public void TestObjectTrackerPlayerCount()
{
GameObject temp = new GameObject();
temp.AddComponent <GameObjectTracker>();
GameObjectTracker got = temp.GetComponent <GameObjectTracker>();
for (int i = 0; i < 5; i++)
{
GameObject obj1 = new GameObject();
obj1.tag = "Player";
got.AddObject(obj1);
}
for (int i = 0; i < 3; i++)
{
GameObject obj1 = new GameObject();
obj1.tag = "Enemy";
got.AddObject(obj1);
}
int actual = got.GetPlayerGameObjects().Count;
Assert.AreEqual(5, actual);
}
public void TestObjectTrackerRemovePlayerObject()
{
GameObject temp = new GameObject();
temp.AddComponent <GameObjectTracker>();
GameObjectTracker got = temp.GetComponent <GameObjectTracker>();
List <GameObject> tempPlayers = new List <GameObject>();
for (int i = 0; i < 5; i++)
{
GameObject obj1 = new GameObject();
obj1.tag = "Player";
got.AddObject(obj1);
tempPlayers.Add(obj1);
}
for (int i = 0; i < 3; i++)
{
GameObject obj1 = new GameObject();
obj1.tag = "Enemy";
got.AddObject(obj1);
}
got.RemoveObject(tempPlayers[1]);
int actual = got.GetPlayerGameObjects().Count;
Assert.AreEqual(4, actual);
}
public void Damage(float deg)
{
if (DefenseUnitSlot == null)
{
Debug.LogWarning("No DefensiveSlot in BOT Damage");
return;
}
if (!DefenseUnitSlot.IsActivated())
{
AddHeat(deg);
if (HurtSound)
{
AudioPlayer.GetPlayer().PlaySound(HurtSound);
}
if (DamageEffect)
{
DamageEffect.Play();
}
}
//Register with GOT.
GameObjectTracker.GetGOT().PlayerHit(deg);
}
void OnDestroy()
{
//Do a check for GOT incase its not there.
if (!GameObjectTracker.GetGOT())
{
return;
}
if (currentWave)
{
//If we are destroyed at a boss level that means we have updated to a new phase while boss still exists
//or updated via boss battle itself.
if (Boss)
{
//Send the message for boss being completed
GameObjectTracker.GetGOT().BossWaveCompleted();
//Pop the music.
AudioPlayer.GetPlayer().PopTrack();
}
//Clean up our waves upon our destruction
Destroy(currentWave.gameObject);
}
}
// Update is called once per frame
void Update()
{
gems = GameObjectTracker.GetGOT().GetGemsCollected();
myLabelText = "" + gems + "";
myLabel.text = myLabelText;
}
public void PopulateCannonsList()
{
// We have the activity. Populate the grid with Cannons!!
EntityFactory ef = EntityFactory.GetEF();
if (ef == null)
{
return;
}
// Getting ItemCards from Playerdata to populate list based on item cards not the entity factory calalog
GameObjectTracker go = GameObjectTracker.GetGOT();
if (go == null)
{
return;
}
if (_CardSelectors == null)
{
return;
}
// keeping track of the list of cannon selection objects locally
// the next object to temp strore data for the list
CannonSelectionObject newCannon = null;
// Grab the deck of cards from the player data
allItemCards = go._PlayerData.CardDeck;
int cannonItemCardIndex = 0;
foreach (CannonItemCard canItem in allItemCards)
{
//Create cannon and assign the reference.
newCannon = NGUITools.AddChild(_gridOfCannons.gameObject, _refPrefab.gameObject).GetComponent <CannonSelectionObject>();
newCannon.MyCannonCard = canItem;
//Set the checkbox root.
UICheckbox cbox = newCannon.GetComponent <UICheckbox>();
if (cbox)
{
cbox.radioButtonRoot = this.transform;
}
_gridOfCannons.Reposition();
_CardSelectors.Add(newCannon);
cannonItemCardIndex++;
}
//Is populated is true,
isPopulated = true;
//And list give the list to the activity manager so they can grab it.
