//[HideInInspector] public float projectileForce = 250f; // Float variable to hold the amount of force which we will apply to launch our projectiles
public void Launch() //Function thats run on Script call. There is no Start() in this script.
{
passedDirect = attacker.GetComponent <MeleeCoolDown>();
faceDir = passedDirect.direction;
MonoBehaviour.print("DIRECTION GIVEN " + faceDir);
rangedDelay = 0.25f;
// print("ability triggered");
print("Triggerable attacker is " + attacker);
print("Triggerable damage is " + damage);
//Instantiate a copy of our projectile and store it in a new rigidbody variable called clonedBullet
//projectile.GetComponent("hitbox1").damage = damage; //up date the damage of the hitbox that will be spawned. Then I need it to spawn the hitboxes in a set direction or pattern.
if (faceDir == 0)
{
givenProjectile = projectile; // Passes the id of the hitbox that will be spawned when triggered.
hitboxRotation = transform.rotation;
hitboxSpawn = hitboxSpawnCardinal;
anim.SetBool("attackBack", true);
anim.SetBool("forward", false);
anim.SetBool("back", false);
anim.SetBool("left", false);
anim.SetBool("right", false);
}
else
if (faceDir == 1)
{
givenProjectile = projectile; // Passes the id of the hitbox that will be spawned when triggered.
hitboxRotation = transform.rotation;
hitboxSpawn = hitboxSpawnCardinal;
anim.SetBool("attackRight", true);
anim.SetBool("forward", false);
anim.SetBool("back", false);
anim.SetBool("left", false);
anim.SetBool("right", false);
}
else
if (faceDir == 2)
{
givenProjectile = projectile; // Passes the id of the hitbox that will be spawned when triggered.
// print("bar hitbox");
hitboxRotation = transform.rotation;
hitboxSpawn = hitboxSpawnCardinal;
anim.SetBool("attackForward", true);
anim.SetBool("forward", false);
anim.SetBool("back", false);
anim.SetBool("left", false);
anim.SetBool("right", false);
}
else
if (faceDir == 3)
{
givenProjectile = projectile; // Passes the id of the hitbox that will be spawned when triggered.
hitboxRotation = transform.rotation;
hitboxSpawn = hitboxSpawnCardinal;
anim.SetBool("attackLeft", true);
anim.SetBool("forward", false);
anim.SetBool("back", false);
anim.SetBool("left", false);
anim.SetBool("right", false);
}
// Checks for the diagonals.
else
if (faceDir == 4)
{
givenProjectile = projectileAngled;
// print("angled hitbox");
hitboxRotation = transform.rotation;
hitboxRotation *= Quaternion.Euler(0, 45, 0);
hitboxSpawn = hitboxSpawnAngle;
}
else
if (faceDir == 5)
{
givenProjectile = projectileAngled;
// print("angled hitbox");
hitboxRotation = transform.rotation;
hitboxRotation *= Quaternion.Euler(0, 45, 0);
hitboxSpawn = hitboxSpawnAngle;
}
else
if (faceDir == 6)
{
givenProjectile = projectileAngled;
// print("angled hitbox");
hitboxRotation = transform.rotation;
hitboxRotation *= Quaternion.Euler(0, 45, 0);
hitboxSpawn = hitboxSpawnAngle;
}
else
if (faceDir == 7)
{
givenProjectile = projectileAngled;
// print("angled hitbox");
hitboxRotation = transform.rotation;
hitboxRotation *= Quaternion.Euler(0, 45, 0);
hitboxSpawn = hitboxSpawnAngle;
}
else
{
givenProjectile = projectile;
}
// GameObject clonedHitbox = Instantiate(givenProjectile, hitboxSpawn.position, transform.rotation); //Instantiates a projectile from the given prefab.
StartCoroutine("AbilityWindup");
StartCoroutine("AnimationDelay");
//Add force to the instantiated bullet, pushing it forward away from the bulletSpawn location, using projectile force for how hard to push it away
//clonedBullet.AddForce(bulletSpawn.transform.forward * projectileForce);
}
// Update is called once per frame
void Update()
{
meleeLocker = gameObject.GetComponent <MeleeCoolDown>();
rangedLocker = gameObject.GetComponent <RangedCoolDown>();
charDirect = gameObject.GetComponent <PlayerMovementDash>();
print("Start state of Melee Lock " + meleeLocker.attackLock);
print("Start state of Ranged Lock " + rangedLocker.attackLock);
print("Dash Locker State " + charDirect.dashLocked);
direction = charDirect.faceDir;
bool firstCoolDownComplete = (Time.time > firstNextReadyTime); // Check to see if cooldown is available or not.
bool secondCoolDownComplete = (Time.time > secondNextReadyTime); // Check to see if cooldown is available or not.
if (firstCoolDownComplete && !summonActive)
{
// print("First Summon Cooldown Complete");
if (Input.GetKeyDown("q")) // Checks for pressing the Q key to start casting for first summon. Look into possibly changing this so it pulls the string from a variable for more flexbility.
{
castActive = true;
sumChosen = 1;
print("First summon ready");
meleeLocker.attackLock = true;
rangedLocker.attackLock = true;
//charDirect.dashLocked = true;
print("Dash Locker State " + charDirect.dashLocked);
}
if (Input.GetKeyDown(KeyCode.Tab)) // Checks for pressing the Space key to deactivate the casting state. NOTE: This and the left/right clicks still need locks on abilities in other functions.
