internal override void Internal_ApplyTemplate(StatusEffect status)
{
base.Internal_ApplyTemplate(status);
var comp = status as Disease;
if (this.AutoHealTime != null)
{
At.SetField(comp, "m_autoHealTime", (int)this.AutoHealTime);
}
if (this.CanDegenerate != null)
{
At.SetField(comp, "m_canDegenerate", (bool)this.CanDegenerate);
}
if (this.DegenerateTime != null)
{
At.SetField(comp, "m_degenerateTime", (float)this.DegenerateTime);
}
if (this.DiseaseType != null)
{
At.SetField(comp, "m_diseasesType", (Diseases)this.DiseaseType);
}
if (this.SleepHealTime != null)
{
At.SetField(comp, "m_straightSleepHealTime", (float)this.SleepHealTime);
}
}
internal void Update() // limited to 2s update since its low priority
{
if (OwnerCharacter != null && Time.time - lastUpdateTime > 2f)
{
lastUpdateTime = Time.time;
if (Value != OwnerCharacter.Stats.ManaPoint * NecromancerMod.settings.Transcendence_DamageBonus)
{
Value = OwnerCharacter.Stats.ManaPoint * NecromancerMod.settings.Transcendence_DamageBonus;
if (IsRegistered)
{
OwnerCharacter.Stats.RemoveStatStack(this.AffectedStat, this.SourceID, this.IsModifier);
var m_statStack = OwnerCharacter.Stats.AddStatStack(
this.AffectedStat,
new StatStack(
this.m_sourceID,
this.Lifespan,
this.Value * ((!this.IsModifier) ? 1f : 0.01f),
null),
this.IsModifier
);
At.SetField(this as AffectStat, "m_statStack", m_statStack);
}
}
}
}
public static void Prefix(Building __instance)
{
if (!StoreManager.Instance.IsDlcInstalled(OTWStoreAPI.DLCs.DLC2) ||
!BuildingHelperMod.Instance.settings.AutoFinishBuildings ||
PhotonNetwork.isNonMasterClientInRoom)
{
return;
}
int sanity = 5;
while (sanity >= 0 && __instance.CurrentPhase.ConstructionType == Building.ConstructionPhase.Type.WIP)
{
int cur = (int)At.GetField(__instance, "m_currentBasicPhaseIndex");
if (cur < 0)
{
cur = 0;
}
else
{
cur++;
}
At.SetField(__instance, "m_currentBasicPhaseIndex", cur);
sanity--;
}
if (sanity < 0)
{
SL.LogWarning("Did more than 6 loops trying to auto-finish building, something went wrong!");
}
At.SetField(__instance, "m_remainingConstructionTime", 0f);
}
protected override void ActivateLocally(Character _targetCharacter, object[] _infos)
{
if (SummonManager.Instance == null)
{
return;
}
if (SummonManager.Instance.FindWeakestSummon(_targetCharacter.UID) is Character summonChar &&
summonChar.isActiveAndEnabled)
{
// change blast position to the summon's position
_infos[0] = summonChar.transform.position;
base.ActivateLocally(_targetCharacter, _infos);
// kill the summon
summonChar.Stats.ReceiveDamage(999f);
// fix for cooldown not working on this skill for some reason
var skill = this.ParentItem as Skill;
At.SetField(skill, "m_lastActivationTime", Time.time);
At.SetField(skill, "m_lastCooldownProgress", -1);
// plague aura interaction
if (PlagueAuraProximityCondition.IsInsidePlagueAura(summonChar.transform.position))
{
// if you're inside a plague aura, detonate resets your Summon cooldown.
