Added Solution for 2023 day 18
This commit is contained in:
Burnus
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5 changed files with 904 additions and 0 deletions
15
2023/day18_lavaduct_lagoon/Cargo.toml
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15
2023/day18_lavaduct_lagoon/Cargo.toml
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[package]
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name = "day18_lavaduct_lagoon"
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version = "0.1.0"
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edition = "2021"
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# See more keys and their definitions at https://doc.rust-lang.org/cargo/reference/manifest.html
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[dependencies]
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[dev-dependencies]
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criterion = "0.5.1"
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[[bench]]
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name = "test_benchmark"
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harness = false
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63
2023/day18_lavaduct_lagoon/challenge.txt
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63
2023/day18_lavaduct_lagoon/challenge.txt
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Thanks to your efforts, the machine parts factory is one of the first factories up and running since the lavafall came back. However, to catch up with the large backlog of parts requests, the factory will also need a *large supply of lava* for a while; the Elves have already started creating a large lagoon nearby for this purpose.
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However, they aren't sure the lagoon will be big enough; they've asked you to take a look at the *dig plan* (your puzzle input). For example:
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```
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R 6 (#70c710)
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D 5 (#0dc571)
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L 2 (#5713f0)
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D 2 (#d2c081)
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R 2 (#59c680)
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D 2 (#411b91)
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L 5 (#8ceee2)
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U 2 (#caa173)
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L 1 (#1b58a2)
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U 2 (#caa171)
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R 2 (#7807d2)
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U 3 (#a77fa3)
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L 2 (#015232)
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U 2 (#7a21e3)
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```
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The digger starts in a 1 meter cube hole in the ground. They then dig the specified number of meters *up* (`U`), *down* (`D`), *left* (`L`), or *right* (`R`), clearing full 1 meter cubes as they go. The directions are given as seen from above, so if "up" were north, then "right" would be east, and so on. Each trench is also listed with *the color that the edge of the trench should be painted* as an [RGB hexadecimal color code](https://en.wikipedia.org/wiki/RGB_color_model#Numeric_representations).
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When viewed from above, the above example dig plan would result in the following loop of *trench* (`#`) having been dug out from otherwise *ground-level terrain* (`.`):
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```
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#######
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#.....#
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###...#
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..#...#
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..#...#
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###.###
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#...#..
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##..###
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.#....#
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.######
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```
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At this point, the trench could contain 38 cubic meters of lava. However, this is just the edge of the lagoon; the next step is to *dig out the interior* so that it is one meter deep as well:
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```
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#######
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#######
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#######
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..#####
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..#####
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#######
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#####..
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#######
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.######
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.######
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```
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Now, the lagoon can contain a much more respectable `*62*` cubic meters of lava. While the interior is dug out, the edges are also painted according to the color codes in the dig plan.
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The Elves are concerned the lagoon won't be large enough; if they follow their dig plan, *how many cubic meters of lava could it hold?*
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To begin, [get your puzzle input](18/input).
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Answer:
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204
2023/day18_lavaduct_lagoon/src/lib.rs
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204
2023/day18_lavaduct_lagoon/src/lib.rs
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use core::fmt::Display;
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use std::num::ParseIntError;
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#[derive(Debug, PartialEq, Eq)]
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pub enum ParseError<'a> {
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InvalidDirection(&'a str),
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LineMalformed(&'a str),
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ParseDirError(usize),
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ParseIntError(std::num::ParseIntError),
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}
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struct ParseDirError(usize);
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impl From<ParseDirError> for ParseError<'_> {
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fn from(value: ParseDirError) -> Self {
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Self::ParseDirError(value.0)
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}
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}
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impl From<ParseIntError> for ParseError<'_> {
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fn from(value: ParseIntError) -> Self {
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Self::ParseIntError(value)
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}
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}
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impl Display for ParseError<'_> {
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fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {
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match self {
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Self::InvalidDirection(d) => write!(f, "Unable to parse \"{d}\" into a direction. Value needs to be U, D, L, or R."),
