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Sgcozy Bunnyman

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

Overview​

SGcozy_bunnyman is the stategraph for the Cozy Bunnyman entity in DST. It defines the full suite of behavioral states (idle, attack, walk, run, hide, despawn, emote, etc.) and handles transitions based on events, timers, and component states. The stategraph integrates closely with the combat, health, locomotor, talker, lootdropper, and follower components, and manages animation sequencing, sound effects, and positional logic for digging/hiding mechanics.

Usage example​

The stategraph is not added manually but is assigned to an entity via the StateGraph constructor at the end of the file. A typical entity definition includes:

local inst = CreateEntity()
inst:AddComponent("stategraph")
inst.components.stategraph:SetStateGraph("cozy_bunnyman")

The stategraph component then uses the returned StateGraph definition from SGcozy_bunnyman.lua to drive the entity's behavior.

Dependencies & tags​

Components used: combat, health, locomotor, talker, lootdropper, follower, entitytracker, inventory, timer
Tags added/removed: idle, busy, canrotate, attack, emote, hide, noattack, alert, sleeping, jumping
State tags are dynamically added/removed during state entry/exit (e.g., attack, busy, noattack, hide).

Properties​

No public properties are defined in this stategraph. State memory (inst.sg.statemem and inst.sg.mem) is used internally for transient data (e.g., is_holding_overhead, barf, pos, endhide).

Main functions​

Not applicable — this is a StateGraph definition, not a component class with methods.

Events & listeners​

  • Listens to:
    • Common game events: animover, animqueueover, gobacktocave, cheer, disappoint, dance, reject, question, hide, digtolocation, raiseobject, pillowfight_ringout, doattack, pillowfight_ended, knockback, gotyotrtoken, cheating
    • Common state handlers: OnStep, OnLocomote, OnSleep, OnFreeze, OnAttacked, OnDeath, OnHop, OnSink, OnFallInVoid, OnCorpseDeathAnimOver
  • Pushes: None directly — this file defines the listener side of event handling. State transitions are driven by external events (inst:PushEvent(...)) and internal timers/conditions.