Convert high-level goals into executable tasks with <=1h granularity.
npx skills add https://github.com/ssmleo/govfolio --skill plan-decomposition
Please help me install this Agent Skill. Skill: plan-decomposition Source: https://github.com/ssmleo/govfolio/tree/main/agents/skills/plan-decomposition Command: npx skills add https://github.com/ssmleo/govfolio --skill plan-decomposition
This Skill transforms large, abstract goals into detailed task lists, streamlining the planning process for PLANNER work and goal expansion.
Run the plan-decomposition skill with a goal statement to generate a task list for your PLANNER work.
High-intent search queries and answers about installing and using this skill.
To decompose complex goals into a task list, you input a structured high-level goal statement. The skill then expands it into an executable implementation-plan task format with command-form acceptance criteria.
The best way to control task granularity during goal expansion is to enforce a strict duration limit. This skill ensures every generated task is defined with a maximum of one hour granularity for practical execution.
Anti-pattern avoidance in planning automation works by rejecting vibes-based acceptance criteria and monolithic tasks. This ensures your generated task list remains highly organized and strictly actionable.
Yes, you need a structured goal input for task list generation. The skill requires a clearly defined high-level goal statement to effectively guide the decomposition process and generate accurate tasks.
Yes, you can use this for PLANNER work and goal expansion workflows. It is specifically designed to transform abstract goals into detailed task lists, streamlining the planning process for these applications.
ssmleoDecompose high-level objectives into actionable tasks with command-gated execution.
appautomatonVerify completed project plans against acceptance criteria via command execution.
EndUser123Decompose features into atomic tasks and guide test-driven development cycles.
metodnDecompose long sequential tasks into minimal single-step subtasks with voting.
