private void Spawner_OnFinished(SpawnInterval spawn)
{
_spawnersFinished++;
if (_spawnersFinished == _spawnerAmount)
{
OnAllSpawnersFinished?.Invoke(this);
}
OnSpawnerFinished?.Invoke(this, spawn);
}
private IEnumerator HandleSpawn(SpawnInterval spawn)
{
yield return(new WaitForSeconds(spawn.StartTime));
ISpawner spawner = Instantiate(SpawnerPrefab).GetComponent <ISpawner>();
float delay = spawn.Length / spawn.Amount;
spawner.OnFinished += () => Spawner_OnFinished(spawn);
spawner.OnSpawn += Spawner_OnSpawn;
spawner.Spawn(spawn.Amount, delay, GetPrefab(spawn.EnemyIdentifier));
}
private float GenerateParallelWaves(WaveTimeline timeline, float startTime, int wave, float credits, ref int offset)
{
float frequency = GetSpawnFrequency(wave);
int waves = GetParallelAmount(wave);
for (int i = 0; i < waves; i++)
{
float waveFrequency = frequency * (1 + RandomRange(FrequencyVariance.x, FrequencyVariance.y));
float waveCredits = credits * (1 + RandomRange(CreditsVariance.x, CreditsVariance.y));
IWaveGenerator gen = new WaveGenerator(startTime, wave, Seed + offset++, waveCredits / waves, waveFrequency / waves, MaxSpawnFrequency / waves, MinSpawnFrequency / waves);
SpawnInterval interval = gen.Generate();
timeline.AddSpawn(interval);
}
return(timeline.EndTime + RandomRange(TimeVariance.x, TimeVariance.y));
}