From 2ba79104daf3518414e60e8685b9eb2dc996bc56 Mon Sep 17 00:00:00 2001 From: Neil Smith Date: Sat, 14 Dec 2019 19:48:36 +0100 Subject: [PATCH] Done day 13 --- advent13/package.yaml | 61 ++ advent13/src/advent13.hs | 160 +++++ data/advent13.txt | 1 + problems/day12.html | 1263 ++++++++++++++++++++++++++++++++++++++ problems/day13.html | 1002 ++++++++++++++++++++++++++++++ stack.yaml | 1 + 6 files changed, 2488 insertions(+) create mode 100644 advent13/package.yaml create mode 100644 advent13/src/advent13.hs create mode 100644 data/advent13.txt create mode 100644 problems/day12.html create mode 100644 problems/day13.html diff --git a/advent13/package.yaml b/advent13/package.yaml new file mode 100644 index 0000000..b10d19c --- /dev/null +++ b/advent13/package.yaml @@ -0,0 +1,61 @@ +# This YAML file describes your package. Stack will automatically generate a +# Cabal file when you run `stack build`. See the hpack website for help with +# this file: . + +name: advent13 +synopsis: Advent of Code +version: '0.0.1' + +default-extensions: +- AllowAmbiguousTypes +- ApplicativeDo +- BangPatterns +- BlockArguments +- DataKinds +- DeriveFoldable +- DeriveFunctor +- DeriveGeneric +- DeriveTraversable +- EmptyCase +- FlexibleContexts +- FlexibleInstances +- FunctionalDependencies +- GADTs +- GeneralizedNewtypeDeriving +- ImplicitParams +- KindSignatures +- LambdaCase +- MonadComprehensions +- MonoLocalBinds +- MultiParamTypeClasses +- MultiWayIf +- NegativeLiterals +- NumDecimals +- OverloadedLists +- OverloadedStrings +- PartialTypeSignatures +- PatternGuards +- PatternSynonyms +- PolyKinds +- RankNTypes +- RecordWildCards +- ScopedTypeVariables +- TemplateHaskell +- TransformListComp +- TupleSections +- TypeApplications +- TypeInType +- TypeOperators +- ViewPatterns + + +executables: + advent13: + main: advent13.hs + source-dirs: src + dependencies: + - base >= 2 && < 6 + - text + - containers + - split + - intcode diff --git a/advent13/src/advent13.hs b/advent13/src/advent13.hs new file mode 100644 index 0000000..37a17b2 --- /dev/null +++ b/advent13/src/advent13.hs @@ -0,0 +1,160 @@ +import Debug.Trace + +import Intcode + +import qualified Data.Text.IO as TIO + +import qualified Data.Map.Strict as M +-- import Data.Map.Strict ((!)) +import Data.List +import Data.List.Split +-- import Data.List +-- import Data.Function (on) + +type Position = (Integer, Integer) -- x, y +data Cell = Empty | Wall | Block | Paddle | Ball deriving (Show, Eq, Ord) +-- data Direction = North | East | South | West deriving (Show, Eq, Ord, Enum, Bounded) + +type Field = M.Map Position Cell + +data Game = Game + { _machine :: Machine + , _executionState :: ExecutionState + , _currentInput :: [Integer] + , _machineOutput :: [Integer] + , _currentScore :: Integer + , _paddleX :: Integer + , _ballX :: Integer + } deriving (Eq) + +instance Show Game where + show g = "Game {, _executionState = " ++ show (_executionState g) ++ + ", _currentInput = " ++ show (_currentInput g) ++ + ", _machineOutput = " ++ show (_machineOutput g) ++ + ", _currentScore = " ++ show (_currentScore g) ++ + ", _paddleX = " ++ show (_paddleX g) ++ + ", _ballX = " ++ show (_ballX g) ++ + " }" + + +main :: IO () +main = do + text <- TIO.readFile "data/advent13.txt" + let mem = parseMachineMemory text + -- print mem + print $ part1 mem + print $ part2 mem + + +part1 mem = M.size $ M.filter (== Block) screen + where (_halted, _machine, output) = runProgram [] mem + (screen, _score) = buildScreen output + +part2 mem = _currentScore game + where mem' = [2] ++ (tail mem) + game0 = buildGame mem' + game = runGame game0 + + +buildScreen :: [Integer] -> (Field, Integer) +buildScreen output = foldl' addCell (M.empty, 0) $ chunksOf 3 output + +addCell :: (Field, Integer) -> [Integer] -> (Field, Integer) +addCell (screen, _s) [- 1 , 0, s] = (screen, s) +addCell (screen, score) [x, y, c] = (M.insert (x, y) (cellOf c) screen, score) + +cellOf :: Integer -> Cell +cellOf 0 = Empty +cellOf 1 = Wall +cellOf 2 = Block +cellOf 3 = Paddle +cellOf 4 = Ball + + +buildGame mem = Game + { _machine = makeMachine mem + , _executionState = Runnable + , _currentInput = [] + , _machineOutput = [] + , _currentScore = 0 + , _paddleX = 0 + , _ballX = 0 + } + +runGame :: Game -> Game +-- runGame game | trace (show (_currentScore game) ++ " " ++ show (_executionState game)) False = undefined +runGame game0 = game + where game1 = runGameStep game0 + game = if (_executionState game1 == Terminated) + then game1 + else runGame game1 + +runGameStep :: Game -> Game +-- runGameStep game | trace (show (_currentScore game) ++ " " ++ show (_executionState game)) False = undefined +runGameStep game0 = game + where game1 = runGameMachine game0 + output = _machineOutput game1 + (screen, score) = buildScreen output + cs = _currentScore game0 + score' = if score > cs then score else cs + game2 = game1 { _currentScore = score' } + game = joystick game2 screen + + +runGameMachine :: Game -> Game +runGameMachine g = g { _machine = machine' + , _executionState = halted + , _machineOutput = output + } + where machine = _machine g + input = _currentInput g + (halted, machine', output) = runMachine input machine + +joystick :: Game -> Field -> Game +joystick game screen = game {_currentInput = ci ++ [direction], + _paddleX = px, _ballX = bx, + _executionState = termination} + where knownBall = M.filter (== Ball) screen + bx = if M.null knownBall + then _ballX game + else fst $ fst $ M.findMin knownBall + knownPaddle = M.filter (== Paddle) screen + px = if M.null knownPaddle + then _paddleX game + else fst $ fst $ M.findMin knownPaddle + termination = if _executionState game == Blocked + then Runnable + else _executionState game + ci = _currentInput game + direction = if bx > px + then 1 + else if bx < px + then -1 + else 0 + + +ghcisetup text = game0 + where mem = parseMachineMemory text + mem' = [2] ++ (tail mem) + game0 = buildGame mem' + + +showScreen :: Field -> String +showScreen screen = unlines rows + where minX = minimum $ map fst $ M.keys screen + minY = minimum $ map snd $ M.keys screen + maxX = maximum $ map fst $ M.keys screen + maxY = maximum $ map snd $ M.keys screen + rows = [showScreenRow screen minX maxX y | y <- [minY..maxY]] + +showScreenRow :: Field -> Integer -> Integer -> Integer -> String +showScreenRow screen minX maxX y = [showScreenCell screen x y | x <- [minX..maxX]] + +showScreenCell :: Field -> Integer -> Integer -> Char +showScreenCell screen x y = + case (M.findWithDefault Empty (x, y) screen) of + Empty -> ' ' + Wall -> '#' + Block -> '*' + Paddle -> '=' + Ball -> '+' diff --git a/data/advent13.txt b/data/advent13.txt new file mode 100644 index 0000000..44f05b6 --- /dev/null +++ b/data/advent13.txt @@ -0,0 +1 @@ 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diff --git a/problems/day12.html b/problems/day12.html new file mode 100644 index 0000000..8416984 --- /dev/null +++ b/problems/day12.html @@ -0,0 +1,1263 @@ +From: +Snapshot-Content-Location: https://adventofcode.com/2019/day/12 +Subject: Day 12 - Advent of Code 2019 +Date: Fri, 13 Dec 2019 14:44:47 -0000 +MIME-Version: 1.0 +Content-Type: multipart/related; + type="text/html"; + boundary="----MultipartBoundary--rL24wc9zhYENr4dW4UDBYdnJboD0E4SFlog1e1oKra----" + + +------MultipartBoundary--rL24wc9zhYENr4dW4UDBYdnJboD0E4SFlog1e1oKra---- +Content-Type: text/html +Content-ID: +Content-Transfer-Encoding: quoted-printable +Content-Location: https://adventofcode.com/2019/day/12 + + + +Day 12 - Advent of Code 2019 + + + + + + + +
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+ +