ActivityManager.Instance.CardSelectors = _CardSelectors;
}
private void Awake()
{
if (Instance == null)
{
Instance = this;
}
}
void Init()
{
if (GameObjectTracker.GetGOT())
{
//Set default data.
if (pdata == null)
{
pdata = GameObjectTracker.GetGOT().FullStatistics;
}
int index = 0;
foreach (Statistics.DataEntry data in pdata.AllDataEntries)
{
FUIStatObject newStat = null;
// add the new stat as a child to the table
newStat = NGUITools.AddChild(myTable.gameObject, refStatObject.gameObject).GetComponent <FUIStatObject>();
//Set the data first so we can assign the value upon assigning the statistic reference.
newStat.StatType = data.EntryType;
newStat.myStat = pdata;
statObjects.Add(newStat);
myTable.Reposition();
index++;
}
isFullyInit = true;
}
}
public void AssignSlot(EntityFactory.CannonTypes type, int index)
{
//Assign the player data type.
GameObjectTracker.GetGOT()._PlayerData.AssignSlot(type, index);
//Set the command center.
//CommandCenter_01.SetCannonSlot(GameObjectTracker.GetGOT()._PlayerData.CannonSlots[index],index);
//New code for slots.
//CommandCenter_01.SetItemSlot(GameObjectTracker.GetGOT()._PlayerData.ItemSlots[index],index);
// //Write to the player data.
// if(index == 0)
// {
// //Temp
// GameObjectTracker.GetGOT()._PlayerData.CannonSlotA = type;
// GameObjectTracker.GetGOT()._PlayerData.CannonSlots[index] = type;
//
// //Set the command center.
// CommandCenter_01.SetCannonSlot(GameObjectTracker.GetGOT()._PlayerData.CannonSlotA,index);
//
// }
//
// //Write to the player data.
// if(index == 1)
// {
// GameObjectTracker.GetGOT()._PlayerData.CannonSlotB = type;
//
// //Set the command center.
// CommandCenter_01.SetCannonSlot(GameObjectTracker.GetGOT()._PlayerData.CannonSlotB,index);
//
// }
}
// Use this for initialization
protected virtual void Start()
{
//Add a phase to the statistics every time we create a new phase.
GameObjectTracker.GetGOT()._PlayerData.AddPhase(CopyPhaseData());
//Play the audio track.
AudioPlayer.GetPlayer().PlayAudioClip(PhaseSoundtrack);
}
// Update is called once per frame
void Update()
{
float localTimer = GameObjectTracker.GetGOT().localTargetTimer;
int points = GameObjectTracker.GetGOT().GetCurrentPoints();
float pps = points / localTimer;
myLabel.text = "" + pps;
}
protected void HandleWaveCreation()
{
if (!currentWave)
{
//If boss flag is true spawn a boss wave!
if (Boss)
{
//Create a boss wave.
currentWave = CreateBossWave();
//Send the message for boss started
GameObjectTracker.GetGOT().BossWaveStart();
//Store the time off the current music so we can resume.
//currentaudiotime = AudioPlayer.GetPlayer().audio.time;
//Set and play the boss music.
//AudioPlayer.GetPlayer().PlayAudioClip(BossSoundtrack);
//Push the boss sound track.
AudioPlayer.GetPlayer().PushTrack(BossSoundtrack);
return;
}
currentWave = CreateWave();
}
if (currentWave.IsCompleted())
{
//If it was a boss wave do boss clean up stuff here.
if (Boss)
{
//turn boss off.
Boss = false;
//Incriment the count of bosses destroyed.
bossWaveCount++;
//Send the message for boss being completed
GameObjectTracker.GetGOT().BossWaveCompleted();
//Return to our regular music programming.
//AudioPlayer.GetPlayer().PlayAudioClip(PhaseSoundtrack,currentaudiotime);
//Pop from the boss track.
AudioPlayer.GetPlayer().PopTrack();
}
//print("Wave Completed!");
Destroy(currentWave.gameObject);
wavesDestroyedCount++;
totalWavesDestroyed++;
//Send the message for wave being completed
GameObjectTracker.GetGOT().WaveCompleted();
}
}
// Update is called once per frame
void Update()
{
phaseDataList = GameObjectTracker.GetGOT()._PlayerData.Breathless.PhaseList;
if (phaseDataList != null && phaseCount < phaseDataList.Count)
{
// if we have a data list, and the data list is greater than the number
// of phases we have created, the last phasecount "Should" be the last
// punched phase, grab that and create the result object and add it to the grid.
