void StateDesire()
{
desireStated = true;
GameManager.Instance.CheckForFood();
if (!hasHome)
{
currentDesire = HumanDesire.HOUSING;
}
switch (currentDesire)
{
case HumanDesire.FOOD: // This unit is hungry or out of food.
desireClouds[0].SetActive(true);
break;
case HumanDesire.HOUSING: // This unit has no housing or doesn't have enough room to build one.
desireClouds[1].SetActive(true);
break;
case HumanDesire.TO_ASCEND:
Debug.Log("I am ready to ascend, allmighty one.");
// set ascension cloud active.
break;
}
}
// Update is called once per frame
public virtual void Update()
{
inFront = humanHips.position + (humanHips.transform.forward * 6f);
inFront.y = 33f;
if (isAscended)
{
halo.SetActive(true);
}
else
{
halo.SetActive(false);
}
if (!_wasInvoked)
{
StartCoroutine(IncreaseFaithOverTime(false)); // Continually gain levels of faith.
}
if (!humanAnimator.hasCollapsed && isGrounded)
{
AddForce();
}
if (readyToAscend)
{
currentDesire = HumanDesire.TO_ASCEND;
}
if (happiness < 15)
{
isDepressed = true;
}
if (humanAnimator.hasCollapsed)
{
currentState = HumanState.RECOVER;
}
if (currentState == HumanState.IDLE) // Human wanders about when idle.
{
Idling();
}
if (currentState == HumanState.PRAYING)
{
Debug.Log("Praying");
MoveToDestination(2);
if (!desireStated && atShrine)
{
StateDesire();
}
}
#region Neutral AI
if (!hasFaith)
{
ConvertToNeutral();
// The neutral human prays at a different shrine every night. The first human to please it will convert it to their side.
if ((Sun.Instance.rotation < 90 && Sun.Instance.rotation >= 0) || (Sun.Instance.rotation > 270 && Sun.Instance.rotation <= 360))
{
foreach (GameObject cloud in desireClouds)
{
cloud.SetActive(false);
}
if (timesSwitched >= 5)
{
var deathParticles = particles[2];
deathParticles.Play(); // Play the death particle.
if (deathParticles.IsAlive()) // Wait for the particle system to finish playing;
{
gameObject.SetActive(false);
}
}
// During the day the only thing it does is switch the shrine it will pray at during the upcoming night, and idle about.
currentState = HumanState.IDLE;
if (!shrineSwitched)
{
if (switchShrine == false)
{
GameManager.Instance.TeamOneNeutralHumans.Remove(gameObject);
GameManager.Instance.TeamTwoNeutralHumans.Add(gameObject);
switchShrine = true;
}
else
{
GameManager.Instance.TeamTwoNeutralHumans.Remove(gameObject);
GameManager.Instance.TeamOneNeutralHumans.Add(gameObject);
switchShrine = false;
}
timesSwitched++;
shrineSwitched = true;
}
}
if (Sun.Instance.rotation >= 90 && Sun.Instance.rotation <= 180)
{
// Then, at nighttime, the human will pray as normal together with the non-neutral humans, in an attempt to get what it desires.
currentState = HumanState.PRAYING;
shrineSwitched = false;
}
}
#endregion // Idling doesnt work?
#region Human AI
else
{
#region State Declaration
if ((Sun.Instance.rotation < 90 && Sun.Instance.rotation >= 0) || (Sun.Instance.rotation > 270 && Sun.Instance.rotation <= 360) && !isDepressed)
{
isDayTime = true;
if (!statsTweaked)
{
TweakStats();
}
else if (!hasHome)
{
currentState = HumanState.BUILDING_HOUSE;
}
else if (!isDepressed && hasHome && currentDesire != HumanDesire.FOOD)
{
currentState = HumanState.BUILDING_MONUMENT;
}
else
{
currentState = HumanState.IDLE;
}
}
if (Sun.Instance.rotation >= 90 && Sun.Instance.rotation <= 180 && !isDepressed)
{
isDayTime = false;
currentState = HumanState.PRAYING;
}
else if (Sun.Instance.rotation > 180 && Sun.Instance.rotation <= 270 && !isDepressed)
{
isDayTime = false;
currentState = HumanState.SLEEPING;
}
// Depressed states (Human becomes depressed if the happiness value drops below 15).
