public Vector3 DoMovement()
{
if (_SavedMovement != AnimatorInfo.MovementType)
{
ChangedMovementType = true;
_SavedMovement = AnimatorInfo.MovementType;
}
if (AnimatorInfo.MovementType == 0) //0 == With Pathfinding And Walking From Node To Node
{
myVariables.GetNodeInfo().MyAStar.StartRunning(myVariables.GetObjectNodeInfo(), myVariables.GetNodeInfo(), myVariables.GetWhatToTarget().MyMovementTarget);
if (myVariables.GetNodeInfo().MyNodePath [2] == null) //If There Is Less Then 2 Nodes Left, Including That StartNode;
{
return(Vector3.zero);
}
if (myVariables.GetNodeInfo().MyNodePath [1] == null)
{
return(Vector3.zero);
}
else
{
MovementVector.x = ((myVariables.GetNodeInfo().MyNodePath [1].PosX - (myVariables.GetNodeInfo().MyNodePath [0].PosX)));
MovementVector.y = ((myVariables.GetNodeInfo().MyNodePath [1].PosY - (myVariables.GetNodeInfo().MyNodePath [0].PosY)));
}
return(MovementVector.normalized);
}
else if (AnimatorInfo.MovementType == 1) //Direct Targeting
{
MovementVector = (myVariables.GetWhatToTarget().MyMovementTarget.transform.position - myVariables.transform.position).normalized;
return(MovementVector);
}
else if (AnimatorInfo.MovementType == 2) //Locked Direct Targeting
{
if (ChangedMovementType == true)
{
ChangedMovementType = false;
MovementVector = (myVariables.GetWhatToTarget().MyMovementTarget.transform.position - myVariables.transform.position).normalized;
return(MovementVector);
}
return(MovementVector);
}
else //Locking My Vector;
{
return(MovementVector);
}
}
public override void SetMethod(CreatureRoot manager)
{
_MyObject = manager;
MyAnimator = GetComponent <Animator> ();
transform.parent = _MyObject.transform.Find("GFX");
for (int t = 0; t < _MyObject.GetAbilityInfo().tes.Count; t++) //Goint Through The Transitions To Find This Spell Transition
{
for (int g = 0; g < _MyObject.GetAbilityInfo().tes [t].AllAbilities.Length; g++) //Going Through This Spells Transition To Find The Spell
{
if (_MyObject.GetAbilityInfo().tes [t].AllAbilities [g].SpellRef.bulletID == bulletID) //If SpellRef ID == This SpellID. Then This Is That Spell
{
test [0] = _MyObject.GetAbilityInfo().tes [t].AllAbilities [g];
}
}
}
transform.localPosition = Quaternion.Euler(0, transform.parent.rotation.y, transform.parent.rotation.z) * test [0].SpawnPosition; //Setting The Start Location
if ((_MyObject.GetWhatToTarget().MyMovementTarget.transform.position - transform.position).y < 0)
{
transform.rotation = Quaternion.Euler(0, 0, Vector3.Angle(Vector3.right, (_MyObject.GetWhatToTarget().MyMovementTarget.transform.position - transform.position)) * -1);
}
else
{
transform.rotation = Quaternion.Euler(0, 0, Vector3.Angle(Vector3.right, (_MyObject.GetWhatToTarget().MyMovementTarget.transform.position - transform.position)));
}
}
public override int RunCriteriaCheck(CreatureRoot objectChecking) //This Return True If All Criteria To Start Is Met.
{
if (Vector3.Distance(objectChecking.transform.position, objectChecking.GetWhatToTarget().MyMovementTarget.transform.position) < DistanceToTarget)
{
if (Physics2D.LinecastAll(objectChecking.transform.position, objectChecking.GetWhatToTarget().MyMovementTarget.transform.position, WhatToNotGoThrough).Length == 0)
{
if (objectChecking.GetAnimatorVariables().AnimatorStage == 0)
{
return(2);
}
}
return(0);
}
else
{
return(0);
}
}
public override int RunCriteriaCheck(CreatureRoot objectChecking) //This Return 'True' (Which Is AnimatorState Number) If All Criteria To Start Is Met.
