OIPD provides: (1) computes the market's expectations about the probable future prices of an asset, (2) offers a full arbitrage-free volatility surface fitter
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Updated
Feb 6, 2026 - Python
OIPD provides: (1) computes the market's expectations about the probable future prices of an asset, (2) offers a full arbitrage-free volatility surface fitter
A Python library for pricing options under various risk-neutral density assumptions, computing option-implied densities, and extracting model parameters from market data.
A lightweight C++ tool that prices European call and put options using the Black–Scholes formula, computes all key Greeks (Δ, Γ, Θ, Vega, Rho), and lets you run quick ATM/ITM/OTM scenario checks—all via a simple command‑line interface.
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