row_index, column_index)
  @sudoku_board[row_index]
end

mwsage

require_relative 'racer_utils'

class RubyRacer
attr_accessor :players, :length, :lane 
 
def initialize(players, length = 30)
  @players = players
  @length = length 
  @die = Die.new
  

mwsage

def destroy_message(string)
  stop_here = string =~ /:/ #returns the index of ":"

  if stop_here
    string[0..stop_here]  #returns string from 0 to 9 (which is index of ":")
  else 
    string
  end
end

mwsage

# TODO: Print the elements at indices 1, 3, 5, 7, etc. on separate lines.
# You should make use of Enumerable#each_with_index
def print_odd_indexed_integers(array)
    array.each_with_index {|num, index| puts num if index % 2 != 0}
end
 
# TODO: Return the odd numbers from a list of integers.
# You should make use of Enumerable#select
def odd_integers(array)
  array.select {|num| num.odd?}

mwsage

def pig_latin(word)
  
  word.downcase!
  word_arr = word.split('')


    until word_arr[0] == "a" || word_arr[0] == "e" || word_arr[0] == "i" || word_arr[0] == "o" || word_arr[0] == "u" || word_arr[0] == "y"
      f = word_arr.shift
      word_arr.push(f)
      

mwsage

def old_numerals(number)

  (number / 1000).times do print "M" end 
    five_hundred = number % 1000
    #puts five_hundred
  
  (five_hundred / 500).times do print "D" end
    one_hundred = five_hundred % 500
    #puts one_hundred

mwsage

puts "enter some words"
words = gets.chomp.split.sort!

puts "Congratulations! Your dictionary has #{words.length} words" 
words.each do |x|
  puts x
end

mwsage

def deaf_grandma(state = true, greeting = true, steps = 0)
  if steps == 2
    puts "Bye dear"
    state = false
  end
  puts "Hello, little boy." if greeting == true
  if state
    user_input = gets.chomp
    if user_input == "I love ya, Grandma, but I've got to go."
      puts "Bye, dear."