{
if (Vector3.Distance(objectChecking.transform.position, objectChecking.GetWhatToTarget().MyMovementTarget.transform.position) < DistanceToTarget)
{
if (objectChecking.GetAnimatorVariables().AnimatorStage == 0)
{
return(1);
}
else
{
return(0);
}
}
else
{
return(0);
}
}
void FixedUpdate()
{
// if (_MyObject == null)//When Shooting Object Dies, Destroy This Object
// Destroy (this.gameObject);
if (TargetClose == false)
{
if (Vector3.Distance(transform.position, _MyObject.GetWhatToTarget().MyMovementTarget.transform.position) < test [0].SpellVariables [4])
{
TargetClose = true;
_MyObject.GetAnimatorVariables().SetAnimatorStage(2);
_MyObject.Stats.Speed += test [0].SpellVariables [1];
timeLeft = ClockTest.TheTimes + (test [0].SpellVariables [2]);
}
else
{
if (timeLeft < ClockTest.TheTimes) //Time To Scout
{
_MyObject.GetAnimatorVariables().SetAnimatorStage(1000); //1000 - 1010 Is Values Used For The Purpose Of Animator State Changes Which Isnt Similar To Any Spell 'ID'
_MyObject.GetAbilityInfo().AddLostTime(bulletID);
_MyObject.GetAnimatorVariables().AbilityRunning = false;
Destroy(this.gameObject);
}
}
}
else
{
if (attackTime < ClockTest.TheTimes)
{
attackTime = ClockTest.TheTimes + (test [0].SpellVariables [3]);
Instantiate(MoulySpikes, transform.position, Quaternion.identity).SetMethod(_MyObject);
}
if (timeLeft < ClockTest.TheTimes) //Time To Scout
{
_MyObject.GetAnimatorVariables().SetAnimatorStage(1000); //1000 - 1010 Is Values Used For The Purpose Of Animator State Changes Which Isnt Similar To Any Spell 'ID'
_MyObject.Stats.Speed -= test [0].SpellVariables [1];
_MyObject.GetAbilityInfo().AddLostTime(bulletID);
_MyObject.GetAnimatorVariables().AbilityRunning = false;
Destroy(this.gameObject);
}
}
}
public override void SetMethod(CreatureRoot objectChecking)
{
/* _MyObject = objectChecking;
* parentRotaitons = _MyObject.transform.Find("GFX").rotation;
*
* for (int t = 0; t < _MyObject.MyAbilityInfo.tes.Count; t++) {//Goint Through The Transitions To Find This Spell Transition
* for (int g = 0; g < _MyObject.MyAbilityInfo.tes [t].AllAbilities.Length; g++) {//Going Through This Spells Transition To Find The Spell
* if (_MyObject.MyAbilityInfo.tes [t].AllAbilities [g].SpellRef.bulletID == bulletID) {//If SpellRef ID == This SpellID. Then This Is That Spell
* teste [0] = _MyObject.MyAbilityInfo.tes [t].AllAbilities [g];
* }
* }
* }
*
*
*
*
*
*
* foundIt = false;
*
* for (int i = 0; i < rngtries; i++) {
* test = (Quaternion.Euler (0, 0, Random.Range (1, rngtries + 1) * Random.Range (0, 90)) * (Vector3.right * TeleportDistance));//Deviding The Circle In 4, Then I Make Choose A RNG Side To Check
*
* hitted = Physics2D.LinecastAll (objectChecking.Targeting.MyMovementTarget.transform.position + test, objectChecking.Targeting.MyMovementTarget.transform.position, WhatNotToHit);
* if (hitted.Length > 0) {
* // Debug.Log ("Hit Something " + hitted [hitted.Length - 1].point.x + " | " + hitted [hitted.Length - 1].point.y + " | " + test.normalized);
* } else {
* foundIt = true;
* // Debug.Log ("No Wall Found");
* test = objectChecking.Targeting.MyMovementTarget.transform.position + test;
* i = rngtries;
* }
*
* }
*
* if (foundIt == false) {
* test = (Quaternion.Euler (0, 0, Random.Range (1, rngtries + 1) * Random.Range (0, 90)) * (Vector3.right * TeleportDistance));
* hitted = Physics2D.LinecastAll (objectChecking.Targeting.MyMovementTarget.transform.position + test, objectChecking.Targeting.MyMovementTarget.transform.position, WhatNotToHit);
* if (hitted.Length > 0) {
* hitted = Physics2D.LinecastAll (objectChecking.Targeting.MyMovementTarget.transform.position, (Vector3)hitted [hitted.Length - 1].point, WhatNotToHit);
* // Debug.Log ( "Oposite Side Of Wall ");
* test = (Vector3)(hitted [0].point) - (test.normalized * 0.05f);
*
* } else {
* // Debug.Log ("No New Wall Found");
* test = objectChecking.Targeting.MyMovementTarget.transform.position + test;
* }
