private IEnumerator DetermineCharacterActions(IList <Character> chars, IList <IPlayable> plays, HashSet <Character> playerActionSet)
{
ICollection <PooledBehaviour> declarations = new List <PooledBehaviour>();
for (int i = 0; i < chars.Count; i++)
{
Character c = chars[i];
if (c.Stats.State == State.ALIVE)
{
PooledBehaviour textbox = null;
// Only show when player controlled is asked to make a move
bool brainIsPlayer = (c.Brain is Player);
// Helps show user which character is doing stuff
if (brainIsPlayer)
{
textbox = AddText(string.Format(PLAYER_QUESTION, c.Look.DisplayName));
}
// Wait until this is true until we ask the next character what action they want to perform
bool isActionTaken = false;
// Pass to the Brain a func that lets that lets them pass us what action they want to take
c.Brain.PreActionSetup(
temporarySpells,
(p) => InBattlePlayHandler(playerActionSet, plays, c, ref isActionTaken, p));
// Let brain decide now
c.Brain.DetermineAction();
// Wait until they choose a move. (This so the player can wait as long as they want)
yield return(new WaitWhile(() => !isActionTaken));
ClearActionGrid();
if (textbox != null)
{
ObjectPoolManager.Instance.Return(textbox); // Remove "What will X do?" textbox, reduce clutter
}
if (brainIsPlayer)
{
Spell spell = plays.Last().MySpell;
declarations.Add(AddText(
new TextBox(
spell.SpellDeclareText,
spell.Book.TextboxTooltip
))); // "X will do Y" helper textbox
}
}
}
// Remove all "X will do Y" texts
foreach (PooledBehaviour pb in declarations)
{
ObjectPoolManager.Instance.Return(pb);
}
}
public PooledBehaviour AddTextBox(TextBox textBox)
{
while (transform.childCount > MAX_NUMBER_OF_TEXTBOXES)
{
ObjectPoolManager.Instance.Return(transform.GetComponentsInChildren <PooledBehaviour>()[0]);
}
if (string.IsNullOrEmpty(textBox.RawText))
{
return(null);
}
PooledBehaviour pb = ObjectPoolManager.Instance.Get(textBoxes[textBox.Type]);
Util.Parent(pb.gameObject, gameObject);
pb.transform.SetAsLastSibling();
textBox.SetupPrefab(pb.gameObject);
textBox.Write();
return(pb);
}