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Self::LineMalformed(v) => write!(f, "Line is malformed: {v}"),
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Self::ParseDirError(d) => write!(f, "Unable to parse {d} into a direction. Value needs to be within [0..=3]."),
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Self::ParseIntError(e) => write!(f, "Unable to parse into integer: {e}"),
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}
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}
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}
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#[repr(u8)]
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#[derive(Clone, Copy)]
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enum Direction {
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Up,
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Down,
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Left,
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Right,
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}
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impl TryFrom<usize> for Direction {
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type Error = ParseDirError;
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fn try_from(value: usize) -> Result<Self, Self::Error> {
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match value {
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0 => Ok(Direction::Right),
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1 => Ok(Direction::Down),
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2 => Ok(Direction::Left),
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3 => Ok(Direction::Up),
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e => Err(ParseDirError(e)),
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}
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}
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}
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struct Trench {
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dir_v1: Direction,
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len_v1: usize,
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dir_v2: Direction,
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len_v2: usize,
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}
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impl<'a> TryFrom<&'a str> for Trench {
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type Error = ParseError<'a>;
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fn try_from(value: &'a str) -> Result<Self, Self::Error> {
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let components: Vec<_> = value.split_whitespace().collect();
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if components.len() != 3 {
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return Err(Self::Error::LineMalformed(value));
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}
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let dir_v1 = match components[0] {
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"U" => Ok(Direction::Up),
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"D" => Ok(Direction::Down),
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"L" => Ok(Direction::Left),
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"R" => Ok(Direction::Right),
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e => Err(Self::Error::InvalidDirection(e))
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}?;
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let len_v1 = components[1].parse()?;
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let colour = usize::from_str_radix(&components[2][2..components[2].len()-1], 16)?;
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let len_v2 = colour/16;
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let dir_v2 = Direction::try_from(colour%4)?;
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Ok(Self{ dir_v1, len_v1, dir_v2, len_v2, })
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}
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}
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fn lagoon_size(trenches: &[Trench], v2: bool) -> usize {
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let mut curr = (0, 0);
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let mut corners = Vec::from([curr]);
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trenches.iter().for_each(|trench| {
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let (dir, len) = if v2 { (trench.dir_v2, trench.len_v2) } else { (trench.dir_v1, trench.len_v1) };
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curr = match dir {
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Direction::Up => (curr.0, curr.1 - len as isize),
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Direction::Down => (curr.0, curr.1 + len as isize),
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Direction::Left => (curr.0 - len as isize, curr.1),
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Direction::Right => (curr.0 + len as isize, curr.1),
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};
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corners.push(curr);
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});
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segment_size(&corners)
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}
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fn segment_size(corners: &[(isize, isize)]) -> usize {
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let (mut min_x, mut max_x, mut min_y, mut max_y) = (isize::MAX, isize::MIN, isize::MAX, isize::MIN);
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corners.iter().for_each(|(x, y)| {
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min_x = min_x.min(*x);
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max_x = max_x.max(*x);
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min_y = min_y.min(*y);
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max_y = max_y.max(*y);
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});
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if min_x == max_x || min_y == max_y {
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return 0;
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}
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match corners.len() {
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f if f < 3 => 0,
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3 => ((max_x-min_x)*(max_y-min_y)) as usize,
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4 if corners[0].0 == corners[3].0 => ((max_x-min_x)*(max_y-min_y-1)) as usize,
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4 => ((max_x-min_x-1)*(max_y-min_y)) as usize,
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n => {
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// find all trench corners on the edges of this segment
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let mut outside_corner_indexes : Vec<_> = corners.iter().enumerate().filter(|(_idx, (x, y))| [min_x, max_x].contains(x) || [min_y, max_y].contains(y)).map(|(idx, _corner)| idx).collect();
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let mut res = if corners[0] == corners[n-1] {
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// push the first one to the end to find segments that wrap around the end of our slice
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outside_corner_indexes.push(outside_corner_indexes[0]);
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// We are looking at the lagoon itself, which is the only case of a closed segment. Consider anything including the trench.
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((max_x+1-min_x)*(max_y+1-min_y)) as usize
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} else {
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// If we have an even number of corners, the segment is in the middle of the edge. We need to consider the whole area and deduct the trench afterwards.
