public Solution(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
bodies = new Dictionary <string, Body>();
HashSet <string> allbodies = new HashSet <string>();
HashSet <string> allbodiesInOrbit = new HashSet <string>();
foreach (var line in lines)
{
var split = line.Split(")");
var baseBody = split[0];
var orbitBody = split[1];
if (!bodies.ContainsKey(baseBody))
{
bodies.Add(baseBody, new Body(baseBody));
}
if (!bodies.ContainsKey(orbitBody))
{
bodies.Add(orbitBody, new Body(orbitBody));
}
bodies[baseBody].AddOrbit(bodies[split[1]]);
allbodies.Add(baseBody);
allbodies.Add(orbitBody);
allbodiesInOrbit.Add(orbitBody);
}
root = bodies[allbodies.Except(allbodiesInOrbit).Single()];
}
private static void EvaluateRuntime(Input.InputMode inputMode, int numRuns)
{
var runtimes = new long[25, numRuns];
var stopwatch = new Stopwatch();
for (int runCount = 0; runCount < numRuns; runCount++)
{
for (int dayNum = 1; dayNum <= 25; dayNum++)
{
var solver = GetSolver(inputMode, dayNum, stopwatch);
runtimes[dayNum - 1, runCount] = stopwatch.ElapsedMilliseconds;
}
}
var averageRuntimes = new long[25];
for (int dayNum = 1; dayNum <= 25; dayNum++)
{
long totalTime = 0;
for (int runNum = 0; runNum < numRuns; runNum++)
{
totalTime += runtimes[dayNum - 1, runNum];
}
averageRuntimes[dayNum - 1] = totalTime / numRuns;
}
for (int dayCount = 1; dayCount <= 25; dayCount++)
{
Console.WriteLine($"Day{dayCount} average runtime: {averageRuntimes[dayCount - 1]}ms");
}
Console.WriteLine($"Average total runtime: {runtimes.Cast<long>().Sum() / numRuns}ms");
}
public Solution(Input.InputMode inputMode, string input)
{
var startProg = Input.GetInputLines(inputMode, input, new char[] { ',' }).ToArray();
var executor = new Executor(startProg);
program = executor.startProgram;
}
private static void SolveIndividualDay(Input.InputMode inputMode, int dayNum)
{
var solver = GetSolver(inputMode, dayNum);
Console.WriteLine($"Day{dayNum}:");
solver.WriteSolutions();
}
public Solution(Input.InputMode inputMode, string input)
{
var startProg = Input.GetInputLines(inputMode, input, new char[] { ',' }).ToArray();
executor = new Executor(startProg);
tiles = new Dictionary <Coordinate, long>();
}
protected PuzzleSolver(Input.InputMode mode, string input)
{
var inputString = Input.GetInput(mode, input);
ParseInput(inputString);
PrepareSolution();
SolvePartOne();
SolvePartTwo();
}
private static void SolveAllDays(Input.InputMode inputMode)
{
for (int dayNum = 1; dayNum <= 25; dayNum++)
{
var solver = GetSolver(inputMode, dayNum);
Console.WriteLine($"Day{dayNum}:");
solver.WriteSolutions();
}
}
public Solution(Input.InputMode inputMode, string input)
{
var program = Input.GetInputLines(inputMode, input, new char[] { ',' }).ToArray();
amplifiers = new Amplifier[5];
for (int n = 0; n < 5; n++)
{
amplifiers[n] = new Amplifier(program, "Amplifier " + n);
}
}
public Solution(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
asteroids = Asteroid.Parse(lines);
foreach (var asteroid in asteroids)
{
locations[asteroid.X * 100 + asteroid.Y] = true;
}
FindStation();
Find200th();
}
private static string GetFileName(Input.InputMode inputMode, int dayNum)
{
switch (inputMode)
{
case Input.InputMode.Embedded:
return("input.txt");
case Input.InputMode.File:
return($"{dayNum}.txt");
default:
throw new Exception("set InputMode to either Embedded or File");
}
}
public void Parse(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
tiles = new List <Tile>();
keyTiles = new List <Tile>();
var allTiles = new Dictionary <(int x, int y), Tile>();
var allKeys = new List <string>();
var doorTiles = new List <Tile>();
for (int y = 0; y < lines.Length; y++)
{
var line = lines[y];
for (int x = 0; x < line.Length; x++)
{
var c = line[x];
string lockedBy = null;
string hasKey = null;
if (c == '#')
{
continue;
}
if (c - 'A' < 26 && c - 'A' >= 0)
{
lockedBy = c.ToString().ToLower();
}
if (c - 'a' < 26 && c - 'a' >= 0)
{
hasKey = c.ToString();
allKeys.Add(hasKey);
}
var coord = new Coordinate(x, y);
var tile = new Tile(coord);
tile.HasKey = hasKey;
tile.LockedBy = lockedBy;
doorTiles.Add(tile);
if (c == '@')
{
start = tile;
}
tiles.Add(tile);
allTiles[(x, y)] = tile;
private static PuzzleSolver GetSolver(Input.InputMode inputMode, int dayNum, Stopwatch stopwatch = null)
{
var fileName = GetFileName(inputMode, dayNum);
bool stopwatchProvided = stopwatch != null;
var solverType = Type.GetType($"AoC.Day{dayNum}.Solver");
if (stopwatchProvided)
{
stopwatch.Restart();
}
var solver = (PuzzleSolver)Activator.CreateInstance(solverType, new Object[] { inputMode, fileName });
if (stopwatchProvided)
{
stopwatch.Stop();
}
return(solver);
}
public Solution(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
reactions = Reaction.Parse(lines);
var ore = new Element()
{
name = "ORE", amount = 1
};
var oreReaction = new Reaction()
{
output = ore, requiredInputs = new Element[0]
};
ReactionWithOutput = new Dictionary <string, Reaction>();
ReactionWithOutput.Add("ORE", oreReaction);
foreach (var reaction in reactions)
{
ReactionWithOutput.Add(reaction.output.name, reaction);
}
BuildTree();
}
public Solver(Input.InputMode mode, string input) : base(mode, input)
{
}
public Solution(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
moons = Moon.Parse(lines).ToArray();
}
public Solution(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
startBugs = Parse(lines);
}
public Solution(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
digits = lines.Single().ToCharArray().Select(c => c - 48).ToArray();
}
public Solution(Input.InputMode inputMode, string input)
{
lines = Input.GetInputLines(inputMode, input).ToArray();
}
public Solution(Input.InputMode inputMode, string input)
{
var lines = Input.GetInputLines(inputMode, input).ToArray();
modules = ParsedInput.Parse(lines);
}
public Solution(Input.InputMode inputMode, string input)
{
startProgram = Input.GetInputLines(inputMode, input).ToArray()[0].ToCharArray().Select(c => c - 48).Select(c => (long)c).ToArray();
Reset();
}
public Solution(Input.InputMode inputMode, string input)
{
Parse(inputMode, input);
}