--- Day 12: The N-Body Problem ---

T= +he space near Jupiter is not a very safe place; you need to be careful of a= + big distracting red spot, extreme radiation, and a whole lot of moons swirling around. You decide to start by tracking = +the four largest moons: Io, Europa, Ganymede, an= +d Callisto.

+

After a brief scan, you calculate the position of each moon (yo= +ur puzzle input). You just need to simulate their motion so you ca= +n avo= +id them.

+

Each moon has a 3-dimensional position (x, y, = +and z) and a 3-dimensional velocity. The position of each moo= +n is given in your scan; the x, y, and z velocity of each moon starts at 0.

+

Simulate the motion of the moons in time steps. Within each tim= +e step, first update the velocity of every moon by applying gravity. Then, once all moons' velocities have been updated, update the position = +of every moon by applying velocity. Time progresses by one step on= +ce all of the positions are updated.

+

To apply gravity, consider every pair of moons. On eac= +h axis (x, y, and z), the velocity o= +f each moon changes by exactly +1 or -1 to pull the moons together= +. For example, if Ganymede has an x position of 3, and Callisto has a x position of 5, then Ganym= +ede's x velocity changes by +1 (because 5 > = +3) and Callisto's x velocity changes by -1 (be= +cause 3 < 5). However, if the positions on a given axis are= + the same, the velocity on that axis does not change for that pair= + of moons.

+

Once all gravity has been applied, apply velocity: simply add t= +he velocity of each moon to its own position. For example, if Europa has a = +position of x=3D1, y=3D2, z=3D3 and a velocity of x=3D-2= +, y=3D0,z=3D3, then its new position would be x=3D-1, y=3D2, z= +=3D6. This process does not modify the velocity of any moon.

+

For example, suppose your scan reveals the following positions:

+
<x=3D-1, y=3D0, z=3D2>
+<x=3D2, y=3D-10, z=3D-7>
+<x=3D4, y=3D-8, z=3D8>
+<x=3D3, y=3D5, z=3D-1>
+
+

Simulating the motion of these moons would produce the following:

+
After 0 steps:
+pos=3D<x=3D-1, y=3D  0, z=3D 2>, vel=3D<x=3D 0, y=3D 0, z=3D 0>
+pos=3D<x=3D 2, y=3D-10, z=3D-7>, vel=3D<x=3D 0, y=3D 0, z=3D 0>
+pos=3D<x=3D 4, y=3D -8, z=3D 8>, vel=3D<x=3D 0, y=3D 0, z=3D 0>
+pos=3D<x=3D 3, y=3D  5, z=3D-1>, vel=3D<x=3D 0, y=3D 0, z=3D 0>
+
+After 1 step:
+pos=3D<x=3D 2, y=3D-1, z=3D 1>, vel=3D<x=3D 3, y=3D-1, z=3D-1>
+pos=3D<x=3D 3, y=3D-7, z=3D-4>, vel=3D<x=3D 1, y=3D 3, z=3D 3>
+pos=3D<x=3D 1, y=3D-7, z=3D 5>, vel=3D<x=3D-3, y=3D 1, z=3D-3>
+pos=3D<x=3D 2, y=3D 2, z=3D 0>, vel=3D<x=3D-1, y=3D-3, z=3D 1>
+
+After 2 steps:
+pos=3D<x=3D 5, y=3D-3, z=3D-1>, vel=3D<x=3D 3, y=3D-2, z=3D-2>
+pos=3D<x=3D 1, y=3D-2, z=3D 2>, vel=3D<x=3D-2, y=3D 5, z=3D 6>
+pos=3D<x=3D 1, y=3D-4, z=3D-1>, vel=3D<x=3D 0, y=3D 3, z=3D-6>
+pos=3D<x=3D 1, y=3D-4, z=3D 2>, vel=3D<x=3D-1, y=3D-6, z=3D 2>
+
+After 3 steps:
+pos=3D<x=3D 5, y=3D-6, z=3D-1>, vel=3D<x=3D 0, y=3D-3, z=3D 0>
+pos=3D<x=3D 0, y=3D 0, z=3D 6>, vel=3D<x=3D-1, y=3D 2, z=3D 4>
+pos=3D<x=3D 2, y=3D 1, z=3D-5>, vel=3D<x=3D 1, y=3D 5, z=3D-4>
+pos=3D<x=3D 1, y=3D-8, z=3D 2>, vel=3D<x=3D 0, y=3D-4, z=3D 0>
+
+After 4 steps:
+pos=3D<x=3D 2, y=3D-8, z=3D 0>, vel=3D<x=3D-3, y=3D-2, z=3D 1>
+pos=3D<x=3D 2, y=3D 1, z=3D 7>, vel=3D<x=3D 2, y=3D 1, z=3D 1>
+pos=3D<x=3D 2, y=3D 3, z=3D-6>, vel=3D<x=3D 0, y=3D 2, z=3D-1>
+pos=3D<x=3D 2, y=3D-9, z=3D 1>, vel=3D<x=3D 1, y=3D-1, z=3D-1>
+
+After 5 steps:
+pos=3D<x=3D-1, y=3D-9, z=3D 2>, vel=3D<x=3D-3, y=3D-1, z=3D 2>
+pos=3D<x=3D 4, y=3D 1, z=3D 5>, vel=3D<x=3D 2, y=3D 0, z=3D-2>
+pos=3D<x=3D 2, y=3D 2, z=3D-4>, vel=3D<x=3D 0, y=3D-1, z=3D 2>
+pos=3D<x=3D 3, y=3D-7, z=3D-1>, vel=3D<x=3D 1, y=3D 2, z=3D-2>
+
+After 6 steps:
+pos=3D<x=3D-1, y=3D-7, z=3D 3>, vel=3D<x=3D 0, y=3D 2, z=3D 1>
+pos=3D<x=3D 3, y=3D 0, z=3D 0>, vel=3D<x=3D-1, y=3D-1, z=3D-5>
+pos=3D<x=3D 3, y=3D-2, z=3D 1>, vel=3D<x=3D 1, y=3D-4, z=3D 5>
+pos=3D<x=3D 3, y=3D-4, z=3D-2>, vel=3D<x=3D 0, y=3D 3, z=3D-1>
+
+After 7 steps:
+pos=3D<x=3D 2, y=3D-2, z=3D 1>, vel=3D<x=3D 3, y=3D 5, z=3D-2>
+pos=3D<x=3D 1, y=3D-4, z=3D-4>, vel=3D<x=3D-2, y=3D-4, z=3D-4>
+pos=3D<x=3D 3, y=3D-7, z=3D 5>, vel=3D<x=3D 0, y=3D-5, z=3D 4>
+pos=3D<x=3D 2, y=3D 0, z=3D 0>, vel=3D<x=3D-1, y=3D 4, z=3D 2>
+
+After 8 steps:
+pos=3D<x=3D 5, y=3D 2, z=3D-2>, vel=3D<x=3D 3, y=3D 4, z=3D-3>
+pos=3D<x=3D 2, y=3D-7, z=3D-5>, vel=3D<x=3D 1, y=3D-3, z=3D-1>
+pos=3D<x=3D 0, y=3D-9, z=3D 6>, vel=3D<x=3D-3, y=3D-2, z=3D 1>
+pos=3D<x=3D 1, y=3D 1, z=3D 3>, vel=3D<x=3D-1, y=3D 1, z=3D 3>
+
+After 9 steps:
+pos=3D<x=3D 5, y=3D 3, z=3D-4>, vel=3D<x=3D 0, y=3D 1, z=3D-2>
+pos=3D<x=3D 2, y=3D-9, z=3D-3>, vel=3D<x=3D 0, y=3D-2, z=3D 2>
+pos=3D<x=3D 0, y=3D-8, z=3D 4>, vel=3D<x=3D 0, y=3D 1, z=3D-2>
+pos=3D<x=3D 1, y=3D 1, z=3D 5>, vel=3D<x=3D 0, y=3D 0, z=3D 2>
+
+After 10 steps:
+pos=3D<x=3D 2, y=3D 1, z=3D-3>, vel=3D<x=3D-3, y=3D-2, z=3D 1>
+pos=3D<x=3D 1, y=3D-8, z=3D 0>, vel=3D<x=3D-1, y=3D 1, z=3D 3>
+pos=3D<x=3D 3, y=3D-6, z=3D 1>, vel=3D<x=3D 3, y=3D 2, z=3D-3>
+pos=3D<x=3D 2, y=3D 0, z=3D 4>, vel=3D<x=3D 1, y=3D-1, z=3D-1>
+
+

