// Start is called before the first frame update
void Start()
{
maxFuelLevel = currentFuelLevel; // not sure this is a good idea
brightness = lamp1.intensity;
flicker1 = lamp1.GetComponent <Flicker>();
flicker2 = lamp2.GetComponent <Flicker>();
}
void Start()
{
FlickScript = GetComponent <Flicker>();
CubeScript = ControllCube.GetComponent <ControllCube>();
nStageHeight = ProbSetting.GetComponent <ProbSetting>().NStageHeight;
nStageWidth = ProbSetting.GetComponent <ProbSetting>().NStageWidth;
RollSE = GetComponent <AudioSource>();
}
// Start is called before the first frame update
private void Start()
{
// Initialize element
playerCamera = gameObject.GetComponentInChildren <Camera>();
magnifyingGlass = gameObject.GetComponentInChildren <MagnifyingGlassManager>();
fadeController = FindObjectOfType <FadeController>();
campfire = FindObjectOfType <Flicker>();
}
// Start is called before the first frame update
void Start()
{
flicker = GetComponent <Flicker>();
if (flicker != null)
{
flicker.enabled = this.enabled;
}
}
public void BuyLanternRange()
{
if (EnergyTracker.singleton.Count >= LanternRangePrice && Flicker.Level < Flicker.maxLevel)
{
EnergyTracker.singleton.spend(LanternRangePrice);
Flicker.increaseLevel();
}
LanternRangeLevel.text = "LVL " + Flicker.Level.ToString();
if (Flicker.Level == Flicker.maxLevel)
{
LanternRange.transform.parent.GetComponent <Button>().interactable = false;
LanternRangeLevel.text = "MAX";
}
}
// Start is called before the first frame update
void Start()
{
secondPuzzleLayerTriggerScript = secondPuzzleLayerTriggerObject.GetComponent <TriggerPostSecondPuzzleLayers>();
postBathroomMusic = secondPuzzleLayerTriggerScript.PostBathroomMusic;
//postBathroomMusic = SceneManagement.PostBathroomMusic;
callback = new FMOD.Studio.EVENT_CALLBACK(CallBackTriggered);
postBathroomMusic.setCallback(callback, FMOD.Studio.EVENT_CALLBACK_TYPE.TIMELINE_MARKER);
//audioTrack.EventInstance.setCallback(callback, FMOD.Studio.EVENT_CALLBACK_TYPE.TIMELINE_MARKER);
mausoleumShakeAnimation = mausoleum.GetComponent <Animator>();
flickerScript = ghostLight.GetComponent <Flicker>();
}
public void enterBossRoom()
{
if (EnergyTracker.singleton.Count >= BossPrice)
{
EnergyTracker.singleton.spend(BossPrice);
}
CameraShake.singleton.Shake();
ShopOpen.inBossRoom = true;
ShopOpen.shopOpen = false;
Flicker.enterBossRoom();
WarpManager.singleton.enterBossRoom();
theVoid.SetActive(false);
BossRoom.SetActive(true);
Loader.SetActive(false);
unLoader.SetActive(false);
ShopOpen.Close();
this.gameObject.SetActive(false);
}
private const float k_GroundedStickingVelocityMultiplier = 3f; // This is to help the character stick to vertically moving platforms.
private void Awake()
{
//m_Rigidbody2D = GetComponent<Rigidbody2D>();
m_SpriteRenderer = GetComponentInChildren <SpriteRenderer>();
m_AlessiaGraphics = m_SpriteRenderer.gameObject.transform;
m_Animator = GetComponent <Animator>();
m_CharacterController2D = GetComponent <CharacterController2D>();
m_CharacterInput = GetComponent <CharacterInput>();
m_Flicker = m_SpriteRenderer.gameObject.AddComponent <Flicker>();
m_SlashContactEffect = slashContactTransform.GetComponentInChildren <ParticleSystem>();
m_OffsetFromSlashEffectToAlessia = slashContactTransform.position - transform.position;
m_Damageable = GetComponent <Damageable>();
m_platformEffector2D = FindObjectOfType <PlatformEffector2D>();
m_HashSlashHitEffect = VFXController.StringToHash(slashHitEffectName);
m_MiniCollectableHealthPool = BulletPool.GetObjectPool(miniCollectableHealthPrefab, 5);
}
void KnockUp(float waittime, Collision2D col)
{
Vector2 KnockbackVector = new Vector2();
if (x)
{
KnockbackVector.x = PowerX;
}
if (y)
{
KnockbackVector.y = PowerY;
}
if (col.transform.position.x < transform.position.x)
{
KnockbackVector.x *= -1;
}
col.gameObject.GetComponent <Rigidbody2D>().AddForce(KnockbackVector, ForceMode2D.Impulse);
//Lille trick så man ikke overføre en reference hver gang man kolidere med den samme spike
if (playerMovementSmooth == null)
{
playerMovementSmooth = col.gameObject.GetComponent <PlayerMovementSmooth>();
}
if (playerSpriteRenderer == null)
{
//playerSpriteRenderer = col.gameObject.GetComponent<SpriteRenderer>();
playerSpriteRenderer = col.gameObject.GetComponentInChildren <SpriteRenderer>();
}
playerMovementSmooth.enabled = false;
//hvis man har indikeret at man vil blinke når man tager skade, så blinker man.