if (this.OwnerCharacter?.Inventory?.SkillKnowledge?.GetItemFromItemID(8890103) is Skill summonSkill)
{
summonSkill.ResetCoolDown();
}
}
}
}
public static void Prefix(Shooter __instance)
{
if (__instance is ShootProjectile shootProjectile && shootProjectile.BaseProjectile is Projectile projectile && !projectile.gameObject.activeSelf)
{
At.SetField(projectile as SubEffect, "m_parentEffect", __instance);
projectile.gameObject.SetActive(true);
}
public override void ApplyToComponent <T>(T component)
{
var comp = component as AddAllStatusEffectBuildUp;
comp.BuildUpValue = this.BuildUpValue;
comp.NoDealer = this.NoDealer;
comp.AffectController = this.AffectController;
At.SetField(comp, "m_buildUpBonus", this.BuildUpBonus);
}
public static void Prefix(Deployable __instance)
{
var item = At.GetField(__instance as ItemExtension, "m_item") as Item;
if (!item)
{
item = __instance.GetComponent <Item>();
}
At.SetField(__instance as ItemExtension, "m_item", item);
}
public override void ApplyToComponent <T>(T component)
{
var tag = CustomTags.GetTag(ImmunityTag, false);
if (tag == Tag.None)
{
SL.LogWarning($"{this.GetType().Name}: Could not find a tag with the name '{ImmunityTag}'!");
return;
}
At.SetField(component as AddStatusImmunity, "m_statusImmunity", new TagSourceSelector(tag));
}
public static bool Prefix(QuickSlotPanel __instance, ref bool ___m_hideWanted, ref Character ___m_lastCharacter,
ref bool ___m_initialized, QuickSlotDisplay[] ___m_quickSlotDisplays, bool ___m_active)
{
var self = __instance;
if (___m_hideWanted && self.IsDisplayed)
{
At.Invoke(self, "OnHide");
}
// check init
if ((self.LocalCharacter == null || ___m_lastCharacter != self.LocalCharacter) && ___m_initialized)
{
At.SetField(self, "m_initialized", false);
}
// normal update when initialized
if (___m_initialized)
{
if (self.UpdateInputVisibility)
{
for (int i = 0; i < ___m_quickSlotDisplays.Count(); i++)
{
At.Invoke(___m_quickSlotDisplays[i], "SetInputTargetAlpha", new object[] { (!___m_active) ? 0f : 1f });
}
}
}
// custom initialize setup
else if (self.LocalCharacter != null)
{
___m_lastCharacter = self.LocalCharacter;
___m_initialized = true;
// set quickslot display refs (orig function)
for (int j = 0; j < ___m_quickSlotDisplays.Length; j++)
{
int refSlotID = ___m_quickSlotDisplays[j].RefSlotID;
___m_quickSlotDisplays[j].SetQuickSlot(self.LocalCharacter.QuickSlotMngr.GetQuickSlot(refSlotID));
}
// if its a keyboard quickslot, set up the custom display stuff
if (self.name == "Keyboard" && self.transform.parent.name == "QuickSlot")
{
SetupKeyboardQuickslotDisplay(self, ___m_quickSlotDisplays);
}
}
return(false);
}
public void CreateTag()
{
if (CustomTags.GetTag(this.TagName, false) != Tag.None)
{
SL.LogWarning($"Creating Tag '{this.TagName}', but it already exists!");
return;
}
;
var tag = CustomTags.CreateTag(TagName);
if (!string.IsNullOrEmpty(this.OptionalTagUID))
{
At.SetField(tag, "m_uid", new UID(this.OptionalTagUID));
}
}
public static void Postfix(Building __instance)
{
if (!StoreManager.Instance.IsDlcInstalled(OTWStoreAPI.DLCs.DLC2) ||
!BuildingHelperMod.Instance.settings.AutoFinishBuildings ||
PhotonNetwork.isNonMasterClientInRoom)
{
return;
}
At.SetField(__instance, "m_remainingConstructionTime", 0f);
var pending = (int)At.GetField(__instance, "m_pendingUpgradePhaseIndex");
At.SetField(__instance, "m_currentUpgradePhaseIndex", pending);
At.SetField(__instance, "m_pendingUpgradePhaseIndex", -1);
__instance.UpdateConstruction(0f);
}
public static void SetupFrenzy()
{
var frenzySkill = ResourcesPrefabManager.Instance.GetItemPrefab(8890105) as Skill;
// setup skill
frenzySkill.CastSheathRequired = -1;
// destroy the existing skills, but keep the rest (VFX / Sound).