Then, it might help to calculate the total energy in the system= +. The total energy for a single moon is its potential energy multi= +plied by its kinetic energy. A moon's potential energy is= + the sum of the absolute values of its x= +, y, and z position coordinates. A moon's = +kinetic energy is the sum of the absolute values of its velocity c= +oordinates. Below, each line shows the calculations for a moon's potential= + energy (pot), kinetic energy (kin), and total en= +ergy:

+
Energy after 10 steps:
+pot: 2 + 1 + 3 =3D  6;   kin: 3 + 2 + 1 =3D 6;   total:  6 * 6 =3D 36
+pot: 1 + 8 + 0 =3D  9;   kin: 1 + 1 + 3 =3D 5;   total:  9 * 5 =3D 45
+pot: 3 + 6 + 1 =3D 10;   kin: 3 + 2 + 3 =3D 8;   total: 10 * 8 =3D 80
+pot: 2 + 0 + 4 =3D  6;   kin: 1 + 1 + 1 =3D 3;   total:  6 * 3 =3D 18
+Sum of total energy: 36 + 45 + 80 + 18 =3D 179
+
+

In the above example, adding together the total energy for all moons aft= +er 10 steps produces the total energy in the system, 179.

+

Here's a second example:

+
<x=3D-8, y=3D-10, z=3D0>
+<x=3D5, y=3D5, z=3D10>
+<x=3D2, y=3D-7, z=3D3>
+<x=3D9, y=3D-8, z=3D-3>
+
+

Every ten steps of simulation for 100 steps produces:

+
After 0 steps:
+pos=3D<x=3D -8, y=3D-10, z=3D  0>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  5, y=3D  5, z=3D 10>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  2, y=3D -7, z=3D  3>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  9, y=3D -8, z=3D -3>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+
+After 10 steps:
+pos=3D<x=3D -9, y=3D-10, z=3D  1>, vel=3D<x=3D -2, y=3D -2, z=3D -=
+1>
+pos=3D<x=3D  4, y=3D 10, z=3D  9>, vel=3D<x=3D -3, y=3D  7, z=3D -=
+2>
+pos=3D<x=3D  8, y=3D-10, z=3D -3>, vel=3D<x=3D  5, y=3D -1, z=3D -=
+2>
+pos=3D<x=3D  5, y=3D-10, z=3D  3>, vel=3D<x=3D  0, y=3D -4, z=3D  =
+5>
+
+After 20 steps:
+pos=3D<x=3D-10, y=3D  3, z=3D -4>, vel=3D<x=3D -5, y=3D  2, z=3D  =
+0>
+pos=3D<x=3D  5, y=3D-25, z=3D  6>, vel=3D<x=3D  1, y=3D  1, z=3D -=
+4>
+pos=3D<x=3D 13, y=3D  1, z=3D  1>, vel=3D<x=3D  5, y=3D -2, z=3D  =
+2>
+pos=3D<x=3D  0, y=3D  1, z=3D  7>, vel=3D<x=3D -1, y=3D -1, z=3D  =
+2>
+
+After 30 steps:
+pos=3D<x=3D 15, y=3D -6, z=3D -9>, vel=3D<x=3D -5, y=3D  4, z=3D  =
+0>
+pos=3D<x=3D -4, y=3D-11, z=3D  3>, vel=3D<x=3D -3, y=3D-10, z=3D  =
+0>
+pos=3D<x=3D  0, y=3D -1, z=3D 11>, vel=3D<x=3D  7, y=3D  4, z=3D  =
+3>
+pos=3D<x=3D -3, y=3D -2, z=3D  5>, vel=3D<x=3D  1, y=3D  2, z=3D -=
+3>
+
+After 40 steps:
+pos=3D<x=3D 14, y=3D-12, z=3D -4>, vel=3D<x=3D 11, y=3D  3, z=3D  =
+0>
+pos=3D<x=3D -1, y=3D 18, z=3D  8>, vel=3D<x=3D -5, y=3D  2, z=3D  =
+3>
+pos=3D<x=3D -5, y=3D-14, z=3D  8>, vel=3D<x=3D  1, y=3D -2, z=3D  =
+0>
+pos=3D<x=3D  0, y=3D-12, z=3D -2>, vel=3D<x=3D -7, y=3D -3, z=3D -=
+3>
+
+After 50 steps:
+pos=3D<x=3D-23, y=3D  4, z=3D  1>, vel=3D<x=3D -7, y=3D -1, z=3D  =
+2>
+pos=3D<x=3D 20, y=3D-31, z=3D 13>, vel=3D<x=3D  5, y=3D  3, z=3D  =
+4>
+pos=3D<x=3D -4, y=3D  6, z=3D  1>, vel=3D<x=3D -1, y=3D  1, z=3D -=
+3>
+pos=3D<x=3D 15, y=3D  1, z=3D -5>, vel=3D<x=3D  3, y=3D -3, z=3D -=
+3>
+
+After 60 steps:
+pos=3D<x=3D 36, y=3D-10, z=3D  6>, vel=3D<x=3D  5, y=3D  0, z=3D  =
+3>
+pos=3D<x=3D-18, y=3D 10, z=3D  9>, vel=3D<x=3D -3, y=3D -7, z=3D  =
+5>
+pos=3D<x=3D  8, y=3D-12, z=3D -3>, vel=3D<x=3D -2, y=3D  1, z=3D -=
+7>
+pos=3D<x=3D-18, y=3D -8, z=3D -2>, vel=3D<x=3D  0, y=3D  6, z=3D -=
+1>
+
+After 70 steps:
+pos=3D<x=3D-33, y=3D -6, z=3D  5>, vel=3D<x=3D -5, y=3D -4, z=3D  =
+7>
+pos=3D<x=3D 13, y=3D -9, z=3D  2>, vel=3D<x=3D -2, y=3D 11, z=3D  =
+3>
+pos=3D<x=3D 11, y=3D -8, z=3D  2>, vel=3D<x=3D  8, y=3D -6, z=3D -=
+7>
+pos=3D<x=3D 17, y=3D  3, z=3D  1>, vel=3D<x=3D -1, y=3D -1, z=3D -=
+3>
+
+After 80 steps:
+pos=3D<x=3D 30, y=3D -8, z=3D  3>, vel=3D<x=3D  3, y=3D  3, z=3D  =
+0>
+pos=3D<x=3D -2, y=3D -4, z=3D  0>, vel=3D<x=3D  4, y=3D-13, z=3D  =
+2>
+pos=3D<x=3D-18, y=3D -7, z=3D 15>, vel=3D<x=3D -8, y=3D  2, z=3D -=
+2>
+pos=3D<x=3D -2, y=3D -1, z=3D -8>, vel=3D<x=3D  1, y=3D  8, z=3D  =
+0>
+
+After 90 steps:
+pos=3D<x=3D-25, y=3D -1, z=3D  4>, vel=3D<x=3D  1, y=3D -3, z=3D  =
+4>
+pos=3D<x=3D  2, y=3D -9, z=3D  0>, vel=3D<x=3D -3, y=3D 13, z=3D -=
+1>
+pos=3D<x=3D 32, y=3D -8, z=3D 14>, vel=3D<x=3D  5, y=3D -4, z=3D  =
+6>
+pos=3D<x=3D -1, y=3D -2, z=3D -8>, vel=3D<x=3D -3, y=3D -6, z=3D -=
+9>
+
+After 100 steps:
+pos=3D<x=3D  8, y=3D-12, z=3D -9>, vel=3D<x=3D -7, y=3D  3, z=3D  =
+0>
+pos=3D<x=3D 13, y=3D 16, z=3D -3>, vel=3D<x=3D  3, y=3D-11, z=3D -=
+5>
+pos=3D<x=3D-29, y=3D-11, z=3D -1>, vel=3D<x=3D -3, y=3D  7, z=3D  =
+4>
+pos=3D<x=3D 16, y=3D-13, z=3D 23>, vel=3D<x=3D  7, y=3D  1, z=3D  =
+1>
+
+Energy after 100 steps:
+pot:  8 + 12 +  9 =3D 29;   kin: 7 +  3 + 0 =3D 10;   total: 29 * 10 =3D 29=
+0
+pot: 13 + 16 +  3 =3D 32;   kin: 3 + 11 + 5 =3D 19;   total: 32 * 19 =3D 60=
+8
+pot: 29 + 11 +  1 =3D 41;   kin: 3 +  7 + 4 =3D 14;   total: 41 * 14 =3D 57=
+4
+pot: 16 + 13 + 23 =3D 52;   kin: 7 +  1 + 1 =3D  9;   total: 52 *  9 =3D 46=
+8
+Sum of total energy: 290 + 608 + 574 + 468 =3D 1940
+
+