{
castActive = false;
sumChosen = 0;
print("Summon Deactivated");
meleeLocker.attackLock = false;
rangedLocker.attackLock = false;
}
/*
* if (Input.GetKeyUp("space"))
* {
* //charDirect.dashLocked = false;
* StartCoroutine("DashUnlockDelay");
* }
*/
}
else
{
print("FIRST SUMMON COOLING DOWN");
FirstCoolDown(); // If cooldown is not complete then run CoolDown function to update the display for the ui. CURRENTLY NOT USED FULLY.
}
if (secondCoolDownComplete && !summonActive)
{
// print("Second Summon Cooldown Complete");
if (Input.GetKeyDown("e")) // Checks for pressing the E key to start casting for second summon.
{
castActive = true;
sumChosen = 2;
print("Second summon ready");
meleeLocker.attackLock = true;
rangedLocker.attackLock = true;
//charDirect.dashLocked = true;
}
if (Input.GetKeyDown(KeyCode.Tab)) // Checks for pressing the Space key to deactivate the casting state. NOTE: This and the left/right clicks still need locks on abilities in other functions.
{
castActive = false;
sumChosen = 0;
print("Summon Deactivated");
meleeLocker.attackLock = false;
rangedLocker.attackLock = false;
}
/* if (Input.GetKeyUp(KeyCode.Tab))
* {
* StartCoroutine("DashUnlockDelay");
*
* } */
}
else
{
print("SECOND SUMMON COOLING DOWN");
SecondCoolDown(); // If cooldown is not complete then run CoolDown function to update the display for the ui. CURRENTLY NOT USED FULLY.
}
if (castActive && sumChosen == 1) // If the player has pressed the Q key to activate casting, pull from the two abilities assigned to the given first summon.
{
if (Input.GetButtonDown("Fire1")) // If assigned button is pressed then perform proper actions for the given ability. NOTE: Take another look at this, the process seems wrong, might not need clone yet.
{
selectedSummon = firstSummon;
selectedSummon.attacker = attackingChar;
selectedSummon.selectedSprite = selectedSummon.sumChar;
selectedSummon.summonSlot = sumChosen;
selectedAbility = selectedSummon.ability1;
selectedSummon.selectedAbility = selectedAbility;
SetTargetPosition();
selectedSummon.Initialize(summonHolder); // Sets the spawn point of the ability as the object weaponholder.
castActive = false;
summonActive = true;
print("cast deactivated");
// firstNextReadyTime = firstSumCooldown + Time.time; // Sets the ready time for the summon based off cooldown. This value is what handles the checking for the cooldown.
firstCoolDownTimeLeft = firstSumCooldown; // Updated to update the display for the player.
selectedSummon.TriggerAbility(); // Runs TriggerAbility of the summon to then run the given ability.
StartCoroutine(AbilityUnlockerBuffer(unlockBuffer));
//meleeLocker.attackLock = false;
//rangedLocker.attackLock = false;
}
if (Input.GetButtonDown("Fire2"))
{
selectedSummon = firstSummon;
selectedSummon.attacker = attackingChar;
selectedSummon.summonSlot = sumChosen;
selectedSummon.selectedSprite = selectedSummon.sumChar2;
selectedAbility = selectedSummon.ability2;
selectedSummon.selectedAbility = selectedAbility;
SetTargetPosition();
selectedSummon.Initialize(summonHolder); // Sets the spawn point of the ability as the object weaponholder.
castActive = false;
print("cast deactivated");
firstNextReadyTime = firstSumCooldown + Time.time; // Sets the ready time for the summon based off cooldown.
firstCoolDownTimeLeft = firstSumCooldown;
selectedSummon.TriggerAbility();
meleeLocker.attackLock = false;
rangedLocker.attackLock = false;
// charDirect.dashLocked = false;
}
}
if (castActive && sumChosen == 2) // If the player has pressed the E key to activate casting, pull from the two abilities assigned to the given second summon.
{
if (Input.GetButtonDown("Fire1"))
{
selectedSummon = secondSummon;
selectedSummon.attacker = attackingChar;
selectedSummon.summonSlot = sumChosen;
selectedSummon.selectedSprite = selectedSummon.sumChar;
selectedAbility = selectedSummon.ability1; // This might be a thing that leads nowhere GIVE IT ANOTHER LOOK
selectedSummon.selectedAbility = selectedAbility;
SetTargetPosition();
selectedSummon.Initialize(summonHolder); // Sets the spawn point of the ability as the object weaponholder.
castActive = false;
summonActive = true;
print("cast deactivated");
//secondNextReadyTime = secondSumCooldown + Time.time; // Sets the ready time for the summon based off cooldown.
secondCoolDownTimeLeft = secondSumCooldown;
selectedSummon.TriggerAbility();
StartCoroutine(AbilityUnlockerBuffer(unlockBuffer));
}
if (Input.GetButtonDown("Fire2"))
{
selectedSummon = secondSummon;
selectedSummon.attacker = attackingChar;
selectedSummon.summonSlot = sumChosen;
selectedSummon.selectedSprite = selectedSummon.sumChar2;
selectedAbility = selectedSummon.ability2; // This might be a thing that leads nowhere GIVE IT ANOTHER LOOK
selectedSummon.selectedAbility = selectedAbility;
SetTargetPosition();
selectedSummon.Initialize(summonHolder); // Sets the spawn point of the ability as the object weaponholder.
castActive = false;
summonActive = true;
print("cast deactivated");
//secondNextReadyTime = secondSumCooldown + Time.time; // Sets the ready time for the summon based off cooldown.
secondCoolDownTimeLeft = secondSumCooldown;
selectedSummon.TriggerAbility();
StartCoroutine(AbilityUnlockerBuffer(unlockBuffer));
}
}
}
