public abstract bool CanBeInteractedWith(Agent agent, Entity entity, Mapping mapping);
public override float CalculateAmount(Agent agent, Entity target, OutputChange outputChange, Mapping mapping)
{
if (outputChange.valueType == OutputChange.ValueType.OppPrevOutputAmount)
{
return(-mapping.previousOutputChangeAmount);
}
else if (outputChange.valueType == OutputChange.ValueType.PrevOutputAmount)
{
return(mapping.previousOutputChangeAmount);
}
return(outputChange.floatValue);
}
public override float CalculateAmount(Agent agent, Entity target, OutputChange outputChange, Mapping mapping)
{
return(0f);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
if (agent.inAgentEvent == null)
{
return(false);
}
agent.QuitEvent();
return(true);
}
public override float CalculateSEUtility(Agent agent, Entity target, OutputChange outputChange,
Mapping mapping, DriveType mainDriveType, float amount)
{
// Destroying items so return the negative of the value of the items
return(0);
}
public override bool Check(InputCondition inputCondition, Agent agent, Mapping mapping, Entity target, bool isRecheck)
{
return(target.inventoryType.FindInventorySlot(target, inputCondition.entityType) != null);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
// This uses mapping.target since target will be the agent if TargetType is ToSelf
ActionType otherActionType = null;
if (mapping.target is Agent targetAgent && targetAgent.decider.CurrentMapping != null)
{
otherActionType = targetAgent.decider.CurrentMapping.mappingType.actionType;
}
Entity inventoryTarget = mapping.inventoryTargets[outputChange.inventoryTypeGroupMatchIndex];
List <GameObject> gameObjects = agent.inventoryType.GetItemVisualEffects(agent, mapping.mappingType.actionType, otherActionType,
ItemCondition.ModifierType.Used, false);
if (gameObjects == null || gameObjects.Count == 0)
{
return(false);
}
GameObject vfxPrefab = gameObjects[Random.Range(0, gameObjects.Count)];
if (vfxPrefab == null)
{
Debug.LogError(agent.name + ": MappingType: " + mapping.mappingType.name + " - PlayVisualFromATMOCT: No Visual Effects found.");
return(false);
}
GameObject vfxGameObject = Instantiate(vfxPrefab, target.GetVFXGameObject((int)outputChange.floatValue).transform);
ParticleSystem particleSystem = vfxGameObject.GetComponent <ParticleSystem>();
if (particleSystem == null)
{
Debug.LogError(agent.name + ": MappingType: " + mapping.mappingType.name + " - PlayVisualFromATMOCT: VFX Prefab has no particle system.");
return(false);
}
if (!particleSystem.isPlaying)
{
particleSystem.Play();
}
// TODO: Switch to pooling
// TODO: Add in time to destroy for looping ones
if (!particleSystem.main.loop)
{
Destroy(vfxGameObject, particleSystem.main.duration);
}
return(true);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
Entity entityToThrow = mapping.inventoryTargets[outputChange.inventoryTypeGroupMatchIndex];
if (entityToThrow == null)
{
Debug.LogError(agent.name + ": ThrowEntityOCT - No entity to throw found.");
return(false);
}
// Remove from inventory
InventoryType.Item item = agent.inventoryType.Remove(agent, entityToThrow);
if (item == null)
{
Debug.LogError(agent.name + ": ThrowEntityOCT - No entity to throw found in agent's inventory.");
return(false);
}
Vector3 targetPosition = target.transform.position;
if (outputChange.unityObject != null)
{
// Move direction by random degrees
MinMaxCurve minMaxCurve = outputChange.unityObject as MinMaxCurve;
float degrees = minMaxCurve.EvalRandom();
// Rotate targetPosition relative to agent.position by degrees
Vector3 forceVector = Quaternion.Euler(0, 0, degrees) * ((Vector2)(targetPosition - agent.transform.position)).normalized;
Debug.DrawRay(agent.transform.position, forceVector, Color.white, 5f);
targetPosition = forceVector + agent.transform.position;
}
agent.inventoryType.Thrown(entityToThrow, agent, item.inventorySlot, targetPosition, outputChange.floatValue);
return(true);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
float actualChange = ((Agent)target).drives[(DriveType)outputChange.levelType].ChangeLevel(actualAmount);
