/// <summary>
/// This is the entry point to the AI proper.
/// Currently this does not use anything recognized by Computer Science as AI,
/// just functional programming to complete a list of tasks.
/// </summary>
public override void DoMove()
{
aiPlan = new DefaultAIPlanner(clientState);
// create the helper AIs
foreach (Star star in clientState.EmpireState.OwnedStars.Values)
{
if (star.Owner == clientState.EmpireState.Id)
{
DefaultPlanetAI planetAI = new DefaultPlanetAI(star, clientState, this.aiPlan);
planetAIs.Add(star.Key, planetAI);
}
}
foreach (Fleet fleet in clientState.EmpireState.OwnedFleets.Values)
{
if (fleet.Owner == clientState.EmpireState.Id)
{
aiPlan.CountFleet(fleet);
DefaultFleetAI fleetAI = new DefaultFleetAI(fleet, clientState, fuelStations);
fleetAIs.Add(fleet.Id, fleetAI);
// reset all waypoint orders
for (int wpIndex = 1; wpIndex < fleet.Waypoints.Count; wpIndex++)
{
WaypointCommand command = new WaypointCommand(CommandMode.Delete, fleet.Key, wpIndex);
command.ApplyToState(clientState.EmpireState);
clientState.Commands.Push(command);
}
}
}
turnData = clientState.InputTurn;
HandleProduction();
HandleResearch();
HandleScouting();
HandleColonizing();
}
/// <summary>
/// Initializing constructor.
/// </summary>
/// <param name="newStar">The planet the ai is to manage.</param>
public DefaultPlanetAI(Star newStar, ClientData newState, DefaultAIPlanner newAIPlan)
{
planet = newStar;
clientState = newState;
aiPlan = newAIPlan;
}
