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571 lines
14 KiB
C++
571 lines
14 KiB
C++
#ifndef PETCOMPONENT_H
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#define PETCOMPONENT_H
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#include "Entity.h"
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#include "MovementAIComponent.h"
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#include "Component.h"
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#include "Preconditions.h"
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#include "eReplicaComponentType.h"
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#include "ePetAbilityType.h"
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#include "CDPetComponentTable.h"
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/*
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* The current state of the pet AI
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*/
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enum class PetAiState : uint8_t {
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idle = 0, // Doing nothing
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spawn, // Spawning into the world
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follow, // Begin following
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goToObj, // Go to object
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interact, // Interact with an object
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despawn // Despawning from world
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};
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/*
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* The type of object the pet is interacting with
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*/
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enum PetInteractType : uint8_t {
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none, // Not interacting
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treasure, // Treasure dig
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bouncer // Bouncer switch
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};
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/**
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* The flags governing the status of the pet: Governs the icon above their head and the interactions available
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*/
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enum PetFlag : uint32_t {
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NONE,
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UNKNOWN1 = 1 << 0, //0x01,
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UNKNOWN4 = 1 << 2, //0x04,
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BEING_TAMED = 1 << 4, //0x10,
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NOT_WAITING = 1 << 5, //0x20,
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SPAWNING = 1 << 7, //0x80
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TAMEABLE = 1 << 26 //0x4000000
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};
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/**
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* The pet emote animation ids that can used in PetComponent::Command()
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*/
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enum PetEmote : int32_t {
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ActivateSwitch = 201,
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DigTreasure,
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Bounce
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};
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/**
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* Represents an entity that is a pet. This pet can be tamed and consequently follows the tamer around, allowing it
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* to dig for treasure and activate pet bouncers.
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*/
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class PetComponent : public Component {
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public:
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inline static const eReplicaComponentType ComponentType = eReplicaComponentType::PET;
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PetComponent(Entity* parentEntity, uint32_t componentId);
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~PetComponent() override;
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/**
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* Loads pet info from CDClient
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*/
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bool GetPetInfo(uint32_t petId, CDPetComponent& result);
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/**
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* Serializes the pet
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* @param outBitStream The output bitstream
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* @param bIsInitialUpdate Boolean value of whether this is the initial update
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*/
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void Serialize(RakNet::BitStream* outBitStream, bool bIsInitialUpdate) override;
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/**
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* Sets the AI state of the pet
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* @param newState New pet AI state
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*/
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void SetPetAiState(PetAiState newState);
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/**
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* Gets the AI state of the pet
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*/
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PetAiState GetPetAiState() { return m_State; };
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/**
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* Sets one or more pet flags
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* @param flag PetFlag(s) to set
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*/
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template <typename... varArg>
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void SetFlag(varArg... flag) { m_Flags |= (static_cast<uint32_t>(flag) | ...); };
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/**
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* Sets the pet to ONLY have the specified flag(s), clearing all others
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* @param flag PetFlag(s) to set exclusively
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*/
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template <typename... varArg>
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void SetOnlyFlag(varArg... flag) { m_Flags = (static_cast<uint32_t>(flag) | ...); };
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/**
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* Unsets one or more pet flags
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* @param flag PetFlag(s) to unset
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*/
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template <typename... varArg>
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void UnsetFlag(varArg... flag) { m_Flags &= ~(static_cast<uint32_t>(flag) | ...); };
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/**
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* Returns true if the pet has all the specified flag(s)
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* @param flag PetFlag(s) to check
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*/
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template <typename... varArg>
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const bool HasFlag(varArg... flag) { return (m_Flags & (static_cast<uint32_t>(flag) | ...)) == (static_cast<uint32_t>(flag) | ...); };
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/**
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* Returns true if the pet has ONLY the specified flag(s)
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* @param flag PetFlag(s) to check if the pet has exclusively
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*/
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template <typename... varArg>
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const bool HasOnlyFlag(varArg... flag) { return m_Flags == (static_cast<uint32_t>(flag) | ...); };
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/**
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* Governs the pet update loop
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* @param deltaTime Time elapsed since last update
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*/
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void Update(float deltaTime) override;
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/**
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* Handles updates for unowned pets
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* @param deltaTime time since last update
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*/
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void UpdateUnowned(float deltaTime);
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/**
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* Handles an OnUse event from another entity, initializing the pet taming minigame if this pet is untamed.
