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Found 8 Skills
C# scripting in Unity for gameplay, behavior, and engine integration. PROACTIVELY activate for: (1) writing Unity C# scripts, (2) MonoBehaviour lifecycle (Awake/OnEnable/Start/Update/FixedUpdate/LateUpdate), (3) coroutines and async/await in Unity, (4) delegates, events, Action/Func patterns, (5) ScriptableObject creation and serialization, (6) GetComponent / TryGetComponent and component caching, (7) physics scripting (Rigidbody, raycast, collision/trigger callbacks), (8) animation scripting (Animator parameters, state machines, IK), (9) NavMesh and NavMeshAgent scripting, (10) input handling (Input System package), (11) custom serialization and SerializeField. Provides: lifecycle reference, coroutine vs async patterns, ScriptableObject templates, Rigidbody/collision recipes, NavMesh examples, and Input System setup.
Write Unity 6 C# gameplay scripts: the MonoBehaviour lifecycle (Awake/OnEnable/Start/Update/FixedUpdate/LateUpdate), GameObject and component access, coroutines, and Inspector serialization. Use when creating or editing .cs scripts in a Unity project, or when the user mentions MonoBehaviour, Start/Update, GetComponent, SerializeField, coroutines, or "Unity script".
Manages the structured relationship between ScriptableObjects (Data) and Prefabs (Logic/Visuals) in Unity 6. Follows the 'SO-to-Mono' Bridge pattern to ensure instance independence (e.g., individual health for identical robots) while maintaining a clean, data-driven architecture. Use when: (1) Creating new unit/item types, (2) Wiring SO data to Prefab MonoBehaviours, (3) Resolving data-sharing bugs where changing one SO affects all instances.
Use this skill when working with Unity game engine - C# scripting, Entity Component System (ECS/DOTS), physics simulation, shader programming (ShaderLab, HLSL, Shader Graph), and UI Toolkit. Triggers on gameplay programming, MonoBehaviour lifecycle, component architecture, rigidbody physics, raycasting, collision handling, custom shader authoring, material configuration, USS styling, UXML layout, and performance optimization for real-time applications. Acts as a senior Unity engineer advisor for game developers building production-quality games and interactive apps.
C# patterns for Unity - MonoBehaviour, async, architecture, and VR/mobile performance optimization
3D PhysX collision and trigger diagnostics for MonoBehaviour-based Unity projects. Primary scope: OnCollisionEnter / OnTriggerEnter not firing, objects passing through each other, Physics.Raycast missing, ragdoll explosion, AddForce stops working after settling, MeshCollider rules, and similar 3D PhysX symptoms. Adjacent topics (2D physics, OTS / Unity Physics package): provides a brief best-effort answer with a scope disclaimer and a documentation link, rather than refusing outright. When dedicated specialist skills (physics-2d, physics-dots) are installed, those should handle their respective domains and this skill defers to them.
Build, integrate, and answer how-to questions for Stream Chat and Stream Video in Unity Engine games and apps. Use for Unity / C# / MonoBehaviour project work - the Chat .unitypackage and the Video UPM package, StreamChatClient / StreamVideoClient wiring, ConnectUserAsync and tokens, channels and messages, calls and participant tracks, camera and microphone devices, building the UI yourself on UGUI or UI Toolkit, IL2CPP, and Android / iOS / desktop / WebGL player settings. Triggers on unity, unity engine, unity 6, unity 2022, monobehaviour, .unitypackage, Packages/manifest.json, asmdef, il2cpp, ugui, rawimage, audiosource, webcamtexture, StreamChatClient, IStreamChatClient, IStreamChannel, StreamVideoClient, IStreamVideoClient, IStreamCall, StreamVideoTrack, in-game chat, unity video call. Chat and Video only - there is no Stream Feeds SDK for Unity.
Advise on Unity gameplay script quality