BasePhase.PhaseData lastPhaseData = phaseDataList[phaseCount];
// after all is done, increment our phase count
phaseCount++;
FUIPhaseResultObject newPhaseResult = null;
newPhaseResult = NGUITools.AddChild(myGrid.gameObject, refPhaseResultObject.gameObject).GetComponent <FUIPhaseResultObject>();
if (lastPhaseData.PhaseCompletionPunch < 0)
{
newPhaseResult.phaseSprite.spriteName = "phaseunknown";
newPhaseResult.phaseLabel.text = "Failed";
}
else
{
newPhaseResult.phaseSprite.spriteName = lastPhaseData.IconTextureName;
newPhaseResult.phaseLabel.text = FormatSeconds(lastPhaseData.PhaseCompletionPunch);
//newPhaseResult.PhaseData = lastPhaseData;
}
// regardless if the phases is punched or not, store the given phase name
// this way when it gets punched, we can update the data
newPhaseResult.givenSpriteName = lastPhaseData.IconTextureName;
phaseResults.Add(newPhaseResult);
// now we've added any new phases that we need.
// real quick iterate through the lists, and update any new phases that
// have now been punched
for (int i = 0; i < phaseCount; i++)
{
if (phaseDataList[i].PhaseCompletionPunch > 0)
{
phaseResults[i].phaseSprite.spriteName = phaseResults[i].givenSpriteName;
phaseResults[i].phaseLabel.text = FormatSeconds(phaseDataList[i].PhaseCompletionPunch);
phaseResults[i].PhaseData = phaseDataList[i];
}
}
myGrid.Reposition();
// update the phase title
if (labelPhaseResultsTitle)
{
labelPhaseResultsTitle.text = phaseResultsTitles[phaseCount];
}
}
}
//Checks the combo required to mark the phase as complete.
protected void CheckComboCompletion()
{
//Get the GOT's multiplier count and check if we reached the combo required.
if (GameObjectTracker.GetGOT().GetMultiplier() >= ComboCompletionRequirement ||
bossWaveCount >= BossCompletionRequirement)
{
Completed = true;
}
}
} //All Collisions ON Stay Check
protected void ProcessBotandCCTouchDamage(Collision col)
{
//We must make sure we have a self... if not.. well... return!
if (self == null)
{
return;
}
// when was the last time we did damage? able to do damage every two seconds
if (!canTouchDamage)
{
return;
}
//Check if we collide with a CommandCenter.
if (col.gameObject.CompareTag("CommandCenter") && (!self.IsDestroyed())) //&& selfAsEnemy.AttackCommandCenters))
{
CommandCenter c = col.gameObject.GetComponent <CommandCenter>();
c.Damage(TouchDamageToCC);
self.Damage(touchDamageToSelf); // this may not kill me
// we do our damage, set can do damage off and hit the clock
canTouchDamage = false;
touchDamageClock = Time.time;
//Send the detonation message to the GOT
GameObjectTracker.GetGOT().TargetDetonated();
}
//Check if we collide with a Player Bot
//TODO:CRashing here.
if (col.gameObject.CompareTag("Bot") && (!self.IsDestroyed())) //&& selfAsEnemy.AttackBots))
{
Bot b = col.gameObject.GetComponent <Bot>();
//Dont blow up if shield is active.
if (b.IsShieldActive())
{
return;
}
b.Damage(TouchDamageToBot);
self.Damage(touchDamageToSelf); // this may not kill me
//Send the detonation message to the GOT
GameObjectTracker.GetGOT().TargetDetonated();
// we do our damage, set can do damage off and hit the clock
canTouchDamage = false;
touchDamageClock = Time.time;
}
// end processing bot and cc
}
public override void BossCompleted()
{
//If we complete a boss on game over we stick to the boss level.
if (gameover)
{
return;
}
//Just play the animation for now.
GameObjectTracker.GetGOT().vWorld.ActivateBossRoom(false);
}
public void SetDataEntry(Statistics stats)
{
GameStatistics = stats;
//Calculate pps.
// int score = GameStatistics.Score;
// float pps = (float)score/GameStatistics.TimeAmount;
//Set the score text to PPS.