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* @param originator the entity that triggered the event
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*/
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void OnUse(Entity* originator) override;
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/**
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* Attempts to complete the pet minigame by passing a list of bricks to build the minigame model.
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* @param bricks the bricks to try to complete the minigame with
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* @param clientFailed unused
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*/
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void TryBuild(uint32_t numBricks, bool clientFailed);
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/**
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* Handles a notification from the client regarding the completion of the pet minigame, adding the pet to their
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* inventory.
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* @param position the position to spawn the completed model at
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*/
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void NotifyTamingBuildSuccess(NiPoint3 position);
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/**
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* Handles the notification of the client to set the name of the pet (indicating that minigame was completed
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* successfully).
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* @param name the name of the pet to set
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*/
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void RequestSetPetName(std::u16string name);
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/**
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* Handles a notification of the client that the taming entity is leaving the minigame, either voluntary or because
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* time ran out.
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* @param voluntaryExit whether the client voluntarily exited the minigame
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*/
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void ClientExitTamingMinigame(bool voluntaryExit);
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/**
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* Starts the internal timer for the build limit for building the minigame model
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*/
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void StartTimer();
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/**
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* Notifies the client that they failed the minigame because time ran out
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*/
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void ClientFailTamingMinigame();
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/**
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* Makes the pet wander around
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*/
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void Wander();
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/**
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* Called when the pet is first spawned
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*/
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void OnSpawn();
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/**
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* Continues a step in the follow state, making sure that the entity is around its start position
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*/
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void OnFollow();
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/**
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* Continues a step in the interact state, handling the pet's interaction with an entity
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*/
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void OnInteract();
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/**
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* Start a pet interaction with an object at a given position
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*/
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void StartInteract(const NiPoint3 position, const PetInteractType interactType, const LWOOBJID interactID);
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/**
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* Stop a pet interaction with an object
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*/
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void StopInteract();
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/**
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* Set the type of interaction the pet is executing
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*/
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void SetInteractType(PetInteractType interactType) { m_InteractType = interactType; };
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/**
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* Get the type of interaction the pet is executing
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*/
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PetInteractType GetInteractType() { return m_InteractType; };
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/**
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* Spawns a pet from an item in the inventory of an owner
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* @param item the item to create the pet from
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* @param registerPet notifies the client that the pet was spawned, not necessary if this pet is being tamed
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*/
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void Activate(Item* item, bool registerPet = true, bool fromTaming = false);
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/**
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* Despawns the pet
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*/
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void Deactivate();
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/**
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* Removes the pet from the inventory
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*/
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void Release();
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/**
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* Commands the pet to do an action, actions are still a relative mystery, next to playing emotes
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* @param position a position to execute the command at, currently unused
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* @param source the source object that triggered the command
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* @param commandType the type of the command (see function body for types)
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* @param typeId extra information about the command, e.g. the emote to play
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* @param overrideObey unused
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*/
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void Command(NiPoint3 position, LWOOBJID source, int32_t commandType, int32_t typeId, bool overrideObey);
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/**
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* Returns the ID of the owner of this pet (if any)
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* @return the ID of the owner of this pet
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*/
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LWOOBJID GetOwnerId() const;
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/**
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* Returns the entity that owns this pet (if any)
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* @return the entity that owns this pet
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*/
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Entity* GetOwner() const;
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/**
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* Returns the ID that is stored in the database with regards to this pet, only set for pets that are tamed
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* @return the ID that is stored in the database with regards to this pet
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*/
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LWOOBJID GetDatabaseId() const;
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/**