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((max_x+1-min_x)*(max_y+1-min_y)) as usize - corners.windows(2).map(|w| w[0].0.abs_diff(w[1].0)+ w[0].1.abs_diff(w[1].1)).sum::<usize>() - 1
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};
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// deduct the size of each segment on our edge
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for w in outside_corner_indexes.windows(2) {
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if w[1] > w[0] {
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res -= segment_size(&corners[w[0]..=w[1]]);
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} else {
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res -= segment_size(&[&corners[w[0]..], &corners[..=w[1]]].concat());
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}
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}
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res
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},
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}
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}
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pub fn run(input: &str) -> Result<(usize, usize), ParseError> {
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let trenches: Vec<_> = input.lines().map(Trench::try_from).collect::<Result<Vec<_>, _>>()?;
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let first = lagoon_size(&trenches, false);
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let second = lagoon_size(&trenches, true);
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Ok((first, second))
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}
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#[cfg(test)]
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mod tests {
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use super::*;
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use std::fs::read_to_string;
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fn read_file(name: &str) -> String {
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read_to_string(name).expect(&format!("Unable to read file: {name}")[..]).trim().to_string()
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}
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#[test]
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fn segment_size_test() {
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let data = [
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vec![(0, 0), (3, 0), (3, 4), (0, 4), (0, 0)],
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vec![(0, 0), (2, 0), (2, 2), (4, 2), (4, 4), (0, 4), (0, 0)],
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vec![(0, 0), (2, 0), (2, 1), (3, 1), (3, 2), (4, 2), (4, 4), (0, 4), (0, 0)],
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vec![(0, 0), (2, 0), (2, 1), (1, 1), (1, 4), (6, 4), (6, 2), (5, 2), (5, 0), (7, 0), (7, 5), (0, 5), (0, 0)],
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vec![(0, 3), (5, 3), (5, 0)],
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vec![(0, 3), (3, 3), (3, 2), (5, 2), (5, 0)],
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vec![(2, 0), (2, 1), (1, 1), (1, 3), (5, 3), (5, 0)],
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];
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let expected = [
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20,
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21,
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22,
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37,
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15,
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13,
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7,
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];
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for (idx, corners) in data.iter().enumerate() {
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assert_eq!(segment_size(corners), expected[idx]);
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}
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}
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#[test]
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fn test_sample() {