* }
*
* objectChecking.transform.position = test;
* transform.position = objectChecking.transform.position + Quaternion.Euler (0, parentRotaitons.y, parentRotaitons.z) * teste [0].SpawnPosition;//Setting The Start Location
*
* _Direction.z = Vector3.Angle (Vector3.right, (objectChecking.Targeting.MyMovementTarget.transform.position - objectChecking.transform.position));
*
* if ((objectChecking.Targeting.MyMovementTarget.transform.position - objectChecking.transform.position).y < 0) {
* _Direction.z = _Direction.z * -1.0f;
* }
* transform.rotation = Quaternion.Euler (_Direction);
*
* gameObject.SetActive(true);
* Particleeffect.GetComponent<MoveForwardFast> ().starting = true;
*
*
* hitted = Physics2D.LinecastAll (transform.position, ((objectChecking.Targeting.MyMovementTarget.transform.position - objectChecking.transform.position).normalized * teste[0].SpellVariables[1]), WhatNotToHit);
*
* hitted = Physics2D.BoxCastAll (transform.position, boxSize, _Direction.z, ((Vector2)transform.position - hitted[0].point).normalized, 0, StopOnHit );
* Debug.Log ("HIT " + hitted.Length);*/
// Physics2D.BoxCastAll();
// _MyObject = GameObject.Find ("Otaku_Boss").GetComponent<EnemyManaging>();
hitted = Physics2D.LinecastAll(transform.position, (Vector2)transform.position + (Vector2.right * 3), WhatNotToHit);
hitted = Physics2D.BoxCastAll(transform.position, boxSize, 0, Vector2.right, 0, StopOnHit);
// hitted = Physics2D.BoxCastAll (transform.position, boxSize, 0, ((Vector2)transform.position - hitted[0].point).normalized, 0, StopOnHit );
ShootingVector = objectChecking.GetWhatToTarget().TargetVector - transform.position; //Vector from My Position To The Target
transform.eulerAngles = (Quaternion.Euler(0, 0, transform.eulerAngles.z) * Vector2.right);
}
public void SetTargetVectorToTarget()
{
myVariables.GetWhatToTarget().SetTargetVectorToTarget();
}
void FixedUpdate()
{
if (_StartMoving == true)
{
if (Dieing == false)
{
if (RemoveParent == false)
{
RemoveParent = true;
transform.parent = null;
MyShootingDirection = MyShootingDirection.normalized;
}
transform.position += MyShootingDirection * test [0].SpellVariables [1] * Time.deltaTime;
_ObjectHit = Physics2D.CircleCastAll(transform.position + (Vector3.right * 0.02f), test [0].SpellVariables [2], Vector2.zero, 1, WhatCanIHit);
if (_ObjectHit.Length > 0)
{
foreach (RaycastHit2D s in _ObjectHit)
{
if (s.transform.gameObject.layer == 8 || s.transform.gameObject.layer == 15)
{
targets = s.transform.GetComponent <CreatureRoot> ();
if (targets != null)
{
if (targets.Stats.HealthImmunity == false && targets.Stats.TotalImmunity == false)
{
if (test [0].SpellVariables [0] * (1 - targets.Stats.PhysicalResistence) > 0) //If The Creature Have Resist > 1 Then The Attack Will Heal The Creature. Fire On Fire Might Heal?
{
targets.TookDmg(Mathf.CeilToInt(test [0].SpellVariables [0] * (1 - targets.Stats.PhysicalResistence)));
}
}
}
}
}
Dieing = true;
MyAnimator.SetInteger("SpellState", 1);
}
}
else
{
transform.position += (MyShootingDirection * Time.deltaTime) / 2;
}
}
else
{
MyShootingDirection = _MyObject.GetWhatToTarget().MyMovementTarget.transform.position - transform.position;
if (MyShootingDirection.y < 0)
{
transform.rotation = Quaternion.Euler(0, 0, Vector3.Angle(Vector3.right, MyShootingDirection) * -1);
}
else
{
transform.rotation = Quaternion.Euler(0, 0, Vector3.Angle(Vector3.right, MyShootingDirection));
}
transform.localPosition = Quaternion.Euler(0, transform.parent.rotation.y, transform.parent.rotation.z) * test [0].SpawnPosition;
}
}
public override int RunCriteriaCheck(CreatureRoot objectChecking) //This Return True If All Criteria To Start Is Met. TODO Setup The New Collision System
{
if (objectChecking.GetAnimatorVariables().AnimatorStage == AnimatorStateCheck) //If The Animator Have Reached The Correct Point Then This Is False
{
return(0);
}
else
{
//Searching If There Is A Free Spot On A Rng Based Rotation.
