private void ComputeOpportunityScore_Orbs(BaseNavyArmy army)
{
NavyArmy navyArmy = army as NavyArmy;
if (navyArmy == null)
{
return;
}
IOrbAIHelper service = AIScheduler.Services.GetService <IOrbAIHelper>();
for (int i = 0; i < service.OrbSpawns.Count; i++)
{
OrbSpawnInfo orbSpawnInfo = service.OrbSpawns[i];
if (orbSpawnInfo != null && orbSpawnInfo.CurrentOrbCount != 0f)
{
HeuristicValue heuristicValue = orbSpawnInfo.EmpireNeedModifier[army.Garrison.Empire.Index];
if (heuristicValue > 0f)
{
float num = this.ComputeOpportunityTurnOverhead(army, orbSpawnInfo.WorldPosition);
if ((army.CurrentMainTask == null || this.IsDetourWorthChecking(army, num)) && this.worldPositionService.IsOceanTile(orbSpawnInfo.WorldPosition) && this.IsCloseEnoughToOrigin(army, orbSpawnInfo.WorldPosition, 1f))
{
HeuristicValue heuristicValue2 = new HeuristicValue(0f);
heuristicValue2.Add(heuristicValue, "Orb position eval", new object[0]);
float orbDistanceExponent = service.GetOrbDistanceExponent(army.Garrison.Empire);
HeuristicValue heuristicValue3 = new HeuristicValue(0f);
heuristicValue3.Add(num, "Nb turn added by opportunity", new object[0]);
heuristicValue3.Power(orbDistanceExponent, "From xml registry", new object[0]);
heuristicValue3.Add(1f, "avoid divide by 0", new object[0]);
heuristicValue2.Divide(heuristicValue3, "DistanceFactor", new object[0]);
navyArmy.Opportunities.Add(new BehaviorOpportunity
{
OpportunityPosition = orbSpawnInfo.WorldPosition,
Score = heuristicValue2,
Type = BehaviorOpportunity.OpportunityType.Orbs
});
}
}
}
}
}
