private void RespawnDummyPlayer(RecyclablePrefab unused)
{
CleanupDummyPlayer(recycle: false);
CoroutineWrapper.DoAfterDelay(3.0f, () => {
SpawnDummyPlayer();
});
}
// PRAGMA MARK - IRecycleSetupSubscriber Implementation
public void OnRecycleSetup()
{
float segmentSize = 1.0f / kSegments;
float halfSegmentSize = segmentSize / 2.0f;
for (float x = -0.5f + halfSegmentSize; x <= 0.5f; x += segmentSize)
{
for (float y = -0.5f + halfSegmentSize; y <= 0.5f; y += segmentSize)
{
for (float z = -0.5f + halfSegmentSize; z <= 0.5f; z += segmentSize)
{
GameObject partObject = ObjectPoolManager.Create(partPrefab_, parent: this.gameObject);
partObject.transform.localScale = new Vector3(segmentSize, segmentSize, segmentSize);
partObject.transform.localPosition = new Vector3(x, y, z);
}
}
}
if (InGameConstants.BattlePlayerPartsFade)
{
coroutine_ = CoroutineWrapper.DoAfterDelay(GameConstants.Instance.BattlePlayerPartFadeDuration, () => {
ObjectPoolManager.Recycle(this);
});
}
}
protected override void OnStateEntered()
{
if (!PlayerScores.HasPendingScores)
{
HandleScoringFinished();
return;
}
InGameConstants.AllowChargingLasers = false;
InGameConstants.EnableQuacking = true;
GameModesProgressionNextUnlockView.ShowIfPossible();
ActionHintTrackerUtil.ShowIfNecessary(HintKey.CelebrateAction, HintKey.ReflectAction);
celebrateActionAccumulator_.BeginAccumulating();
if (InGameConstants.ZoomInOnSurvivors)
{
BattleCamera.Instance.SetSurvivingPlayersAsTransformsOfInterest();
}
if (InGameConstants.ShowScoringView)
{
CoroutineWrapper.DoAfterDelay(kShowDelay, () => {
InGamePlayerScoringView.Show(HandleScoringFinished);
});
}
else
{
CoroutineWrapper.DoAfterDelay(kShowDelay + 2.0f, () => {
HandleScoringFinished();
});
}
}
// PRAGMA MARK - Public Interface
public void Init(string title, GameObject detailPrefab, Action allPlayersReadyCallback)
{
titleText_.Text = title;
ObjectPoolManager.Create(detailPrefab, parent: detailContainer_);
views_.Clear();
allPlayersReadyCallback_ = allPlayersReadyCallback;
foreach (Player player in RegisteredPlayers.AllPlayers.Where(p => !p.IsAI))
{
var view = ObjectPoolManager.Create <InstructionPlayerReadyView>(GamePrefabs.Instance.InstructionPlayerReadyViewPrefab, parent: playersReadyContainer_);
view.Init(player);
view.OnReady += CheckIfAllPlayersReady;
views_.Add(view);
}
transition_.AnimateIn(() => {
// NOTE (darren): don't allow players to ready up until transition is finished
foreach (var view in views_)
{
view.StartChecking();
}
CoroutineWrapper.DoAfterDelay(kNoPlayersCheckDuration, () => {
// NOTE (darren): if all AI players then this will pass inspection
CheckIfAllPlayersReady();
});
});
}
private void KeepBeakOpenFor(float duration)
{
keepBeakOpen_ = true;
CoroutineWrapper.DoAfterDelay(duration, () => {
keepBeakOpen_ = false;
});
}
private void FixedUpdate()
{
if (!enabled_)
{
return;
}
int resultCount = GetRaycastPositions().Sum(pos => CollisionsAtPosition(pos));
bool isOffGround = resultCount <= 0;
if (checkDeath_ && isOffGround)
{
enabled_ = false;
GameNotifications.OnBattlePlayerFellOffGround.Invoke(Player_);
Player_.InputController.DisableInput(BattlePlayerInputController.PriorityKey.OffGround);
Player_.InputController.CancelAnyAnimatedMovements();
Player_.Rigidbody.constraints = RigidbodyConstraints.None;
Player_.Rigidbody.drag = 0.0f;
dustParticleSystem_.SetEmissionRateOverDistance(0.0f);
coroutine_ = CoroutineWrapper.DoAfterDelay(kDeathDelay, () => {
Player_.Health.Kill();
});
}
}
void ITransition.Animate(TransitionType transitionType, float delay, Action <ITransition> callback)
{
CurrentTransitionType_ = transitionType;
EaseType easeType = (transitionType == TransitionType.In) ? inEaseType_ : outEaseType_;
T startValue = (transitionType == TransitionType.In) ? GetOutValue() : GetInValue();
if (currentCoroutine_ != null)
{
currentCoroutine_.Cancel();
currentCoroutine_ = null;
// If interrupted - start from current value
startValue = GetCurrentValue();
}
T endValue = (transitionType == TransitionType.In) ? GetInValue() : GetOutValue();
SetValue(startValue, endValue, 0.0f);
