void Start()
{
// Initial status for the max and mins
exhalePresMin = Binding <float> .GetBinding("ExhalePressureMin").value();
exhalePresMax = Binding <float> .GetBinding("ExhalePressureMax").value();
exhalePressMinFloor = Binding <float> .GetBinding("ExhalePressureThresholdMin").value();
exhalePressMaxRoof = Binding <float> .GetBinding("ExhalePressureThresholdMax").value();
exhaleTimeMin = Binding <float> .GetBinding("ExhaleTimeThreshold").value();
exhaleTimeMax = Binding <float> .GetBinding("ExhaleTimeMax").value();
exhaleTimeMedium = (exhaleTimeMax - exhaleTimeMin) / 2 + exhaleTimeMin;
breathCountMin = Binding <int> .GetBinding("BreathsMin").value();
// breathCountTarget = Binding<int>.GetBinding("BreathsTarget").value();
maxBreathNumber = Binding <int> .GetBinding("BreathsMax").value();
masterGenerator = GameObject.FindObjectOfType <MasterGenerator>();
// Figure out the ranges
goodBreathRange = exhalePresMax - exhalePresMin;
overblownRange = exhalePressMaxRoof - exhalePresMax;
underblownRange = exhalePresMin - exhalePressMinFloor;
// Binding the status
statusProp = new Property <enumStatus>(enumStatus.Initializing);
statusProp.AddToBinding("Status", BindingDirection.BindingToProperty, AssignmentOnAdd.TakeBindingValue);
statusProp.AddListener(StatusUpdate);
// Binding the length of the current breath
breathLengthProp = new Property <float>(0);
breathLengthProp.AddToBinding("BreathLength", BindingDirection.BindingToProperty, AssignmentOnAdd.TakeBindingValue);
breathLengthProp.AddListener(BreathLengthUpdate);
// Binding to the Breath
breathStrengthProp = new Property <float>(0);
breathStrengthProp.AddToBinding("BreathStrength", BindingDirection.BindingToProperty, AssignmentOnAdd.TakeBindingValue);
breathStrengthProp.AddListener(UpdateBreath);
// Binding to the currentSet
goodSetProp = new Property <bool>(false);
goodSetProp.AddToBinding("SetIsGood", BindingDirection.BindingToProperty, AssignmentOnAdd.TakeBindingValue);
goodSetProp.AddListener(SetGoodUpdate);
breathCountGoodProp = new Property <int>(0);
breathCountGoodProp.AddToBinding("BreathCountGood", BindingDirection.BindingToProperty, AssignmentOnAdd.TakeBindingValue);
breathCountGoodProp.AddListener(GoodBreathCountUpdate);
breathGoodProp = new Property <bool>(false);
breathGoodProp.AddToBinding("BreathIsGood", BindingDirection.BindingToProperty, AssignmentOnAdd.TakeBindingValue);
breathGoodProp.AddListener(BreathGood);
breathCountProp = new Property <int>(0);
breathCountProp.AddToBinding("BreathCount", BindingDirection.BindingToProperty, AssignmentOnAdd.TakeBindingValue);
setCountProp = new Property <int>(0);
setCountProp.AddToBinding("SetCount", BindingDirection.BiDirectional, AssignmentOnAdd.TakeBindingValue);
setCountProp.AddListener(SetCountUpdate);
}
//where type 0 is tutorial and type 1 is dungeon and type 2 is arena.