if (humanAnimator.hasCollapsed && isDepressed)
{
currentState = HumanState.RECOVER;
}
else if (Sun.Instance.rotation >= 90 && Sun.Instance.rotation <= 180 && isDepressed)
{
currentState = HumanState.PRAYING;
}
else if (isDepressed)
{
currentState = HumanState.IDLE;
}
#endregion
#region State Machine Day
if (isDayTime)
{
Debug.Log("dayTime");
switch (currentState)
{
case HumanState.RECOVER:
// Do nothing untill recovered.
break;
case HumanState.BUILDING_HOUSE: // The human builds a house. secondsSinceLastBuild value is a debug value, change when ready.
int layer = 17;
int mask = 1 << layer;
Collider[] trees = Physics.OverlapSphere(humanHips.position, 1.5f, mask);
if (!buildingHouse && isGrounded)
{
var newPos = humanHips.position + (humanHips.transform.forward * 6f); // Instantiate the collision checker before checking if there is enough space.
newPos.y = 36.5f;
checkHouse.transform.position = newPos;
checkHouse.SetActive(true);
if (enoughSpaceToBuild)
{
buildingHouse = true;
newPos.y = 32.34402f;
var humanID = GetComponent <NetworkIdentity>().netId;
CmdSpawnHouse(newPos, isServer, humanID); // Spawn a house through the server
checkHouse.SetActive(false);
}
else
{
Idling();
}
}
if (gatheredWood < 30 && buildingHouse)
{
// Chopping
if (!hasWood)
{
MoveToDestination(1); // Move to the tree first.
foreach (Collider tree in trees)
{
//tree.GetComponentInParent<Tree>().state = Tree.States.CHOPPED; // Then destroy all nearby trees
var obj = tree.GetComponentInParent <Tree>();
var ID = obj.GetComponent <NetworkIdentity>().netId;
CmdChopTreeServer(ID); // Send the networked variables to the server
gatheredWood += 10;
hasWood = true;
}
}
else
{
rotationReference.LookAt(_house.transform.position);
var _houseRot = rotationReference.rotation;
_houseRot.x = 0f;
_houseRot.z = 0f;
movementParent.rotation = _houseRot; // Then, if the player has chopped a tree, move (look at) to the house that he's building
if (Vector3.Distance(humanHips.position, _house.transform.position) <= 2f)
{
hasWood = false;
// Advance the building to the next stage
}
}
}
else if (gatheredWood >= 30 && buildingHouse)
{
MoveToDestination(4);
if (Vector3.Distance(humanHips.position, _house.transform.position) <= 2f)
{
var obj = _house.GetComponentInParent <House>();
var id = obj.GetComponent <NetworkIdentity>().netId;
obj.CmdSendVarServer(id, true);
humanHips.position = _house.GetComponentInParent <House>().doorPosition.position; // Set human to entrance position
// Reset the human's speed
for (int i = 0; i < humanAnimator.bones.Length; i++)
{
humanAnimator.bones[i].GetComponent <Rigidbody>().velocity = Vector3.zero;
}
// Assign standard data & reset bools
_house.layer = 16;
gatheredWood -= 30;
buildingHouse = false;
hasWood = false;
hasHome = true;
if (currentDesire == HumanDesire.HOUSING)
{
currentDesire = HumanDesire.NOTHING;
}
}
}
break;
case HumanState.BUILDING_MONUMENT:
if (!isDepressed)
{
MoveToDestination(5);
}
BuildMonument();
break;
}
}
#endregion
#region "State Machine" Night
if (!isDayTime)
{
if (currentState == HumanState.SLEEPING)
{
Debug.Log("Sleeping");
desireStated = false;
statsTweaked = false;
foreach (GameObject cloud in desireClouds)
{
cloud.SetActive(false); // Deactivate all the desire clouds.
}
if (_house != null)
{
MoveToDestination(3);
}
else
{
Idling();
}
}
}
#endregion
}
#endregion
}