public override void Tick()
{
if (target_InputController != null)
{
int snap = itemWithSnap != null ? itemWithSnap.angleSnap : 1;
Vector3 lookdir = ShadyMath.AngleSnap(target_InputController.transform.position - inputController.transform.position, snap);
Vector2 lineStart = target_InputController.transform.position + (-lookdir * targetDistance.y);
Vector2 lineEnd = target_InputController.transform.position + (-lookdir * targetDistance.x);
desiredPos = ShadyMath.NearestPointOnFiniteLine(lineStart, lineEnd, inputController.transform.position);
if (debugObj != null)
{
debugObj.position = desiredPos;
}
float dst = Vector2.Distance(inputController.transform.position, desiredPos);
if (dst > errorThreshold)
{
agent.AddSteeringForce(agent.Seek(desiredPos), priority);
}
else if (exitStateOnAlign)
{
Next();
}
}
}
public override void Tick()
{
if (exitStateProjectileDestroyed && projectileRef == null)
{
Next();
return;
}
if (target_InputController != null)
{
Vector3 lookdir = projectileRef.transform.position - target_InputController.transform.position;
lookdir.Normalize();
Vector2 lineStart = target_InputController.transform.position + (-lookdir * .5f);
Vector2 lineEnd = target_InputController.transform.position + (-lookdir * 10f);
var desiredPos = ShadyMath.NearestPointOnFiniteLine(target_InputController.transform.position, lineEnd, inputController.transform.position);
if (debugObj != null)
{
debugObj.position = desiredPos;
}
float dst = Vector2.Distance(lineStart, desiredPos);
if (dst <= trackingDistance && dst > errorThreshold)
{
agent.AddSteeringForce(agent.Seek(desiredPos), priority);
}
}
}
