public ActWrapperTask(Act act)
{
ReassignOnDeath = false;
WrappedAct = act;
Name = WrappedAct.Name;
}
public override string GetDescription()
{
string desc = Stats.FullName + ", level " + Stats.LevelIndex +
" " +
Stats.CurrentClass.Name + ", " + Stats.Gender.ToString() + "\n " +
"Happiness: " + GetHappinessDescription(Stats.Happiness) + ". Health: " + Stats.Health.Percentage +
". Hunger: " + (100 - Stats.Hunger.Percentage) + ". Energy: " + Stats.Energy.Percentage +
"\n";
if (CurrentTask.HasValue(out var currentTask))
{
desc += " Task: " + currentTask.Name;
}
if (CurrentAct.HasValue(out Act currentAct))
{
desc += "\n Action: ";
var act = currentAct;
while (act != null && act.LastTickedChild != null)
{
Act prevAct = act;
act = act.LastTickedChild;
if (act == null)
{
act = prevAct;
break;
}
if (act == act.LastTickedChild)
{
break;
}
}
desc += act.Name;
}
if (LastFailedAct != null)
{
desc += "\n Last failed: " + LastFailedAct;
}
if (Stats.IsAsleep)
{
desc += "\n UNCONSCIOUS";
}
if (Creature.IsPregnant)
{
desc += "\n Pregnant";
}
if (Creature.IsCloaked)
{
desc += "\n CLOAKED";
}
if (Stats.IsOnStrike)
{
desc += "\n ON STRIKE";
}
if (!String.IsNullOrEmpty(LastTaskFailureReason))
{
desc += "\n" + LastTaskFailureReason;
}
return(desc);
}
public override void Initialize()
{
Act unreserveAct = new Wrap(UnReserve);
float time = 3 * (Item.ItemType.BaseCraftTime / Creature.AI.Stats.BuffedInt);
bool factionHasResources = Item.SelectedResources != null && Item.SelectedResources.Count > 0 && Creature.AI.Faction.HasResources(Item.SelectedResources);
Act getResources = null;
if (Item.ExistingResource != null)
{
getResources = new Select(new Domain(() => Item.HasResources || Item.ResourcesReservedFor != null, true),
new Domain(() => !Item.HasResources &&
(Item.ResourcesReservedFor == Agent || Item.ResourcesReservedFor == null),
new Select(
new Sequence(new Wrap(ReserveResources),
new GetResourcesAct(Agent, new List <ResourceAmount>()
{
new ResourceAmount(Item.ExistingResource)
}),
new Wrap(SetSelectedResources)),
new Sequence(new Wrap(UnReserve), Act.Status.Fail)
)
),
new Domain(() => Item.HasResources || Item.ResourcesReservedFor != null, true));
}
else if (!factionHasResources)
{
getResources = new Select(new Domain(() => Item.HasResources || Item.ResourcesReservedFor != null, true),
new Domain(() => !Item.HasResources &&
(Item.ResourcesReservedFor == Agent || Item.ResourcesReservedFor == null),
new Select(
new Sequence(new Wrap(ReserveResources),
new GetResourcesAct(Agent, Item.ItemType.RequiredResources),
new Wrap(SetSelectedResources)),
new Sequence(new Wrap(UnReserve), Act.Status.Fail)
)
),
new Domain(() => Item.HasResources || Item.ResourcesReservedFor != null, true));
}
else
{
getResources = new Select(new Domain(() => Item.HasResources || Item.ResourcesReservedFor != null, true),
new Domain(() => !Item.HasResources && (Item.ResourcesReservedFor == Agent || Item.ResourcesReservedFor == null),
new Sequence(new Wrap(ReserveResources), new GetResourcesAct(Agent, Item.SelectedResources))),
new Domain(() => Item.HasResources || Item.ResourcesReservedFor != null, true));
}
if (Item.ItemType.Type == CraftItem.CraftType.Object)
{
Act buildAct = null;
if (Item.ExistingResource != null)
{
buildAct = new Always(Status.Success);
}
else
{
buildAct = new Wrap(() => Creature.HitAndWait(true, () => 1.0f,
() => Item.Progress, () => Item.Progress += Creature.Stats.BuildSpeed / Item.ItemType.BaseCraftTime,
() => Item.Location.WorldPosition + Vector3.One * 0.5f, "Craft"))
{
Name = "Construct object."
};
}
Tree = new Domain(IsNotCancelled, new Sequence(
new ClearBlackboardData(Agent, "ResourcesStashed"),
getResources,
new Sequence(new Domain(ResourceStateValid,
new Sequence(
new GoToVoxelAct(Voxel, PlanAct.PlanType.Adjacent, Agent),
new Wrap(() => DestroyResources(() => Item.Location.WorldPosition)),
new Wrap(WaitForResources)
{
Name = "Wait for resources."
