exit analysis

spot price—quote / token

baseline token reserve—

baseline quote reserve—

modelx · y = kconstant product

order parameters01

tokens to sell token units

units

pool token reservepool quote reserve

Quote amounts use the pool’s quote-token units, not USD.

swap fee %slippage tolerance %

liquidity remaining 100%

10% / thin pool100% / baseline

Scales both reserves equally. Spot price stays fixed; your exit changes.

estimated proceeds single pool · after swap fee

—quote units

spot valuation —execution shortfall —

execution curve / quote units execution spot

inspect curve

average execution price—quote / token

minimum received—at selected tolerance

active quote reserve—quote units

exit ladder

single swaps · each row starts from the same reserves

position sold	tokens in	expected out	shortfall vs. spot

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model & assumptions

specification 01

calculation

A single swap through a constant-product pool. The fee is deducted from token input before the output is calculated.

effective input = tokens × (1 − fee)
output = y × effective input / (x + effective input)

reserve stress

The liquidity control scales both reserves equally. The starting spot price stays fixed. It models proportional liquidity removal, not a forecast.

Shortfall includes both curve impact and the selected swap fee.

scope

Manual reserves only. No contracts are read and no trades are submitted. Quote units are not assumed to equal USD.

Excludes concentrated liquidity, transfer taxes, sell restrictions, gas, MEV and multi-pool routing. Minimum received is a tolerance-adjusted estimate, not a guaranteed fill.