void Start()
{
abilities = GetComponent <EnemySpells>().ability;
safeAbility = GetComponent <EnemySpells>().safeAbility;
targets = FindObjectsOfType <Fighter>();
mover = GetComponent <Mover>();
onRailsMover = GetComponent <OnRailsMover>();
cooldown = GetComponent <CoolDown>();
channel = GetComponent <Channel>();
attackIndicator = GetComponent <AttackIndicator>();
attackReceiver = GetComponent <AttackReceiver>();
attackExecutor = GetComponent <AttackExecutor>();
enemyTarget = GetComponent <EnemyTarget>();
spline = GetComponent <splineMove>();
stateMachine = GetComponent <StateMachine>();
animationHandler = GetComponent <AnimationHandler>();
allEnemies = FindObjectsOfType <EnemyTarget>();
allActors = FindObjectsOfType <Fighter>();
allPushables = FindObjectsOfType <Pushable>();
combatController = FindObjectOfType <CombatController>();
cooldown.isOnCD = true;
channel.isChanneling = false;
channel.channel = 0f;
//print("allPushables start count: " + allPushables.Length);
//perform attack once will be used to check if the current attack is in progress
}
void Start()
{
mover = GetComponent <Mover>();
enemyTarget = GetComponent <EnemyTarget>();
combatController = FindObjectOfType <CombatController>();
spline = GetComponent <splineMove>();
savedWing = GetComponent <EnemyTarget>().wing;
}
public bool MeleeTargeting(EnemyTarget target)
{
Pushable[] pushables = FindObjectsOfType <Pushable>();
Vector2Int targetPosition = target.GetComponent <Mover>().GetGridPos();
Vector2Int actorPosition = mover.GetGridPos();
if (actorPosition.x == targetPosition.x)
{
foreach (Pushable pushable in pushables)
{
Vector2Int pushablePosition = pushable.GetComponent <Mover>().GetGridPos();
if (pushablePosition.x == actorPosition.x)
{
if (pushablePosition.y > actorPosition.y && pushablePosition.y < targetPosition.y)
{
return(false);
}
}
}
return(true);
}
if (actorPosition.y == targetPosition.y)
{
foreach (Pushable pushable in pushables)
{
Vector2Int pushablePosition = pushable.GetComponent <Mover>().GetGridPos();
if (pushablePosition.y == actorPosition.y)
{
if (target.wing == Wing.port)
{
if (pushablePosition.x < actorPosition.x && pushablePosition.x > targetPosition.x)
{
return(false);
}
}
if (target.wing == Wing.starboard)
{
if (pushablePosition.x > actorPosition.x && pushablePosition.x < targetPosition.x)
{
return(false);
}
}
}
}
return(true);
}
return(false);
}
public void HighlightTargettedCells(EnemyAttack attack, EnemyTarget enemy)
{
GetTargetCells(attack, enemy);
if (!areCellsColored)
{
saveCellsToClear = GetTargetCells(attack, enemy);
ColorCells(attack.attackTarget, saveCellsToClear);
areCellsColored = true;
}
}
// Start is called before the first frame update
void Start()
{
if (GetComponent <Fighter>() != null)
{
fighter = GetComponent <Fighter>();
}
if (GetComponent <EnemyTarget>() != null)
{
enemyTarget = GetComponent <EnemyTarget>();
}
}
public bool CheckAttack(EnemyTarget target, int abilityInPosition)
{
if (abilities[abilityInPosition].actorTargetingType == ActorTargetingType.melee)
{
if (!targetingManager.MeleeTargeting(target))
{
return(false);
}
}
return(true);
}
private List <Cell> GetTargetCells(EnemyAttack attack, EnemyTarget enemy)
{
switch (attack.targettingClass)
{
case TargettingClass.relative:
return(RelativeTargetting(attack, enemy));
case TargettingClass.global:
return(GlobalTargetting(attack, enemy));
default:
Debug.LogError("targetting class not assigned properly");
