public override bool FilterApplies(Thing thing)
{
Pawn pawn = thing as Pawn;
if (pawn == null)
{
return(false);
}
if (pawn.needs?.TryGetNeed <Need_Mood>() is Need_Mood mood)
{
//memories
if (mood.thoughts.memories.Memories.Any(t => t.def == Sel && stageRange.Includes(t.CurStageIndex)))
{
return(true);
}
//situational
List <Thought> thoughts = new List <Thought>();
mood.thoughts.situational.AppendMoodThoughts(thoughts);
if (thoughts.Any(t => t.def == Sel && stageRange.Includes(t.CurStageIndex)))
{
return(true);
}
}
return(false);
}
public void should_include_when_after_number_grow_is_between_low_and_high()
{
var intRange = new IntRange(50, 100);
intRange.Grow(2);
Assert.True(intRange.Includes(150));
}
public override bool AllowPlayerStartingPawn(Pawn pawn, bool tryingToRedress, PawnGenerationRequest req)
{
return(allowedAgeRange.Includes(pawn.ageTracker.AgeBiologicalYears));
}
public virtual void TryPlay(SoundInfo info)
{
if (resolvedGrains.Count == 0)
{
Log.Error(string.Concat("Cannot play ", parentDef, " (subSound ", this, "_: No resolved grains."));
}
else
{
if (!Find.SoundRoot.oneShotManager.CanAddPlayingOneShot(parentDef, info) || (Current.Game != null && !gameSpeedRange.Includes((int)Find.TickManager.CurTimeSpeed)))
{
return;
}
ResolvedGrain resolvedGrain = RandomizedResolvedGrain();
ResolvedGrain_Clip resolvedGrain_Clip = resolvedGrain as ResolvedGrain_Clip;
if (resolvedGrain_Clip != null)
{
if (SampleOneShot.TryMakeAndPlay(this, resolvedGrain_Clip.clip, info) == null)
{
return;
}
SoundSlotManager.Notify_Played(parentDef.slot, resolvedGrain_Clip.clip.length);
}
if (distinctResolvedGrainsCount <= 1)
{
return;
}
if (repeatMode == RepeatSelectMode.NeverLastHalf)
{
while (recentlyPlayedResolvedGrains.Count >= numToAvoid)
{
recentlyPlayedResolvedGrains.Dequeue();
}
if (recentlyPlayedResolvedGrains.Count < numToAvoid)
{
recentlyPlayedResolvedGrains.Enqueue(resolvedGrain);
}
}
else if (repeatMode == RepeatSelectMode.NeverTwice)
{
lastPlayedResolvedGrain = resolvedGrain;
}
}
}
public void should_not_include_when_number_is_less_than_low_and_greater_than_high()
{
var intRange = new IntRange(50, 100);
Assert.False(intRange.Includes(150));
}
public void should_include_when_number_is_between_low_and_high()
{
var intRange = new IntRange(50, 100);
Assert.True(intRange.Includes(80));
}
public void should_include_when_after_number_grow_is_between_low_and_high()
{
var intRange = new IntRange(50, 100);
intRange.Grow(2);
Assert.True(intRange.Includes(150));
}
public void should_not_include_when_number_is_less_than_low_and_greater_than_high()
{
var intRange = new IntRange(50, 100);
Assert.False(intRange.Includes(150));
}
public void should_include_when_number_is_between_low_and_high()
{
var intRange = new IntRange(50, 100);
Assert.True(intRange.Includes(80));
}