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let sample_input = read_file("tests/sample_input");
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assert_eq!(run(&sample_input), Ok((62, 952408144115)));
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}
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#[test]
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fn test_challenge() {
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let challenge_input = read_file("tests/challenge_input");
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assert_eq!(run(&challenge_input), Ok((34329, 42617947302920)));
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}
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}
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608
2023/day18_lavaduct_lagoon/tests/challenge_input
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608
2023/day18_lavaduct_lagoon/tests/challenge_input
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@ -0,0 +1,608 @@
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R 7 (#32c140)
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U 2 (#253c23)
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R 5 (#1e70a0)
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U 4 (#584ec3)
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L 5 (#24a120)
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U 4 (#1d03a3)
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L 3 (#7454a0)
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U 2 (#388563)
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L 6 (#4f9170)
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U 4 (#300bf3)
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L 3 (#2f6e10)
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U 3 (#1c2613)
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R 3 (#656dd0)
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U 4 (#281983)
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R 7 (#287620)
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U 3 (#55f513)
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R 4 (#160ca0)
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D 7 (#1fce03)
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R 3 (#110940)
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U 4 (#67bd83)
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R 4 (#342180)
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U 2 (#1c6a21)
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R 3 (#0fd3c0)
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U 6 (#00b231)
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R 5 (#417e02)
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U 2 (#012b21)
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R 4 (#571920)
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D 6 (#2bc391)
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L 5 (#06b610)
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D 4 (#539271)
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R 5 (#5dcf32)
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D 3 (#11a7b1)
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R 4 (#417e00)
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D 5 (#057e31)
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R 5 (#10a4f0)
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D 7 (#07c651)
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R 2 (#0defe0)
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D 6 (#52d041)
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R 4 (#523fc0)
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U 4 (#3641c1)
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R 4 (#572670)
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U 2 (#0ed9c3)
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R 4 (#6f9270)
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U 3 (#481a43)
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R 4 (#18df40)
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U 5 (#321e03)
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R 3 (#19c400)
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U 6 (#240bb1)
