public void Part2()
{
var game = new MarbleGame(_players, _lastMarble * 100);
game.Play();
Assert.Equal((ulong)3350093681, game.LeadingPlayer.score);
}
public void GameShouldPlay(int players, int lastMarble, ulong expectedScore)
{
var game = new MarbleGame(players, lastMarble);
game.Play();
Assert.Equal(expectedScore, game.LeadingPlayer.score);
}
public void Part1()
{
var game = new MarbleGame(_players, _lastMarble);
game.Play();
Assert.Equal((ulong)404611, game.LeadingPlayer.score);
}
public long Solve()
{
marbleGame.Play();
long maxPoints = marbleGame.MaxScore;
Console.WriteLine(maxPoints);
return(maxPoints);
}
public void Puzzle1Examples_FindsCorrectMaxScore(int playerCount, int maxMarbleValue, ulong expectedMaxScore)
{
var game = new MarbleGame(playerCount, maxMarbleValue);
game.Play();
game.Players.Max(x => x.Score).Should().Be(expectedMaxScore);
}
public void Puzzle2_FindMaxScoreWith100xTheMaxMarbleValue()
{
var game = new MarbleGame(Input.Day09.Players, Input.Day09.LastMarble * 100);
game.Play();
game.Players.Max(x => x.Score).Should().Be(3243916887);
}
public void Puzzle1_FindMaxScore()
{
var game = new MarbleGame(Input.Day09.Players, Input.Day09.LastMarble);
game.Play();
game.Players.Max(x => x.Score).Should().Be(404502);
}
public void Puzzle1Example_FindsCorrectPlayerAndTopScore()
{
const int players = 9;
const int maxMarbleValue = 25;
var game = new MarbleGame(players, maxMarbleValue);
game.Play();
game.Current.Value.Should().Be(25);
var maxPlayer = game.Players.MaxBy(x => x.Score).Single();
maxPlayer.Id.Should().Be(5);
maxPlayer.Score.Should().Be(32);
}
public void Puzzle1Example_StepsCorrectly()
{
const int players = 9;
const int maxMarbleValue = 25;
var game = new MarbleGame(players, maxMarbleValue);
game.Players.Should().HaveCount(9).And.BeInAscendingOrder(x => x.Id);
game.Players.First().Id.Should().Be(1);
Output.WriteLine($"\n[-] {game}");
foreach (var player in game.Players)
{
game.Play(player);
Output.WriteLine($"[{player.Id}] {game}");
}
game.Current.Value.Should().Be(9);
}
public void PlayTest()
{
// the size of the board (2 ≤ N ≤ 40)
byte N = 4;
// the number of marbles (M > 0)
byte M = 3;
// the number of walls
byte W = 1;
// locations of the marbles
Marble[] marbles = new Marble[] { new Marble(1, 0, 1), new Marble(2, 1, 0), new Marble(3, 1, 2) };
// locations of the holes
Hole[] holes = new Hole[] { new Hole(1, 2, 3), new Hole(2, 2, 1), new Hole(3, 3, 2) };
WallLocation[] walls = new WallLocation[] { new WallLocation(new Location(1, 1), new Location(1, 2)) };
MarbleGame game = new MarbleGame();
var result = game.Play(N, walls, holes, marbles);
Assert.Fail();
}
