cranderveldt

const puzzleInput = ``

const parseInput = (input) => {
  return input.split(/\n/)
}

// Part 1
const nextDir = (facing, going, amount) => {
  const clockwise = 'NESW'
  const facingIndex = clockwise.indexOf(facing)

cranderveldt

const puzzleInput = ``

// Common
const parseInput = (input) => {
  return input.split(/\n/).map(x => x.split(''))
}

const considerSurroundings = (rows, rowIndex, colIndex, comparator, maxDistance, threshold) => {
  const range = [-1, 0, 1]
  return range.reduce((acc1, yOffset) => (

cranderveldt

const puzzleInput = ``

// Part 1
const parseInput = (input) => {
  return input.split(/\n/).map(x => parseInt(x))
}

const getDifferences = (adapters) => {
  return adapters.map((adapter, index) => {
    let prev = adapters[index - 1] || 0

cranderveldt

const puzzleInput = ``

// Part 1
const parseInput = (input) => {
  return input.split(/\n/).map(x => parseInt(x))
}

const findInvalidNumber = (numbers) => {
  return numbers.reduce((acc, number, index) => {
    if (index < 25) { return acc }

cranderveldt

const puzzleInput = ``

// Part 1
const parseInput = (input) => {
  return input.split('\n')
}

const traverse = (rows, colInc, rowInc = 1) => {
  return rows.reduce((acc, row, index) => {
    if (index % rowInc !== 0) { return acc }

cranderveldt

const puzzleInput = ``

// Part 1
const parseInput = (input) => {
  return input.split(/\n/)
}

const interpretInstruction = (line) => {
  let [command, amount] = line.split(' ')
  return {

cranderveldt

const puzzleInput = ``

// Part 1
const parseInput = (input) => {
  return input.split('\n')
}

const parseRecord = (record) => {
  const regex = /(\d+)\-(\d+) ([a-z]): ([a-z]*)/gi
  return [...record.matchAll(regex)][0]

cranderveldt

// Part 1
const input = ``

const findPairsForSum = (numbers, sum) => {
  return numbers.reduce((acc, num1) => {
    if (acc) { return acc }
    const inner = numbers.find((num2) => num1 + num2 === sum)
    if (inner) { return [num1, inner] }
  }, null)
}

cranderveldt

const puzzleInput = ``

// Part 1
const parseInput = (input) => {
  return input.split(/\n/)
}

const interpretRule = (rule) => {
  const matches = [...rule.matchAll(/^([a-z ]+) bags contain ((\d+ [a-z ]+(, )?)+|no other bags)\.$/gi)][0]
  const contain = matches[2].split(', ').map(str => {

cranderveldt

// Pro tip: watch for google trying to auto-translate the puzzle input lol

const puzzleInput = ``

// Part 1
const parseInput = (input) => {
  return input.split(/\s\s/)
}

const groupCountAny = (group) => {