private void OnRecipeElementsFullySelected()
{
BuildingDef buildingDef = null;
foreach (KeyValuePair <BuildingDef, KToggle> activeToggle in ActiveToggles)
{
if ((UnityEngine.Object)activeToggle.Value == (UnityEngine.Object)currentlySelectedToggle)
{
buildingDef = activeToggle.Key;
break;
}
}
DebugUtil.DevAssert(buildingDef, "def is null");
if ((bool)buildingDef)
{
if (buildingDef.isKAnimTile && buildingDef.isUtility)
{
IList <Tag> getSelectedElementAsList = productInfoScreen.materialSelectionPanel.GetSelectedElementAsList;
BaseUtilityBuildTool baseUtilityBuildTool = (!((UnityEngine.Object)buildingDef.BuildingComplete.GetComponent <Wire>() != (UnityEngine.Object)null)) ? ((BaseUtilityBuildTool)UtilityBuildTool.Instance) : ((BaseUtilityBuildTool)WireBuildTool.Instance);
baseUtilityBuildTool.Activate(buildingDef, getSelectedElementAsList);
}
else
{
BuildTool.Instance.Activate(buildingDef, productInfoScreen.materialSelectionPanel.GetSelectedElementAsList, null);
}
}
}
private void StartConsuming()
{
DebugUtil.DevAssert(!isBeingConsumed, "Can't StartConsuming()...we've already started");
isBeingConsumed = true;
consumptionTime = 0f;
base.worker.Trigger(1406130139, this);
}
public void ContractGerms(string germ_id)
{
ExposureState exposureState = GetExposureState(germ_id);
DebugUtil.DevAssert(exposureState == ExposureState.Exposed, "Duplicant is contracting a sickness but was never exposed to it!");
SetExposureState(germ_id, ExposureState.Contracted);
}
public void FullRefresh()
{
if (base.isSpawned && base.isActiveAndEnabled)
{
DebugUtil.DevAssert(isRegistered, "shouldn't be refreshing if we aren't spawned and enabled");
RefreshShapeAndPosition();
emitter.Refresh(pending_emitter_state, true);
}
}
private bool DoTalking(Conversation setup, MinionIdentity new_speaker)
{
DebugUtil.Assert(setup != null, "setup was null");
DebugUtil.Assert((UnityEngine.Object)new_speaker != (UnityEngine.Object)null, "new_speaker was null");
if ((UnityEngine.Object)setup.lastTalked != (UnityEngine.Object)null)
{
setup.lastTalked.Trigger(25860745, setup.lastTalked.gameObject);
}
DebugUtil.Assert(setup.conversationType != null, "setup.conversationType was null");
Conversation.Topic nextTopic = setup.conversationType.GetNextTopic(new_speaker, setup.lastTopic);
if (nextTopic == null || nextTopic.mode == Conversation.ModeType.End || nextTopic.mode == Conversation.ModeType.Segue)
{
return(false);
}
Thought thoughtForTopic = GetThoughtForTopic(setup, nextTopic);
if (thoughtForTopic == null)
{
return(false);
}
ThoughtGraph.Instance sMI = new_speaker.GetSMI <ThoughtGraph.Instance>();
if (sMI == null)
{
return(false);
}
sMI.AddThought(thoughtForTopic);
setup.lastTopic = nextTopic;
setup.lastTalked = new_speaker;
setup.lastTalkedTime = GameClock.Instance.GetTime();
DebugUtil.Assert(lastConvoTimeByMinion != null, "lastConvoTimeByMinion was null");
lastConvoTimeByMinion[setup.lastTalked] = GameClock.Instance.GetTime();
Effects component = setup.lastTalked.GetComponent <Effects>();
DebugUtil.Assert((UnityEngine.Object)component != (UnityEngine.Object)null, "effects was null");
component.Add("GoodConversation", true);
Conversation.Mode mode = Conversation.Topic.Modes[(int)nextTopic.mode];
DebugUtil.Assert(mode != null, "mode was null");
StartedTalkingEvent startedTalkingEvent = new StartedTalkingEvent();
startedTalkingEvent.talker = new_speaker.gameObject;
startedTalkingEvent.anim = mode.anim;
StartedTalkingEvent data = startedTalkingEvent;
foreach (MinionIdentity minion in setup.minions)
{
if (!(bool)minion)
{
