private void ApplyToolEffectsPerTarget(Tool selectedTool, ApplyExtra extraFunc = null)
{
int consecutiveActs = selectedTool.ConsecutiveActs;
double decliningTimes = (selectedTool.Scope != 1 ? selectedTool.RandomActs : 0) + 1.0;
if (SelectedWeapon != null)
{
consecutiveActs *= SelectedWeapon.ConsecutiveActs;
decliningTimes *= (SelectedWeapon.Scope != 1 ? SelectedWeapon.RandomActs : 0) + 1.0;
}
for (int times = 1; times <= decliningTimes; times++)
{
if (!Chance(100 / times))
{
continue;
}
double eMag = 1.0 / times;
double eMag0 = eMag / (selectedTool.Scope != 2 ? 1.0 : 2.0);
for (int i = 0; i < consecutiveActs; i++)
{
List <List <int> > resultForOneAct = new List <List <int> >();
int j = 0;
resultForOneAct.Add(ApplyToolEffects(SelectedTargets[j++], selectedTool, eMag, extraFunc));
while (j < SelectedTargets.Count)
{
resultForOneAct.Add(ApplyToolEffects(SelectedTargets[j++], selectedTool, eMag0, extraFunc));
}
TargetResults.Add(resultForOneAct);
}
}
}
private List <int> ApplyToolEffects(Battler b, Tool t, double effectMagnitude = 1.0, ApplyExtra extraFunc = null)
{
List <int> oneTarget = new List <int>();
if (t.Hit(this, b, effectMagnitude))
{
CriticalHitRatio = t.CriticalHitRatio(this, b, effectMagnitude);
oneTarget.Add(CriticalHitRatio);
oneTarget.Add(t.ElementMagnitude(b));
oneTarget.Add(t.GetToolFormula(this, b, effectMagnitude));
List <int>[] states = t.TriggeredStates(this, b, effectMagnitude);
oneTarget.Add(states[0].Count);
foreach (int stateGiveId in states[0])
{
oneTarget.Add(stateGiveId);
}
oneTarget.Add(states[1].Count);
foreach (int stateReceiveId in states[1])
{
oneTarget.Add(stateReceiveId);
}
if (extraFunc != null)
{
oneTarget = extraFunc(oneTarget, b, effectMagnitude);
}
}
else
{
oneTarget.Add(-t.Type);
}
return(oneTarget);
}