//ScoreText.text = GameObjectTracker.GetGOT().GamePPS.ToString();
ScoreText.text = GameObjectTracker.GetGOT().RunStatistics.PPS.ToString();
}
void Start()
{
gameObjectTracker = new GameObjectTracker();
lastGuestInput = new GuestInput();
miceTracker = new MiceTracker();
Cursor.visible = false;
stateFluxClient = GameObject.Find("StateFlux").GetComponent <StateFluxClient>();
if (stateFluxClient == null)
{
DebugLog("Failed to connect with StateFluxClient");
return;
}
stateFluxClient.AddListener(this);
// lobby makes sure we are logged in before starting a game
playerId = stateFluxClient.clientId;
// when the game instance starts, LobbyManager receives a game instance start notification and saves these
// we copy them here for convenience
hostPlayer = LobbyManager.Instance.hostPlayer;
players = LobbyManager.Instance.players;
thisPlayer = players[playerId];
thatPlayer = players.Values.Where(p => p.Id != playerId).FirstOrDefault();
CreateMousePointerGameObjects();
if (stateFluxClient.isHosting)
{
var g = GameObject.Find("State_IsGuest");
g.SetActive(false);
var textMesh = g.GetComponentInChildren <TextMesh>();
if (textMesh != null)
{
textMesh.color = StateFluxTypeConvert.Convert(thisPlayer.Color);
}
StartCoroutine(gameObjectTracker.SendStateAsHost());
}
else
{
var g = GameObject.Find("State_IsHost");
g.SetActive(false);
var textMesh = g.GetComponentInChildren <TextMesh>();
if (textMesh != null)
{
textMesh.color = StateFluxTypeConvert.Convert(thisPlayer.Color);
}
StartCoroutine(nameof(SendInputAsGuest));
}
}
//Returns true if successful and there has been stats assigned to the mission.
public bool SetObjectiveNameObject(string missionName, int index = 0)
{
string objstatname = missionName + "_ObjStats" + index + "_" + ObjectiveLabel;
//Check if there are no stats yet assigned to the objective then we return
if (_objectiveStats == null)
{
//Here is where we can check for the already existing objective stat.
//Lets look for the objects already in the scene to assign upon reload.
foreach (Object o in FindSceneObjectsOfType(typeof(Statistics)))
{
if (o.name == objstatname)
{
_objectiveStats = (Statistics)o;
//remake parent.
DontDestroyOnLoad(_objectiveStats.gameObject);
//Return false that object did not exist.
return(false);
}
}
//This is where the creation takes place
_objectiveStats = Instantiate(GameObjectTracker.GetGOT()._PlayerData.BlankStatistics) as Statistics;
//Apply the mission name to the objective label
_objectiveStats.name = objstatname;
//Lets load since we are created.
_objectiveStats.LoadFromPlayerPrefs();
//Keep this lil guy around.
DontDestroyOnLoad(_objectiveStats.gameObject);
//Return false that object did not exist.
return(false);
//print("Stat Created!!!!!!!!!!!!!!!!!!:" + objstatname);
}
//Apply the mission name to the objective label
_objectiveStats.name = objstatname;
//Print the name
// print("ObjStats Name Set: " + _objectiveStats.name);
return(true);
}
public override void CannonPickedUp()
{
// //If we are at the intro stage, move on to the start of the game upon picking up the cannon.
if (currentState == LevelStates.Introduction)
{
//Begin the phasing level.
currentState = LevelStates.Phasing;
//Stop our audio.
//audio.Stop();
//Start teh game statistics counter.
GameObjectTracker.GetGOT().StartGame();
}
}
public Tracker()
{
flushListener = new FlushListener(this);
startListener = new StartListener(this);
startLocalStorageListener = new StartLocalStorageListener(this);
completable = new CompletableTracker();
completable.setTracker(this);
alternative = new AlternativeTracker();
alternative.setTracker(this);
accessible = new AccessibleTracker();
accessible.setTracker(this);
trackedGameObject = new GameObjectTracker();
trackedGameObject.setTracker(this);
tracker = this;
}
public void AssignCannonSlotTypes()
{
PlayerData _pd = GameObjectTracker.GetGOT()._PlayerData;
//Set the cannon types.
for (int i = 0; i < _pd.ItemSlots.Length; i++)
{
CommandCenter_01.SetItemSlot(_pd.ItemSlots[i], i);
}
CommandCenter_01.TriggerSlotSpawns();
//Copy slots to active slot array
_pd.ClearGameSlots();
//Clear the slots after assigning
}
//Information linking the actual item.
protected virtual void Start()
{
if (_itemStatistics == null)
{
//Create the stat object if there is none. and set its name and parent.