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R 3 (#262fc0)
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D 8 (#213861)
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R 2 (#106700)
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D 4 (#6e7721)
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R 6 (#106702)
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D 4 (#1a0ca1)
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R 3 (#306cf0)
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D 4 (#4e72e3)
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R 6 (#2ddd00)
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U 5 (#0246f3)
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R 8 (#34c980)
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U 5 (#0246f1)
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R 5 (#468770)
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U 5 (#3bddb3)
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R 6 (#407df2)
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U 4 (#0d4723)
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R 2 (#232d72)
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U 3 (#0d4721)
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R 5 (#458292)
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U 6 (#460723)
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R 4 (#1099d2)
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U 7 (#021263)
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R 2 (#00ecd2)
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U 4 (#3609a3)
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R 4 (#5c4702)
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D 6 (#3609a1)
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R 2 (#34fdf2)
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D 5 (#48cd93)
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R 3 (#2aca52)
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U 7 (#1f0081)
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R 3 (#6fe682)
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U 4 (#1f0083)
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R 3 (#172802)
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D 4 (#52f873)
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R 4 (#0b1672)
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D 4 (#396f83)
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R 5 (#341452)
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D 5 (#021783)
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R 3 (#5562e2)
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U 6 (#021781)
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R 2 (#02f832)
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U 6 (#2f0413)
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R 3 (#0f87f2)
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U 2 (#3a1313)
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R 4 (#4a2000)
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D 7 (#3bae21)
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R 4 (#2fd400)
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D 7 (#3bae23)
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R 5 (#220350)
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D 3 (#1657f3)
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L 5 (#344c22)
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D 6 (#0a57d3)
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L 5 (#371b92)
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D 4 (#07e0d1)
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L 4 (#44d3c2)
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U 4 (#6a8161)
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L 7 (#374952)
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D 5 (#016691)
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R 2 (#03a9f2)
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D 5 (#1f21b1)
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R 7 (#556402)
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D 7 (#314a01)
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R 4 (#227e70)
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D 4 (#5c5421)
