void SetPlayerLocks(bool aState)
{
// tell all of the players to set their locks
for (int i = 0; i < numberOfBattlers; i++)
{
thePlayerScript = ( CarController_TB )playerList [i];
thePlayerScript.SetLock(aState);
}
}
void Init()
{
if (playerList != null)
{
Debug.ClearDeveloperConsole();
Debug.Log("playerList.Count =" + playerList.Count);
Debug.Break();
}
SpawnController.Instance.Restart();
// incase we need to change the timescale, it gets set here
Time.timeScale = gameSpeed;
// tell battle manager to prepare for the battle
GlobalBattleManager.Instance.InitNewBattle();
// initialize some temporary arrays we can use to set up the players
Vector3 [] playerStarts = new Vector3 [numberOfBattlers];
Quaternion [] playerRotations = new Quaternion [numberOfBattlers];
// we are going to use the array full of start positions that must be set in the editor, which means we always need to
// make sure that there are enough start positions for the number of players
for (int i = 0; i < numberOfBattlers; i++)
{
// grab position and rotation values from start position transforms set in the inspector
playerStarts [i] = (Vector3)startPoints [i].position;
playerRotations [i] = ( Quaternion )startPoints [i].rotation;
}
SpawnController.Instance.SetUpPlayers(playerPrefabList, playerStarts, playerRotations, playerParent, numberOfBattlers);
playerTransforms = new ArrayList();
// now let's grab references to each player's controller script
playerTransforms = SpawnController.Instance.GetAllSpawnedPlayers();
playerList = new ArrayList();
for (int i = 0; i < numberOfBattlers; i++)
{
Transform tempT = (Transform)playerTransforms[i];
CarController_TB tempController = tempT.GetComponent <CarController_TB>();
playerList.Add(tempController);
BaseAIController tempAI = tempController.GetComponent <BaseAIController>();
tempController.Init();
if (i > 0)
{
// grab a ref to the player's gameobject for later
playerGO1 = SpawnController.Instance.GetPlayerGO(0);
// tell AI to get the player!
tempAI.SetChaseTarget(playerGO1.transform);
// set AI mode to chase
tempAI.SetAIState(AIStates.AIState.steer_to_target);
}
}
// add an audio listener to the first car so that the audio is based from the car rather than the main camera
playerGO1.AddComponent <AudioListener>();
// look at the main camera and see if it has an audio listener attached
AudioListener tempListener = Camera.main.GetComponent <AudioListener>();
// if we found a listener, let's destroy it
if (tempListener != null)
{
Destroy(tempListener);
}
// grab a reference to the focussed player's car controller script, so that we can
// do things like access its speed variable
thePlayerScript = ( CarController_TB )playerGO1.GetComponent <CarController_TB>();
// assign this player the id of 0 - this is important. The id system is how we will know who is firing bullets!
thePlayerScript.SetID(0);
// set player control
thePlayerScript.SetUserInput(true);
// as this is the user, we want to focus on this for UI etc.
focusPlayerScript = thePlayerScript;
// tell the camera script to target this new player
cameraScript.SetTarget(playerGO1.transform);
// lock all the players on the spot until we're ready to go
SetPlayerLocks(true);
// start the game in 3 seconds from now
Invoke("StartGame", 4);
// initialize a timer, but we won't start it right away. It gets started in the FinishedCount() function after the count-in
theTimer = ScriptableObject.CreateInstance <TimerClass>();
// update positions throughout the battle, but we don't need
// to do this every frame, so just do it every half a second instead
InvokeRepeating("UpdatePositions", 0f, 0.5f);
// hide our count in numbers
HideCount();
// schedule count in messages
Invoke("ShowCount3", 1);
Invoke("ShowCount2", 2);
Invoke("ShowCount1", 3);
Invoke("FinishedCount", 4);
// hide final position text
finalPositionText.gameObject.SetActive(false);
doneFinalMessage = false;
didInit = true;
}
