rygo6

Answer questions about orkid's OBT build system, ork.build.py, CMake structure, module layout, ork.python environment, staging directories, pyext builds, and environment variables. Use when the user asks about building, compiling, CMake, or project structure.

Answer questions about orkid's ComputeInterface (CI), compute shader dispatch, indirect dispatch, SSBO binding for compute, memory barriers, image/sampler binding, dispatch phases, and PyTorch tensor integration. Use when the user asks about compute shaders, GPU compute, or dispatch.

Answer questions about orkid's compositor system, CompositingData/Scene/Technique, render nodes (Forward/Unlit/Picking), post-FX nodes (ACES/HSVG/Bloom/User), output nodes (Screen/RtGroup/VR/File), presets (ForwardPBR/Unlit/Picking), RtGroup render targets, and Python compositor bindings. Use when the user asks about compositing, post-processing, render targets, or rendering presets.

Answer questions about orkid's lighting system, light types (point/directional/spot/ambient), LightManager, shadow mapping, light cookies, light probes, forward lighting SSBO layout, EnumeratedLights, and Python lighting bindings. Use when the user asks about lights, shadows, probes, or light management.

Answer questions about orkid's dataflow-based particle system, emitters (nozzle/ring/line/elliptical), forces (gravity/turbulence/vortex/drag/attractors), renderers (sprite/streak/light), particle materials, pool management, and Python particle bindings. Use when the user asks about particles, emitters, forces, or particle rendering.

Answer questions about orkid's PBR material system, GfxMaterial hierarchy, PBRMaterial texture channels (albedo/normal/metallic-roughness/emissive), FreestyleMaterial, IBL/environment maps, BRDF integration, lightmaps, XGM serialization, FxPipeline, shader technique selection, and Python material bindings. Use when the user asks about PBR, materials, IBL, environment maps, or material rendering.

Answer questions about orkid's renderer/drawable system, Drawable hierarchy (Model/Instanced/Callback/String/Billboard), DrawQueue triple-buffering, IRenderer sort/draw, RenderQueue radix sorting, renderables (ModelRenderable/CallbackRenderable), SSBO instancing, skinned mesh, and Python drawable bindings. Use when the user asks about drawables, render queues, instanced rendering, or the draw pipeline.

Answer questions about orkid's scene graph rendering system, Scene/Layer/Node hierarchy, drawables, cameras (CameraData, EzUiCam), lighting (point/directional/spot), probes, SceneGraphViewport, and Python scene composition. Use when the user asks about 3D scenes, models, cameras, lights, or rendering setup.

Answer questions about Vulkan and MoltenVK by referencing local cloned repos. Use this skill whenever the user asks anything about Vulkan, MoltenVK, graphics programming, GPU APIs, render passes, pipelines, synchronization, extensions, validation layers, or Metal interop. Always consult the local repos before answering — do not rely solely on training knowledge.

Answer questions and help implement or debug browser-based XR by referencing local WebXR specification and official sample repositories. Use for the WebXR Device API, navigator.xr, XRSession, XRFrame, poses and views, reference spaces, input sources and gamepads, WebGL or WebGPU bindings, immersive-vr, immersive-ar, hit testing, anchors, hand input, layers, permissions, privacy, browser behavior, and WebXR sample code. Always consult the local repos before answering.

An agent skill that shapes output for fast, low-friction reading — leading with concrete next actions, numbering multi-step work, restating state across turns, suppressing tangents, giving specific time estimates, and making wins visible. It is agent-agnostic and works with any coding agent that supports skills (Claude Code, Codex, etc.).

Answer questions about OpenXR and WebXR by referencing local cloned repos. Use this skill whenever the user asks anything about OpenXR, XR/VR/AR runtimes, the OpenXR loader, API layers, sessions, swapchains, action/input systems, spaces and reference frames, view configurations, frame submission, OpenXR extensions, the OpenXR conformance suite, or the WebXR Device API (the browser-facing XR spec). Always consult the local repos before answering — do not rely solely on training knowledge.