options-payoff

Compute payoff diagrams, Greeks, and breakeven metrics for option portfolios.

Updated Apr 9, 2026

Search Tags:#options #volatility #greeks #payoff #strategy-analysis #black-scholes

Ready to run

npx skills add https://github.com/JacobHsu/vibe-trading-agent --skill options-payoff-jacobhsu

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: options-payoff
Source: https://github.com/JacobHsu/vibe-trading-agent/tree/main/agent/src/skills/options-payoff
Command: npx skills add https://github.com/JacobHsu/vibe-trading-agent --skill options-payoff-jacobhsu

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Empowers traders and researchers to decode the payoff, implied volatility, and Greek profiles of option portfolios without manual spreadsheets or guesswork, enabling clearer strategy selection.

Core Features & Use Cases

Payoff & Scenario Visualization: Draws expiry and current theoretical profit curves while shading profit/loss regions and annotating strikes plus break-evens.
Black-Scholes Analysis & Greeks: Provides pricing, delta/gamma/theta/vega/rho calculations, implied volatility inversion, and volatility sensitivity mapping for single- and multi-leg strategies.
Decision Support: Includes strategy categorization tables, volatility regime guidance, and rules for rolling or adjusting common structures such as condors, butterflies, and hedged positions.

Quick Start

Ask the options-payoff skill to chart an iron condor payoff, Greeks, and breakeven points given the current spot, strikes, and volatility assumptions for your scenario.

Frequently Asked Questions about options-payoff

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

FAQPage Schema

How do I visualize an option strategy payoff diagram for a multi-leg position?▼

To visualize an option strategy payoff diagram, you provide the spot price, strikes, premiums, expirations, and rates. The tool computes expiry and theoretical profit curves while shading profit and loss regions and annotating break-even points.

How do you calculate option Greeks using the Black-Scholes model for strategy analysis?▼

Calculating option Greeks using the Black-Scholes model requires inputting market data for strikes and rates to compute delta, gamma, theta, vega, and rho. The analysis also supports implied volatility inversion for single- and multi-leg strategies.

What is implied volatility inversion and when do I need it for options research?▼

Implied volatility inversion is the process of reverse-engineering market volatility expectations from option prices. You need it for research-grade decision making when evaluating volatility sensitivity and mapping scenarios within multi-leg option portfolios.

What is the best way to analyze breakeven points for iron condors and butterflies?▼

The best way to analyze breakeven points for iron condors and butterflies is by charting the multi-leg payoff structure with current spot and strike prices. This provides strategy categorization tables and rules for rolling or adjusting common structures.

Do I need Python numerics to run Black-Scholes pricing and volatility sensitivity mapping?▼

Yes, you need Python numerics to drive the Black-Scholes pricing, Greek calculations, and plotting routines. The tool requires these Python numerics alongside market data for strikes, premiums, expirations, and rates to function properly.

Can I use this options payoff analysis for multi-leg structures within a Vibe-Trading framework?▼

Yes, you can use this options payoff analysis for multi-leg structures within the Vibe-Trading framework. It applies Black-Scholes-based research, payoff visualization, and implied volatility inversion scenarios to support research-grade decision making.