DebugUtil.DevAssert(false, "minion in setup.minions was null");
}
else
{
minion.Trigger(-594200555, data);
}
}
setup.numUtterances++;
return(true);
}
public void RegisterBatchUpdate <UpdateInterface, T>(UpdateBucketWithUpdater <UpdateInterface> .BatchUpdateDelegate batch_update)
{
string text = MakeBucketId(typeof(T), GetUpdateRate <UpdateInterface>());
Entry value = ManifestEntry <UpdateInterface>(text, false);
DebugUtil.DevAssert(GetImplementedInterfaces(typeof(T)).Contains(GetUpdateRate <UpdateInterface>()), "T does not implement the UpdateInterface it is registering for BatchUpdate under");
DebugUtil.DevAssert(value.buckets.Length == 1, "don't do a batch update with load balancing because load balancing will produce many small batches which is inefficient");
((UpdateBucketWithUpdater <UpdateInterface>)value.buckets[0]).batch_update_delegate = batch_update;
bucketTable[text] = value;
}
public void UpdateMods(IEnumerable <PublishedFileId_t> added, IEnumerable <PublishedFileId_t> updated, IEnumerable <PublishedFileId_t> removed, IEnumerable <SteamUGCService.Mod> loaded_previews)
{
foreach (PublishedFileId_t item in added)
{
SteamUGCService.Mod mod = SteamUGCService.Instance.FindMod(item);
if (mod == null)
{
DebugUtil.DevAssert(false, "SteamUGCService just told us this id was valid!");
}
else
{
Mod mod2 = MakeMod(mod);
if (mod2 != null)
{
Global.Instance.modManager.Subscribe(mod2, this);
}
}
}
foreach (PublishedFileId_t item2 in updated)
{
SteamUGCService.Mod mod3 = SteamUGCService.Instance.FindMod(item2);
if (mod3 == null)
{
DebugUtil.DevAssert(false, "SteamUGCService just told us this id was valid!");
}
else
{
Mod mod4 = MakeMod(mod3);
if (mod4 != null)
{
Global.Instance.modManager.Update(mod4, this);
}
}
}
foreach (PublishedFileId_t item3 in removed)
{
PublishedFileId_t current3 = item3;
Global.Instance.modManager.Unsubscribe(new Label
{
id = current3.m_PublishedFileId.ToString(),
distribution_platform = Label.DistributionPlatform.Steam
}, this);
}
if (added.Count() != 0)
{
Global.Instance.modManager.Sanitize(null);
}
else
{
Global.Instance.modManager.Report(null);
}
}
public bool NeedsToPee()
{
DebugUtil.DevAssert(base.master != null, "master ref null");
DebugUtil.DevAssert(!base.master.isNull, "master isNull");
KPrefabID component = base.master.GetComponent <KPrefabID>();
DebugUtil.DevAssert(component, "kpid was null");
if (component.HasTag(GameTags.Asleep))
{
return(false);
}
return(bladder.value >= 100f);
}
public void AddToGrid(bool update_lit_cells)
{
DebugUtil.DevAssert(!update_lit_cells || litCells.Count == 0, "adding an already added emitter");
if (update_lit_cells)
{
UpdateLitCells();
}
foreach (int litCell in litCells)
{
int num = Mathf.Max(0, Grid.LightCount[litCell] + ComputeLux(litCell));
Grid.LightCount[litCell] = num;
previewLux[litCell] = num;
}
}
private Thought GetThoughtForTopic(Conversation setup, Conversation.Topic topic)
{
if (string.IsNullOrEmpty(topic.topic))
{
DebugUtil.DevAssert(false, "topic.topic was null");
return(null);
}
Sprite sprite = setup.conversationType.GetSprite(topic.topic);
if ((UnityEngine.Object)sprite != (UnityEngine.Object)null)
{
Conversation.Mode mode = Conversation.Topic.Modes[(int)topic.mode];
return(new Thought("Topic_" + topic.topic, null, sprite, mode.icon, mode.voice, "bubble_chatter", mode.mouth, DUPLICANTS.THOUGHTS.CONVERSATION.TOOLTIP, true, TuningData <Tuning> .Get().speakTime));
}
return(null);
}
public void PlayDynamicMusic()
{
if (DynamicMusicIsActive())
{
Log("Trying to play DynamicMusic when it is already playing.");
}
else
{