if (target != null)
{
Debug.Log(agent.name + ": target = " + target.name + " - Change drive (" + outputChange.levelType.name + ") level by : " + actualChange);
}
else
{
Debug.Log(agent.name + ": target = None - Change drive (" + outputChange.levelType.name + ") level by : " + actualChange);
}
return(true);
}
// This allows plannerTypes to save chosen Mapping when Decider Interrupts public abstract void NotifyOfInterrupt(Agent agent, Plans plans, Mapping rootMapping);
public abstract void ReevaluateTargets(Agent agent, Mapping mapping);
public abstract float GetDistanceTolerance(Agent agent, Entity entity, Mapping mapping, float defaultTolerance);
public abstract Vector3 GetInteractionSpot(Agent agent, Entity entity, Mapping mapping, bool forGoTo, bool forInventory);
public abstract Vector3 GetRotateTowardsLocation(Agent agent, Entity entity, Mapping mapping);
public int GetRootMappingIndex(Mapping mapping)
{
return(rootMappings.IndexOf(mapping));
}
public override float CalculateAmount(Agent agent, Entity target, OutputChange outputChange, Mapping mapping)
{
if (outputChange.valueType == OutputChange.ValueType.ActionSkillCurve)
{
return(outputChange.actionSkillCurve.Eval0to100(agent.ActionSkillWithItemModifiers(mapping.mappingType.actionType)));
}
else if (outputChange.valueType == OutputChange.ValueType.Selector)
{
return(outputChange.selector.GetFloatValue(agent, mapping));
}
// This looks at the ENTIRE Plan for an equation DriveType
// will only do it for root mappings (mapping.parent == null) so there's no double counting the changes
DriveType driveType = (DriveType)outputChange.levelType;
if (mapping != null && mapping.parent == null && driveType.syncType == DriveType.SyncType.Equation)
{
return(driveType.driveTypeEquation.CalculateEquationDriveLevelChange(agent, driveType, mapping, null));
}
return(outputChange.floatValue);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
int intAmount = (int)actualAmount;
if (intAmount > 0)
{
// TODO: Need to make sure its not taking item from the target container
// TODO: Fix to not use unityObject
List <InventoryType.Item> items = agent.inventoryType.Remove(agent, (EntityType)outputChange.unityObject, intAmount, true);
if (items.Count != intAmount)
{
Debug.LogError(agent.name + ": InventoryMoveToContainerOCT was unable to find Entity to Move (" + (EntityType)outputChange.unityObject +
"). Tried to take " + intAmount + " - found " + items.Count);
return(false);
}
Entity entityContainer = mapping.inventoryTargets[outputChange.inventoryTypeGroupMatchIndex];
if (entityContainer == null)
{
Debug.LogError(agent.name + ": InventoryMoveToContainerOCT was unable to find Entity Container");
return(false);
}
int numGiven = entityContainer.inventoryType.Add(entityContainer, items);
if (numGiven != intAmount)
{
// TODO: Handle partial gives
// Failed to Give items for some reason - give back inventory to agent
agent.inventoryType.Add(agent, items);
Debug.LogError(agent.name + ": InventoryMoveToContainerOCT was unable to give all to container. Tried to give " +
intAmount + " - gave " + numGiven);
return(false);
}
}
else
{
Debug.LogError(agent.name + ": InventoryMoveToContainerOCT has less than 1 amount to take. Amount To Give must be positive.");
return(false);
}
return(true);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
// Make sure target is still there
// TODO: Do an in range check - not exactly sure what the range should be for pickup?
if (target.inEntityInventory != null)
{
Debug.Log(agent.name + ": InventoryPickupOCT - Target Entity " + target.name + " is gone.");
return(false);
}
InventorySlot inventorySlot;
if (outputChange.boolValue)
{
inventorySlot = agent.inventoryType.ClearSlotsAndAdd(agent, target);
}
else
{
inventorySlot = agent.inventoryType.Add(agent, target);
}
if (inventorySlot == null)
{
Debug.LogError(agent.name + ": InventoryPickupOCT unable to find inventorySlot for " + target.name);
return(false);
}
return(true);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
// TODO: Use animationType if agent?
