private void SpawnObstacles(bool firstChunk)
{
float spawnStartPoint;
if (firstChunk)
{
spawnStartPoint = ChunkCenter.z + _chunkLength / 2;
}
else
{
spawnStartPoint = ChunkCenter.z - _chunkLength / 2 + _obstacleSpawnDistanceMin;
}
for (float f = spawnStartPoint; f < ChunkCenter.z + _chunkLength / 2;)
{
obstacleSpawnPoints.Clear();
int obstaclesToSpawn = Random.Range(_minObstaclesPerSpawnLocation, _maxObstaclesPerSpawnLocation);
for (int i = 0; i <= obstaclesToSpawn; i++)
{
Obstacle obstacle = _obstaclePool.GetObstacle();
Vector3 newObstaclePosition = new Vector3(_obstacleXPosValues[Random.Range(0, _obstacleXPosValues.Length)], _obstacleYPosValues[Random.Range(0, _obstacleYPosValues.Length)], f);
while (obstacleSpawnPoints.Contains(newObstaclePosition))
{
newObstaclePosition = new Vector3(_obstacleXPosValues[Random.Range(0, _obstacleXPosValues.Length)], _obstacleYPosValues[Random.Range(0, _obstacleYPosValues.Length)], f);
}
obstacleSpawnPoints.Add(newObstaclePosition);
obstacle.transform.position = newObstaclePosition;
obstacle.gameObject.SetActive(true);
_obstacles.Add(obstacle);
}
f += Random.Range(_obstacleSpawnDistanceMin, _obstacleSpawnDistanceMax);
}
}
// Create new obs
private IEnumerator SpawnObstacles()
{
while (true)
{
yield return(new WaitForSeconds(spawnRate));
// Spawn a new obstacle
var obstacle = obstaclePool.GetObstacle("Test");
obstacle.transform.position = transform.TransformPoint(riverBounds.center);
// Put it at the back (+z) of the river bounding box
obstacle.transform.Translate(0, 0, riverBounds.extents.z);
}
}