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* Returns the ID of the object that the pet is currently interacting with, could be a treasure chest or a switch
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* @return the ID of the object that the pet is currently interacting with
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*/
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LWOOBJID GetInteraction() const;
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/**
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* Sets the ID that the pet is interacting with
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* @param value the ID that the pet is interacting with
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*/
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void SetInteraction(LWOOBJID value);
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/**
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* Returns the ID that this pet was spawned from, only set for tamed pets
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* @return the ID that this pet was spawned from
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*/
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LWOOBJID GetItemId() const;
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/**
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* Returns the status of this pet, e.g. tamable or tamed. The values here are still a bit of mystery and likely a
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* bit map
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* @return the status of this pet
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*/
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uint32_t GetStatus() const;
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/**
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* Sets the current status of the pet
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* @param value the current status of the pet to set
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*/
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void SetStatus(uint32_t value);
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/**
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* Returns an ability the pet may perform, currently unused
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* @return an ability the pet may perform
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*/
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ePetAbilityType GetAbility() const;
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/**
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* Sets the ability of the pet, currently unused
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* @param value the ability to set
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*/
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void SetAbility(ePetAbilityType value);
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/**
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* Sets preconditions for the pet that need to be met before it can be tamed
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* @param conditions the preconditions to set
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*/
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void SetPreconditions(std::string& conditions);
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/**
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* Sets if the pet is ready to interact with an object
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* @param isReady whether the pet is ready to interact (true) or not (false)
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*/
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void SetIsReadyToInteract(bool isReady) { m_ReadyToInteract = isReady; };
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/**
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* @return is pet ready to interact with an object
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*/
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bool IsReadyToInteract() { return m_ReadyToInteract; };
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/**
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* Sets if the pet is currently handling an interaction with an object
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* @param isHandlingInteraction whether the pet is currently handling an interaction with an object
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*/
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void SetIsHandlingInteraction(bool isHandlingInteraction) { m_IsHandlingInteraction = isHandlingInteraction; };
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/**
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* @return is pet currently handling an interaction with an object
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*/
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bool IsHandlingInteraction() { return m_IsHandlingInteraction; };
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/**
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* Set up the pet bouncer interaction
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*/
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void SetupInteractBouncer();
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/**
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* Set up the treasure dig interaction
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*/
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void SetupInteractTreasureDig();
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/**
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* Starts the pet treasure dig interaction
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*/
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void StartInteractTreasureDig();
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/**
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* Handles the pet treasure dig interaction
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*/
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void HandleInteractTreasureDig();
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/**
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* Returns the entity that this component belongs to
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* @return the entity that this component belongs to
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*/
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Entity* GetParentEntity() const;
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/**
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* Sets the name of the pet to be moderated
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* @param petName the name of the pet to set
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*/
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void SetPetNameForModeration(const std::string& petName);
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/**
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* Loads the pet name up for moderation along with the moderation status from the database and sets them for this
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* pet.
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*/
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void LoadPetNameFromModeration();
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/**
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* Returns the component of the pet some entity is currently taming (if any)
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* @param tamer the entity that's currently taming
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* @return the pet component of the entity that's being tamed
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*/
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static PetComponent* GetTamingPet(LWOOBJID tamer);
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/**
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* Returns the pet that's currently spawned for some entity (if any)
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* @param owner the owner of the pet that's spawned
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* @return the pet component of the entity that was spawned by the owner
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*/
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static PetComponent* GetActivePet(LWOOBJID owner);
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/**
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* Adds the timer to the owner of this pet to drain imagination at the rate
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* specified by the parameter imaginationDrainRate
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*
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* @param item The item that represents this pet in the inventory.
