public AiSetupDecision Setup()
{
if (GetConnectivity() > Math.PI)
{
return(futureIsNowSetupStrategy.Setup());
}
return(AiSetupDecision.Create(new Future[0], "connectivity is too low :-("));
}
public AiSetupDecision Setup(State state, IServices services)
{
services.Setup <Graph>();
Enumerable.Range(0, state.punters)
.Select(punterId => StrategyProvider(state, services))
.Consume();
return(AiSetupDecision.Empty());
}
public AiSetupDecision Setup()
{
var graphDiameterEstimation = (int)Math.Round(pathMultiplier * Math.Sqrt(state.map.Sites.Length));
var length = graphDiameterEstimation;
var path = new PathSelector(state.map, mineDistCalculator, length).SelectPath();
var futures = new FuturesPositioner(state.map, graph, path, mineDistCalculator).GetFutures();
return(AiSetupDecision.Create(futures));
}
public AiSetupDecision Setup(State state, IServices services)
{
var strategy = StrategyProvider(state, services);
var setupStrategy = strategy as ISetupStrategy;
var decision = setupStrategy?.Setup();
if (!state.settings.futures)
{
return(AiSetupDecision.Empty());
}
return(decision ?? AiSetupDecision.Empty());
}
public AiSetupDecision Setup()
{
var meetingPoint = meetingPointService.MeetingPoint;
var futures = new List <Future>();
foreach (var mine in graph.Mines.Keys)
{
futures.Add(new Future(mine, meetingPoint));
}
futures = futures.Where(f => f.source != f.target).ToList();
return(AiSetupDecision.Create(futures.ToArray(), $"meet in {meetingPoint}"));
}
public AiSetupDecision Setup(State state, IServices services)
{
foreach (var strategyProvider in StrategyProviders)
{
strategyProvider(state, services);
}
var setupDecision = SetupStrategyProvider?.Invoke(state, services)?.Setup();
if (!state.settings.futures)
{
return(AiSetupDecision.Empty());
}
return(setupDecision ?? AiSetupDecision.Empty());
}
public AiSetupDecision Setup(State state, IServices services)
{
return(AiSetupDecision.Empty());
}
public AiSetupDecision Setup()
{
return(AiSetupDecision.Empty());
}
