public WaveTimeline GetWave(int index)
{
WaveTimeline timeline = WaveCollection.GetWave(index);
if (!IsWaveKnown(index))
{
OnNewWave?.Invoke(timeline);
MarkWaveAsKnown(index, true);
}
return(timeline);
}
private void NextWave()
{
// if (currentWaveNumber > 0) AudioManager.instance.PlaySound2D("Level Completed");
currentWaveNumber++;
if (currentWaveNumber - 1 < waves.Length)
{
currentWave = waves[currentWaveNumber - 1];
enemiesRemainingToSpawn = currentWave.enemyCount;
enemiesRemainingAlive = enemiesRemainingToSpawn;
OnNewWave?.Invoke(currentWaveNumber);
ResetPlayerPosition();
}
}
void NextWave()
{
if (currentWaveNumber > 0)
{
AudioManager.instance.PlaySound2d("Level Complete");
}
currentWaveNumber++;
currentWave = waves[currentWaveNumber - 1];
enemiesRemaining = currentWave.enemyCount;
enemiesRemainingAlive = enemiesRemaining;
OnNewWave?.Invoke(currentWaveNumber);
}
void NextWave()
{
if (waveIndex > 0)
{
AudioManager.instance.PlaySoundEffect2D("Level Complete");
}
waveIndex++;
if (waveIndex - 1 < waves.Length)
{
currentWave = waves[waveIndex - 1];
remainingEnemiesToSpawn = currentWave.enemyCount;
remainingEnemiesAlive = remainingEnemiesToSpawn;
OnNewWave?.Invoke(waveIndex);
}
nextCampingCheckTime = Time.time + allowedCampingTime;
resetPlayerPosition();
}
private void NextWave()
{
if (_currentWaveNumber > 0)
{
AudioManager.instance.PlaySound("Level completed");
}
_currentWaveNumber++;
if (_currentWaveNumber - 1 < Waves.Length)
{
_currentWave = Waves[_currentWaveNumber - 1];
_enemiesRemainingToSpawn = _currentWave.EnemyCount;
_enemiesRemainingAlive = _enemiesRemainingToSpawn;
OnNewWave?.Invoke(_currentWaveNumber);
ResetPlayerPosition();
}
}
private void SpawnNextWave()
{
waveCounter++;
//Debug.Log ("SpawnManager:NextWave: wave count: " + waveCounter);
if (waveCounter - 1 < waves.Length)
{
currentWaveInfo = waves[waveCounter - 1];
remainingToSpawn = currentWaveInfo.spawnCount;
remainingToAlive = remainingToSpawn;
if (OnNewWave != null)
{
OnNewWave.Invoke(waveCounter);
}
}
else
{
// End of waves
}
}
/// Starts a new wave, displaying a message, and calculating the time for each enemy to spawn
public IEnumerator StartWave()
{
yield return(new WaitForSeconds(_waves[_levelToLoad.Value].waveStartDelay));
_currentWaveName = _waves[_levelToLoad.Value].waveMessage;
OnNewWave?.Invoke(_currentWaveName);
if (_waves[_levelToLoad.Value].spawnInSequence == true)
{
_waves[_levelToLoad.Value].spawnTimeTemp = 0;
foreach (Spawn spawn in _waves[_levelToLoad.Value].spawns)
{
spawn.spawnDelay = _waves[_levelToLoad.Value].spawnTimeTemp;
_waves[_levelToLoad.Value].spawnTimeTemp += spawn.spawnTime * spawn.count;
spawn.enemiesRemainingToSpawn = spawn.count;
}
}
else
{
_waves[_levelToLoad.Value].spawnTimeTemp = _waves[_levelToLoad.Value].spawnTime;
foreach (Spawn spawn in _waves[_levelToLoad.Value].spawns)
{
spawn.spawnDelayTimer = spawn.spawnDelay;
spawn.spawnTime = _waves[_levelToLoad.Value].spawnTime / spawn.count;
spawn.enemiesRemainingToSpawn = spawn.count;
}
NextWave();
}
_waveIsCleared = false;
}