return(null);
}
}
private List <Cell> RelativeTargetting(EnemyAttack attack, EnemyTarget enemy)
{
List <Cell> convertedCells = new List <Cell>();
for (var i = 0; i < attack.relativeTargetCells.Length; i++)
{
var convertedVector = RelativeCoordinateConversion(enemy.wing, enemy.GetComponent <Mover>().GetGridPos(), attack.relativeTargetCells[i]);
if (combatController.ListOfcells.ContainsKey(convertedVector))
{
convertedCells.Add(combatController.ListOfcells[convertedVector]);
}
}
return(convertedCells);
}
private List <Cell> GlobalTargetting(EnemyAttack attack, EnemyTarget enemy)
{
List <Cell> convertedCells = new List <Cell>();
for (var i = 0; i < attack.globalTargetCells.Length; i++)
{
var currentVector = attack.globalTargetCells[i];
if (combatController.ListOfcells.ContainsKey(currentVector))
{
convertedCells.Add(combatController.ListOfcells[currentVector]);
}
}
return(convertedCells);
}
// Start is called before the first frame update
void Start()
{
if (GetComponent <Fighter>() != null)
{
fighter = GetComponent <Fighter>();
ResetStats(true);
}
if (GetComponent <EnemyTarget>() != null)
{
enemyTarget = GetComponent <EnemyTarget>();
ResetStats(true);
}
animationHandler = GetComponent <AnimationHandler>();
}
public List <Pushable> MakeListOfPushablesRelative(EnemyAttack ability, EnemyTarget enemyTarget)
{
Pushable[] pushableArray = FindObjectsOfType <Pushable>();
List <Pushable> listOfPushables = new List <Pushable>(pushableArray);
List <Pushable> deleteMeList = new List <Pushable>();
Mover mover = enemyTarget.GetComponent <Mover>();
if (enemyTarget.wing == Wing.port || enemyTarget.wing == Wing.starboard)
{
listOfPushables.Sort(SortByX);
}
else
{
listOfPushables.Sort(SortByY);
listOfPushables.Reverse();
}
if (enemyTarget.wing == Wing.starboard)
{
listOfPushables.Reverse();
}
bool deleteRest = false;
Vector2Int interferenceCheck;
foreach (Pushable pushable in listOfPushables)
{
if (enemyTarget.wing == Wing.port)
{
if (ability.push == Push.north)
{
interferenceCheck = new Vector2Int(pushable.GetGridPos().x + 1, pushable.GetGridPos().y);
}
else
{
interferenceCheck = new Vector2Int(pushable.GetGridPos().x - 1, pushable.GetGridPos().y);
}
}
else if (enemyTarget.wing == Wing.starboard)
{
if (ability.push == Push.north)
{
interferenceCheck = new Vector2Int(pushable.GetGridPos().x - 1, pushable.GetGridPos().y);
}
else
{
interferenceCheck = new Vector2Int(pushable.GetGridPos().x + 1, pushable.GetGridPos().y);
}
}
else
{
if (ability.push == Push.north)
{
interferenceCheck = new Vector2Int(pushable.GetGridPos().x, pushable.GetGridPos().y - 1);
}
else
{
interferenceCheck = new Vector2Int(pushable.GetGridPos().x, pushable.GetGridPos().y + 1);
}
}
if ((enemyTarget.wing == Wing.starboard) || (enemyTarget.wing == Wing.port))
{
if (pushable.GetGridPos().y != mover.GetGridPos().y)
{
deleteMeList.Add(pushable);
continue;
}
}
else
{
if (pushable.GetGridPos().x != mover.GetGridPos().x)
{
deleteMeList.Add(pushable);
continue;
}
}
if (pushable.GetComponent <Obstacle>() != null)
{
deleteMeList.Add(pushable);
deleteRest = true;
}
if (combatController.ListOfcells.ContainsKey(interferenceCheck))
{
if (combatController.ListOfcells[interferenceCheck].isOccupied)
{
Obstacle[] obstacles = FindObjectsOfType <Obstacle>();
foreach (Obstacle obstacle in obstacles)
{
if (obstacle.GetComponent <Pushable>().GetGridPos() == interferenceCheck)
{
deleteMeList.Add(pushable);