Animator animator = target.GetComponentInChildren <Animator>();
// TODO: Feels like checks like these should be done once at start of game - InitCheck?
if (animator == null)
{
Debug.LogError(agent.name + ": MappingType: " + mapping.mappingType.name + " - SetAnimatorParamOCT: target " + target.name + " has no animator.");
return(false);
}
bool selectorValid = outputChange.selector.IsValid();
if (outputChange.stringValue == "" && !selectorValid)
{
Debug.LogError(agent.name + ": MappingType: " + mapping.mappingType.name + " - SetAnimatorParamOCT: Animator Param name " +
"String Value is blank and Selector is not valid. One of them must be set.");
return(false);
}
string paramName = outputChange.stringValue;
if (selectorValid)
{
paramName = outputChange.selector.GetEnumValue <string>(agent, mapping);
}
switch (outputChange.valueType)
{
case OutputChange.ValueType.None:
animator.SetTrigger(paramName);
break;
case OutputChange.ValueType.OppPrevOutputAmount:
animator.SetFloat(paramName, -mapping.previousOutputChangeAmount);
break;
case OutputChange.ValueType.PrevOutputAmount:
animator.SetFloat(paramName, mapping.previousOutputChangeAmount);
break;
case OutputChange.ValueType.BoolValue:
animator.SetBool(paramName, outputChange.boolValue);
break;
case OutputChange.ValueType.FloatValue:
animator.SetFloat(paramName, outputChange.floatValue);
break;
default:
break;
}
return(true);
}
public override float CalculateSEUtility(Agent agent, Entity target, OutputChange outputChange,
Mapping mapping, DriveType mainDriveType, float amount)
{
return(amount * target.entityType.sideEffectValue);
}
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
EntityType entityType = outputChange.entityType;
// If this is an AgentEvent location could need to be synced with WorldObject
// TODO: if self use inventory drop location?
Vector3 position = target.transform.position;
//int prefabVariantIndex = (int)outputChange.floatValue;
int prefabVariantIndex = 0;
if (entityType.prefabVariants == null || entityType.prefabVariants.Count <= prefabVariantIndex)
{
Debug.LogError(agent.name + ": CreateEntityOCT: " + entityType.name + " does not have enough Prefab Variants. " +
"Tried to access Prefab Variant Index = " + prefabVariantIndex + " - Please Fix.");
return(false);
}
GameObject newGameObject = entityType.CreateEntity(prefabVariantIndex, position, entityType.prefabVariants[prefabVariantIndex].transform.rotation,
entityType.prefabVariants[prefabVariantIndex].transform.localScale, agent);
Entity newEntity = newGameObject.GetComponent <Entity>();
if (outputChange.boolValue)
{
mapping.target = newEntity;
}
if (outputChange.floatValue > 0f)
{
newEntity.DestroySelf(null, outputChange.floatValue);
}
return(true);
}
public abstract float EstimatedTimeToComplete(Agent agent, Mapping mapping);
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
if (!agent.animationType.ImplementsAnimationRigging())
{
Debug.Log(agent.name + ": SetAnimationRigTargetOCT - agent's AnimationType does not implement AnimationRigging.");
return(true);
}
Vector3 position;
Quaternion rotation;
if (outputChange.targetType == OutputChange.TargetType.ToInventoryTarget)
{
position = mapping.inventoryTargets[outputChange.inventoryTypeGroupMatchIndex].transform.position;
position = agent.transform.InverseTransformPoint(position);
rotation = Quaternion.identity;
}
else if (outputChange.targetType == OutputChange.TargetType.ToSelf)
{
Transform transform = (Transform)outputChange.unityObject;