currentCoroutine_ = CoroutineWrapper.DoAfterDelay(baseDelay_ + delay, () => {
currentCoroutine_ = CoroutineWrapper.DoEaseFor(duration_, easeType, (float p) => {
SetValue(startValue, endValue, p);
}, () => {
currentCoroutine_ = null;
callback.Invoke(this);
});
});
}
protected override void OnStateUpdated()
{
if (coroutine_ == null && InGameConstants.IsAllowedToChargeLasers(StateMachine_.Player))
{
coroutine_ = CoroutineWrapper.DoAfterDelay(GetRandomCheckAttackDelay(), () => {
StateMachine_.SwitchState(AIStateMachine.State.Attack);
});
}
}
private void HandleFullyChargedLaser()
{
delayedAttackAction_ = CoroutineWrapper.DoAfterDelay(StateMachine_.AIConfiguration.RandomReactionTime(), () => {
StateMachine_.InputState.LaserPressed = false;
// NOTE (darren): why delay here? to simulate AI watching laser hit / miss target :)
delayedAttackAction_ = CoroutineWrapper.DoAfterDelay(StateMachine_.AIConfiguration.RandomReactionTime(), () => {
StateMachine_.SwitchState(AIStateMachine.State.Idle);
});
});
}
private static void RemovePlayer(AISpawnPoint spawnPoint)
{
spawnPointMap_.Remove(spawnPoint);
if (ShouldRespawn)
{
respawnCoroutines_.Add(CoroutineWrapper.DoAfterDelay(kRespawnDelay, () => {
SpawnAIPlayerFor(spawnPoint);
}));
}
}
private void SetReflectiveFor(float time)
{
CancelReflectCoroutine();
reflect_ = true;
Player_.Health.HandleCollisions = false;
reflectCoroutine_ = CoroutineWrapper.DoAfterDelay(time, () => {
RemoveReflect();
});
}
protected override void OnStateEntered()
{
movementAction_.Init(StateMachine_);
CoroutineWrapper.DoAfterDelay(StateMachine_.AIConfiguration.RandomReactionTime(), () => {
StateMachine_.InputState.LaserPressed = false;
if (UnityEngine.Random.Range(0.0f, 1.0f) <= kCluckChance)
{
coroutine_ = CoroutineWrapper.StartCoroutine(DoCluckCoroutine());
}
});
}
protected override void OnStateEntered()
{
Vector2 dashDirection = StateMachine_.DashDirection;
StateMachine_.InputState.LerpMovementVectorTo(dashDirection, () => {
StateMachine_.InputState.Dash();
coroutine_ = CoroutineWrapper.DoAfterDelay(StateMachine_.AIConfiguration.RandomReactionTime(), () => {
StateMachine_.SwitchState(AIStateMachine.State.Idle);
});
});
}
// PRAGMA MARK - IRecycleSetupSubscriber Implementation
public void OnRecycleSetup()
{
RemoveCollidersEvent += RemoveColliders;
foreach (var collider in colliders_)
{
collider.enabled = true;
}
if (InGameConstants.BattlePlayerPartsFade)
{
CoroutineWrapper.DoAfterDelay(GameConstants.Instance.BattlePlayerPartFadeDuration * 0.8f, RemoveColliders);
}
}
private void SetInvulnerableFor(float time)
{
if (invulnerableCoroutine_ != null)
{
invulnerableCoroutine_.Cancel();
invulnerableCoroutine_ = null;
}
invulnerable_ = true;
invulnerableCoroutine_ = CoroutineWrapper.DoAfterDelay(time, () => {
invulnerable_ = false;
});
}
private void HandleScoringFinished()
{
BattleCamera.Instance.ClearTransformsOfInterest();
BattlePlayerPart.RemoveCollidersFromAll();
CoroutineWrapper.DoAfterDelay(kResetCameraDelay, () => {
if (PlayerScores.HasWinner)
{
StateMachine_.HandleGameFinished();
}
else
{
StateMachine_.Continue();
}
});
}
private static void RemovePlayer(Player player)
{
if (!playerMap_.ContainsKey(player))
{
return;
}
playerMap_.Remove(player);
OnSpawnedPlayerRemoved.Invoke();
if (ShouldRespawn)
{
respawnCoroutines_.Add(CoroutineWrapper.DoAfterDelay(kRespawnDelay, () => {
SpawnPlayer(player);
}));
}
}
private void OnTriggerEnter(Collider collider)
{
if (!HandleCollisions)
{
return;
}
Laser laser = collider.gameObject.GetComponentInParent <Laser>();
if (laser == null)
{
return;
}
if (lasersHit_.Contains(laser))
{
return;
}
lasersHit_.Add(laser);
CoroutineWrapper.DoAfterDelay(kClearLaserHitTime, () => {
lasersHit_.Remove(laser);
});
int damage = LaserDamage;
// laser only does damage if not on same team
// HACK (darren): BattlePlayer needs to be refactored in things like Laser / Teams
// because BattlePlayer can be recycled it's not a good thing to keep track of
// should instead make a HashCode-like thing
if (laser.BattlePlayer != null && BattlePlayerTeams.AreOnSameTeam(laser.BattlePlayer, Player_))
{
damage = 0;
}
