private IEnumerator SpawnAllBEATzInWave(WaveConfiguration waveConfig)
{
// For each number of BEATz that we will spawn in the scene, we will increment the BEAT count by 1.
for (int BEATCount = 0; BEATCount < waveConfig.GetSpawnNumber(); BEATCount++)
{
// Local Variables
// 1.) The BEAT that we will be spawning
var BEAT = waveConfig.GetBEATPrefab();
// 2.) The BEAT position on spawn
var BEATPosition = waveConfig.GetWaypoints()[0].transform.position;
// 3.) Spawn BEAT
var newBEAT = Instantiate(BEAT, BEATPosition, Quaternion.identity);
// 4.) The starting time of a spawn pattern.
int startingSpawnDuration = 0;
// 5.) The duration time of spawning BEATz
float endingSpawnDuration = waveConfig.GetSpawnDuration();
SpawnBEATz(waveConfig, BEAT, newBEAT);
// Wait before spawning another BEAT.
yield return(new WaitForSeconds(waveConfig.GetSpawnRate()));
BEATCount = SpawnAnotherBEAT(waveConfig, BEATCount, startingSpawnDuration, endingSpawnDuration);
// If delay is ON, then wait a second.
if (waveConfig.GetDelay() && endingSpawnDuration == startingSpawnDuration)
{
yield return(new WaitForSeconds(waveConfig.GetDelayInterval()));
}
}
}
private int SpawnAnotherBEAT(WaveConfiguration waveConfig, int BEATCount, int startingSpawnDuration, float endingSpawnDuration)
{
// If BEAT count is greater than the spawn number and the endingSpawnDuration is less than the starting spawn duration..
if (BEATCount > waveConfig.GetSpawnNumber() && endingSpawnDuration < startingSpawnDuration)
{
// Decrement the BEAT Count.
BEATCount--;
}
return(BEATCount);
}