position = transform.position;
rotation = transform.rotation;
}
else
{
position = agent.transform.InverseTransformPoint(target.transform.position);
rotation = Quaternion.identity;
}
agent.animationType.WarpRigConstraintTargetTo(agent, (int)outputChange.floatValue, position, rotation);
return(true);
}
public abstract float Evaluate(Agent agent, Mapping rootMapping, DriveType driveType,
float driveAmount, float timeEst, float sideEffectsUtility);
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
int intAmount = (int)actualAmount;
if (intAmount > 0)
{
// Figure out possible EntityTypes from ICs InventoryGroupings - just pick first one
List <EntityType> entityTypes;
if (outputChange.inventoryTypeGroupMatchIndex > -1 && outputChange.inventoryTypeGroupMatchIndex < mapping.mappingType.inputConditions.Count)
{
InputCondition inputCondition = mapping.mappingType.inputConditions[outputChange.inventoryTypeGroupMatchIndex];
entityTypes = inputCondition.GetInventoryTypeGroup().GetMatches(target.inventoryType.GetAllEntityTypes(target));
}
else if (outputChange.inventoryTypeGroupMatchIndex == -1)
{
entityTypes = TypeGroup.PossibleEntityTypes(mapping.mappingType.inputConditions, agent.inventoryType.GetAllEntityTypes(agent), true);
}
else
{
Debug.LogError(agent.name + ": InventoryDropOCT has an invalid value for inventoryGroupingMatchIndex in MT: " +
mapping.mappingType.name);
return(false);
}
if (entityTypes == null || entityTypes.Count == 0)
{
Debug.LogError(agent.name + ": InventoryDropOCT was unable to find an EntityType from ICs InventoryGroupings for MT: " +
mapping.mappingType.name);
return(false);
}
// TODO: Add in InventoryTFs to MTs
EntityType entityType = entityTypes[0];
// This will do nothing if the target doesn't have all of the amount
// TODO: Add in options to handle not enough inventory
List <InventoryType.Item> items = target.inventoryType.Remove(target, entityType, intAmount, true);
if (items == null)
{
return(false);
}
foreach (InventoryType.Item item in items)
{
// TODO: If Entity was created as Inventory it would have never gone through initialization
// so it won't have an inventoryType set. Make sure Entities created in inventory get initialized?
//item.entity.inventoryType.Dropped(item.entity, item.inventorySlot);
agent.inventoryType.Dropped(item.entity, item.inventorySlot);
}
}
else if (intAmount < 0)
{
Debug.LogError("InventoryDropOCT has a negative amount to take. Amount To Drop must be positive.");
}
return(true);
}
public abstract string DisplayEquation(Agent agent, Mapping rootMapping, DriveType driveType,
float driveAmount, float timeEst, float sideEffectsUtility);
public override bool MakeChange(Agent agent, Entity target, OutputChange outputChange, Mapping mapping, float actualAmount, out bool forceStop)
{
forceStop = false;
// Near Entity change just passes target up to its parent - agent will be near the target after action (or recheck will fail for next mapping)
//if (mapping.parent != null)
// mapping.parent.target = mapping.target;
return(true);
}
public override bool Check(InputCondition inputCondition, Agent agent, Mapping mapping, Entity target, bool isRecheck)
{
return(agent.gender == (Agent.Gender)inputCondition.enumValueIndex);
}
public override float CalculateSEUtility(Agent agent, Entity target, OutputChange outputChange,
Mapping mapping, DriveType mainDriveType, float amount)
{
return(0);
}
public abstract float Evaluate(Selector selector, Agent agent, Mapping mapping, out bool overrideValue);