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R 8 (#227e72)
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D 3 (#14e951)
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L 4 (#2ae662)
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D 3 (#191733)
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L 5 (#011812)
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D 4 (#0ff213)
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R 9 (#201fc0)
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D 5 (#5c2c53)
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R 6 (#201fc2)
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D 4 (#175033)
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R 3 (#011810)
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D 3 (#0ed613)
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R 5 (#4ff382)
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D 4 (#17b3e3)
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R 7 (#419812)
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D 3 (#235fd3)
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R 5 (#5bdb22)
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D 4 (#2200e3)
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L 3 (#257c12)
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D 4 (#2d0183)
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L 5 (#44ccf2)
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D 3 (#033a63)
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R 8 (#2231f0)
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D 3 (#1a6073)
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R 2 (#2fd740)
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D 5 (#694813)
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R 8 (#3cd170)
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D 3 (#160c33)
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R 6 (#4f1da0)
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D 3 (#1510d3)
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R 2 (#064c80)
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D 4 (#618e43)
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L 4 (#0fc960)
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D 4 (#00a603)
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L 4 (#653382)
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D 4 (#3d9143)
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R 2 (#2c5fc2)
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D 3 (#82c2a1)
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R 7 (#2df952)
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D 3 (#82c2a3)
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R 2 (#348192)
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D 4 (#1919f3)
|
||||
R 6 (#14a7f0)
|
||||
U 5 (#215203)
|
||||
R 5 (#304700)
|
||||
D 4 (#52ed03)
|
||||
R 5 (#4461a0)
|
||||
D 5 (#104b63)
|
||||
L 5 (#31ebc0)
|
||||
D 6 (#560291)
|
||||
R 8 (#014200)
|
||||
U 3 (#5b0f01)
|
||||
R 8 (#3f3940)
|
||||
U 2 (#0046d1)
|
||||
R 3 (#5de660)
|
||||
U 3 (#0df221)
|
||||
L 3 (#30b5a0)
|
||||
U 2 (#44d301)
|
||||
L 8 (#1c2c70)
|
||||
U 5 (#5c2051)
|
||||
R 3 (#4580f0)
|
||||
U 3 (#2baca1)
|
||||
R 7 (#293080)
|
||||
U 3 (#352e11)
|
||||
R 8 (#108020)
|
||||
U 6 (#596e43)
|
||||
R 5 (#347900)
|
||||
U 4 (#35b053)
|
||||
R 5 (#2f9c80)
|
||||
U 4 (#5a9481)
|
||||
R 7 (#13e580)
|
||||
D 4 (#348a11)
|
||||
R 3 (#0d7c90)
|
||||
D 4 (#1397c3)
|
||||
R 5 (#5b5830)
|
||||
D 6 (#236813)
|
||||
R 3 (#1fcbb2)
|
||||
D 3 (#600003)
|
||||
R 6 (#2852a2)
|
||||
D 2 (#0e0633)
|
||||
R 3 (#4c9292)
|
||||
U 3 (#495b13)
|
||||
R 5 (#602c52)
|
||||
U 5 (#495b11)
|
||||
L 5 (#4c54d2)
|
||||
U 4 (#53acb3)
|
||||
R 4 (#3e3bc0)
|
||||
U 4 (#044403)
|
||||
R 7 (#363620)
|
||||
U 4 (#596a83)
|
||||
R 3 (#504600)
|
||||
U 7 (#4701f3)
|
||||
R 5 (#46a042)
|
||||
U 8 (#6f7593)
|
||||
R 5 (#09a5c2)
|
||||
U 5 (#096273)
|
||||
R 5 (#09d900)
|
||||
D 8 (#7096f1)
|
||||
R 4 (#509250)
|
||||
U 4 (#136681)
|
||||
R 2 (#2564d0)
|
||||
U 10 (#2cbcc1)
|
||||
R 3 (#2564d2)
|
||||
D 4 (#01cfc1)
|
||||
R 3 (#30de40)
|
||||
D 10 (#6afe81)
|
||||
R 3 (#417690)
|
||||
D 4 (#6b2053)
|
||||
L 7 (#4be090)
|
||||
D 4 (#2b4381)
|
||||
L 5 (#3027a0)
|
||||
U 4 (#485431)
|
||||