What is the total energy in the system after simulating the moo= +ns given in your scan for 1000 steps?

+
+

Your puzzle answer was 6735.

--- Part Two ---

All this drifting around in space= + makes you wonder about the nature of the universe. Does history really re= +peat itself? You're curious whether the moons will ever return to a previo= +us state.

+

Determine the number of steps that must occur before all of the= + moons' positions and velocities exactly match a previous point in= + time.

+

For example, the first example above takes 2772 steps befor= +e they exactly match a previous point in time; it eventually returns to the= + initial state:

+
After 0 steps:
+pos=3D<x=3D -1, y=3D  0, z=3D  2>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  2, y=3D-10, z=3D -7>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  4, y=3D -8, z=3D  8>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  3, y=3D  5, z=3D -1>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+
+After 2770 steps:
+pos=3D<x=3D  2, y=3D -1, z=3D  1>, vel=3D<x=3D -3, y=3D  2, z=3D  =
+2>
+pos=3D<x=3D  3, y=3D -7, z=3D -4>, vel=3D<x=3D  2, y=3D -5, z=3D -=
+6>
+pos=3D<x=3D  1, y=3D -7, z=3D  5>, vel=3D<x=3D  0, y=3D -3, z=3D  =
+6>
+pos=3D<x=3D  2, y=3D  2, z=3D  0>, vel=3D<x=3D  1, y=3D  6, z=3D -=
+2>
+
+After 2771 steps:
+pos=3D<x=3D -1, y=3D  0, z=3D  2>, vel=3D<x=3D -3, y=3D  1, z=3D  =
+1>
+pos=3D<x=3D  2, y=3D-10, z=3D -7>, vel=3D<x=3D -1, y=3D -3, z=3D -=
+3>
+pos=3D<x=3D  4, y=3D -8, z=3D  8>, vel=3D<x=3D  3, y=3D -1, z=3D  =
+3>
+pos=3D<x=3D  3, y=3D  5, z=3D -1>, vel=3D<x=3D  1, y=3D  3, z=3D -=
+1>
+
+After 2772 steps:
+pos=3D<x=3D -1, y=3D  0, z=3D  2>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  2, y=3D-10, z=3D -7>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  4, y=3D -8, z=3D  8>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+pos=3D<x=3D  3, y=3D  5, z=3D -1>, vel=3D<x=3D  0, y=3D  0, z=3D  =
+0>
+
+

Of course, the universe might last for a very long time before = +repeating. Here's a copy of the second example from above:

+
<x=3D-8, y=3D-10, z=3D0>
+<x=3D5, y=3D5, z=3D10>
+<x=3D2, y=3D-7, z=3D3>
+<x=3D9, y=3D-8, z=3D-3>
+
+

This set of initial positions takes 4686774924 steps before= + it repeats a previous state! Clearly, you might need to find a more ef= +ficient way to simulate the universe.

+

How many steps does it take to reach the first state that exact= +ly matches a previous state?

+
+

Your puzzle answer was 326489627728984.