DestroyImmediate(frenzySkill.transform.Find("Lightning").gameObject);
DestroyImmediate(frenzySkill.transform.Find("SummonSoul").gameObject);
// set custom spellcast anim
At.SetField(frenzySkill as Item, "m_activateEffectAnimType", Character.SpellCastType.Focus);
var effects = new GameObject("Effects");
effects.transform.parent = frenzySkill.transform;
effects.AddComponent <LifeRitual>();
}
public override void ApplyToItem(Item item)
{
base.ApplyToItem(item);
if (this.Capacity != null)
{
// set container capacity
var container = item.transform.Find("Content").GetComponent <ItemContainerStatic>();
At.SetField <ItemContainer>(container, "m_baseContainerCapacity", (float)this.Capacity);
}
// set restrict dodge
if (this.Restrict_Dodge != null)
{
At.SetField(item as Bag, "m_restrictDodge", (bool)this.Restrict_Dodge);
}
if (this.InventoryProtection != null)
{
// set invent prot
At.SetField(item as Bag, "m_inventoryProtection", this.InventoryProtection);
}
}
private IEnumerator DatamineBuildings()
{
var player = CharacterManager.Instance.GetFirstLocalCharacter();
var buildingsObj = GameObject.Find("Buildings");
var buildings = References.RPM_ITEM_PREFABS.Values.Where(it => it is Building);
//var created = new List<Building>();
foreach (Building prefab in buildings)
{
SL.Log("Checking prefab " + prefab.ItemID + ": " + prefab.Name);
if (!(At.GetField(prefab, "m_upgradePhases") is Building.ConstructionPhase[] upgrades))
{
SL.Log("m_upgradePhases was null");
continue;
}
ClearScene();
yield return(new WaitForSeconds(1f));
MakeBuilding(prefab);
yield return(new WaitForSeconds(1f));
DM_Merchant.ParseAllMerchants();
ParseAllLoot();
ClearScene();
yield return(new WaitForSeconds(1f));
if (upgrades.Length > 0)
{
for (int i = 0; i < upgrades.Length; i++)
{
MakeBuilding(prefab, i);
yield return(new WaitForSeconds(1f));
DM_Merchant.ParseAllMerchants();
ParseAllLoot();
ClearScene();
yield return(new WaitForSeconds(1f));
}
}
}
yield return(new WaitForSeconds(1f));
s_doneBuildings = true;
GameObject MakeBuilding(Building prefab, int upgradePhase = -1)
{
var building = ItemManager.Instance.GenerateItemNetwork(prefab.ItemID) as Building;
At.SetField(building, "m_currentUpgradePhaseIndex", upgradePhase);
At.SetField(building, "m_remainingConstructionTime", 0);
At.SetField(building, "m_pendingUpgradePhaseIndex", -1);
building.UpdateConstruction(0f);
//At.Invoke(building, "ActivateLevelVisuals", Enumerable.Empty<Type>());
building.transform.parent = buildingsObj.transform;
//building.transform.position = player.transform.position;
//created.Add(building);
SL.LogWarning("Activated building " + building.Name + " (" + building.ItemID + "), phase: " + upgradePhase);
return(building.gameObject);
}
}
public override void ApplyToComponent <T>(T component)
{
At.SetField(component as AddAbsorbHealth, "m_healthRatio", this.HealthRatio);
}
private IEnumerator ParseCoroutine()
{
foreach (string sceneName in SceneHelper.SceneBuildNames.Keys)
{
/* Load Scene */
if (SceneManagerHelper.ActiveSceneName != sceneName)
{
SL.Log("--- Loading " + sceneName + " ---");
NetworkLevelLoader.Instance.RequestSwitchArea(sceneName, 0, 1.5f);
yield return(new WaitForSeconds(5f));
while (NetworkLevelLoader.Instance.IsGameplayPaused || NetworkLevelLoader.Instance.InLoading)
{
NetworkLevelLoader loader = NetworkLevelLoader.Instance;
At.SetField(loader, "m_continueAfterLoading", true);
yield return(new WaitForSeconds(1f));
}
yield return(new WaitForSeconds(2f));
MenuManager.Instance.HideMasterLoadingScreen();
}
SL.Log("Parsing scene " + sceneName + "...");
/* Parse Scene */
//// Disable the TreeBehaviour Managers while we do stuff with enemies
//DisableCanvases();
// Parse Enemies
SL.Log("Parsing enemies");
DM_Enemy.ParseAllEnemies();
// Parse Merchants
SL.Log("Parsing merchants");
DM_Merchant.ParseAllMerchants();
// Parse Loot (+ item sources)
SL.Log("Parsing loot");
ParseAllLoot();
// check if New Sirocco
if (SceneManagerHelper.ActiveSceneName == "NewSirocco")
{