break;
}
}
}
if (combatController.ListOfcells[interferenceCheck].isEnemyCell)
{
deleteMeList.Add(pushable);
}
if (combatController.ListOfcells[interferenceCheck] == null)
{
deleteMeList.Add(pushable);
}
}
if (deleteRest == true)
{
deleteMeList.Add(pushable);
}
}
foreach (Pushable pushable in deleteMeList)
{
listOfPushables.Remove(pushable);
}
if (ability.push == Push.north)
{
listOfPushables.Reverse();
}
return(listOfPushables);
}
//translates from global coordinates to relative coordinates
private Vector2Int[] TranslateRelativeTargetCells(Vector2Int[] relativeTargetCells, EnemyTarget enemy)
{
Vector2Int[] convertedVector = new Vector2Int[relativeTargetCells.Length];
int enemyX = enemy.GetComponent <Mover>().GetGridPos().x;
int enemyY = enemy.GetComponent <Mover>().GetGridPos().y;
for (var i = 0; i < relativeTargetCells.Length; i++)
{
switch (enemy.wing)
{
case Wing.port:
convertedVector[i] = new Vector2Int(enemyX + relativeTargetCells[i].x, enemyY + relativeTargetCells[i].y);
//print(this.name + " is adding cell to target: " + convertedVector[i]);
break;
case Wing.starboard:
convertedVector[i] = new Vector2Int(enemyX - relativeTargetCells[i].x, enemyY + relativeTargetCells[i].y);
//print(this.name + " is adding cell to target: " + convertedVector[i]);
break;
case Wing.bow:
convertedVector[i] = new Vector2Int(enemyX - relativeTargetCells[i].y, enemyY - relativeTargetCells[i].x);
//print(this.name + " is adding cell to target: " + convertedVector[i]);
break;
default:
convertedVector[i] = new Vector2Int(0, 0);
//Debug.LogError("enemy wing is not defined.");
break;
}
}
return(convertedVector);
}
//switch (stateMachine.state)
//{
// //PlayerState
// case State.channeling:
// channel.CheckChannel();
// Targetting(selectedAbility);
// if (!channel.isChanneling)
// {
// state = State.animating;
// }
// break;
// //PlayerState
// case State.animating:
// print(attackInProgress);
// if (!attackInProgress)
// {
// AIController[] enemies = FindObjectsOfType<AIController>();
// foreach(AIController enemy in enemies)
// {
// if (enemy.attackInProgress == true && enemy.gameObject!= this.gameObject)
// {
// return;
// }
// }
// attackInProgress = true;
// PerformAttack(selectedAbility);
// }
//foreach (Cell cell in attackIndicator.convertedCells)
//{
// cell.enemyHighlight = false;
// attackIndicator.areCellsColored = false;
// cell.DoDefaultColor();
// enemyTarget.SaveMaterial();
// enemyTarget.DoDefaultMaterial();
//}
// break;
// }
//}
/* GOALS WITHIN THIS CODE
* 1. Segment out a combat controller utilized public method pool. This pool will handle calculations that are universal such as zodiac and magic interactions
* 2. AIController should handle the decisions of the AI. Namely, seeing which abilities are available to it. Checking to see which ones are best. and picking between them.
* 3. An Attack Executor (should be shared with FIGHTER class) Class should handle distributing damage and effects. It will use the singleton, Combat Controller, to access universal algorithms in calculating damage.
* 4. Animation needs to be accounted for with a separate timer. The timer will tick normally when not moving or pushing else it will wait for moving or pushing to complete then issue the same "END OF ANIMATION" method.
* 5. AIController should resemble a player brain. Any limitations of the enemy class not related to decision making should be relegated to another class.