GameNotifications.OnBattlePlayerLaserHit.Invoke(laser, Player_);
Vector3 forward = laser.transform.forward;
TakeDamage(damage, forward, damageSource: laser);
laser.HandleHit();
}
// PRAGMA MARK - Public Interface
public static void MoveTo(this BattlePlayerInputController controller, BattlePlayer player, Vector3 endPosition, float duration, EaseType easeType, Action onFinishedCallback = null)
{
Vector3 startPosition = player.Rigidbody.position;
float oldDrag = player.Rigidbody.drag;
controller.DisableInput(BattlePlayerInputController.PriorityKey.Movement);
player.Rigidbody.drag = BattlePlayer.kBaseDrag;
player.Rigidbody.AddForce((endPosition - startPosition) * 10, ForceMode.Impulse);
var coroutine = CoroutineWrapper.DoAfterDelay(duration, () => {
player.Rigidbody.drag = oldDrag;
controller.EnableInput(BattlePlayerInputController.PriorityKey.Movement);
controller.CancelAnyAnimatedMovements();
if (onFinishedCallback != null)
{
onFinishedCallback.Invoke();
}
});
controller.RegisterAnimatedMovement(coroutine);
}
public void Knockback(Vector3 forward, object damageSource = null)
{
if (knockbackClearCoroutine_ != null)
{
knockbackClearCoroutine_.Cancel();
knockbackClearCoroutine_ = null;
}
OnBattlePlayerKnockbacked.Invoke(Player_);
knockbackDamageSource_ = damageSource;
Vector3 endPosition = Player_.Rigidbody.position + (KnockbackMultiplier * kDamageKnockbackDistance * forward);
Player_.InputController.MoveTo(Player_, endPosition, kDamageKnockbackDuration * KnockbackMultiplier, EaseType.CubicEaseOut, onFinishedCallback: () => {
// why do we have another delay? Because dashing pauses checking if off ground,
// we need to persist the source of knockback for a little bit
knockbackClearCoroutine_ = CoroutineWrapper.DoAfterDelay(0.1f, () => {
knockbackDamageSource_ = null;
});
});
}
private static void VibrateInputDevice(IInputWrapper input, float vibrationAmount, float duration)
{
var inputWrapperDevice = input as InputWrapperDevice;
if (inputWrapperDevice == null)
{
return;
}
InputDevice inputDevice = inputWrapperDevice.InputDevice;
if (vibrationCoroutineMap_.ContainsKey(inputDevice))
{
vibrationCoroutineMap_[inputDevice].Cancel();
}
inputDevice.Vibrate(vibrationAmount);
vibrationCoroutineMap_[inputDevice] = CoroutineWrapper.DoAfterDelay(duration, () => {
inputDevice.StopVibration();
});
}
// PRAGMA MARK - Public Interface
public GhostModePlayerAddOn(BattlePlayer battlePlayer)
{
battlePlayer_ = battlePlayer;
recyclablePrefab_ = battlePlayer_.GetComponentInParent <RecyclablePrefab>();
recyclablePrefab_.OnCleanup += HandleCleanup;
battlePlayer_.DustParticleSystem.gameObject.SetActive(false);
SetAlpha(1.0f);
foreach (Renderer r in battlePlayer_.BodyRenderers)
{
Color diffuseColor = r.material.GetColor("_DiffuseColor");
r.material = GameConstants.Instance.PlayerTransparentMaterial;
r.material.SetColor("_DiffuseColor", diffuseColor);
r.shadowCastingMode = ShadowCastingMode.Off;
}
CoroutineWrapper.DoAfterDelay(kFadeAwayDelay, () => {
CoroutineWrapper.DoEaseFor(kFadeAwayDuration, EaseType.QuadraticEaseOut, (p) => {
SetAlpha(Mathf.Lerp(1.0f, 0.0f, p));
});
});
}
private void Animate()
{
image_.material.SetFloat("_SegmentLength", segmentLength_);
image_.material.SetFloat("_AngleOffset", angleOffset_);
// animate color in
CoroutineWrapper.DoEaseFor(kAnimateColorDuration, EaseType.CubicEaseInOut, (float p) => {
image_.color = ColorUtil.LerpWhiteBlack(1.0f - p);
});
// animate color out
CoroutineWrapper.DoAfterDelay(kAnimateDuration - kAnimateColorDuration, () => {
CoroutineWrapper.DoEaseFor(kAnimateColorDuration, EaseType.CubicEaseInOut, (float p) => {
image_.color = ColorUtil.LerpWhiteBlack(p);
});
});
CoroutineWrapper.DoEaseFor(kAnimateDuration, EaseType.CubicEaseOut, (float p) => {
image_.material.SetFloat("_SegmentLength", segmentLength_ + (p * segmentLengthChange_));
image_.material.SetFloat("_AngleOffset", angleOffset_ + (p * angleOffsetChange_));
});
}
// PRAGMA MARK - IRecycleSetupSubscriber Implementation
public void OnRecycleSetup()
{
CoroutineWrapper.DoAfterDelay(duration_, () => {
ObjectPoolManager.Recycle(this);
});
}