if (DamageFlicker)
{
Flicker flick = col.gameObject.GetComponent <Flicker>();
flick.StartFlicker(waittime);
playerSpriteRenderer.enabled = true;
}
}
public Flicker(Flicker from) : base(from)
{
limit = from.limit;
age = from.age;
}
private void Awake()
{
m_Animator = GetComponent <Animator>();
m_RigidBody2D = GetComponent <Rigidbody2D>();
m_Damageable = GetComponent <Damageable>();
m_SpriteRenderer = GetComponent <SpriteRenderer>();
m_Flicker = gameObject.AddComponent <Flicker>();
m_OriginalPosition = transform.position;
shortDamager.DisableDamage();
longDamager.DisableDamage();
jumpDamager.DisableDamage();
m_DeathEffectHash = VFXController.StringToHash(deathEffectName);
m_HitEffectHash = VFXController.StringToHash(hitEffectName);
m_JumpAttackSpellPool = BulletPool.GetObjectPool(jumpAttackSpell, 4);
m_DarkMatterPool = BulletPool.GetObjectPool(darkBallSpell, 2);
m_SoldierPool = BulletPool.GetObjectPool(miniSoldier, 4);
//Behaviour tree
m_Ai.OpenBranch(
BT.If(() => { return(m_Damageable.CurrentHealth == m_Damageable.startingHealth && m_SoldierCount == 2); }).OpenBranch(
//Summon
BT.Sequence().OpenBranch(
BT.Call(() => TeleportTo(summonTeleportPosition.position)),
BT.Wait(4.5f),
BT.Call(() => m_SpriteRenderer.flipX = true),
BT.Call(() => SetConcetratingEffectLocalPosition(new Vector2(-0.15f, 1.5f))),
BT.Call(() => m_Animator.SetTrigger(m_HashSummonPara)),
BT.Wait(1f),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.WaitUntil(SummonActionEndCheck),
BT.Wait(0.5f),
BT.Call(() => TeleportToRandom()),
BT.Wait(5f)
)
),
BT.If(() => { return(m_Damageable.CurrentHealth <= m_Damageable.startingHealth * 2 / 3 && m_SoldierCount == 3); }).OpenBranch(
//Summon
BT.Sequence().OpenBranch(
BT.Call(() => TeleportTo(summonTeleportPosition.position)),
BT.Wait(4.5f),
BT.Call(() => m_SpriteRenderer.flipX = true),
BT.Call(() => SetConcetratingEffectLocalPosition(new Vector2(-0.15f, 1.5f))),
BT.Call(() => m_Animator.SetTrigger(m_HashSummonPara)),
BT.Wait(1f),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.WaitUntil(SummonActionEndCheck),
BT.Wait(0.5f),
BT.Call(() => TeleportToRandom()),
BT.Wait(5f)
)
),
BT.If(() => { return(m_Damageable.CurrentHealth <= m_Damageable.startingHealth / 3 && m_SoldierCount == 4); }).OpenBranch(
//Summon
BT.Sequence().OpenBranch(
BT.Call(() => TeleportTo(summonTeleportPosition.position)),
BT.Wait(4.5f),
BT.Call(() => m_SpriteRenderer.flipX = true),
BT.Call(() => SetConcetratingEffectLocalPosition(new Vector2(-0.15f, 1.5f))),
BT.Call(() => m_Animator.SetTrigger(m_HashSummonPara)),
BT.Wait(1f),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.WaitUntil(SummonActionEndCheck),
BT.Wait(0.5f),
BT.Call(() => TeleportToRandom()),
BT.Wait(5f)
)
),
BT.RandomSequence(new int[] { 3, 2, 2, 2 }, 1).OpenBranch(
//Walk
BT.Sequence().OpenBranch(
BT.Call(OrientToTarget),
BT.Call(() => m_Animator.SetBool(m_HashWalkPara, true)),
BT.Call(() => SetHorizontalSpeed(1f)),
BT.Wait(2.5f),
BT.Call(() => SetHorizontalSpeed(0)),
BT.Call(() => m_Animator.SetBool(m_HashWalkPara, false)),
BT.Wait(0.5f)
