Slipstream Swapping

Slipstream pools execute swaps by traversing initialized ticks deterministically, consuming liquidity across specific price ranges, calculating input and output amounts, and distributing fees at each step. Price movement relies on the sqrtPriceX96 value updating as liquidity is consumed.

Calculate price impact and liquidity shifts by modeling tick traversal step-by-step, tracking how liquidity changes as the sqrtPriceX96 value crosses initialized ticks, and computing the exact input and output amounts consumed within each range.

Swap fee distribution is calculated across each tick crossing step by applying the pool fee rate to the token amounts exchanged within that specific liquidity range, accumulating fees deterministically as the sqrtPriceX96 price moves through initialized ticks.

Modeling Slipstream swap math requires prerequisite familiarity with sqrtPriceX96 calculations, tick crossing mechanics, SwapMath functions, and liquidity management concepts to accurately anticipate price impact and liquidity shifts during token swaps.

You need to account for tick crossing during a concentrated liquidity swap when the desired input or output amount is large enough to push the sqrtPriceX96 value beyond the current tick's liquidity range, requiring traversal into adjacent initialized ticks.