Both parts of this puzzle are complete! They provide two gold star= +s: **

+

At this point, you should return to your Advent calendar and try another puzz= +le.

+

If you still want to see it, you can get your puzz= +le input.

+

You can also [Shareo= +n + Twitter + Mastodon<= +/a>] this puzzle.

+
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+.leaderboard-userphoto img { height: 20px; max-width: 20px; vertical-align:= + middle; position: relative; top: -2px; } + +.leaderboard-time { opacity: 0.5; } + +.privboard-row { white-space: pre; } + +.privboard-row .star-count { color: rgb(255, 255, 102); } + +.privboard-name { vertical-align: text-bottom; } + +.privboard-days > span { display: inline-block; color: rgb(51, 51, 51); } + +.privboard-days > a { display: inline-block; } + +.privboard-star-locked { visibility: hidden; } + +.privboard-star-unlocked { color: rgb(51, 51, 51); } + +.privboard-star-firstonly { color: rgb(153, 153, 204); } + +.privboard-star-both { color: rgb(255, 255, 102); } + +.privboard-delbtn { opacity: 0.33; } + +.privboard-row:hover .privboard-delbtn { opacity: 1; } + +.sponsors { width: 46em; } + +.sponsor { margin: 1em 0px; } +------MultipartBoundary--rL24wc9zhYENr4dW4UDBYdnJboD0E4SFlog1e1oKra---- +Content-Type: text/css +Content-Transfer-Encoding: quoted-printable +Content-Location: https://adventofcode.com/static/highcontrast.css?0 + +@charset "utf-8"; + +* { background: white !important; color: black !important; text-shadow: non= +e !important; } + +a { color: rgb(0, 0, 255) !important; text-decoration: underline !important= +; } + +em { font-weight: 900 !important; } +------MultipartBoundary--rL24wc9zhYENr4dW4UDBYdnJboD0E4SFlog1e1oKra------ diff --git a/problems/day13.html b/problems/day13.html new file mode 100644 index 0000000..2326415 --- /dev/null +++ b/problems/day13.html @@ -0,0 +1,1002 @@ +From: +Snapshot-Content-Location: https://adventofcode.com/2019/day/13 +Subject: Day 13 - Advent of Code 2019 +Date: Sat, 14 Dec 2019 18:46:31 -0000 +MIME-Version: 1.0 +Content-Type: multipart/related; + type="text/html"; + boundary="----MultipartBoundary--qrosvSY0cZchejxtAGlvJsm9eQaunclwAN4tottIKt----" + + +------MultipartBoundary--qrosvSY0cZchejxtAGlvJsm9eQaunclwAN4tottIKt---- +Content-Type: text/html +Content-ID: +Content-Transfer-Encoding: quoted-printable +Content-Location: https://adventofcode.com/2019/day/13 + + + +Day 13 - Advent of Code 2019 + + + + + + + +
+ +
+
Our sponsors help make Advent = +of Code possible:
Tw= +ilioQuest - Play Advent of Code and earn rad loot in TwilioQuest, a dev= +eloper RPG for Mac, Windows, and Linux. Learn JavaScript, Python, git, APIs= + for SMS, VoIP, or WhatsApp, and much more.
+
+ +
+ +

--- Day 13: Care Package ---

As you = +ponder the solitude of space and the ever-increasing three-hour roundtrip f= +or messages between you and Earth, you notice that the Space Mail Indicator= + Light is blinking. To help keep you sane, the Elves have sent you a care = +package.

+

It's a new game for the ship's arcade cabinet! Unfortunately, the arcade is all the way on the other end of t= +he ship. Surely, it won't be hard to build your own - the care package even= + comes with schematics.

+

The arcade cabinet runs Intcode software like the game the Elves sent (= +your puzzle input). It has a primitive screen capable of drawing square tiles on a grid. The software draws tiles to the screen with output = +instructions: every three output instructions specify the x po= +sition (distance from the left), y position (distance from the= + top), and tile id. The tile id is interpreted as= + follows:

+
    +
  • 0 is an empty tile. No game object appears in th= +is tile.
    • +
  • 1 is a wall tile. Walls are indestructible barri= +ers.
    • +
  • 2 is a block tile. Blocks can be broken by the b= +all.
    • +
  • 3 is a horizontal paddle tile. The paddle is ind= +estructible.
    • +
  • 4 is a ball tile. The ball moves diagonally and = +bounces off objects.
    • +
+

For example, a sequence of output values like 1,2,3,6,5,4 w= +ould draw a horizontal paddle tile (1 tile from the l= +eft and 2 tiles from the top) and a ball tile (= +6 tiles from the left and 5 tiles from the top).

+

Start the game. How many block tiles are on the screen when the game= + exits?

+
+

Your puzzle answer was 296.

= +

--- Part Two ---

The game didn't run because you di= +dn't put in any quarters. Unfortunately, you did not bring any quarters= +. Memory address 0 represents the number of quarters th= +at have been inserted; set it to 2 to play for free.

+

The arcade cabinet has a joystick that can move l= +eft and right. The software reads the position of the joystick with input = +instructions:

+
    +
  • If the joystick is in the neutral position, provide 0.
    • +
  • If the joystick is tilted to the left, provide -1= +.
    • +
  • If the joystick is tilted to the right, provide 1= +.
    • +
+

The arcade cabinet also has a = +segment display capable of showing a single number that represents the = +player's current score. When three output instructions specify X=3D-1= +, Y=3D0, the third output instruction is not a tile; the value inste= +ad specifies the new score to show in the segment display. For example, a = +sequence of output values like -1,0,12345 would show 123= +45 as the player's current score.

+

Beat the game by breaking all the blocks. What is your score after t= +he last block is broken?

+
+

Your puzzle answer was 13824.

B= +oth parts of this puzzle are complete! They provide two gold stars: **

+

At this point, you should return to your Advent calendar and try another puzz= +le.

