Answer questions about Orkid FrameBufferInterface render target management and pixel readback.
npx skills add https://github.com/tweakoz/orkid --skill orklev2-fbi
Please help me install this Agent Skill. Skill: orklev2-fbi Source: https://github.com/tweakoz/orkid/tree/main/.claude/skills/orklev2-fbi Command: npx skills add https://github.com/tweakoz/orkid --skill orklev2-fbi
Provides precise, discoverable answers about Orkid's FrameBufferInterface and related render-target systems so developers can understand, debug, and correctly use framebuffer operations, viewport/scissor stacks, MSAA resolve, and pixel capture workflows.
Ask the skill to explain how to push and pop an RtGroup, set viewport/scissor, and capture a pixel asynchronously from a render target.
High-intent search queries and answers about installing and using this skill.
Render target lifecycle management in Orkid's lev2 subsystem involves pushing and popping RtGroup and RtBuffer objects through the FrameBufferInterface. This skill maps FBI methods for frame lifecycle management, ensuring correct allocation, usage, and cleanup of render targets within your rendering pipeline.
MSAA resolve and blit operations differ in how they handle multisampled framebuffer data. This skill explains MSAA blit and resolve workflows, detailing how the FrameBufferInterface downsamples, clones depth, and blits between render targets to produce final framebuffer output.
Asynchronous pixel capture from an Orkid render target uses the FrameBufferInterface to fetch pixels without blocking the render loop. This skill details sync and async pixel readback, capture to file or texture, and pick buffer workflows for screenshot and debugging tasks.
Yes, Python bindings can automate framebuffer operations in Orkid. This skill covers Python tool integration with the lev2 graphics subsystem, including automating pixel capture, managing RtGroup transitions, and scripting pick buffer workflows for offscreen rendering tasks.
Viewport and scissor stacks in Orkid's FrameBufferInterface manage nested rendering regions by pushing and popping viewport and scissor rectangles. This skill explains these stack operations, allowing developers to correctly scope rendering output and manage region-specific framebuffer updates.
tweakozExplains Orkid Lev2 UI internals and usage for widgets, layouts, events, and Python bindings.
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