),
////Teleport
//BT.Sequence().OpenBranch(
// BT.Call(() => TeleportToRandom()),
// BT.Wait(4.5f)
//),
//Top to bottom Attack
BT.Sequence().OpenBranch(
BT.Call(() => SetConcetratingEffectLocalPosition(new Vector2(-1.3f, 1f))),
BT.Call(() => m_Animator.SetTrigger(m_HashTopToDowmAttackPara)),
BT.Wait(0.5f),
BT.Call(OrientToTarget),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.Wait(1f)
),
//Combo Attack
BT.If(() => { return((targetToTrack.position - transform.position).sqrMagnitude < 4f); }).OpenBranch(
BT.Sequence().OpenBranch(
BT.Call(() => m_Animator.SetTrigger(m_HashTopAttackPara)),
BT.Wait(0.5f),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.Call(OrientToTarget),
BT.Call(() => m_Animator.SetTrigger(m_HashBottomAttackPara)),
BT.Wait(0.5f),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.Call(OrientToTarget),
BT.Call(() => m_Animator.SetTrigger(m_HashTopAttackPara)),
BT.Wait(0.5f),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.Wait(1f)
)
),
//JumpAttack
BT.Sequence().OpenBranch(
BT.Call(() => SetConcetratingEffectLocalPosition(new Vector2(-0.85f, -0.75f))),
BT.Call(() => m_Animator.SetTrigger(m_HashJumpAttackPara)),
BT.Call(OrientToTarget),
BT.WaitForAnimatorState(m_Animator, "PrincessFury_Idle"),
BT.Wait(1f)
)
),
BT.Call(OrientToTarget),
BT.Wait(1f)
);
}
private void Awake()
{
flicker = FindObjectOfType <Flicker>();
}
private void Awake()
{
cam = Camera.main;
ball = FindObjectOfType <Ball>();
flicker = FindObjectOfType <Flicker>();
}
private void Awake()
{
m_Animator = GetComponentInChildren <Animator>();
m_RigidBody2D = GetComponent <Rigidbody2D>();
m_Damageable = GetComponent <Damageable>();
m_SpriteRenderer = GetComponentInChildren <SpriteRenderer>();
m_LineRenderer = GetComponentInChildren <LineRenderer>();
m_Flicker = m_Animator.gameObject.AddComponent <Flicker>();
m_LaserFollowComponent = laserFollower.GetComponent <FollowTarget>();
m_trailRenderer = GetComponentInChildren <TrailRenderer>();
m_OriginalPosition = transform.position;
m_DeathEffectHash = VFXController.StringToHash(deathEffectName);
m_HitEffectHash = VFXController.StringToHash(hitEffectName);
//Pool
m_ConcentratingAttackPool = BulletPool.GetObjectPool(concentratingAttack, 5);
m_LaserAttackPool = BulletPool.GetObjectPool(laserAttackBullet, 20);
m_OffsetFromLaserToShardKnight = laserStartingPosition.position - m_SpriteRenderer.transform.position;
//Behaviour tree
m_Ai.OpenBranch(
BT.If(() => { return(m_Damageable.CurrentHealth >= m_Damageable.startingHealth / 2); }).OpenBranch(
BT.RandomSequence(new int[] { 3, 2, 4 }, 2).OpenBranch(
//Laser follow attack
BT.Sequence().OpenBranch(
BT.Call(() => laserAttackType = 1),
BT.Call(() => m_LineRenderer.colorGradient = laserFollowAttackGradient),
BT.Call(StartLaserAttack),
BT.Wait(1.5f),
BT.Call(() => m_LaserFollowComponent.speed = 1f),
BT.Call(() => m_LineRenderer.enabled = false),
BT.Repeat(15).OpenBranch(
BT.Call(LaserFollowAttack),
BT.Wait(0.1f)
),
BT.Call(() => m_LaserFollowComponent.speed = 2f),
BT.Call(EndLaserAttack),
BT.Wait(1f)
),
//Cicle laser Attack
