public void Tick()
{
// If failed to place something N consecutive times, wait M ticks until resuming building production
if (failCount >= ai.Info.MaximumFailedPlacementAttempts && --failRetryTicks <= 0)
{
var currentBuildings = world.ActorsHavingTrait <Building>().Count(a => a.Owner == player);
var baseProviders = world.ActorsHavingTrait <BaseProvider>().Count(a => a.Owner == player);
// Only bother resetting failCount if either a) the number of buildings has decreased since last failure M ticks ago,
// or b) number of BaseProviders (construction yard or similar) has increased since then.
// Otherwise reset failRetryTicks instead to wait again.
if (currentBuildings < cachedBuildings || baseProviders > cachedBases)
{
failCount = 0;
}
else
{
failRetryTicks = ai.Info.StructureProductionResumeDelay;
}
}
if (waterState == Water.NotChecked)
{
if (AIUtils.IsAreaAvailable <BaseProvider>(ai.World, ai.Player, ai.Map, ai.Info.MaxBaseRadius, ai.Info.WaterTerrainTypes))
{
waterState = Water.EnoughWater;
}
else
{
waterState = Water.NotEnoughWater;
checkForBasesTicks = ai.Info.CheckForNewBasesDelay;
}
}
if (waterState == Water.NotEnoughWater && --checkForBasesTicks <= 0)
{
var currentBases = world.ActorsHavingTrait <BaseProvider>().Count(a => a.Owner == player);
if (currentBases > cachedBases)
{
cachedBases = currentBases;
waterState = Water.NotChecked;
}
}
// Only update once per second or so
if (--waitTicks > 0)
{
return;
}
playerBuildings = world.ActorsHavingTrait <Building>().Where(a => a.Owner == player).ToArray();
var excessPowerBonus = ai.Info.ExcessPowerIncrement * (playerBuildings.Count() / ai.Info.ExcessPowerIncreaseThreshold.Clamp(1, int.MaxValue));
minimumExcessPower = (ai.Info.MinimumExcessPower + excessPowerBonus).Clamp(ai.Info.MinimumExcessPower, ai.Info.MaximumExcessPower);
var active = false;
foreach (var queue in ai.FindQueues(category))
{
if (TickQueue(queue))
{
active = true;
}
}
// Add a random factor so not every AI produces at the same tick early in the game.
// Minimum should not be negative as delays in HackyAI could be zero.
var randomFactor = ai.Random.Next(0, ai.Info.StructureProductionRandomBonusDelay);
// Needs to be at least 4 * OrderLatency because otherwise the AI frequently duplicates build orders (i.e. makes the same build decision twice)
waitTicks = active ? 4 * world.LobbyInfo.GlobalSettings.OrderLatency + ai.Info.StructureProductionActiveDelay + randomFactor
: ai.Info.StructureProductionInactiveDelay + randomFactor;
}
ActorInfo ChooseBuildingToBuild(ProductionQueue queue)
{
var buildableThings = queue.BuildableItems();
// This gets used quite a bit, so let's cache it here
var power = GetProducibleBuilding(ai.Info.BuildingCommonNames.Power, buildableThings,
a => a.TraitInfos <PowerInfo>().Where(i => i.EnabledByDefault).Sum(p => p.Amount));
// First priority is to get out of a low power situation
if (playerPower != null && playerPower.ExcessPower < minimumExcessPower)
{
if (power != null && power.TraitInfos <PowerInfo>().Where(i => i.EnabledByDefault).Sum(p => p.Amount) > 0)
{
AIUtils.BotDebug("AI: {0} decided to build {1}: Priority override (low power)", queue.Actor.Owner, power.Name);
return(power);
}
}
// Next is to build up a strong economy
if (!ai.HasAdequateProc() || !ai.HasMinimumProc())
{
var refinery = GetProducibleBuilding(ai.Info.BuildingCommonNames.Refinery, buildableThings);
if (refinery != null && HasSufficientPowerForActor(refinery))
{
AIUtils.BotDebug("AI: {0} decided to build {1}: Priority override (refinery)", queue.Actor.Owner, refinery.Name);
return(refinery);
}
if (power != null && refinery != null && !HasSufficientPowerForActor(refinery))
{
AIUtils.BotDebug("{0} decided to build {1}: Priority override (would be low power)", queue.Actor.Owner, power.Name);
return(power);
}
}
// Make sure that we can spend as fast as we are earning
if (ai.Info.NewProductionCashThreshold > 0 && playerResources.Resources > ai.Info.NewProductionCashThreshold)
{
var production = GetProducibleBuilding(ai.Info.BuildingCommonNames.Production, buildableThings);