+

If you still want to see it, you can get your puzz= +le input.

+

You can also [Shareo= +n + T= +witter + Mastodon<= +/a>] this puzzle.

+
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center; left: 0px; top: 0px; width: 100%; } + +.hidden > * { visibility: hidden; } + +.hidden:hover { border-color: transparent; } + +.hidden:hover::before { display: none; } + +.hidden:hover > * { visibility: visible; } + +.warning:not(.warning-active) { transition: color 1s ease 0s, opacity 1s ea= +se 0s; } + +.warning-active { color: rgb(255, 0, 0); opacity: 1; } + +.supporter-badge { color: rgb(255, 255, 102); } + +a.supporter-badge:hover, a.supporter-badge:focus { text-decoration: none; c= +olor: rgb(255, 255, 204); text-shadow: rgb(255, 255, 102) 0px 0px 5px; } + +.sponsor-badge { color: rgb(121, 162, 216); } + +a.sponsor-badge:hover, a.sponsor-badge:focus { text-decoration: none; color= +: rgb(204, 219, 237); text-shadow: rgb(121, 162, 216) 0px 0px 5px; } + +#sidebar { width: 200px; float: right; margin: 0px 15px 2em 2em; } + +#sponsor { margin-bottom: 2.5em; } + +header { white-space: nowrap; cursor: default; z-index: 100; margin-bottom:= + 2em; } + +header h1 { display: inline-block; margin: 0px; padding-right: 1em; } + +header h1 a, header h1 span { display: inline-block; text-decoration: none;= + color: rgb(0, 204, 0); text-shadow: rgb(0, 204, 0) 0px 0px 2px, rgb(0, 204= +, 0) 0px 0px 5px; } + +header h1 a:hover, header h1 a:focus { color: rgb(153, 255, 153); text-shad= +ow: rgb(153, 255, 153) 0px 0px 2px, rgb(153, 255, 153) 0px 0px 5px; } + +header h1.title-event .title-event-wrap { opacity: 0.33; white-space: pre; = +} + +header .user { display: inline-block; padding-left: 1em; } + +header .user .star-count { color: rgb(255, 255, 102); } + +header nav { display: inline-block; } + +header nav ul { list-style-type: none; padding: 0px; margin: 0px; display: = +inline-block; } + +header nav li { display: inline-block; padding: 0px 0.6em; } + +header nav a { display: inline-block; text-decoration: none; outline: none;= + } + +input[type=3D"text"], textarea { color: inherit; border: 1px solid rgb(102,= + 102, 102); background: rgb(16, 16, 26); padding: 0px 2px; font-family: inh= +erit; font-size: inherit; margin: 0px; } + +textarea { vertical-align: top; } + +label img { vertical-align: bottom; position: relative; top: -3px; margin-r= +ight: 0.3em; } + +input[type=3D"radio"] { display: none; } + +input[type=3D"radio"] ~ span { cursor: pointer; display: inline-block; } + +input[type=3D"radio"] ~ span::before { content: "( ) "; } + +input[type=3D"radio"] ~ span:hover, input[type=3D"radio"] ~ span:focus { ba= +ckground-color: rgb(25, 25, 59); } + +input[type=3D"radio"]:checked ~ span { color: rgb(255, 255, 255); } + +input[type=3D"radio"]:checked ~ span::before { content: "(O) "; } + +input[type=3D"checkbox"] { display: none; } + +input[type=3D"checkbox"] ~ span { cursor: pointer; display: inline-block; } + +input[type=3D"checkbox"] ~ span::before { content: "[ ] "; } + +input[type=3D"checkbox"] ~ span:hover, input[type=3D"checkbox"] ~ span:focu= +s { background-color: rgb(25, 25, 59); } + +input[type=3D"checkbox"]:checked ~ span { color: rgb(255, 255, 255); } + +input[type=3D"checkbox"]:checked ~ span::before { content: "[X] "; } + +input[type=3D"checkbox"]:disabled ~ span { opacity: 0.3; cursor: default; } + +input[type=3D"checkbox"]:disabled ~ span::before { content: "[-] "; } + +input[type=3D"checkbox"]:disabled ~ span:hover { background-color: transpar= +ent; } + +input[type=3D"submit"] { background: transparent; border: 0px; font-family:= + inherit; font-size: inherit; margin: 0px; padding: 0px; color: rgb(0, 153,= + 0); cursor: pointer; } + +input[type=3D"submit"]:hover, input[type=3D"submit"]:focus { color: rgb(153= +, 255, 153); } + +article { width: 45em; margin-bottom: 2em; margin-top: 2em; } + +article:first-child { margin-top: 0px; } + +article h2 { color: rgb(255, 255, 255); margin-top: 1em; margin-bottom: 1em= +; white-space: nowrap; } + +article h2 + * { margin-top: 0px; } + +article em { color: rgb(255, 255, 255); font-style: normal; text-shadow: rg= +b(255, 255, 255) 0px 0px 5px; } + +article em.star { color: rgb(255, 255, 102); font-style: normal; text-shado= +w: rgb(255, 255, 102) 0px 0px 5px; } + +article a { white-space: nowrap; } + +article .aside { opacity: 0.6; } + +article ul { list-style-type: none; padding: 0px; } + +article li { padding-left: 2.5em; position: relative; } + +article li::before { content: "=C2=A0=C2=A0-=C2=A0"; position: absolute; le= +ft: 0px; top: 0px; } + +.day-success { color: rgb(255, 255, 102); text-shadow: rgb(255, 255, 102) 0= +px 0px 5px; } + +form#settings input[type=3D"radio"] ~ span { min-width: 30em; } + +form#settings input[type=3D"checkbox"] ~ span { min-width: 30em; } + +.share { color: rgb(0, 153, 0); cursor: default; transition: color 0.2s