public void ReturnProductToPool(SampoProduct sampoProduct)
{
switch (sampoProduct.Type)
{
case SampoProductType.Grain:
_grainPool.ReturnObject(sampoProduct);
break;
case SampoProductType.Salt:
_saltPool.ReturnObject(sampoProduct);
break;
case SampoProductType.Gold:
_goldPool.ReturnObject(sampoProduct);
break;
}
}
public void SpawnSampoProduct(SampoProductType sampoProduct)
{
switch (sampoProduct)
{
case SampoProductType.Grain:
_sampoProduct = _sampo._grainPool.GetPooledObject();
break;
case SampoProductType.Salt:
_sampoProduct = _sampo._saltPool.GetPooledObject();
break;
case SampoProductType.Gold:
_sampoProduct = _sampo._goldPool.GetPooledObject();
break;
}
if (_sampoProduct != null) {
_sampoProduct.Init(sampoProduct, _sampo, transform.position);
#region Scaling
// Scale the sampo product randomly, to make them look more unique.
float productScale = 1.5f;
if (_sampoProductType == SampoProductType.Grain)
{
productScale = Random.Range(1.5f, 3f);
}
if (_sampoProductType == SampoProductType.Salt)
{
productScale = Random.Range(1.5f, 3f);
}
_sampoProduct.transform.localScale = new Vector3(productScale, productScale, productScale);
#endregion
// Calculate the direction toward which the sampo product should be launched towards.
Vector3 launchDirection = (transform.position - _sampoMiddle.transform.position) +
new Vector3(Random.Range(-_randomDirectionMultiplier, _randomDirectionMultiplier), 0f, Random.Range(-_randomDirectionMultiplier, _randomDirectionMultiplier));
launchDirection.y = 0f; // Null the vertical direction.
launchDirection.Normalize();
// Launch the sampo product along the launchDirection vector.
_sampoProduct.GetComponent<Rigidbody>().AddForce(launchDirection * (_launchForceMultiplier + Random.Range(-_launchForceVariance, _launchForceVariance)), ForceMode.Impulse);
}
}