L 3 (#2f60d2)
|
||||
D 5 (#3f3751)
|
||||
L 3 (#2f60d0)
|
||||
D 6 (#0a1ac1)
|
||||
L 6 (#003d70)
|
||||
D 3 (#32b021)
|
||||
R 4 (#6dca90)
|
||||
D 5 (#507281)
|
||||
R 2 (#436f00)
|
||||
D 5 (#23c6a1)
|
||||
R 3 (#537db0)
|
||||
D 4 (#2aec01)
|
||||
R 7 (#4ec940)
|
||||
U 4 (#0d1c73)
|
||||
R 2 (#302510)
|
||||
U 3 (#1fac81)
|
||||
L 6 (#2bd470)
|
||||
U 5 (#1fac83)
|
||||
R 6 (#32a8a0)
|
||||
U 7 (#0d1c71)
|
||||
R 5 (#06d530)
|
||||
D 6 (#6bfe71)
|
||||
R 4 (#022af2)
|
||||
D 10 (#2999c1)
|
||||
R 2 (#147bf2)
|
||||
D 3 (#37c0e1)
|
||||
R 8 (#8349e2)
|
||||
D 4 (#37c0e3)
|
||||
R 2 (#27ea02)
|
||||
D 2 (#2999c3)
|
||||
R 9 (#0db3d2)
|
||||
D 4 (#43efc1)
|
||||
R 3 (#4ae5e2)
|
||||
D 3 (#342641)
|
||||
R 4 (#571b60)
|
||||
D 3 (#035e71)
|
||||
R 5 (#064d50)
|
||||
U 2 (#126b71)
|
||||
R 6 (#056180)
|
||||
U 8 (#51b3c1)
|
||||
R 5 (#5a9570)
|
||||
U 4 (#51b3c3)
|
||||
R 8 (#25a5e0)
|
||||
U 2 (#15c851)
|
||||
R 3 (#039590)
|
||||
D 6 (#55a361)
|
||||
R 6 (#33d960)
|
||||
D 4 (#21b371)
|
||||
R 2 (#74bb50)
|
||||
D 3 (#33a773)
|
||||
L 4 (#18e2e0)
|
||||
D 3 (#388313)
|
||||
L 8 (#282be0)
|
||||
D 2 (#5f3b13)
|
||||
L 2 (#5ad2c0)
|
||||
D 3 (#2b9d53)
|
||||
L 2 (#82fea2)
|
||||
D 10 (#035653)
|
||||
L 3 (#18e2e2)
|
||||
D 2 (#0f36f3)
|
||||
L 3 (#3c8d70)
|
||||
D 3 (#0e3a33)
|
||||
L 3 (#120a50)
|
||||
D 7 (#6f3323)
|
||||
L 3 (#31f8c0)
|
||||
D 5 (#309583)
|
||||
R 6 (#098b52)
|
||||
U 7 (#2997d3)
|
||||
R 7 (#284152)
|
||||
U 5 (#0cf161)
|
||||
R 5 (#442342)
|
||||
D 3 (#51c983)
|
||||
R 3 (#3fd5a2)
|
||||
D 4 (#51c981)
|
||||
R 2 (#071bc2)
|
||||
D 5 (#0cf163)
|
||||
R 5 (#096492)
|
||||
D 3 (#2997d1)
|
||||
L 3 (#08aa32)
|
||||
D 5 (#617173)
|
||||
L 4 (#159f80)
|
||||
D 4 (#1ad823)
|
||||
L 2 (#189870)
|
||||
D 2 (#49cd53)
|
||||
L 7 (#542880)
|
||||
D 4 (#64a571)
|
||||
L 3 (#4c8f90)
|
||||
D 3 (#4b9403)
|
||||
L 2 (#4776a0)
|
||||
D 7 (#115af3)
|
||||
L 5 (#31f4d0)
|
||||
U 4 (#5402b3)
|
||||
L 5 (#5a5820)
|
||||
D 7 (#18b4e1)
|
||||
L 7 (#204a50)
|
||||
U 7 (#618ac1)
|
||||
L 3 (#3d4fc0)
|
||||
D 4 (#6a84b1)
|
||||
L 5 (#1db0c0)
|
||||
D 6 (#152da1)
|
||||
L 2 (#02b390)
|
||||
D 8 (#41e331)
|
||||
L 2 (#7c9b10)
|
||||
D 7 (#072371)
|
||||
L 3 (#5e3210)
|
||||
D 3 (#2aec03)
|
||||
L 2 (#7f7280)
|
||||
D 9 (#3b0d41)
|
||||
L 4 (#141b02)
|
||||
U 3 (#5d9db1)
|
||||
L 3 (#400800)
|
||||
D 7 (#132521)
|
||||
L 5 (#544ec0)
|
||||
U 7 (#25f8c3)
|
||||
L 3 (#4f24c0)
|
||||
U 2 (#25f8c1)
|
||||
L 2 (#10fca0)
|
||||
U 3 (#132523)
|
||||
R 7 (#1299b0)
|
||||
U 2 (#2375b1)
|
||||
R 6 (#25bb92)
|
||||
U 4 (#2ceb11)
|
||||
L 4 (#569262)
|
||||
U 2 (#062d81)
|
||||
L 4 (#4f0eb2)
|
||||
U 9 (#062d83)
|
||||
L 5 (#3bb532)
|
||||
U 3 (#191f21)
|
||||
L 6 (#1754a2)
|
||||
D 3 (#44d1f1)
|
||||
L 3 (#722452)
|
||||
D 4 (#394421)
|
||||
R 6 (#27a0a2)
|
||||
D 8 (#7f3ae1)
|
||||
L 6 (#1a2952)
|
||||
D 7 (#402a41)
|
||||
L 6 (#1a2950)
|
||||
D 6 (#50f3c1)
|
||||
L 5 (#5479e2)
|
||||
U 4 (#4bd6b3)
|
||||
L 4 (#435e92)
|
||||
U 2 (#388f83)
|
||||
L 3 (#43caa0)
|
||||
U 5 (#43b4a3)
|
||||
L 7 (#43caa2)
|
||||
U 7 (#1c0eb3)
|
||||
L 7 (#435e90)
|
||||
U 3 (#0033b3)
|
||||
L 4 (#35a562)
|
||||
U 5 (#2bfbb3)
|
||||
L 2 (#4ab672)
|
||||
U 8 (#6bac11)
|
||||
L 3 (#029fe2)
|
||||
U 9 (#3e0f71)
|
||||
R 4 (#50a132)
|
||||
U 7 (#3698a1)
|
||||
R 2 (#15add2)
|
||||
U 3 (#7e3841)
|
||||
R 10 (#327a12)
|
||||
U 3 (#24b1b1)
|
||||
R 8 (#2b6592)
|
||||
U 3 (#3b80a1)
|
||||
R 6 (#106112)
|
||||
U 3 (#315b31)
|
||||
L 10 (#6510e2)
|
||||
D 3 (#1e5881)
|
||||
L 3 (#3a2e42)
|
||||
U 6 (#1e5883)
|
||||
L 4 (#175ed2)
|
||||
U 4 (#0bc683)
|
||||
L 2 (#443860)
|
||||
U 3 (#5b6113)
|
||||
L 6 (#443862)
|
||||
D 7 (#3fcbf3)
|
||||
L 6 (#427de2)
|
||||
U 8 (#04e613)
|
||||
L 3 (#3a06a2)
|
||||
D 4 (#3e7273)
|
||||
L 2 (#42fd42)
|
||||
D 10 (#2579c3)
|
||||
L 3 (#234762)
|
||||
D 3 (#7dc451)
|
||||
R 4 (#33cf70)
|
||||
D 8 (#121911)
|
||||
L 4 (#8121b0)
|
||||
D 3 (#1a2d31)
|
||||
L 6 (#1831c2)
|
||||
D 2 (#1ea1b1)
|
||||
L 4 (#0674f2)
|
||||
D 3 (#1679e1)
|
||||
L 10 (#5948b2)
|
||||
D 2 (#1679e3)
|
||||
L 2 (#2f4d52)
|
||||
D 4 (#0469b1)
|
||||
L 6 (#0db472)
|
||||
D 5 (#5a0e01)
|
||||
R 6 (#471a90)
|
||||
D 4 (#101dc1)
|
||||
R 2 (#5f57e0)
|
||||
D 3 (#432761)
|
||||
R 4 (#1e6d70)
|
||||
D 3 (#576d71)
|
||||
R 2 (#306cd0)
|
||||
D 2 (#0a9a11)
