public RepairBot(string intCodeMemory)
{
_map[_position] = Tile.Empty;
AddUnknownNeighbors();
_intCode = new IntCode(intCodeMemory);
_intCode.Begin();
while (_unknown.Count > 0)
{
BuildPathToNearestUnknown();
ExecuteMoves();
}
if (goalPos == null)
{
Console.WriteLine("Failed to find oxygen system, no where left to search!");
return;
}
goalDist = FindPath(Point.zero, goalPos.Value).Count;
timeToFill = _map
.Where(p => p.Value == Tile.Empty)
.Select(p => FindPath(goalPos.Value, p.Key).Count)
.OrderBy(c => c)
.Last();
DrawMap();
}
public Arcade(string intCodeMemory, bool insertQuarters = false)
{
Dictionary <int, long> substitutions = new Dictionary <int, long>();
if (insertQuarters)
{
substitutions[0] = 2;
}
_intCode = new IntCode(intCodeMemory, substitutions);
_intCode.OnOutput += HandleOnOutput;
_intCode.Begin();
while (_intCode.state == IntCode.State.Waiting)
{
int delta = _ballX - _paddleX;
delta = delta == 0 ? 0 : delta / Math.Abs(delta); // -1, 0, 1
_intCode.Input(delta);
}
if (insertQuarters)
{
Console.WriteLine("Final score: " + score);
}
else
{
RunDiagnosticCheck();
}
}
private void RunSpringBot(string[] instructions)
{
Queue <char> input = new Queue <char>(instructions.Aggregate((a, b) => $"{a}\n{b}") + "\n");
_intCode.Reset();
_intCode.Begin();
while (_intCode.state != IntCode.State.Complete && input.Count > 0)
{
_intCode.Input((long)input.Dequeue());
}
}
public void Run(bool firstTileIsWhite)
{
_whiteTiles.Clear();
_paintedTiles.Clear();
_state = State.Paint;
_pos = Point.zero;
_dir = Direction.Up;
if (firstTileIsWhite)
{
_whiteTiles.Add(_pos);
}
_intCode.Reset();
_intCode.Begin();
while (Update())
{
;
}
}
public NIC(string intCodeMemory)
{
_intCode = new IntCode(intCodeMemory);
_intCode.OnOutput += HandleOutput;
_intCode.Begin();
}
// Resets and begins the intCode, passing the phase setting as the first input
public void Begin(int phase)
{
_intCode.Reset();
_intCode.Begin();
_intCode.Input(phase);
}
public override (string message, object answer) SolvePart1()
{
_intCode.Begin();
_intCode.Input(1);
return("Final output: ", _lastOutput);
}