if (production != null && HasSufficientPowerForActor(production))
{
AIUtils.BotDebug("AI: {0} decided to build {1}: Priority override (production)", queue.Actor.Owner, production.Name);
return(production);
}
if (power != null && production != null && !HasSufficientPowerForActor(production))
{
AIUtils.BotDebug("{0} decided to build {1}: Priority override (would be low power)", queue.Actor.Owner, power.Name);
return(power);
}
}
// Only consider building this if there is enough water inside the base perimeter and there are close enough adjacent buildings
if (waterState == Water.EnoughWater && ai.Info.NewProductionCashThreshold > 0 &&
playerResources.Resources > ai.Info.NewProductionCashThreshold &&
AIUtils.IsAreaAvailable <GivesBuildableArea>(ai.World, ai.Player, ai.Map, ai.Info.CheckForWaterRadius, ai.Info.WaterTerrainTypes))
{
var navalproduction = GetProducibleBuilding(ai.Info.BuildingCommonNames.NavalProduction, buildableThings);
if (navalproduction != null && HasSufficientPowerForActor(navalproduction))
{
AIUtils.BotDebug("AI: {0} decided to build {1}: Priority override (navalproduction)", queue.Actor.Owner, navalproduction.Name);
return(navalproduction);
}
if (power != null && navalproduction != null && !HasSufficientPowerForActor(navalproduction))
{
AIUtils.BotDebug("{0} decided to build {1}: Priority override (would be low power)", queue.Actor.Owner, power.Name);
return(power);
}
}
// Create some head room for resource storage if we really need it
if (playerResources.Resources > 0.8 * playerResources.ResourceCapacity)
{
var silo = GetProducibleBuilding(ai.Info.BuildingCommonNames.Silo, buildableThings);
if (silo != null && HasSufficientPowerForActor(silo))
{
AIUtils.BotDebug("AI: {0} decided to build {1}: Priority override (silo)", queue.Actor.Owner, silo.Name);
return(silo);
}
if (power != null && silo != null && !HasSufficientPowerForActor(silo))
{
AIUtils.BotDebug("{0} decided to build {1}: Priority override (would be low power)", queue.Actor.Owner, power.Name);
return(power);
}
}
// Build everything else
foreach (var frac in ai.Info.BuildingFractions.Shuffle(ai.Random))
{
var name = frac.Key;
// Can we build this structure?
if (!buildableThings.Any(b => b.Name == name))
{
continue;
}
// Do we want to build this structure?
var count = playerBuildings.Count(a => a.Info.Name == name);
if (count > frac.Value * playerBuildings.Length)
{
continue;
}
if (ai.Info.BuildingLimits.ContainsKey(name) && ai.Info.BuildingLimits[name] <= count)
{
continue;
}
// If we're considering to build a naval structure, check whether there is enough water inside the base perimeter
// and any structure providing buildable area close enough to that water.
// TODO: Extend this check to cover any naval structure, not just production.
if (ai.Info.BuildingCommonNames.NavalProduction.Contains(name) &&
(waterState == Water.NotEnoughWater ||
!AIUtils.IsAreaAvailable <GivesBuildableArea>(ai.World, ai.Player, ai.Map, ai.Info.CheckForWaterRadius, ai.Info.WaterTerrainTypes)))
{
continue;
}
// Will this put us into low power?
var actor = world.Map.Rules.Actors[name];
if (playerPower != null && (playerPower.ExcessPower < minimumExcessPower || !HasSufficientPowerForActor(actor)))
{
// Try building a power plant instead
if (power != null && power.TraitInfos <PowerInfo>().Where(i => i.EnabledByDefault).Sum(pi => pi.Amount) > 0)
{
if (playerPower.PowerOutageRemainingTicks > 0)
{
AIUtils.BotDebug("{0} decided to build {1}: Priority override (is low power)", queue.Actor.Owner, power.Name);
}
else
{
AIUtils.BotDebug("{0} decided to build {1}: Priority override (would be low power)", queue.Actor.Owner, power.Name);
}
return(power);
}
}
// Lets build this
AIUtils.BotDebug("{0} decided to build {1}: Desired is {2} ({3} / {4}); current is {5} / {4}",
queue.Actor.Owner, name, frac.Value, frac.Value * playerBuildings.Length, playerBuildings.Length, count);
return(actor);
}
// Too spammy to keep enabled all the time, but very useful when debugging specific issues.
// AIUtils.BotDebug("{0} couldn't decide what to build for queue {1}.", queue.Actor.Owner, queue.Info.Group);
return(null);
}
