orklev2-gfxcontext

What problem does it solve?

This Skill provides a concise, source-referenced explanation of Orkid's graphics Context and sub-interfaces so developers can quickly understand context creation, frame lifecycle, backend specifics, and runtime rendering interactions without searching multiple files.

Core Features & Use Cases

• API Reference Mapping: Directs to key headers and lines (gfxenv.h, gfxenv_enum.h, gbi/txi/fxi/dwi/fbi headers, vulkan_ctx.h, gfxctxdummy.h, pyext_gfx.cpp) to locate class definitions, enums, and implementation notes.
• Architecture & Lifecycle Guidance: Summarizes frame begin/end, command buffer recording, surface management, mod color stack, render context frame data, and debug markers for practical rendering control.
• Practical Use Cases: Use for implementing or debugging backends (Vulkan), creating headless or loader contexts, integrating Python bindings, and educating new engine contributors about rendering conventions.

Quick Start

Describe how to create and manage an Orkid graphics Context, enumerate its sub-interfaces, and explain the frame lifecycle referencing gfxenv.h and vulkan_ctx.h.