oh-my-ccg-plan

Transform constraints into an executable plan with tasks and artifacts.

1|Updated Feb 23, 2026
One-click install
npx skills add https://github.com/1molchuan/oh-my-ccg --skill oh-my-ccg-plan
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: oh-my-ccg-plan
Source: https://github.com/1molchuan/oh-my-ccg/tree/main/skills/oh-my-ccg-plan
Command: npx skills add https://github.com/1molchuan/oh-my-ccg --skill oh-my-ccg-plan

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill helps orchestrate the RPI Plan phase by converting defined constraints into a deterministic, zero-decision plan that can be immediately implemented.

Core Features & Use Cases

  • Restore and load persisted RPI state from the planning phase to ensure continuity.
  • Launch parallel, multi-model analysis (Codex and Gemini) to compare plan strategies.
  • Decompose the plan into explicit tasks with dependencies and file targets.
  • Extract PBT properties for each requirement to enable validation during implementation.
  • Generate artifacts (specs, tasks lists) and update the persisted state with the transition to the Plan phase and resulting outputs.

Quick Start

Initialize the Plan phase by confirming the RPI state and executing the plan workflow to decompose constraints into tasks and update the persisted state.

Frequently Asked Questions about oh-my-ccg-plan

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

FAQPage Schema
How do I convert project constraints into an actionable implementation plan?

To convert constraints into an implementation plan, this skill orchestrates parallel multi-model analysis and task decomposition to produce zero-decision executable plans. It transforms defined constraints into explicit tasks with dependencies and file targets.

What is multi-model analysis for software planning workflows?

Multi-model analysis for software planning workflows uses parallel models like Codex and Gemini to compare plan strategies. This mechanism ensures deterministic plan generation by evaluating multiple approaches simultaneously before task decomposition.

How do I extract PBT properties for software requirements during planning?

To extract PBT properties for software requirements, the planning workflow analyzes each requirement during task decomposition. This enables validation during implementation by integrating property-based testing extraction directly into the generated plan artifacts.

Can I use Codex and Gemini together for task decomposition?

Yes, you can use Codex and Gemini together for task decomposition through the skill's parallel multi-model analysis feature. It launches both models simultaneously to compare plan strategies and generate a deterministic implementation plan.

Do I need the oh-my-ccg-tools MCP server to generate plan artifacts?

Yes, you need the oh-my-ccg-tools MCP server to generate plan artifacts and manage the RPI state. The skill relies on this server alongside Codex and Gemini tooling to orchestrate the Plan phase and update persisted state transitions.