natec425

from os import system

system("ln -s /Applications/Atom.app/Contents/Resources/app/atom.sh /usr/local/bin/atom")

natec425

# Chapter 3 Homework assignment
#
#   These problems are modified versions of the programming exercises
#   in Starting out with Python (2nd edition) by Tony Gaddis.
#
#   You should complete the provided functions so that they pass all the
#   provided tests. To complete a function, remove the "pass" (which
#   is a statement to do nothing) and implement the function.
#
#   To test your code, simply run this module. If your module runs

natec425

".source.python":
  "Function Design Recipe":
    "prefix":"recipe"
    "body":"""
    def ${1:function_name}(${2:parameters}):
        \"\"\" ${3:type signature}

        ${4:description}

        ${5:examples}

natec425

import util.Random

class Field(val height : Int, val width : Int, theDecider : (Int, Int) => Boolean) {
  val grid = for ( i <- 0 until height ) 
                 yield (for ( j <- 0 until width ) yield theDecider(i,j))
  
  def isInBounds(row : Int, col : Int) : Boolean =
    (0 <= row && row < height) && (0 <= col && col < width)

  def isOccupied(row : Int, col : Int) : Boolean =

natec425

import util.Random

// not necessary, but my original idea
// class Field(val width: Int, val height: Int, factory: (Int, Int) => Boolean) {
//   val grid = tabulate(width, height)(factory)

// more reasonable thing (like what you did)
class Field(val height : Int, val width : Int) {
  // kinda funky to read, but its a 2d vector of random booleans

natec425

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