Convert Polymarket price theses into defined-risk multi-leg bracket trade plans.
npx skills add https://github.com/buttermarkets/butterql --skill butterql
Please help me install this Agent Skill. Skill: butterql Source: https://github.com/buttermarkets/butterql/tree/main Command: npx skills add https://github.com/buttermarkets/butterql --skill butterql
butterql teaches an LLM to translate a Polymarket price thesis into a fully defined-risk multi-leg bracket trade, guiding discovery, planning, confirmation, and execution so users never skip gating or risk visualization.
Confirm? [y/n] gate prior to any execution attempt.Point your coding agent at SKILL.md and ask it to plan a defined-risk BTC bracket trade.
High-intent search queries and answers about installing and using this skill.
To plan a defined-risk multi-leg trade, you input a price thesis and budget constraints. The system fetches neg-risk bins via CLI or fixture data, selects shapes like corridor or ladder, and outputs a full scenario table before execution.
Available multi-leg shapes for Bitcoin bracket markets include corridor, wedge, fence, and ladder formations. These structures are selected based on your parsed price bounds and liquidity checks to maintain defined-risk parameters.
Converting a price thesis requires extracting asset bounds and validating dates first. The system then presents a commanded scenario table detailing per-leg costs and states the data source prior to a mandatory Confirm? [y/n] execution gate.
Yes, you can use fixture data as an alternative to the Polymarket CLI for discovery. The system accepts either source to fetch neg-risk bins, verify order minimums, and enforce dollar and liquidity checks during trade planning.
Planning defined-risk trades requires parsed intent, budget constraints, and verified order minimums. If CLI or fixture discovery data is unavailable, or if liquidity checks fail, the system cannot generate a valid multi-leg bracket trade plan.
Yes, manual confirmation is required. The workflow mandates a strict Confirm? [y/n] gate after presenting the full scenario table with per-leg costs, ensuring no execution attempt proceeds without explicit user approval.
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