_itemStatistics = Instantiate(GameObjectTracker.GetGOT()._PlayerData.BlankStatistics) as Statistics;
_itemStatistics.name = "IC_" + this.Label + "_ItemStats";
_itemStatistics.transform.parent = this.transform;
//And load if we are awake and there is no item.
_itemStatistics.LoadFromPlayerPrefs();
}
Init();
// print("Base Item Card Start : End");
}
void SetupOptions()
{
GameObjectTracker go = GameObjectTracker.instance;
if (go == null)
{
return;
}
//Grab the slider values from player data and set it.
MusicSlider.sliderValue = (go._PlayerData.Options.Music);
SFXSlider.sliderValue = (go._PlayerData.Options.SoundFX);
MusicSlider.ForceUpdate();
SFXSlider.ForceUpdate();
setup = true;
}
PhaseData CopyPhaseData()
{
//Copy over the phase data to the struct for player data.
data = new PhaseData();
data.ComboToComplete = ComboCompletionRequirement;
data.BossesToComplete = BossCompletionRequirement;
data.WavesToBoss = WaveCountForBoss;
data.ScoreMultiplier = ScoreMultiplier;
data.Description = Description;
data.IconTextureName = IconTextureName;
data.Label = "Phase Name: " + this.name;
data.PhaseStatistics = GameObjectTracker.GetGOT().PushStatistics("PhaseStat_" + this.name, ScoreMultiplier);
//Set the name of the phase so we can find in the scene view easily.
name = "GamePhase_" + name;
return(data);
}
/// <summary>
/// Over heat function that is called when the current temperature exceeeds the maximum temperature capability.
/// This function will handle all the code for when a bot over heats.
/// </summary>
void OverHeat()
{
//Set the timestamp for overheating
// pickuptimestamp = Time.time;
//
// //Play the over heated effect.
// if(OverheatEffect)
// {
// OverheatEffect.Play();
// }
//
//
// //First things first is we detach teh cannon now dont we?
// connectorcontroller.DetachCannon();
//Send the message
GameObjectTracker.GetGOT().PlayerOverHeated();
//Hide the temp guage.
isTempVisible = false;
}
public override void ReceiveCollisionInfo(Collision col)
{
//Check if we collide with a CommandCenter.
if (col.gameObject.CompareTag("Target"))
{
Target t = col.gameObject.GetComponent <Target>();
// if we touch the command Center add health,
// but only certain amount per second
if (isAffective && !t.IsDestroyed() && (Time.time - timeStartedDoingDamage) > damageDoingFreq)
{
// TODO: for now, we are going to add negative damage, should work
t.Damage(damageToDeal);
// print("Doing +" + damageToDeal + " Damage to Target!");
//Call the message
GameObjectTracker.GetGOT().DeathBeamAttack();
timeStartedDoingDamage = Time.time;
}
}
}
public void HitTarget()
{
//Grab the GOT
GameObjectTracker go = GameObjectTracker.instance;
switch (ID)
{
case BallSourceID.Bot:
{
go.TargetHit();
break;
}
case BallSourceID.Capture:
{
go.CaptureHits();
break;
}
case BallSourceID.Deflect:
{
go.DeflectHit();
break;
}
case BallSourceID.Enemy:
{
break;
}
case BallSourceID.Hot:
{
break;
}
default:
break;
}
}
public void Shoot()
{
//Have to make sure we have a cannon
if (!connectorcontroller.GetCannon())
{
return;
}
if (IsShieldActive())
{
return;
}
//Add a pushback force.
float f = connectorcontroller.GetCannon().GetPushBackFactor() * PushBackForceFactor;
Rdbdy.AddForce(myTransform.forward * -f);
//And we call the cannon's shoot inside the add heat function.
AddHeat(connectorcontroller.GetCannon().Shoot());
//Send the message
GameObjectTracker.GetGOT().PlayerShoot();
}
/// <summary>
/// This funtion does the core checks for objects that all base bots shoudl check against.
/// Things like always searching for cannons and picking them up if there is a free attachment slot and etc.
/// </summary>
void OnCollisionEnter(Collision col)
{
//Dont pull targets
if (col.gameObject.CompareTag("CommandCenter"))
{
//This is test against shield.
//Dont process this if shield isnt on.
//Only melee CC with shield.
if (!IsShieldActive())
{
return;
}
//Grab the target.
Target t = col.gameObject.GetComponent <Target>();
OnMelee(t, 18.0f, t.CanShatter);
}
if (col.gameObject.CompareTag("Target"))
{
//This is test against shield.
