d12

ssh-rsa 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 [email protected]

d12

f_lines = File.read("input.txt").lines.map(&:chomp)
result_lines = f_lines.map do |line|
  # Extract all angle brackets, and sort them.
  # We use this as a "stack" of angle brackets that we can pull from
  # when we need an angle bracket in the final result
  angle_brackets = line.scan(/[<>]/).sort

  line_chars = line.chars.map do |c|
    c == " " ? " " : angle_brackets.shift
  end

d12

# Brute force
# Times out
# O(n^2) time, O(1) space
def max_area(heights)
  max = 0
  current_left_index = nil
  current_right_index = nil
  
  heights.each_with_index do |num1, index1|
    next if num1 == 0

d12

# @param {Integer[][]} image
# @param {Integer} sr
# @param {Integer} sc
# @param {Integer} new_color
# @return {Integer[][]}
def flood_fill(image, sr, sc, new_color)
  x_max = image.length - 1
  y_max = image[0].length - 1
  
  stack = [[sr, sc]]

d12

require "json"
require "byebug"

mapping = {}

list = File.read("9_input.txt").lines.map(&:chomp)

list.each do |l|
  a, _, b, _, number = l.split(" ")
  mapping[[a, b]] = number.to_i

d12

input = File.read("7_input.txt").gsub("OR", "|").gsub("AND", "&").gsub("LSHIFT", "<<").gsub("RSHIFT", ">>").gsub("NOT", "~").lines.map(&:chomp)

@map = {}
input.each do |expression|
  left_side, right_side = expression.split("->")
  @map[right_side.strip] = left_side
end

@memo = {}
def evaluate(label)

d12

# Strategy:
# 1. Find location of each number
# 2. For each combination of 2 numbers, find the distance between them in the graph. Use BFS because I'm lazy
# 3. Brute force the shortest path that goes through each of the 7 numbers.
#   - For each permutation of 7 numbers that begins with 0, sum up the distances for each hop.
#   - E.g. [0, 2, 5, ...] == distance(0, 2) + distance(2, 5) + ...
#   - Find min distance among all permutations

require "byebug"
input = File.read("input.txt").lines.map(&:strip).map(&:chars)

d12

using System.Collections;
using System.Collections.Generic;
using UnityEditor;
using UnityEngine;

public static class TakeScreenshot
{
    // See http://docs.unity3d.com/ScriptReference/MenuItem.html for docs on [MenuItem] hotkeys
    [MenuItem("Helpers/Screenshot _g")]
    public static void Screenshot()

d12

public static class RenderQueueSorter
{
    private static int nextRenderQueue = 5; // Don't go over 2500! Or we leak into transparent queues
    private static Dictionary<Mesh, Material> _meshToMatMap = new Dictionary<Mesh, Material>();

    public static Material SortedMaterialFromMesh(Mesh mesh, Material sharedMaterial)
    {
        if (_meshToMatMap.ContainsKey(mesh)) return _meshToMatMap[mesh];

        return GenerateMaterialForMesh(mesh, sharedMaterial);

d12

using System.Collections;
using System.Collections.Generic;
using UnityEngine;

public class ExceptionManager : MonoBehaviour
{
    private const int ExceptionsPerCooldown = 5;
    private const float CooldownTime = 5f;

    private int _exceptionsLeftBeforeTimeout = ExceptionsPerCooldown;