foundIt = false;
for (int i = 0; i < rngtries; i++) //Going Through To Check If There Are Any Spots Around Target That Isnt busy/taken
{
test = (Quaternion.Euler(0, 0, Random.Range(1, rngtries + 1) * Random.Range(0, 90)) * (Vector3.right * TeleportDistance)); //Deviding The Circle In 4, Then I Make Choose A RNG Side To Check
hitted = Physics2D.LinecastAll(objectChecking.GetWhatToTarget().MyMovementTarget.transform.position + test, objectChecking.GetWhatToTarget().MyMovementTarget.transform.position, WhatNotToHit);
if (hitted.Length == 0) //Didnt Hit Anything
{
foundIt = true;
test = objectChecking.GetWhatToTarget().MyMovementTarget.transform.position + test;
i = rngtries;
}
}
if (foundIt == false) //If There Were No Free Location To Teleport To, Do 1 More And Then If Still False, Force Teleport As Close To The Target As Possible
{
test = (Quaternion.Euler(0, 0, Random.Range(1, rngtries + 1) * Random.Range(0, 90)) * (Vector3.right * TeleportDistance));
hitted = Physics2D.LinecastAll(objectChecking.GetWhatToTarget().MyMovementTarget.transform.position + test, objectChecking.GetWhatToTarget().MyMovementTarget.transform.position, WhatNotToHit);
if (hitted.Length > 0) //Hit Something
{
hitted = Physics2D.LinecastAll(objectChecking.GetWhatToTarget().MyMovementTarget.transform.position, (Vector3)hitted [hitted.Length - 1].point, WhatNotToHit);
test = (Vector3)(hitted [0].point) - (test.normalized * 0.05f);
}
else //Didnt Hit Anything
{
test = objectChecking.GetWhatToTarget().MyMovementTarget.transform.position + test;
}
}
//Then A Check Needs To Be Made If The Ground Is Walkable Or Not, A Cliff Edge Or A Sea Of Magma ETC..
//TODO Commented Out This if (objectChecking.GetNodeInfo ().MyAStar._WalkCost.ValidPositions (objectChecking.GetNodeInfo ().MyAStar._WalkCost.GetXPos(Mathf.RoundToInt( test.x / StressCommonlyUsedInfo.DistanceBetweenNodes)), objectChecking.GetNodeInfo ().MyAStar._WalkCost.GetYPos(Mathf.RoundToInt(test.y / StressCommonlyUsedInfo.DistanceBetweenNodes))) == false)
//TODO Commented Out This return 0;
// if (objectChecking.GetNodeInfo ().MyAStar._WalkCost.ValidPositions (objectChecking.GetObjectNodeInfo ().MyCollisionInfo.XNode, objectChecking.GetObjectNodeInfo ().MyCollisionInfo.YNode) == false)
// return 0;
//If A Spot Was Found,
/*
* //If Nothing Collides With The Object
*
* if (objectChecking.GetNodeInfo ().MyAStar._WalkCost.ValidPositions (objectChecking.GetObjectNodeInfo ().MyCollisionInfo.XNode, objectChecking.GetObjectNodeInfo ().MyCollisionInfo.YNode) == false)
* return 0;
*
* theX = objectChecking.GetNodeInfo ().MyAStar._WalkCost.GetXPos (objectChecking.GetObjectNodeInfo ().MyCollisionInfo.XNode);
* theY = objectChecking.GetNodeInfo ().MyAStar._WalkCost.GetYPos (objectChecking.GetObjectNodeInfo ().MyCollisionInfo.YNode);
*
* if (objectChecking.GetNodeInfo ().MyAStar._WalkCost.BaseGroundLayer [theX, theY] == 1) {//If ID == Wall, Return 'False'.
* return 0;
* }
*
* iterations = objectChecking.GetNodeInfo ().MyAStar._WalkCost.CollisionAmount [theX, theY];
*
* for (int i = 0; i < iterations; i++) {//Iterating Through The Taken Collision IDs
* if (objectChecking.GetNodeInfo ().MyAStar._WalkCost.CollisionMap [theX, theY, i].NodesCollisionID == 1) {//If ID == Wall, Return 'False'.
* return 0;
* }
* }
*
* if (objectChecking.GetAnimatorVariables ().AnimatorStage != 0)
* return 0;
*/
}
return(3); //If Nothing Failed, Return 'True'.
}