void SpawnPowerups()
{
chanceOfSpawningPowerup += Time.deltaTime / 100f;
chanceOfSpawningPowerup = Mathf.Clamp(chanceOfSpawningPowerup, 0, 1f);
float powerupToSpawn = Random.Range(0f, 1f);
if (powerupToSpawn <= chanceOfSpawningPowerup)
{
//spawn powerup
powerupToSpawn = Random.Range(0f, 1f);
GameObject objectToSpawn = null;
Powerups powerupType = Powerups.None;
float powerupSpeedMin = 0f;
float powerupSpeedMax = 0f;
float powerupMassMin = 0f;
float powerupMassMax = 0f;
if (powerupToSpawn < 0.9f)
{
// spawn missile
objectToSpawn = missile;
powerupType = Powerups.Missile;
powerupSpeedMin = 100f;
powerupSpeedMax = 120f;
powerupMassMin = 50f;
powerupMassMax = 100f;
}
/*else if (powerupToSpawn < 0.8f)
* {
* // spawn star
* objectToSpawn = star;
* powerupType = Powerups.Star;
*
* powerupSpeedMin = 1f;
* powerupSpeedMax = 5f;
* powerupMassMin = 1f;
* powerupMassMax = 5f;
* }*/
else
{
// spawn asteroid
objectToSpawn = asteroid;
powerupType = Powerups.Asteroid;
powerupSpeedMin = 50f;
powerupSpeedMax = 100f;
powerupMassMin = 20f;
powerupMassMax = 40f;
}
// Instantiate item with the random x and y parameters
Vector3 spawnPosition = GetSpawnPosition();
GameObject item = Instantiate(objectToSpawn, spawnPosition, Quaternion.identity);
PowerupController powerup = item.GetComponent <PowerupController>();
powerup.Setup(0, GetSpawnDirection(spawnPosition), Random.Range(powerupSpeedMin, powerupSpeedMax), Random.Range(powerupMassMin, powerupMassMax));
powerup.SetPowerupType(powerupType);
}
}
