public Solved Solve(State state)
{
var solution = new List <ActionBase>();
if (usePalka)
{
BoosterMaster.CreatePalka(state, solution);
}
while (state.UnwrappedLeft > 0)
{
if (useWheels && state.FastWheelsCount > 0)
{
var useFastWheels = new UseFastWheels();
solution.Add(useFastWheels);
state.Apply(useFastWheels);
}
var part = SolvePart(state);
solution.AddRange(part);
state.ApplyRange(part);
}
return(new Solved {
Actions = new List <List <ActionBase> > {
solution
}
});
}
public Solved Solve(State state)
{
var solution = new List <ActionBase>();
if (usePalka)
{
BoosterMaster.CreatePalka(state, solution);
}
//var tick = 0;
var used = new HashSet <(V position, int unwrappedLeft)>();
while (state.UnwrappedLeft > 0)
{
if (useWheels && state.FastWheelsCount > 0)
{
var useFastWheels = new UseFastWheels();
solution.Add(useFastWheels);
state.Apply(useFastWheels);
}
if (useDrill && state.DrillCount > 0)
{
var drill = new UseDrill();
solution.Add(drill);
state.Apply(drill);
}
//Console.Out.WriteLine($"--BEFORE:\n{state.Print()}");
var part = SolvePart(state, used);
if (part == null)
{
part = SolvePart(state, new HashSet <(V position, int unwrappedLeft)>());
}
used.Add((state.SingleWorker.Position, state.UnwrappedLeft));
solution.AddRange(part);
state.ApplyRange(part);
// Console.Out.WriteLine($" PART:\n{part.Format()}");
//
// if (tick++ > 1000)
// break;
}
return(new Solved {
Actions = new List <List <ActionBase> > {
solution
}
});
}