eas= +e 1s; } + +.share:hover, .share:focus-within { color: rgb(170, 255, 170); transition: = +color 0.2s ease 0s; } + +.share .share-content { display: inline-block; vertical-align: text-bottom;= + white-space: nowrap; overflow: hidden; max-width: 0px; transition: max-wid= +th 0.2s ease 1s; } + +.share .share-content::before { content: "=C2=A0"; } + +.share .share-content::after { } + +.share:hover .share-content, .share:focus-within .share-content { max-width= +: 45em; transition: max-width 0.2s ease 0s; } + +.puzzle-input { border: 1px solid rgb(153, 153, 153); background: rgb(51, 5= +1, 51); color: rgb(255, 255, 255); text-shadow: rgb(255, 255, 255) 0px 0px = +5px; } + +.calendar { cursor: default; user-select: none; } + +.calendar > span { color: rgb(51, 51, 51); } + +.calendar > a { text-decoration: none; color: rgb(102, 102, 102); outline: = +none; cursor: default; } + +.calendar a:hover, .calendar a:focus { background-color: rgba(119, 119, 165= +, 0.2); cursor: pointer; } + +#calendar-countdown { padding-left: 0.5em; color: rgb(204, 204, 204); } + +.calendar .calendar-day { color: rgb(102, 102, 102); } + +.calendar a .calendar-day { color: rgb(204, 204, 204); } + +.calendar a .calendar-mark-complete, .calendar a .calendar-mark-verycomplet= +e { visibility: hidden; } + +.calendar a.calendar-complete .calendar-mark-complete, .calendar a.calendar= +-verycomplete .calendar-mark-complete { visibility: visible; color: rgb(255= +, 255, 102); } + +.calendar a.calendar-verycomplete .calendar-mark-verycomplete { visibility:= + visible; color: rgb(255, 255, 102); } + +.calendar .calendar-day-new { animation: 5s ease 0s 1 normal none running a= +nim-day-new; } + +.calendar .calendar-day-new .calendar-day { animation: 5s ease 0s 1 normal = +none running anim-day-new-day; } + +@keyframes anim-day-new {=20 + 0% { color: rgb(51, 51, 51); text-shadow: transparent 0px 0px 5px; } + 25% { color: rgb(255, 255, 255); text-shadow: rgb(255, 255, 255) 0px 0px = +5px; } + 100% { color: rgb(102, 102, 102); text-shadow: transparent 0px 0px 5px; } +} + +@keyframes anim-day-new-day {=20 + 0% { color: rgb(102, 102, 102); text-shadow: transparent 0px 0px 5px; } + 25% { color: rgb(255, 255, 255); text-shadow: rgb(255, 255, 255) 0px 0px = +5px; } + 100% { color: rgb(204, 204, 204); text-shadow: transparent 0px 0px 5px; } +} + +.stats > span, .stats > span .stats-firstonly, .stats > span .stats-both { = +color: rgb(102, 102, 102); } + +.stats > a { color: rgb(204, 204, 204); min-width: 35em; display: inline-bl= +ock; } + +.stats > a:hover, .stats > a:focus { background-color: rgb(30, 30, 70); } + +.stats-firstonly { color: rgb(153, 153, 204); } + +.stats-both { color: rgb(255, 255, 102); } + +.leaderboard-daylinks { cursor: default; } + +.leaderboard-daylinks-selected { color: rgb(255, 255, 255); text-shadow: rg= +b(255, 255, 255) 0px 0px 5px; } + +.leaderboard-daydesc-first { color: rgb(153, 153, 204); } + +.leaderboard-daydesc-both { color: rgb(255, 255, 102); } + +.leaderboard-entry { white-space: pre; } + +.leaderboard-entry .leaderboard-totalscore { color: rgb(255, 255, 255); } + +.leaderboard-anon { opacity: 0.6; } + +.leaderboard-userphoto { display: inline-block; height: 20px; width: 20px; = +margin: 0px 0.5em; text-align: center; } + +.leaderboard-userphoto img { height: 20px; max-width: 20px; vertical-align:= + middle; position: relative; top: -2px; } + +.leaderboard-time { opacity: 0.5; } + +.privboard-row { white-space: pre; } + +.privboard-row .star-count { color: rgb(255, 255, 102); } + +.privboard-name { vertical-align: text-bottom; } + +.privboard-days > span { display: inline-block; color: rgb(51, 51, 51); } + +.privboard-days > a { display: inline-block; } + +.privboard-star-locked { visibility: hidden; } + +.privboard-star-unlocked { color: rgb(51, 51, 51); } + +.privboard-star-firstonly { color: rgb(153, 153, 204); } + +.privboard-star-both { color: rgb(255, 255, 102); } + +.privboard-delbtn { opacity: 0.33; } + +.privboard-row:hover .privboard-delbtn { opacity: 1; } + +.sponsors { width: 46em; } + +.sponsor { margin: 1em 0px; } +------MultipartBoundary--qrosvSY0cZchejxtAGlvJsm9eQaunclwAN4tottIKt---- +Content-Type: text/css +Content-Transfer-Encoding: quoted-printable +Content-Location: https://adventofcode.com/static/highcontrast.css?0 + +@charset "utf-8"; + +* { background: white !important; color: black !important; text-shadow: non= +e !important; } + +a { color: rgb(0, 0, 255) !important; text-decoration: underline !important= +; } + +em { font-weight: 900 !important; } +------MultipartBoundary--qrosvSY0cZchejxtAGlvJsm9eQaunclwAN4tottIKt------ diff --git a/stack.yaml b/stack.yaml index aa87edf..c95f32e 100644 --- a/stack.yaml +++ b/stack.yaml @@ -50,6 +50,7 @@ packages: - advent10 - advent11 - advent12 +- advent13 # Dependency packages to be pulled from upstream that are not in the resolver. -- 2.34.1