Ampers: Kate Pond (submission to Ada-C9 instead of Ada-Gold)

wave1.rb

@@ -0,0 +1,46 @@
+class SolarSystem
+
+  attr_accessor :planets
+
+  def initialize(planets = [{}])
+    @planets = planets
+  end
+
+  # method to add new planets
+  def add_new_planet(new_planet)
+    @planets.push(new_planet)
+  end
+
+  # method that returns a list of strings
+  def list_planets
+    list = ""
+    @planets.each do |planet|
+      list += "#{@planets.index(planet) + 1}. #{planet}\n"
+    end
+    return list
+  end
+end
+
+# creates planets with attributes
+out_of_this_world = {
+  name: "Out-of-this-World",
+  color: "blue"
+}
+another_planet = {
+  name: "NTP",
+  color: "green"
+}
+
+# creates a new SolarSystem with created planets
+kates = SolarSystem.new([out_of_this_world, another_planet])
+
+# adds newly found planet to SolarSystem
+nunu_planet = {
+  name: "Remulak", 
+  color: "off-white"
+}
+
+kates.add_new_planet(nunu_planet)
+
+# prints a list of the planets
+puts kates.list_planets

wave2.rb

@@ -0,0 +1,53 @@
+class Planet
+  attr_accessor :name, :age, :distance_from_sun, :year_length, :inhabitants
+
+  def initialize(name, age, distance_from_sun, year_length, inhabitants)
+    @name = name
+    @age = age
+    @distance_from_sun = distance_from_sun
+    @year_length = year_length
+    @inhabitants = inhabitants
+  end
+
+  def list_attributes
+    list = "Name: #{@name}, Age: #{@age}, Distance From Sun: #{@distance_from_sun}, Year Length: #{@year_length}, Inhabitants: #{@inhabitants}"
+    return list
+  end
+end
+
+class SolarSystem
+
+  attr_accessor :planets
+
+  def initialize(planets = Array.new)
+    # new_planet = Planet.new(@name, @age, @distance_from_sun, @year_length, @inhabitants)
+    @planets = planets
+  end
+
+  # method to add new planets
+  # def add_new_planet(new_planet)
+  #   @planets.push(new_planet)
+  # end
+
+  # method that returns a list of strings
+  def list_planets
+    list = ""
+    @planets.each do |planet|
+      list += "#{@planets.index(planet) + 1}. #{planet.list_attributes}"
+    end
+    return list
+  end
+
+end
+
+kate = Planet.new("Something", 45, "6789mi", "789days", "Cone Heads")
+
+pond = Planet.new("Pond Planet", 5, "69mi", "7days", "None")
+
+puts kate.list_attributes
+
+kate_system = SolarSystem.new([kate, pond])
+
+the_planets = kate_system.list_planets
+
+p the_planets

