bomatson

def check_for_fizz(n)
  if (n % 15).zero?
    "FizzBuzz"
  elsif (n % 5).zero?
    "Buzz"
  elsif (n % 3).zero?
    "Fizz"
  else
    n
  end

bomatson

def check_for_fizz(number)
  if number % 5 == 0 and number % 3 == 0 # if the remainder of the number is both divisible by 5 and leaves 0 leftover and divisible by 3 and leaves 0 leftover using the modulo operator, it will print "FizzBuzz"
    puts "FizzBuzz"
  elsif number % 5 == 0                  # if the remainder of the number is divisible by 5 leaves 0 leftover the program will return the word "Buzz"
    puts "Buzz"
  elsif number % 3 == 0                  # if the remainder of the number is divisible by 5 leaves 0 leftover the program will return the word "Fizz"
    puts "Fizz"
  else
    puts number                          # if the number does not fit into any of these equations it returns the integer you selected
  end

bomatson

def check_for_fizz(input)
  if (input % 15 == 0) 
    "FizzBuzz"
  elsif (input % 5 == 0)
    "Buzz"
  elsif (input % 3 == 0)
    "Fizz"
  else
    input
  end

bomatson

puts "So, let's see if we can get this baby running, shall we?!"
puts 
puts "What number do you want to play to? (1-_): "

def check_for_fizz_buzz(number)
  if number % 3 == 0 && number 5 == 0 # this line tells the program to check if the index (x) is divisible by 3 and 5.
    puts "fizzbuzz" # if the index meets this criteria, the program should put "fizzbuzz" in its place
  elsif number % 5 == 0 # checks if it is not divisible by 3 but it is by 5
    puts "buzz" # if it meets this criteria, then to replace it with "buzz"
  elsif number % 3 == 0 # or if it is not divisible by 5 but it is by 3

bomatson

#Fizzbuzz

seq = (1..100) 
#instinctually set a variable = to the range 1.100 inclusive although I saw online that you can directly run a .each on (1..100) w/o defining a variable.

def check_for_fizz_buzz(number)
  if (i % 15).zero?
    "FizzBuzz"
  elsif (i % 3).zero?
    "Fizz"

bomatson

puts "Welcome to Restaurant 720"
puts

courses = {"appetizers" => ["nachos", "bloomin onion", "guacamole", "breadsticks", "garlic knots", "none"],
"entrees" => ["hamburger", "chicken strips", "fried chicken", "none"],
"desserts" => ["chocolate cake", "apple pie", "none"],
"drinks" => ["soda", "wine", "coffee", "tea", "none"]}
order = []

# this is an awesome setup above!

bomatson

apps =[ "nachos","guacamole","bloomin onion","bread sticks","garlic knots", "No thanks"]
ents =["hamburger","lobster","chicken","No thanks"]
desserts= ["coffee","cake","ice cream","No thanks"]
drinks= ["Coke", "Water", "Beer", "Milkshake","No thanks"]
bill=[]

# It seems like you list the items several times in your code:

drinks.each_with_index do |item,index|
puts "#{index}: #{item}"

bomatson

puts
puts "Hi! Welcome to Keeley's Kwirky Kuisine! Please see our menu below:"

drinks = ["pina colada", "pbr", "fireball shot", "smirnoff ice", "champagne"]
apps = [ "nachos", "guacamole", "a bloomin onion", "bread sticks", "garlic knots" ]
entrees = [ "a hamburger", "chicken strips", "fried chicken"]
desserts = [ "chocolate cake", "apple pie", "banana split", "creme brulee"]

user_order = {}
# The first area of your app lists all the items available:

bomatson

puts "Welcome to Restaurant 720"

#appetizers-------------------------------

apps = ["none", "nachos", "bread sticks", "garlic knots"]
ents = ["none", "burger", "steak", "chicken"]
dess = ["none", "pie", "cake", "ice cream"]
drin = ["none", "water", "soda", "juice"]

#create an empty hash here

bomatson

puts "Welcome to Restaurant720"
puts

users_order = []

# recommended style ot declare your data (the coure arrays) ahead of time, and then act on it throughout the rest of the program

drinks = ["cola", "water", "tea"]

puts "Drinks:"