Analyze X11 events to diagnose flicker, focus stealing, and layout thrashing.
npx skills add https://github.com/brian-wijaya/dotfiles --skill debug-visual
Please help me install this Agent Skill. Skill: debug-visual Source: https://github.com/brian-wijaya/dotfiles/tree/main/.claude/skills/debug-visual Command: npx skills add https://github.com/brian-wijaya/dotfiles --skill debug-visual
This skill helps identify and analyze visual glitches on your desktop by collecting and inspecting X11 events to determine causes such as flicker, focus stealing, or layout thrashing.
Start the diagnostic session by marking the current time with mcp__somatic-temporal__now and prompting the user to reproduce the issue. Then query events via mcp__somatic-x11-bus__get_events and analyze patterns like flicker, focus steal, or ghost windows. Finally, flash a confirmation with mcp__somatic-hud__flash_text.
High-intent search queries and answers about installing and using this skill.
To diagnose X11 window flicker and focus stealing, this skill analyzes the live X11 event stream and timing data. It correlates user actions with system events to identify the root cause of visual glitches in desktop sessions.
Troubleshooting ghost windows and layout thrashing involves recording timestamps and event sequences to match user-reported visuals with system behavior. This approach captures X11 events to pinpoint discrepancies causing the display errors.
You record and analyze X11 events by marking the current time, reproducing the issue, and querying the event bus. This captures the exact event sequence and timing data needed to correlate user actions with visual anomalies.
Yes, this diagnostic process works directly with live desktop sessions. It taps into the active X11 event stream to collect real-time data on flicker, focus changes, and layout issues as they occur on your screen.
The limitation of X11 event analysis is its dependency on reproducing the issue live during a diagnostic session. It cannot analyze past visual glitches if the event stream was not actively being recorded when the anomaly occurred.
Yes, you can use somatic perception to correlate user actions with window management events. It taps into the X11 bus to collect timing data and event sequences, matching user-reported visuals with underlying system behavior.
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