* 6. NEW CLASSES: CC.AttackAlgorithms, AnimationTimer, AttackExecutor, AttackReceiver, PlayerState
*/
//Pre targeting for relative global and support targeting
//dont think this needed.
private List <AttackReceiver> GetTargets(EnemyAttack ability, EnemyTarget enemy)
{
allPushables = FindObjectsOfType <Pushable>();
List <AttackReceiver> newTargets = new List <AttackReceiver>();
List <Pushable> translatedTargetList = new List <Pushable>();
switch (ability.targettingClass)
{
case TargettingClass.global:
foreach (Pushable pushable in allPushables)
{
foreach (Vector2Int position in ability.globalTargetCells)
{
if (pushable.GetComponent <Mover>().GetGridPos() == position)
{
translatedTargetList.Add(pushable);
}
}
}
//remove targets based on beeline targeting
if (ability.attackTarget == AttackTarget.beeline)
{
switch (enemyTarget.wing)
{
case Wing.bow:
translatedTargetList.Sort(SortByY);
translatedTargetList.Reverse();
break;
case Wing.port:
translatedTargetList.Sort(SortByX);
break;
case Wing.starboard:
translatedTargetList.Sort(SortByX);
translatedTargetList.Reverse();
break;
default:
print("NO WING DEFINED");
break;
}
}
//final list
foreach (Pushable pushable in translatedTargetList)
{
if (pushable.GetComponent <AttackReceiver>() != null)
{
newTargets.Add(pushable.GetComponent <AttackReceiver>());
}
if (ability.attackTarget == AttackTarget.beeline)
{
break;
}
}
break;
case TargettingClass.relative:
Vector2Int[] translatedTargetCells = TranslateRelativeTargetCells(ability.relativeTargetCells, enemy);
//print("allPushables count: " + allPushables.Length);
foreach (Pushable pushable in allPushables)
{
foreach (Vector2Int position in translatedTargetCells)
{
if (pushable.GetComponent <Mover>().GetGridPos() == position)
{
translatedTargetList.Add(pushable);
//print("adding pushable");
}
}
}
//print("translatedTargetCells: " + translatedTargetList.Count);
//remove targets based on beeline targeting
if (ability.attackTarget == AttackTarget.beeline)
{
switch (enemyTarget.wing)
{
case Wing.bow:
translatedTargetList.Sort(SortByY);
translatedTargetList.Reverse();
break;
case Wing.port:
translatedTargetList.Sort(SortByX);
break;
case Wing.starboard:
translatedTargetList.Sort(SortByX);
translatedTargetList.Reverse();
break;
default:
print("NO WING DEFINED");
break;
}
}
//final list
foreach (Pushable pushable in translatedTargetList)
{
if (pushable.GetComponent <AttackReceiver>() != null)
{
newTargets.Add(pushable.GetComponent <AttackReceiver>());
}
if (pushable.GetComponent <Destroyable>() != null)
{
pushable.GetComponent <Destroyable>().DestroySelf();
}
if (ability.attackTarget == AttackTarget.beeline)
{
break;
}
}
break;
case TargettingClass.support:
EnemyTarget randomEnemy = SelectRandomSupportTarget();
newTargets.Add(randomEnemy.GetComponent <AttackReceiver>());
break;
case TargettingClass.self:
newTargets.Add(attackReceiver);
break;
//this case inherits "melee Target" from the TestAbility method. This is to reduce redundancy in finding available targets.
case TargettingClass.melee:
if (meleeTarget == null)
{
print("no melee targets, ATTACK FILTERING ERROR");
}
newTargets.Add(meleeTarget.GetComponent <AttackReceiver>());
break;
case TargettingClass.homing:
Fighter randomActor = SelectRandomHomingTarget();
if (randomActor != null)
{
newTargets.Add(randomActor.GetComponent <AttackReceiver>());
}
break;
case TargettingClass.allAllies:
foreach (Fighter fighter in allActors)
{
if (!fighter.isDead)
{
if (!fighter.isIntangible)
{
newTargets.Add(fighter.GetComponent <AttackReceiver>());
}
}
}
break;
case TargettingClass.allFoes:
foreach (EnemyTarget target in allEnemies)
{
newTargets.Add(target.GetComponent <AttackReceiver>());
}
break;
default:
print("no valid targeting class error.");
break;
}
return(newTargets);
}
