public static void CancelHitsByDefenceDice()
{
if (SkipAttackDiceRollsAndHit)
{
return;
}
int crits = DiceRollAttack.CriticalSuccesses;
DiceRollAttack.CancelHitsByDefence(DiceRollDefence.Successes);
if (crits > DiceRollAttack.CriticalSuccesses)
{
Attacker.CallOnAtLeastOneCritWasCancelledByDefender();
Triggers.ResolveTriggers(
TriggerTypes.OnAtLeastOneCritWasCancelledByDefender,
delegate
{
CalculateAttackResults();
});
}
else
{
CalculateAttackResults();
}
}
public void ShowCancelled(DiceRoll defenceDiceRoll)
{
DiceRoll diceRollForTesting = new DiceRoll(DiceKind.Attack, 0, DiceRollCheckType.Virtual);
foreach (Die realDie in AttackDiceroll.DiceList)
{
Die newDie = diceRollForTesting.AddDice(realDie.Side);
newDie.IsUncancelable = realDie.IsUncancelable;
}
;
Dictionary <string, int> results = diceRollForTesting.CancelHitsByDefence(defenceDiceRoll.Successes, true); //Dry run to calculate results
int cancelledRegularHits = results["hits"];
int cancelledCriticalHits = results["crits"];
List <GameObject> reversedDiceIcons = new List <GameObject>(diceIcons);
reversedDiceIcons.Reverse();
foreach (var diceIcon in reversedDiceIcons)
{
ToggleDisableDice(diceIcon, true);
}
foreach (var diceIcon in reversedDiceIcons)
{
switch (diceIcon.name)
{
case "Hit":
if (cancelledRegularHits > 0)
{
ToggleDisableDice(diceIcon, false);
cancelledRegularHits--;
}
;
break;
case "Crit":
if (cancelledCriticalHits > 0)
{
ToggleDisableDice(diceIcon, false);
cancelledCriticalHits--;
}
;
break;
default:
break;
}
}
}