public void SetupProjectile()
{
proj = projPool.RequestProjectile();
proj.LaunchProjectile(projSO, bowDirToTarget, arrowGameObject.transform.position);
// Activate the trail particle system.
// trailPartSys.gameObject.SetActive(true);
// trailPartSys.transform.parent = proj.transform;
// trailPartSys.transform.position = proj.transform.position;
// trailPartSys.Play();
}
IEnumerator SpawnGroundSpikes()
{
// Decide on first spike's spawn position, for now in direction of player, at a certain distance from self.
float timer = 0f;
int curSpike = 1;
normDirToPlayer = (eRefs.playerShadow.position - groundAttackOrigin.position).normalized;
float firstSpikeDist = ((Vector2)groundAttackOrigin.position - (Vector2)eRefs.PlayerShadowPos).magnitude;
if (firstSpikeDist > firstSpikeMaxDist)
{
firstSpikeDist = firstSpikeMaxDist;
}
Vector2 spikePos = (Vector2)groundAttackOrigin.position + (normDirToPlayer * (firstSpikeDist));
//
projPool.RequestProjectile().LaunchProjectile(projValues, Vector2.up, spikePos, normDirToPlayer.x);
while (curSpike < spikeAmount)
{
timer += Time.deltaTime;
if (timer >= delayBetweenSpikes)
{
curSpike++;
timer = 0f;
spikePos = (Vector2)groundAttackOrigin.position + (normDirToPlayer * (firstSpikeDist + (spikeSpawnDist * (curSpike - 1))));
if (curSpike == spikeAmount) // Spawn the last spike (different one).
{
projPool.RequestProjectile().LaunchProjectile(lastProjValues, Vector2.up, spikePos, normDirToPlayer.x);
}
else
{
projPool.RequestProjectile().LaunchProjectile(projValues, Vector2.up, spikePos, normDirToPlayer.x);
}
}
yield return(null);
}
}
public void AnimLaunchSlashProjectile()
{
projPool.RequestProjectile().LaunchProjectile(pV, slashProjDirection, attackDirPoint.position);
}
