lrlucena

package main.scala

import math.{ abs, min }
import Int.MaxValue

case class Map(val airports: Seq[(Int, Int)] = Seq(), val clouds: Seq[(Int, Int)] = Seq()) {
  
  def addAirports(coordinates: Seq[(Int, Int)]) = Map(airports ++ coordinates, clouds)

  def airportAt(coordinate: (Int, Int)) = airports.exists(_ == coordinate)

lrlucena

package main.scala

import math.{ abs, min }
import Int.MaxValue

case class Map(val airports: Seq[(Int, Int)] = Seq(), val clouds: Seq[(Int, Int)] = Seq()) {
  
  def addAirports(coordinates: Seq[(Int, Int)]) = Map(airports ++ coordinates, clouds)

  def airportAt(coordinate: (Int, Int)) = airports.exists(_ == coordinate)

lrlucena

var numero := leia_inteiro
var r :=""
enquanto numero>0 faca
  n = numero/2
  resto = numero - n*2
  r := r + resto.toString
  numero := n
fim
escreva r.inverta

lrlucena

fizz(numero: Inteiro) = escolha numero
  caso n se n mod 3 == 0 => "fizz"
  caso _                 => "{numero}"
fim

buzz(numero: Inteiro) = escolha numero
  caso n se n mod 5 == 0 => "buzz"
  caso _                 => "{numero}"
fim