IEnumerator CreateLevel(int type)
{
if (inGameCameraObject == null)
{
inGameCameraObject = Instantiate(inGameCameraPrefab);
mainCamera = inGameCameraObject.GetComponentInChildren <Camera> ();
}
yield return(new WaitForSeconds(.1f));
if (!PlayerPrefs.HasKey("TexturesRandomized") || RandomizeTexturesAllowed)
{
RandomizeTextures();
PlayerPrefs.SetInt("TexturesRandomized", 1);
}
if (type == 1)
{
int cappedDungeonLevel = dungeonLevel;
if (cappedDungeonLevel > 40)
{
cappedDungeonLevel = 40;
}
masterGenerator = new MasterGenerator(this.gameObject, dungeonData.dungeonParameters[cappedDungeonLevel], radius, maxlength, timeout);
masterGenerator.LoadPrefabs();
masterGenerator.Constructing();
}
else if (type == 0)
{
tutorialObject = Instantiate(tutorialPrefab, new Vector3(0, 0, 0), Quaternion.identity) as GameObject;
levelTransform = tutorialObject.transform;
}
else if (type == 2)
{
arenaObject = Instantiate(arenaPrefab, new Vector3(-150f, 0f, 150f), Quaternion.identity) as GameObject;
levelTransform = arenaObject.transform;
}
if (ui == null)
{
ui = Instantiate(UIPrefab);
uiInventory = ui.uiInventory;
}
TorchFOV = Instantiate(TorchFOVPrefab);
triggerFloorObject = Instantiate(triggerFloorPrefab, levelTransform) as GameObject;
torch = Instantiate(torchPrefab) as Torch;
Instantiate(torchMinimapIndicator, torch.transform.position + new Vector3(0f, -3f, 0f), Quaternion.Euler(new Vector3(90f, 0f, 0f)), torch.transform);
camTarget = torch.gameObject;
enemyTarget = torch.gameObject;
torch.health = torchStartingHealth;
torch.gameManager = this;
torch.ui = ui;
torch.TorchFOV = TorchFOV.GetComponentInChildren <Animator> ();
collectedKeys = 0;
for (int i = 0; i < playerManagers.Length; i++)
{
if (playerManagers [i].playerInstance == null)
{
// Debug.Log ("Create Player with id:" + i);
playerManagers [i].playerInstance = Instantiate(playerPrefab) as GameObject;
playerManagers [i].playerNumber = i + 1;
playerManagers [i].Setup();
playerManagers [i].playerMovement.mainCamera = mainCamera;
playerManagers [i].gameManager = this;
}
else
{
// playerManagers [i].playerInstance.transform.position = masterGenerator.dungeon_instantiate.startPos;
playerManagers [i].Setup();
playerManagers [i].playerInstance.SetActive(true);
}
}
ApplySkins();
SetNumberOfPlayers(numberOfPlayers);
//Moving players, torch and Bold to the correct place
Vector3 startpoint = new Vector3(0f, 0f, 0f);
if (type == 1)
{
startpoint = masterGenerator.MovePlayersToStart();
torch.isDamagable = true;
}
else if (type == 0)
{
startpoint = tutorialObject.transform.Find("Spawnpoint").transform.position;
playerManagers [0].playerInstance.transform.position = startpoint;
playerManagers [1].playerInstance.transform.position = startpoint + new Vector3(-2f, 0f, -2f);
torch.isDamagable = false;
}
else if (type == 2)
{
startpoint = arenaObject.transform.Find("Spawnpoint").transform.position;
playerManagers [0].playerInstance.transform.position = startpoint;
playerManagers [1].playerInstance.transform.position = startpoint + new Vector3(-2f, 0f, -2f);
torch.isDamagable = true;
}
RespawnPosition = startpoint;
torch.transform.position = startpoint + new Vector3(6, .5f, 0);
if (type == 1 || type == 2)
{
Pet.transform.position = playerManagers [0].playerInstance.transform.position + new Vector3(3f, 0f, 0f);
Pet.SetActive(true);
Bold.SetActive(false);
}
else if (type == 0)
{
Pet.SetActive(false);
Bold.SetActive(true);
Bold.transform.position = playerManagers [0].playerInstance.transform.position;
}
torch.torchPickUp.cam = mainCamera;
if (type == 1)
{
ui.dungeonLevelText.text = "Dungeon level " + dungeonLevel;
}
else if (type == 0)
{
ui.dungeonLevelText.text = "Dungeon Tutorial";
BoldPetScript.speechCanvas.SetActive(true);
BoldPetScript.speechText.text = "Welcome to this tutorial! My name is Bold. Use the WASD-keys to move.";
BoldPetScript.speechImage.gameObject.SetActive(true);
}
else if (type == 2)
{
ui.dungeonLevelText.text = "ArenaMode";
arenaManager.StartArena();
}
audioSourceMusic.clip = audioDungeon [UnityEngine.Random.Range(0, audioDungeon.Length)];
if (torch.GetComponent <PartyTorch> () != null)
{
audioSourceMusic.clip = audioPartyTorch;
}
if (torch.GetComponent <GoldenTorch> () != null)
{
audioSourceMusic.clip = audioGoldenTorch;
}
audioSourceMusic.Play();
score = 0;
SetScore(totalScore);
SetInGameCoin(coinsInGame);
homeScreenCam.SetActive(false);
loadingScreenCanvas.SetActive(false);
minimap = Instantiate(minimapPrefab);
ui.timer.Reset();
StartTime = Time.time;
mainCamera.GetComponent <CameraController> ().SetMode("Normal");
yield return(null);
}