SL.LogWarning("NEW SIROCCO: Dumping all buildings...");
StartCoroutine(DatamineBuildings());
while (!s_doneBuildings)
{
yield return(null);
}
ClearScene();
yield return(new WaitForSeconds(1f));
}
SL.Log("--- Finished Scene: " + SceneManagerHelper.ActiveSceneName + " ---");
}
SL.Log("___________ Finished Scenes Parse ___________");
SL.Log("[Dataminer] Saving lists...");
ListManager.SaveLists();
SL.Log("[Dataminer] Finished.");
}
public void LocalTrainerSetup(Character trainer, string _)
{
// remove unwanted components
DestroyImmediate(trainer.GetComponent <CharacterStats>());
DestroyImmediate(trainer.GetComponent <StartingEquipment>());
// add NPCLookFollow component
trainer.gameObject.AddComponent <NPCLookFollow>();
// =========== setup Trainer DialogueTree from the template ===========
var trainertemplate = Instantiate(Resources.Load <GameObject>("editor/templates/TrainerTemplate"));
trainertemplate.transform.parent = trainer.transform;
trainertemplate.transform.position = trainer.transform.position;
// set Dialogue Actor name
var necroActor = trainertemplate.GetComponentInChildren <DialogueActor>();
necroActor.SetName(trainerTemplate.Name);
// get "Trainer" component, and set the SkillTreeUID to our custom tree UID
var trainerComp = trainertemplate.GetComponentInChildren <Trainer>();
At.SetField(trainerComp, "m_skillTreeUID", SkillManager.NecromancerTree.UID);
// setup dialogue tree
var graphController = trainertemplate.GetComponentInChildren <DialogueTreeController>();
var graph = graphController.graph;
// the template comes with an empty ActorParameter, we can use that for our NPC actor.
var actors = At.GetField(graph as DialogueTree, "_actorParameters") as List <DialogueTree.ActorParameter>;
actors[0].actor = necroActor;
actors[0].name = necroActor.name;
// setup the actual dialogue now
var rootStatement = graph.AddNode <StatementNodeExt>();
rootStatement.statement = new Statement("Do you seek to harness the power of Corruption, traveler?");
rootStatement.SetActorName(necroActor.name);
var multiChoice1 = graph.AddNode <MultipleChoiceNodeExt>();
multiChoice1.availableChoices.Add(new MultipleChoiceNodeExt.Choice {
statement = new Statement {
text = "I'm interested, what can you teach me?"
}
});
multiChoice1.availableChoices.Add(new MultipleChoiceNodeExt.Choice {
statement = new Statement {
text = "Who are you?"
}
});
multiChoice1.availableChoices.Add(new MultipleChoiceNodeExt.Choice {
statement = new Statement {
text = "What is this place?"
}
});
// the template already has an action node for opening the Train menu.
// Let's grab that and change the trainer to our custom Trainer component (setup above).
var openTrainer = graph.allNodes[1] as ActionNode;
(openTrainer.action as TrainDialogueAction).Trainer = new BBParameter <Trainer>(trainerComp);
// create some custom dialogue
var answer1 = graph.AddNode <StatementNodeExt>();
answer1.statement = new Statement("I wish I could remember...");
answer1.SetActorName(necroActor.name);
var answer2 = graph.AddNode <StatementNodeExt>();
answer2.statement = new Statement("This is the fortress of the Plague Doctor, a powerful Lich. I've learned a lot about Corruption within these walls.");
answer2.SetActorName(necroActor.name);
// ===== finalize nodes =====
graph.allNodes.Clear();
// add the nodes we want to use
graph.allNodes.Add(rootStatement);
graph.allNodes.Add(multiChoice1);
graph.allNodes.Add(openTrainer);
graph.allNodes.Add(answer1);
graph.allNodes.Add(answer2);
graph.primeNode = rootStatement;
graph.ConnectNodes(rootStatement, multiChoice1); // prime node triggers the multiple choice
graph.ConnectNodes(multiChoice1, openTrainer, 0); // choice1: open trainer
graph.ConnectNodes(multiChoice1, answer1, 1); // choice2: answer1
graph.ConnectNodes(answer1, rootStatement); // - choice2 goes back to root node
graph.ConnectNodes(multiChoice1, answer2, 2); // choice3: answer2
graph.ConnectNodes(answer2, rootStatement); // - choice3 goes back to root node
// set the trainer active
trainer.gameObject.SetActive(true);
}