//Dont process this if shield isnt on.
//Only melee CC with shield.
if (!IsShieldActive())
{
return;
}
Target t = col.gameObject.GetComponent <Target>();
if (!t.IsDestroyed())
{
OnMelee(t, 50.0f, t.CanShatter);
}
}
//Check if we collide with a cannon.
if (col.gameObject.CompareTag("Cannon"))
{
Cannon c = col.gameObject.GetComponent <Cannon>();
//check if we are holding shield.
bool blocking = IsShieldActive();
if (!IsOverHeated)
{
//Call attach for the cannon that we collide with.
//Check first if we arent blocking then process the picking up of cannon code.
if (!blocking)
{
if (connectorcontroller.AttachCannon(c))
{
AudioPlayer.GetPlayer().PlaySound(PickUpCannonSound);
//Send to the object tracking system.
GameObjectTracker.GetGOT().CannonPickedUp();
GetComponent <Animation>().Play(PickupCannonAnimation, PlayMode.StopAll);
// when we attach we set the temperature, not just on collide
SetTemperature(MinTemperature);
//Set the temp guage to view.
isTempVisible = true;
}
}
}
//Check for melee.
if (blocking && DefenseUnitSlot.CanDeflect)
{
OnMeleeCannon(c, 45.0f);
}
}
//Check if we collide with balls.
if (col.gameObject.CompareTag("Ball"))
{
Ball b = col.gameObject.GetComponent <Ball>();
if (IsShieldActive())
{
if (b.ID != Ball.BallSourceID.Netural && b.ID != Ball.BallSourceID.Hot && b.IsActive())
{
OnBlockBall(b);
return;
}
// if(!b.IsActive())
// {
// PushBall(b);
// return;
//
// }
}
//We have to make sure we have a cannon attached to pick up a ball and we make sure sheild is not on.
if (connectorcontroller.GetCannon())
{
if (b.GetBallSourceID() == Ball.BallSourceID.Enemy && !DefenseUnitSlot.IsActivated())
{
// AddHeat(b.DamageAmount);
//// print("Bot HIT!");
//
Damage(b.DamageAmount);
}
//Call attach for the cannon that we collide with.
if (!IsShieldActive())
{
if (connectorcontroller.GetCannon().PickupBall(b))
{
//Play the audio file.
AudioPlayer.GetPlayer().PlaySound(PickUpAmmo);
//Set teh ball source.
b.SetBallSourceID(Ball.BallSourceID.Bot);
//Play ball pick up effect.
if (BallCollection)
{
BallCollection.transform.position = b.transform.position;
BallCollection.Play();
}
if (!isAnimatingCannonPickup)
{
GetComponent <Animation>().Play(PickupBallAnimation);
}
}
}
if (connectorcontroller.IsCannonFull())
{
AudioPlayer.GetPlayer().PlaySound(CannonFilled);
}
}
}
if (col.gameObject.CompareTag("Money"))
{
Money m = col.gameObject.GetComponent <Money>();
//We pick up money.
//Play the effect for picking up a ball.
if (Collection && GameObjectTracker.instance.multiplierCount > 0)
{
//Play the collection animation.
Collection.Play();
AudioPlayer.GetPlayer().PlaySound(CollectSound);
}
//Do money adding logic here.
GameObjectTracker.GetGOT().AddMoney(m);
}
if (col.gameObject.CompareTag("Wall"))
{
//WallCollideParticleEffect.gameObject.SetActive(true);
WallCollideParticleEffect.Play();
foreach (ContactPoint point in col.contacts)
{
WallCollideParticleEffect.transform.position = point.point;
WallCollideParticleEffect.transform.forward = point.normal;
//Debug.DrawRay(point.point, point.normal);
}
// WallCollideParticleEffect.transform.forward = col.transform.forward;
// WallCollideParticleEffect.transform.position = col.transform.position;
}
}
public Tracker()
{
flushListener = new FlushListener (this);
startListener = new StartListener (this);
startLocalStorageListener = new StartLocalStorageListener(this);
completable = new CompletableTracker();
completable.setTracker(this);
alternative = new AlternativeTracker();
alternative.setTracker(this);
accessible = new AccessibleTracker();
accessible.setTracker(this);
trackedGameObject = new GameObjectTracker();
trackedGameObject.setTracker(this);
tracker = this;
}
