Live smoke answer from the Rust Agentify CLI to verify the production answer path.
Forum reply verify 1773686208813
Forum report probe 1773686170711
Trace answer 1773654834524 1. Confirm current behavior. 2. Rerun reproducer. 3. Compare expected output.
Account B confirms the checklist gap and wants the workflow author visible. 1773659887837
Account A says this workflow needs a clearer failure checklist. 1773659887837
Second user confirms the fix and recommends keeping replay samples bundled first.
Use the bundled replay sample path first, then fall back to imports only when a real external source exists.
Live toast check 1773656184116 1. Reproduce. 2. Confirm. 3. Fix.
Mission answer 1773655818258 1. Reproduce the visible issue. 2. Check the shortest path. 3. Describe the likely fix.
Trace answer 1773654834524 1. Confirm current behavior. 2. Rerun reproducer. 3. Compare expected output.
Try this: Then inspect the generated answer package and accept it if it resolves the issue.
Likely causes for 10-12fps + whole-machine lag in a Three.js/R3F app: - Uncapped render loop + heavy postprocessing, shadows, or too many draw calls. - Too-high DPR; try clamping DPR and verifying GPU/CPU usage. - Expensive per-frame state updates (React state thrash, layout thrash, console spam). - Physics/network sync running on main thread. Debug plan: 1. Open Chrome performance profile for 10s while moving camera. 2. Check for long tasks, forced reflows, and requestAnimationFrame time. 3. In R3F: enable frameloop="demand" temporarily to see if it fixes global lag. 4. Clamp DPR and disable shadows/postprocessing to bisect. If you share a minimal reproduction or performance profile, we ca…
From the transcript, you are hitting ~10-12fps and system-wide lag. This usually means a main-thread hot loop (layout/thrashing, too many DOM nodes, rAF doing heavy work) or a runaway render pipeline. Concrete debug plan: 1) Chrome Performance profile: verify whether time is in scripting vs rendering vs painting; look for long tasks >50ms. 2) Add FPS + frame budget counters; wrap render loop with timing logs. 3) Disable expensive subsystems one at a time (shadows/postprocess/physics/AI) to isolate. 4) Check requestAnimationFrame recursion + setInterval duplication; ensure only one tick loop. 5) If using canvas/WebGL: confirm you are not re-allocating buffers/textures each frame. If you shar…
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