public static Composite Cast(string spell, SpellManager.GetSelection <Vector2i> location, SpellManager.GetSelection <bool> reqs = null)
{
// Note: this is safe to do. If we pass null to the requirements check, that means we always want to fire
// as long as CanCast is true.
if (reqs == null)
{
reqs = ret => true;
}
return(SpellManager.CreateSpellCastComposite(spell, reqs, location));
}
public static Composite Cast(string spell, SpellManager.GetSelection <Vector2i> location, SpellManager.GetSelection <bool> reqs = null)
{
// Note: this is safe to do. If we pass null to the requirements check, that means we always want to fire
// as long as CanCast is true.
if (reqs == null)
{
reqs = ret => true;
}
return(new PrioritySelector(
new Sequence(
SpellManager.CreateSpellCastComposite(spell, reqs, location),
new Action(delegate { Allrounder.Log.DebugFormat("Allrounder(Cast): Casted {0}", spell); return RunStatus.Failure; }))));
}
public static Composite Cast(string spell, SpellManager.GetSelection <bool> reqs = null)
{
// Note: this is safe to do. If we pass null to the requirements check, that means we always want to fire
// as long as CanCast is true.
if (reqs == null)
{
reqs = ret => true;
}
return(new PrioritySelector(
new Sequence(
SpellManager.CreateSpellCastComposite(spell, reqs, ret => Variables.MainTarget),
//new WaitContinue(TimeSpan.FromMilliseconds(300), ret => false, new Action(delegate { return RunStatus.Success; })),
new Action(delegate { Allrounder.Log.DebugFormat("Allrounder(Cast): Casted {0}", spell); return RunStatus.Failure; }))));
}
