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Sgbeeguard

Based on game build 714014 | Last updated: 2026-03-08

Overview​

SGbeeguard is the state graph for the Bee Guard enemy, defining how the entity transitions between states such as idle, walk, attack, hit, death, spawn-in, and flee. It integrates with core components like health, combat, and locomotor, and relies on common state handlers for sleep, freeze, electrocution, and corpse management. The state graph controls animations, physics behavior, invincibility windows, and sound triggers during key gameplay events.

Usage example​

-- The state graph is automatically assigned to Bee Guard prefabs via the return statement:
-- return StateGraph("beeguard", states, events, "init")
-- No manual instantiation is required; prefabs using this state graph register it via:
-- inst.StateGraph = SGbeeguard

Dependencies & tags​

Components used: health, combat, locomotor
Tags added by states: idle, busy, nosleep, nofreeze, noattack, noelectrocute, canrotate, moving, flight, hit, attack, caninterrupt, NOCLICK
Tags added/removed dynamically: NOCLICK (added on spawn-in, removed upon completion), caninterrupt (added during sleep entry, removed during sleep progression)

Properties​

No public properties are initialized in the state graph. State-specific data is stored in inst.sg.mem and inst.sg.statemem, which are internal to the state machine.

Main functions​

Not applicable (this is a declarative state graph definition, not an imperative class with methods)

Events & listeners​

  • Listens to:
    • doattack — triggers transition to attack if not busy or dead.
    • attacked — triggers transition to hit or cancels interruption based on state tags and health.
    • flee — triggers flyaway state or queues wantstoflyaway if busy.
    • animover — triggers next animation-based transitions in walk_start, walk, walk_stop, hit, and attack.
    • Standard event handlers via CommonHandlers.OnLocomote, OnDeath, OnFreeze, OnElectrocute, OnSleepEx, OnWakeEx, OnCorpseChomped, and OnCorpseDeathAnimOver.
  • Pushes:
    • None directly; relies on inst:PushEvent calls within event handlers (e.g., via CommonHandlers or timeline functions).
    • Invokes invincibletoggle event indirectly via health:SetInvincible().
    • Plays sounds and triggers visual FX using SoundEmitter, AnimState, and DynamicShadow.