panout-cook

Execute real-time cooking protocols with phase-based instructions and sensor-aware timing.

4|Updated Feb 17, 2026
One-click install
npx skills add https://github.com/alexeyv/pan-out --skill panout-cook
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: panout-cook
Source: https://github.com/alexeyv/pan-out/tree/main/skills/panout-cook
Command: npx skills add https://github.com/alexeyv/pan-out --skill panout-cook

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve?

Cooking complex dishes often leads to timing errors, sensory confusion, and the frustration of juggling multiple tasks while trying to follow a recipe on a screen. This skill provides a structured, hands-free, and adaptive cooking environment that manages the entire pipeline from preparation to debriefing.

Core Features & Use Cases

  • Real-time Protocol Execution: Follows structured recipe protocols with step-by-step guidance, sensory cues, and automatic scaling logic.
  • Intelligent Timer Management: Uses a monitor-based timer system that handles passive cooking phases, provides pre-flight briefings for upcoming steps, and manages audio alerts.
  • Adaptive State Tracking: Maintains a persistent session state that allows for seamless resumption of cooking, error recovery, and calibration-aware temperature monitoring.

Quick Start

Start the cooking process for a specific dish by typing the command to cook the beef stew protocol.

Frequently Asked Questions about panout-cook

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I manage complex cooking protocols with real-time timer guidance?

You can execute real-time cooking protocols by using a monitor-based timer system that tracks phase-based instructions and provides sensory-focused coaching. This approach handles passive cooking phases, triggers pre-flight briefings for upcoming steps, and manages audio alerts to keep your hands free.

What is sensor-aware timing for hands-free cooking assistance?

Sensor-aware timing is a mechanism that integrates calibration-aware temperature monitoring with state persistence to adapt cooking instructions dynamically. It maintains a persistent session state that enables seamless resumption, error recovery, and hands-free operation during complex culinary workflows.

Do I need local shell scripts to run a timer-driven cooking assistant?

Yes, you need local shell scripts to enable audio feedback and status line rendering for a hands-free cooking environment. These scripts integrate with the timer-driven assistant to manage real-time alerts and maintain visual status updates without requiring manual screen interaction.

How do I scale ingredients and calibrate equipment during a cooking session?

Automatic scaling logic adjusts ingredient quantities based on your specific recipe protocol, while equipment calibration coordinates temperature monitoring throughout the cooking session. The assistant maintains an adaptive state tracker to ensure these adjustments persist seamlessly if the session is interrupted or requires error recovery.

Can I resume a cooking protocol if I lose track of the current step?

Yes, adaptive state tracking maintains a persistent session state that allows for seamless resumption of cooking and error recovery. This ensures you can recover your exact position within phase-based instructions and continue the culinary workflow without restarting the protocol.

What's the best way to automate phase-based instructions for multi-step recipes?

The best way to automate multi-step recipes is using a structured protocol that coordinates phase-based instructions with intelligent timer management. This method provides pre-flight briefings for upcoming steps, manages passive cooking phases automatically, and delivers audio alerts for a completely hands-free cooking environment.