Liquidation Path Simulator

Algorithm

A Liquidation Path Simulator employs computational methods to model the sequential unwinding of leveraged positions within a derivatives market, particularly relevant in cryptocurrency trading where volatility is pronounced. These simulations assess the cascading effects of margin calls and forced liquidations, identifying potential price impacts and systemic risk concentrations. The core function involves iterating through possible market scenarios, calculating collateral values, and determining the order in which positions are liquidated based on predefined exchange rules and priority. Accurate modeling requires real-time data feeds, precise order book representation, and consideration of market microstructure effects like slippage and order flow.