protected override void ActivateInternal(State oldState, State newState, bool success)
{
base.ActivateInternal(oldState, newState, success);
RemoveDurability(newState);
if (success)
{
if ((completionFlags & CompletionFlags.Progress) != 0)
{
uint delta = Compute.Progress(oldState, BaseEfficiency);
newState.Progress = Math.Min(newState.Progress + delta, newState.MaxProgress);
}
if ((completionFlags & CompletionFlags.Quality) != 0)
{
uint effic = BaseEfficiency;
if (((completionFlags & CompletionFlags.TouchAction) != 0) && GreatStrides.IsActive(newState))
{
effic *= 2;
GreatStrides.SetTurnsRemaining(newState, 1);
}
uint delta = Compute.Quality(oldState, effic);
newState.Quality = Math.Min(newState.Quality + (uint)delta, newState.MaxQuality);
if (newState.InnerQuietIsActive)
{
++newState.InnerQuietStacks;
}
}
}
}
public static double FailureProbability(State state)
{
uint progressRemaining = state.MaxProgress - state.Progress;
uint basicProgressPerTurn = Compute.Progress(state, 100);
uint successfulTurnsNeeded = (uint)Math.Ceiling((double)progressRemaining / (double)basicProgressPerTurn);
uint numMastersMendsAvailable = state.CP / 92;
uint effectiveDurability = Math.Min(state.MaxDurability, state.Durability + numMastersMendsAvailable * 30);
uint turnsRemaining = (uint)Math.Ceiling((double)effectiveDurability / 10.0);
double successProb = Probability(successfulTurnsNeeded, turnsRemaining, 0.9);
return(1.0 - successProb);
}