},
buildAct,
new CreateCraftItemAct(Voxel, Creature.AI, Item)
)
))
)) |
new Sequence(new Wrap(Creature.RestockAll), unreserveAct, false);
}
else
{
if (!String.IsNullOrEmpty(Item.ItemType.CraftLocation))
{
Tree = new Sequence(
new Wrap(() => Creature.FindAndReserve(Item.ItemType.CraftLocation, Item.ItemType.CraftLocation)),
new ClearBlackboardData(Agent, "ResourcesStashed"),
getResources,
new Domain(ResourceStateValid, new Sequence
(
new GoToTaggedObjectAct(Agent)
{
Tag = Item.ItemType.CraftLocation,
Teleport = true,
TeleportOffset = new Vector3(0.5f, 0.0f, 0),
ObjectName = Item.ItemType.CraftLocation,
CheckForOcclusion = true
},
new Wrap(() => DestroyResources(() => Agent.Position + MathFunctions.RandVector3Cube() * 0.5f)),
new Wrap(WaitForResources)
{
Name = "Wait for resources."
},
new Wrap(() => Creature.HitAndWait(true, () => 1.0f,
() => Item.Progress, () => Item.Progress += Creature.Stats.BuildSpeed / Item.ItemType.BaseCraftTime,
() => Agent.Position, Noise))
{
Name = "Construct object."
},
unreserveAct,
new Wrap(() => CreateResources(Item.SelectedResources)),
new Wrap(Creature.RestockAll)
)) | new Sequence(unreserveAct, new Wrap(Creature.RestockAll), false)
) | new Sequence(unreserveAct, new Wrap(Creature.RestockAll), false);
}
else
{
Tree = new Sequence(
new ClearBlackboardData(Agent, "ResourcesStashed"),
getResources,
new Domain(ResourceStateValid, new Sequence(
new Wrap(() => DestroyResources(() => Creature.Physics.Position + MathFunctions.RandVector3Cube() * 0.5f)),
new Wrap(WaitForResources)
{
Name = "Wait for resources."
},
new Wrap(() => Creature.HitAndWait(time, true, () => Creature.Physics.Position))
{
Name = "Construct object."
},
new Wrap(() => CreateResources(Item.SelectedResources)))
)
) | new Sequence(unreserveAct, new Wrap(Creature.RestockAll), false);
}
}
base.Initialize();
}
public FailMessage(CreatureAI Creature, Act SubAct, String Message)
: base(Creature)
{
this.SubAct = SubAct;
this.Message = Message;
}
public Not(Act behavior)
{
Name = "Not";
Child = behavior;
}
public Domain(bool condition, Act child)
{
Name = "Domain";
Function = () => condition;
Child = child;
}
public Domain(Func <bool> condition, Act child)
{
Name = "Domain: " + condition.Method.Name;
Function = condition;
Child = child;
}
public CompoundCreatureAct(CreatureAI creature) :
base(creature)
{
Name = "CompoundCreatureAct";
Tree = null;
}
public static void RunTests()
{
Act seq = SimpleSequence();
Act select = SimpleSelect();
Act par = SimpleParallel();
Act forLoop = SimpleFor();
Act whileLoop = SimpleWhile();
Wait wait = new Wait(5.0f);
Condition cond = new Condition(() => { return(1 > 2 || 5 == 3 || 1 + 1 == 2); });
Act complex = ComplexBehavior();
Act overloader = OverloaderTest();
Act converter = Convertor();
seq.Initialize();
foreach (Act.Status status in seq.Run())
{
Console.Out.WriteLine("Seq status: " + status.ToString());
}
select.Initialize();
foreach (Act.Status status in select.Run())
{
Console.Out.WriteLine("select status: " + status.ToString());
}
par.Initialize();
foreach (Act.Status status in par.Run())
{
Console.Out.WriteLine("par status: " + status.ToString());
}
forLoop.Initialize();
foreach (Act.Status status in forLoop.Run())
{
Console.Out.WriteLine("for status: " + status.ToString());
}
whileLoop.Initialize();
foreach (Act.Status status in whileLoop.Run())
{
Console.Out.WriteLine("while status: " + status.ToString());
}
cond.Initialize();
foreach (Act.Status status in cond.Run())
{
Console.Out.WriteLine("cond status: " + status.ToString());
}
DateTime first = DateTime.Now;
wait.Initialize();
DwarfTime.LastTime = new DwarfTime(DateTime.Now - first, DateTime.Now - DateTime.Now);
DateTime last = DateTime.Now;
foreach (Act.Status status in wait.Run())
{
DwarfTime.LastTime = new DwarfTime(DateTime.Now - first, DateTime.Now - last);
Console.Out.WriteLine("Wait status: " + status.ToString() + "," + wait.Time.CurrentTimeSeconds);
last = DateTime.Now;
global::System.Threading.Thread.Sleep(10);
}
complex.Initialize();
foreach (Act.Status status in complex.Run())
{
DwarfTime.LastTime = new DwarfTime(DateTime.Now - first, DateTime.Now - last);
Console.Out.WriteLine("Complex status: " + status.ToString());
last = DateTime.Now;
global::System.Threading.Thread.Sleep(10);
}
overloader.Initialize();
foreach (Act.Status status in overloader.Run())
{
DwarfTime.LastTime = new DwarfTime(DateTime.Now - first, DateTime.Now - last);
Console.Out.WriteLine("Overloader status: " + status.ToString());
last = DateTime.Now;
global::System.Threading.Thread.Sleep(10);
}
converter.Initialize();
foreach (Act.Status status in converter.Run())
{
DwarfTime.LastTime = new DwarfTime(DateTime.Now - first, DateTime.Now - last);
Console.Out.WriteLine("converter status: " + status.ToString());
last = DateTime.Now;
global::System.Threading.Thread.Sleep(10);
}
}