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*/
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void AddDrainImaginationTimer(Item* item, bool fromTaming = false);
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private:
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/**
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* Information for the minigame to be completed
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*/
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struct PetPuzzleData
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{
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/**
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* The LOT of the object that is to be created
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*/
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LOT puzzleModelLot;
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/**
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* That file that contains the bricks required to build the model
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*/
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std::string buildFile;
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/**
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* The time limit to complete the build
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*/
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int32_t timeLimit;
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/**
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* The imagination cost for the tamer to start the minigame
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*/
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int32_t imaginationCost;
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/**
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* The number of pieces required to complete the minigame
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*/
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int32_t numValidPieces;
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};
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/**
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* Information that describes the different variables used to make a pet entity move around
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*/
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CDPetComponent m_PetInfo;
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/**
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* Cache of all the pets that are currently spawned, indexed by tamer
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*/
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static std::unordered_map<LWOOBJID, LWOOBJID> activePets;
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/**
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* Cache of all the pets that are currently being tamed, indexed by tamer
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*/
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static std::unordered_map<LWOOBJID, LWOOBJID> currentActivities;
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/**
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* Cache of all the minigames and their information from the database
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*/
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static std::unordered_map<LOT, PetComponent::PetPuzzleData> buildCache;
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/**
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* Flags that indicate that a player has tamed a pet, indexed by the LOT of the pet
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*/
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static std::map<LOT, int32_t> petFlags;
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/**
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* The halting radius of the pet while following a player TODO: Move into struct?
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*/
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float m_FollowRadius;
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/**
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* The ID of the component in the pet component table
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*/
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uint32_t m_ComponentId;
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/**
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* The ID of the model that was built to complete the taming minigame for this pet
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*/
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LWOOBJID m_ModelId;
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/**
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* The ID of the object that the pet is currently interacting with (e.g. a treasure chest or switch)
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*/
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LWOOBJID m_Interaction;
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/**
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* The type of object that the pet is currently interacting with (e.g. a treasure chest or switch)
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*/
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PetInteractType m_InteractType;
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/**
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* The ID of the entity that owns this pet
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*/
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LWOOBJID m_Owner;
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/**
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* The ID of the entity that is currently taming this pet
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*/
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LWOOBJID m_Tamer;
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/**
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* The ID under which this pet is stored in the database (if it's tamed)
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*/
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LWOOBJID m_DatabaseId;
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/**
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* The ID of the item from which this pet was created
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*/
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LWOOBJID m_ItemId;
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/**
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* The moderation status for the name of this pet
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*/
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uint32_t m_ModerationStatus;
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/**
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* The name of this pet
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*/
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std::string m_Name;
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/**
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* The name of the owner of this pet
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*/
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std::string m_OwnerName;
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/**
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* The current flags of the pet (e.g. tamable, tamed, etc).
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*/
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uint32_t m_Flags;
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/**
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* The current state of the pet AI
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*/
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PetAiState m_State;
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/**
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* A currently active ability, mostly unused
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*/
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ePetAbilityType m_Ability;
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/**
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* The time an entity has left to complete the minigame
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*/
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float m_Timer;
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/**
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* A timer that tracks how long a tamed pet has been to far away from its owner, triggering a teleport after timeout
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*/
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float m_TimerAway;
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/**
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* A timer that tracks how long until a tamed pet will bounce again when standing over a treasure dig site
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*/
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float m_TimerBounce;
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/**
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* Boolean that sets if a pet is ready to interact with an object
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*/
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bool m_ReadyToInteract;
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/**
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* Boolean that sets if a pet is currently handling an interaction with an object
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*/
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bool m_IsHandlingInteraction;
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/**
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* The position that this pet was spawned at
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*/
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NiPoint3 m_StartPosition;
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/**
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* The movement AI component that is related to this pet, required to move it around
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*/
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MovementAIComponent* m_MovementAI;
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/**
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* Preconditions that need to be met before an entity can tame this pet
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*/
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PreconditionExpression* m_Preconditions;
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};
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#endif // PETCOMPONENT_H
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