def _PregnancyCachedTestSimulationPhase(
self, simulation: ReproductionShared.Simulation,
ticks: int) -> None:
simulatingGameMinutes = ReproductionShared.TicksToGameMinutes(
ticks) # type: float
if self._cachedPregnancyTestGameMinutesRemaining is not None:
self._cachedPregnancyTestGameMinutesRemaining -= simulatingGameMinutes
if self._cachedPregnancyTestGameMinutesRemaining <= 0:
self._ResetCachedPregnancyTestResults()
def _SimulateInternal(self, simulation: ReproductionShared.Simulation,
ticks: int,
reproductiveTimeMultiplier: float) -> None:
simulatingMinutes = ReproductionShared.TicksToReproductiveMinutes(
ticks, reproductiveTimeMultiplier) # type: float
gameMinutes = ReproductionShared.TicksToGameMinutes(
ticks) # type: float
effectGuide = self.BirthControlPillsEffectGuide # type: CycleGuides.BirthControlPillsEffectGuide
currentNeed = self.Need # type: float
nextNeed = self.Need # type: float
if effectGuide.NeedPerGameMinute != 0:
if effectGuide.NeedPerGameMinute > 0:
if currentNeed != 1:
nextNeed += gameMinutes * effectGuide.NeedPerGameMinute
else:
if currentNeed != 0:
nextNeed += gameMinutes * effectGuide.NeedPerGameMinute
nextNeed = min(max(nextNeed, 0), 1)
currentEntrenchmentRate = effectGuide.EntrenchmentPerReproductiveMinute.Evaluate(
currentNeed) # type: float
nextEntrenchmentRate = effectGuide.EntrenchmentPerReproductiveMinute.Evaluate(
nextNeed) # type: float
averageEntrenchmentRate = (
currentEntrenchmentRate + nextEntrenchmentRate
) / 2 # type: float # This is probably only right if the curve is linear.
currentEntrenchment = self.Entrenchment
nextEntrenchment = self.Entrenchment
if averageEntrenchmentRate != 0:
if averageEntrenchmentRate > 0:
if currentEntrenchment != 1:
nextEntrenchment += simulatingMinutes * averageEntrenchmentRate
else:
if currentEntrenchment != 0:
nextEntrenchment += simulatingMinutes * averageEntrenchmentRate
nextEntrenchment = min(max(nextEntrenchment, 0), 1)
gameMinutesSinceLastPill = self.GameMinutesSinceLastPill # type: float
self.Need = nextNeed
self.Entrenchment = nextEntrenchment
if gameMinutesSinceLastPill is not None:
self.GameMinutesSinceLastPill = gameMinutesSinceLastPill + gameMinutes
def _SimulateInternal (self, simulation: ReproductionShared.Simulation, ticks: int, reproductiveTimeMultiplier: float) -> None: simulatingGameMinutes = ReproductionShared.TicksToGameMinutes(ticks) # type: float if self.BuffCoolDown is not None: self.BuffCoolDown -= simulatingGameMinutes if self.BuffCoolDown <= 0: self.BuffCoolDown = None if self.BuffCoolDown is not None and self.BuffCoolDown > 0: return if not self.AffectingSystem.SimInfo.is_instanced(): return # The game doesn't appear to allow us to add the buffs to non-instanced sims. if not simulation.LastTickStep: return cycleTracker = self.AffectingSystem.GetTracker(FemalesShared.CycleTrackerIdentifier) # type: typing.Optional[CycleTracker.CycleTracker] if cycleTracker is None: return currentCycle = cycleTracker.CurrentCycle # type: typing.Optional[CycleMenstrual.MenstrualCycle] if currentCycle is None: return if currentCycle.TypeIdentifier != CycleShared.MenstrualCycleTypeIdentifier: return buffSelectionTesting = self.DoBuffSelectionTesting() # type: CycleEvents.MenstrualEffectBuffSelectionTestingArguments selectedBuffType, hadValidSelections = buffSelectionTesting.SelectAppropriateBuff(currentCycle) # type: typing.Optional[typing.Type[BuffsMenstrual.MenstrualBuffBase]], bool if not hadValidSelections: return if selectedBuffType is None: self.ApplyBuffAbstainedEffects() return self.AffectingSystem.SimInfo.Buffs.add_buff_from_op(selectedBuffType, BuffsShared.ReproductiveSystemBuffReason.GetLocalizationString())