string nextDynamicSong = GetNextDynamicSong();
if (!(nextDynamicSong == "NONE"))
{
PlaySong(nextDynamicSong, false);
if (activeSongs.TryGetValue(nextDynamicSong, out SongInfo value))
{
activeDynamicSong = value;
AudioMixer.instance.Start(AudioMixerSnapshots.Get().DynamicMusicPlayingSnapshot);
if ((UnityEngine.Object)SpeedControlScreen.Instance != (UnityEngine.Object)null && SpeedControlScreen.Instance.IsPaused)
{
SetDynamicMusicPaused();
}
if ((UnityEngine.Object)OverlayScreen.Instance != (UnityEngine.Object)null && OverlayScreen.Instance.mode != OverlayModes.None.ID)
{
SetDynamicMusicOverlayActive();
}
SetDynamicMusicPlayHook();
string key = "Volume_Music";
if (KPlayerPrefs.HasKey(key))
{
float @float = KPlayerPrefs.GetFloat(key);
AudioMixer.instance.SetSnapshotParameter(AudioMixerSnapshots.Get().DynamicMusicPlayingSnapshot, "userVolume_Music", @float, true);
}
AudioMixer.instance.SetSnapshotParameter(AudioMixerSnapshots.Get().DynamicMusicPlayingSnapshot, "intensity", value.sfxAttenuationPercentage / 100f, true);
}
else
{
Log("DynamicMusic song " + nextDynamicSong + " did not start.");
string text = string.Empty;
foreach (KeyValuePair <string, SongInfo> activeSong in activeSongs)
{
text = text + activeSong.Key + ", ";
Debug.Log(text);
}
DebugUtil.DevAssert(false, "Song failed to play: " + nextDynamicSong);
}
}
}
}
public static GameObject ExtendEntityToFertileCreature(GameObject prefab, string eggId, string eggName, string eggDesc, string egg_anim, float egg_mass, string baby_id, float fertility_cycles, float incubation_cycles, List <FertilityMonitor.BreedingChance> egg_chances, int eggSortOrder = -1, bool is_ranchable = true, bool add_fish_overcrowding_monitor = false, bool add_fixed_capturable_monitor = true, float egg_anim_scale = 1f)
{
FertilityMonitor.Def def = prefab.AddOrGetDef <FertilityMonitor.Def>();
def.baseFertileCycles = fertility_cycles;
DebugUtil.DevAssert(eggSortOrder > -1, "Added a fertile creature without an egg sort order!");
float base_incubation_rate = 100f / (600f * incubation_cycles);
GameObject gameObject = EggConfig.CreateEgg(eggId, eggName, eggDesc, baby_id, egg_anim, egg_mass, eggSortOrder, base_incubation_rate);
def.eggPrefab = new Tag(eggId);
def.initialBreedingWeights = egg_chances;
if (egg_anim_scale != 1f)
{
KBatchedAnimController component = gameObject.GetComponent <KBatchedAnimController>();
component.animWidth = egg_anim_scale;
component.animHeight = egg_anim_scale;
}
KPrefabID egg_prefab_id = gameObject.GetComponent <KPrefabID>();
SymbolOverrideController symbol_override_controller = SymbolOverrideControllerUtil.AddToPrefab(gameObject);
string symbolPrefix = prefab.GetComponent <CreatureBrain>().symbolPrefix;
if (!string.IsNullOrEmpty(symbolPrefix))
{
symbol_override_controller.ApplySymbolOverridesByAffix(Assets.GetAnim(egg_anim), symbolPrefix, null, 0);
}
KPrefabID creature_prefab_id = prefab.GetComponent <KPrefabID>();
creature_prefab_id.prefabSpawnFn += delegate
{
WorldInventory.Instance.Discover(eggId.ToTag(), WorldInventory.GetCategoryForTags(egg_prefab_id.Tags));
WorldInventory.Instance.Discover(baby_id.ToTag(), WorldInventory.GetCategoryForTags(creature_prefab_id.Tags));
};
if (is_ranchable)
{
prefab.AddOrGetDef <RanchableMonitor.Def>();
}
if (add_fixed_capturable_monitor)
{
prefab.AddOrGetDef <FixedCapturableMonitor.Def>();
}
if (add_fish_overcrowding_monitor)
{
gameObject.AddOrGetDef <FishOvercrowdingMonitor.Def>();
}
return(prefab);
}
private void StopConsuming(Worker worker)
{
DebugUtil.DevAssert(isBeingConsumed, "StopConsuming() called without StartConsuming()");