|
||||
R 7 (#41d3c0)
|
||||
U 2 (#2d1fd1)
|
||||
R 3 (#51e040)
|
||||
U 3 (#2d1fd3)
|
||||
R 3 (#13c380)
|
||||
D 2 (#0a9a13)
|
||||
R 5 (#6b9900)
|
||||
D 5 (#390be1)
|
||||
L 4 (#14f860)
|
||||
D 5 (#0e3a31)
|
||||
L 6 (#5f2292)
|
||||
D 4 (#498ae1)
|
||||
L 3 (#1b53a2)
|
||||
D 6 (#22b6b1)
|
||||
L 7 (#255972)
|
||||
D 3 (#7f2ad1)
|
||||
L 4 (#1badc0)
|
||||
D 4 (#2d96e1)
|
||||
L 8 (#083460)
|
||||
D 5 (#5aa4f1)
|
||||
L 2 (#083462)
|
||||
D 4 (#07c271)
|
||||
L 2 (#1badc2)
|
||||
D 9 (#19fe01)
|
||||
L 2 (#27c492)
|
||||
D 6 (#40be73)
|
||||
L 6 (#06eee2)
|
||||
U 2 (#231bd3)
|
||||
L 3 (#3b1db2)
|
||||
U 10 (#184ae1)
|
||||
L 2 (#3cea12)
|
||||
U 6 (#4b8f61)
|
||||
L 5 (#244e82)
|
||||
U 4 (#5576d1)
|
||||
R 5 (#2e7552)
|
||||
U 6 (#372b41)
|
||||
L 5 (#0cabb0)
|
||||
D 2 (#34bde1)
|
||||
L 3 (#3288b0)
|
||||
D 5 (#82d1c3)
|
||||
L 2 (#2911e0)
|
||||
D 3 (#82d1c1)
|
||||
L 6 (#3b28a0)
|
||||
D 4 (#34bde3)
|
||||
L 3 (#561020)
|
||||
D 6 (#568d21)
|
||||
L 5 (#5f06b2)
|
||||
U 6 (#106891)
|
||||
L 6 (#0c22c2)
|
||||
U 7 (#4941b1)
|
||||
L 3 (#603862)
|
||||
U 3 (#181fe1)
|
||||
L 6 (#195962)
|
||||
U 3 (#461091)
|
||||
L 4 (#257782)
|
||||
U 5 (#7fed61)
|
||||
L 6 (#2cf8d2)
|
||||
U 6 (#042361)
|
||||
L 4 (#527050)
|
||||
U 5 (#4a5051)
|
||||
R 6 (#195960)
|
||||
U 5 (#4107a1)
|
||||
R 2 (#319d92)
|
||||
U 7 (#3f0e61)
|
||||
L 7 (#17a5c2)
|
||||
U 4 (#429851)
|
||||
L 5 (#37f9a2)
|
||||
U 4 (#436d11)
|
||||
L 5 (#25c582)
|
||||
U 3 (#436d13)
|
||||
L 3 (#3815d2)
|
||||
U 5 (#042663)
|
||||
R 4 (#00be52)
|
||||
U 3 (#5e13a3)
|
||||
R 4 (#028f62)
|
||||
D 5 (#004c43)
|
||||
R 7 (#52e262)
|
||||
U 5 (#4826b3)
|
||||
R 5 (#04ba12)
|
||||
U 3 (#4826b1)
|
||||
L 8 (#509a02)
|
||||
U 6 (#254c03)
|
||||
R 8 (#11bfc2)
|
||||
U 4 (#1fba13)
|
||||
R 5 (#5e3280)
|
||||
U 5 (#56c073)
|
||||
R 3 (#08d9c0)
|
||||
U 3 (#75e7a3)
|
||||
R 4 (#380520)
|
||||
U 4 (#651443)
|
||||
L 6 (#1d7430)
|
||||
U 7 (#15f733)
|
||||
L 2 (#4d63a2)
|
||||
U 5 (#1a8ba3)
|
||||
L 5 (#39b4c2)
|
||||
U 4 (#372fc3)
|
||||
L 2 (#11a2a2)
|
||||
U 4 (#372fc1)
|
||||
L 7 (#440a92)
|
||||
D 4 (#2e18b3)
|
||||
L 4 (#2361b2)
|
||||
D 4 (#25f413)
|
||||
L 4 (#490582)
|
||||
U 4 (#5ea151)
|
||||
L 6 (#37b702)
|
||||
U 3 (#5ea153)
|
||||
L 3 (#1e0e42)
|
||||
U 3 (#3e17d3)
|
||||
L 6 (#4b6ec0)
|
||||
U 4 (#058e11)
|
||||
L 9 (#3c5900)
|
||||
U 2 (#058e13)
|
||||
L 3 (#3a64b0)
|
||||
U 6 (#362123)
|
||||
L 4 (#7a3390)
|
||||
U 5 (#0c9e53)
|
||||
L 7 (#06a9f0)
|
||||
U 7 (#036323)
|
||||
L 5 (#0e8470)
|
||||
U 3 (#0ad513)
|
||||
L 2 (#3331c2)
|
||||
U 7 (#12fed3)
|
||||
L 5 (#3c4a52)
|
||||
U 6 (#55aa33)
|
||||
L 4 (#18e540)
|
||||
D 6 (#2984c3)
|
||||
L 4 (#18e542)
|
||||
U 3 (#49aa53)
|
||||
L 3 (#0879e2)
|
||||
U 5 (#381dc3)
|
||||
L 3 (#3c9e92)
|
||||
U 6 (#471eb1)
|
||||
L 4 (#643aa2)
|
||||
U 6 (#471eb3)
|
||||
L 4 (#148512)
|
||||
U 9 (#228b33)
|
||||
L 2 (#084e12)
|
||||
U 5 (#228f33)
|
||||
L 3 (#60a742)
|
||||
D 7 (#44a213)
|
||||
L 2 (#094262)
|
||||
D 7 (#04aee3)
|
||||
L 4 (#46a752)
|
||||
U 5 (#0dd833)
|
||||
L 3 (#533952)
|
||||
U 9 (#447da3)
|
||||
L 2 (#5e0780)
|
||||
U 3 (#2d1783)
|
||||
L 4 (#275f90)
|
||||
U 6 (#35bc53)
|
||||
L 3 (#3c9da2)
|
||||
U 4 (#22fd93)
|
||||
L 4 (#48c972)
|
||||
D 5 (#1feb43)
|
||||
L 2 (#36bf42)
|
||||
D 7 (#405583)
|
||||
L 3 (#41af42)
|
||||
U 9 (#469c81)
|
||||
L 2 (#393e22)
|
||||
U 3 (#3cd9f1)
|
||||
L 6 (#3bb442)
|
||||
D 7 (#025261)
|
||||
L 7 (#5b7290)
|
||||
U 7 (#5b1311)
|
||||
L 4 (#197fd0)
|
||||
U 2 (#49b3e1)
|
||||
L 4 (#6d2722)
|
||||
U 4 (#0dd831)
|
||||
L 4 (#4b7072)
|
||||
D 3 (#4f78c3)
|
||||
L 3 (#125ab2)
|
||||
D 6 (#4dd6b3)
|
||||
L 4 (#14b212)
|
||||
U 2 (#3db733)
|
||||
L 2 (#5bb722)
|
||||
U 7 (#519d13)
|
||||
L 3 (#2baf82)
|
||||
D 4 (#5394b3)
|
||||
L 4 (#6e6f42)
|
||||
U 8 (#316c33)
|
||||
14
2023/day18_lavaduct_lagoon/tests/sample_input
Normal file
14
2023/day18_lavaduct_lagoon/tests/sample_input
Normal file
|
|
@ -0,0 +1,14 @@
|
|||
R 6 (#70c710)
|
||||
D 5 (#0dc571)
|
||||
L 2 (#5713f0)
|
||||
D 2 (#d2c081)
|
||||
R 2 (#59c680)
|
||||
D 2 (#411b91)
|
||||
L 5 (#8ceee2)
|
||||
U 2 (#caa173)
|
||||
L 1 (#1b58a2)
|
||||
U 2 (#caa171)
|
||||
R 2 (#7807d2)
|
||||
U 3 (#a77fa3)
|
||||
L 2 (#015232)
|
||||
U 2 (#7a21e3)
|
||||
Loading…
Add table
Add a link
Reference in a new issue