BT.Sequence().OpenBranch(
BT.Call(() => laserAttackType = Random.Range(2, 4)),
BT.Call(() => m_LineRenderer.colorGradient = circleLaserAttackGradient),
BT.Call(StartLaserAttack),
BT.WaitUntil(() => Mathf.Abs(m_LaserSweptAngle) >= 360),
BT.Call(() => m_LineRenderer.enabled = false),
BT.Repeat(19).OpenBranch(
BT.Call(CircleLaserAttack),
BT.Wait(0.1f)
),
BT.Call(EndLaserAttack),
BT.Wait(1f)
),
//Dash
BT.Sequence().OpenBranch(
BT.Call(() => tornadoEffect.Play()),
BT.Wait(1.5f),
BT.Call(DashToLower, 3f, false),
BT.WaitUntil(MoveCheck),
BT.Wait(0.5f),
BT.Call(StartDashing),
BT.Call(DashToLower, 10f, true),
BT.Call(RotateTowardsFuturePosition),
BT.WaitUntil(MoveCheck),
BT.Call(EndDashing),
BT.Wait(0.5f),
BT.Call(FlipSpriteBasedOnSide),
BT.Call(DashToUpper, 3f, false),
BT.WaitUntil(MoveCheck),
BT.Call(() => tornadoEffect.Stop()),
BT.Wait(1.5f)
)
)
),
BT.If(() => { return(m_Damageable.CurrentHealth < m_Damageable.startingHealth / 2); }).OpenBranch(
//Change form animation
BT.If(() => { return(!m_FormChanged); }).OpenBranch(
BT.Call(ChangeForm),
BT.WaitForAnimatorState(m_Animator, "ShardKnightAfterTransform"),
BT.Wait(1f)
),
BT.RandomSequence(new int[] { 3, 3, 2, 2 }, 2).OpenBranch(
//Dash
BT.Sequence().OpenBranch(
BT.Call(() => tornadoEffect.Play()),
BT.Wait(1.5f),
BT.Call(StartDashing),
BT.Call(DashToLower, 10f, true),
BT.Call(RotateTowardsFuturePosition),
BT.WaitUntil(MoveCheck),
BT.Wait(0.2f),
BT.Call(FlipSpriteBasedOnSide),
BT.Call(DashToLower, 12f, true),
BT.Call(RotateTowardsFuturePosition),
BT.WaitUntil(MoveCheck),
BT.Wait(0.2f),
BT.Call(FlipSpriteBasedOnSide),
BT.Call(DashToUpper, 10f, true),
BT.Call(RotateTowardsFuturePosition),
BT.WaitUntil(MoveCheck),
BT.Call(EndDashing),
BT.Call(FlipSpriteBasedOnSide),
BT.Call(() => tornadoEffect.Stop()),
BT.Wait(1.5f)
),
//Exploding Attack
BT.Sequence().OpenBranch(
BT.Call(() => m_Animator.SetTrigger(m_HashExplodingAttackPara)),
BT.Repeat(5).OpenBranch(
BT.Call(SpawnConcentratingAttack),
BT.Wait(0.5f),
BT.Call(EnableConcentratingAttackDamager),
BT.Wait(0.8f)
),
BT.Call(() => m_Animator.SetTrigger(m_HashEndAnimationPara)),
BT.Wait(2f)
),
//Cicle laser Attack
BT.Sequence().OpenBranch(
BT.Call(() => laserAttackType = Random.Range(2, 4)),
BT.Call(() => m_LineRenderer.colorGradient = circleLaserAttackGradient),
BT.Call(StartLaserAttack),
BT.WaitUntil(() => Mathf.Abs(m_LaserSweptAngle) >= 360),
BT.Call(() => m_LineRenderer.enabled = false),
BT.Repeat(19).OpenBranch(
BT.Call(CircleLaserAttack),
BT.Wait(0.1f)
),
BT.Call(EndLaserAttack),
BT.Wait(1f)
),
//Meteor shower
BT.Sequence().OpenBranch(
BT.Call(() => m_Animator.SetTrigger(m_HashMeteorShowerAttackPara)),
BT.Wait(0.5f),
BT.Call(() => concentratingStateEffect.Play()),
BT.Wait(1f),
BT.Repeat(30).OpenBranch(
BT.Call(MeteorShowerAttack),
BT.Wait(0.2f)
),
BT.Call(() => m_Animator.SetTrigger(m_HashEndAnimationPara)),
BT.Call(() => concentratingStateEffect.Stop()),
BT.Wait(1f)
)
),
BT.Call(OrientToTarget)
)
);
}
protected override void onStart()
{
base.onStart();
flicker = GetComponent<Flicker>();
}