isBeingConsumed = false;
if (float.IsNaN(consumptionTime))
{
DebugUtil.DevAssert(false, "consumptionTime NaN in StopConsuming()");
}
else
{
PrimaryElement component = base.gameObject.GetComponent <PrimaryElement>();
if ((Object)component != (Object)null && component.DiseaseCount > 0)
{
new EmoteChore(worker.GetComponent <ChoreProvider>(), Db.Get().ChoreTypes.EmoteHighPriority, "anim_react_contaminated_food_kanim", new HashedString[1]
{
"react"
}, null);
}
float num = Mathf.Clamp01(consumptionTime / GetFeedingTime(worker));
unitsConsumed = Units * num;
if (float.IsNaN(unitsConsumed))
{
KCrashReporter.Assert(false, "Why is unitsConsumed NaN?");
unitsConsumed = Units;
}
caloriesConsumed = unitsConsumed * foodInfo.CaloriesPerUnit;
Units -= unitsConsumed;
for (int i = 0; i < foodInfo.Effects.Count; i++)
{
worker.GetComponent <Effects>().Add(foodInfo.Effects[i], true);
}
ReportManager.Instance.ReportValue(ReportManager.ReportType.CaloriesCreated, 0f - caloriesConsumed, StringFormatter.Replace(UI.ENDOFDAYREPORT.NOTES.EATEN, "{0}", this.GetProperName()), worker.GetProperName());
AddQualityEffects(worker);
worker.Trigger(1121894420, this);
Trigger(-10536414, worker.gameObject);
unitsConsumed = float.NaN;
caloriesConsumed = float.NaN;
consumptionTime = float.NaN;
if (Units <= 0f)
{
base.gameObject.DeleteObject();
}
}
}
public void Update(Mod mod, object caller)
{
Debug.LogFormat("Update mod {0}", mod.title);
Mod mod2 = mods.Find((Mod candidate) => mod.label.Match(candidate.label));
DebugUtil.DevAssert(!string.IsNullOrEmpty(mod2.label.id), "Should be subscribed to a mod we are getting an Update notification for");
if (mod2.status != Mod.Status.UninstallPending)
{
events.Add(new Event
{
event_type = EventType.VersionUpdate,
mod = mod.label
});
string root = mod.file_source.GetRoot();
mod2.CopyPersistentDataTo(mod);
mod.is_subscribed = mod2.is_subscribed;
int index = mods.IndexOf(mod2);
mods.RemoveAt(index);
mods.Insert(index, mod);
if (mod.enabled)
{
mod.reinstall_path = root;
mod.status = Mod.Status.ReinstallPending;
events.Add(new Event
{
event_type = EventType.RestartRequested,
mod = mod.label
});
}
else
{
Uninstall(mod);
Install(mod);
}
dirty = true;
Update(caller);
}
}
public GameObject CreatePrefab()
{
//GameObject prefab = null;
string eggId = "UnknownEgg";
string eggName = "Unknown Egg";
string eggDesc = "Unknown Egg";
string egg_anim = "floral_hatch_egg_kanim";
float egg_mass = 1f;
string baby_id = BabyHatchConfig.ID;
float fertility_cycles = 20.0f;
float incubation_cycles = 1f;
List <FertilityMonitor.BreedingChance> egg_chances = null;
int eggSortOrder = 999;
bool is_ranchable = false;
bool add_fish_overcrowding_monitor = false;
bool add_fixed_capturable_monitor = true;
float egg_anim_scale = 1f;
//FertilityMonitor.Def def = prefab.AddOrGetDef<FertilityMonitor.Def>();
//def.baseFertileCycles = fertility_cycles;
DebugUtil.DevAssert(eggSortOrder > -1, "Added a fertile creature without an egg sort order!");
float base_incubation_rate = (float)(100.0 / (600.0 * (double)incubation_cycles));
GameObject egg = EggConfig.CreateEgg(eggId, eggName, eggDesc, (Tag)baby_id, egg_anim, egg_mass, eggSortOrder, base_incubation_rate);
//def.eggPrefab = new Tag(eggId);
//def.initialBreedingWeights = egg_chances;
if ((double)egg_anim_scale != 1.0)
{
KBatchedAnimController component = egg.GetComponent <KBatchedAnimController>();
component.animWidth = egg_anim_scale;
component.animHeight = egg_anim_scale;
}
KPrefabID egg_prefab_id = egg.GetComponent <KPrefabID>();
return(egg);
}
