public HallOfFameViewModel(HallOfFameManager hallOfFameManager)
{
_hallOfFameManager = hallOfFameManager;
}
private void Start()
{
// Find GameModeManager component on the scene object named "GameModeManager"
gmManager = GameObject.Find("GameModeManager").GetComponent <GameModeManager>();
// Find HallOfFameManager component on the scene object named "HallOfFameManager"
hofManager = GameObject.Find("HallOfFameManager").GetComponent <HallOfFameManager>();
// Find GenerationManager component on the scene object named "GenerationManager"
genManager = GameObject.Find("GenerationManager").GetComponent <GenerationManager>();
#region Initialize Vars
player1.characterName = gmManager.p1Name;
player2.characterName = gmManager.p2Name;
// Set match timer based on the game mode time limit
matchTimer = gmManager.timeLimit * 60;
// Disable each player immunity system if the game mode doesn't allow it
player1.hB.immunityEnabled = gmManager.respawnImmunity;
player2.hB.immunityEnabled = gmManager.respawnImmunity;
player1.mB.AMRAuthorized = gmManager.AMRAuthorized;
player2.mB.AMRAuthorized = gmManager.AMRAuthorized;
if (gmManager.gauntletStartsIncomplete)
{
player1.sB.SetStartWeapon(false);
player2.sB.SetStartWeapon(false);
}
#endregion
_playArena = new List <ArenaPiece>();
_playArena = genManager.Create();
// Get the position further away from the center piece, and then the
// position furthest from that one.
#region GetPlayerSpawnPositions
// this list will hold the distances we want compared and the index
// of the piece we measured, for easy access later.
List <(float mag, int index)> distAndIndex =
new List <(float mag, int index)>();
// Get the central piece´s position
Vector3 centerPiece = _playArena[0].transform.position;
Vector3 firstPlayerSpawn = new Vector3();
Vector3 secondPlayerSpawn = new Vector3();
// All the piece3's distances from the center:
for (int i = 1; i < _playArena.Count; i++)
{
(float distance, int dex)d;
d.distance =
(_playArena[i].transform.position - centerPiece).magnitude;
d.dex = i;
distAndIndex.Add(d);
}
// sort the list by magnitue
distAndIndex.Sort((t1, t2) => t1.mag.CompareTo(t2.mag));
firstPlayerSpawn =
_playArena[distAndIndex[0].index].transform.position;
//Now get second player spawn, the furthest piece from the
// first player's spawn
// reset the list to use it for measuring with firstPlayerSpawn
distAndIndex =
new List <(float mag, int index)>();
for (int i = 1; i < _playArena.Count; i++)
{
(float distance, int dex)d;
d.distance =
(_playArena[i].transform.position - firstPlayerSpawn).magnitude;
d.dex = i;
distAndIndex.Add(d);
}
// sort the list by magnitue
distAndIndex.Sort((t1, t2) => t2.mag.CompareTo(t1.mag));
secondPlayerSpawn =
_playArena[distAndIndex[0].index].transform.position;
// Now, depending on you want to spawn the players, spawn them at
// the positions firstPlayerSpawn and secondPlayerSpawn have stored.
player1.mB.SetSpawnPosition(firstPlayerSpawn);
player2.mB.SetSpawnPosition(secondPlayerSpawn);
player1.mB.SetSpawnRotation(player2.transform);
player2.mB.SetSpawnRotation(player1.transform);
player1.mB.ResetPosition();
player2.mB.ResetPosition();
#endregion
InitArena();
zonesList.AddRange(_playArena[0].GetComponentsInChildren <ZoneBehaviour>());
foreach (ZoneBehaviour z in zonesList)
{
z.gameObject.SetActive(false);
}
if (gmManager.zoneBased)
{
int zone = Random.Range(0, zonesList.Count);
zonesList[zone].gameObject.SetActive(true);
activeZone = zone;
zoneChangeTimer = gmManager.zoneChangeInterval;
}
Cursor.lockState = CursorLockMode.Locked;
StartCoroutine(PreMatchCountdown());
}