wave3.rb

@@ -0,0 +1,165 @@
+# Create an interface where the user can interact
+# with the solar system and be able to select a
+# planet and view information about it.
+# Allow your user to add their own planet.
+
+# mixins
+class String
+  # mixin to allow to check for numeric strings
+  def numeric?
+    Float(self) != nil rescue false
+  end
+  # mixin to allow first letter of each word in a string to be capitalized
+  def each_first_letters
+    self.split.map(&:capitalize).join(' ')
+  end
+end
+
+### Start Solar System class
+class SolarSystem
+  attr_accessor :planets
+
+  # create new solar system
+  def initialize(planets_array)
+    @planets = planets_array
+  end
+
+  # returns a list of strings
+  def list_planets
+    counter = 0
+    list = ""
+    @planets.each do |planet|
+      counter += 1
+       list += "#{counter}. #{planet.name.each_first_letters}\n"
+    end
+
+    list += "#{counter + 1}. **CREATE NEW PLANET**"
+    return list
+  end
+
+  # adds a new to the solar system
+  def add new_planet
+    @planets << new_planet
+  end
+end
+### End Solar System class
+
+### Start Planet Class
+class Planet
+  attr_accessor :name, :age, :size, :visitor_count, :inhabitants
+
+  # create a planet methods
+  def initialize(planet_attributes)
+    @name = planet_attributes[:name]
+    @age = planet_attributes[:age]
+    @size = planet_attributes[:size]
+    @visitor_count = planet_attributes[:visitor_count]
+    @inhabitants = planet_attributes[:inhabitants]
+  end
+
+  # list planet attributes method
+  def list_attributes
+    list = "Age: #{@age} Earth years old\nSize: #{@size}\nVisitor Count: #{@visitor_count}\nInhabitants: #{@inhabitants}\n"
+    return list
+  end
+end
+
+# method to create a new planet
+def create_planet
+  new_planet ={}
+
+  print "\nWhat is the name of the planet? "
+  new_planet[:name] = gets.chomp.downcase
+
+  print "How old is #{new_planet[:name].each_first_letters} in Earth years? "
+  new_planet[:age] = gets.chomp.to_i
+
+  print "What is the size of #{new_planet[:name].each_first_letters}? "
+  new_planet[:size] = gets.chomp
+
+  print "How many visitors does #{new_planet[:name].each_first_letters} get? "
+  new_planet[:visitor_count] = gets.chomp
+
+  print "Who or what are #{new_planet[:name].each_first_letters} inhabitants? "
+  new_planet[:inhabitants] = gets.chomp
+
+  new_planet = Planet.new(new_planet)
+
+  return new_planet
+end
+### End Planet Class
+
+# Exisiting Planets
+katmai = Planet.new({
+  name: "katmai national park",
+  age: 38,
+  size: "16,564.09 sq km",
+  visitor_count: "37,818",
+  inhabitants: "Bears"
+})
+
+grand_canyon = Planet.new({
+  name: "grand canyon national park",
+  age: 99,
+  size: "1,901.972 sq mi",
+  visitor_count: "5,969,811",
+  inhabitants: "Bison"
+})
+
+# creates an array of exisiting planets
+planets_array = [katmai, grand_canyon]
+
+# create national park solar system
+national_parks = SolarSystem.new(planets_array)
+
+### Start User interface
+quit = false
+
+  puts "Welcome to the National Park Universe!"
+
+while !quit
+  print "\nWould you like to look at the characteristics of a planet already in the"
+  puts " National Park solar system, or would out like to create a new planet?"
+  puts "Here are the planets currently in the solar system!"
+  puts national_parks.list_planets
+
+  print "\nPlease make a selection: "
+  input = gets.chomp
+
+  # evaluates user input
+  while input.to_i > planets_array.count + 1 || !input.numeric?
+    print "That is an invalid selection. Please try again: "
+    input = gets.chomp
+  end
+
+  input = input.to_i # converts input to integer once string "input" is numeric
+
+  # if input is to create a new planet
+  if input == planets_array.count + 1
+    new_planet = create_planet
+    national_parks.add(new_planet)
+    print "\nA new planet called #{new_planet.name.each_first_letters} has been"
+    puts " created and saved to the solar system"
+  # else list characteristics of chosen planet
+  else
+    puts "\nHere's the information for #{planets_array[input - 1].name.each_first_letters}"
+    puts planets_array[input - 1].list_attributes
+  end
+
+  ###  starts quit program process
+  print "\n\nWould you like another look at the National Park solar system? (y/n) "
+  quit_input = gets.chomp.downcase
+
+  case quit_input
+  when "y", "yes", "yep", "yea"
+    quit = false
+  when "n", "nope", "nah"
+    print "Thank you for using the visiting the National Park Universe program! Good bye!"
+    quit = true
+  else
+    while !["y", "yes", "yep", "yea", "n", "nope", "nah"].include?(quit_input)
+      print "Would you like to try another calulation? (y/n) "
+      quit_input = gets.chomp.downcase
+    end
+  end
+end