Skip to main content

Sgmushgnome

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

Overview​

SGmushgnome is a stategraph defining the behavioral state machine for the mushroom gnome NPC. It manages transitions between states such as idle, walking, attacking, being hit, dying, spawning, panicking, and falling into the void, using common state helpers from commonstates.lua. The stategraph integrates with multiple components including health, combat, locomotor, burnable, lootdropper, and periodicspawner to respond to gameplay events like attacks, death, burning, and movement requests.

Usage example​

This stategraph is automatically applied to the mushroom gnome prefab at runtime via the StateGraph constructor. Modders rarely interact with it directly but may extend its behavior by overriding states or listening for events it pushes. Example integration within a prefab definition:

local function fn()
    local inst = CreateEntity()
    inst:AddComponent("health")
    inst:AddComponent("combat")
    inst:AddComponent("locomotor")
    inst:AddComponent("burnable")
    inst:AddComponent("lootdropper")
    inst:AddComponent("periodicspawner")
    inst:AddStateGraph("mushgnome", "mushgnome")
    return inst
end

Dependencies & tags​

Components used: health, combat, locomotor, burnable, lootdropper, periodicspawner.
Tags: Adds busy, attack, hit, waking, idle, moving, noattack, noelectrocute depending on state; checks frozen, electrocute, sleeping via HasStateTag.

Properties​

No public properties. The stategraph uses local constants (PI_BY_6, ANGLES) and internal statemem storage for transient state data.

Main functions​

Not applicable — this is a declarative stategraph definition, not a component with callable methods.

Events & listeners​

  • Listens to:
    attacked, doattack, spawn, locomote, animover, death, freeze, electrocute, sleep, wake, fallvoid — handled via EventHandler and CommonHandlers.
  • Pushes:
    None directly — events are handled internally and do not emit top-level events via PushEvent. State transitions are implemented via GoToState.