Calculators

Five calculators with published formulas.

Each one answers a single question and states its formula and its limits on the same page. Inputs stay in your browser: no wallet connection, nothing stored.

Read the methodology and test vectors

Calculators

Model the position before you fund it.

Each tool states its assumptions and links to the guide that derives them. A number without its model is not a result.

Divergence against holding

Impermanent Loss Calculator

Compare 50/50, weighted, and concentrated range scenarios, chart the IL curve, and share the exact inputs by URL.

Runs in your browser

Net result on one ledger

LP Profit & Return Calculator

Fee income, divergence and gas resolved into one net figure, benchmarked against holding the assets you deposited rather than against cash.

Runs in your browser

Bounded price ranges

Uniswap v3 & Concentrated Liquidity Calculator

Set a price range and a deposit. Returns token composition at every price, capital efficiency against a full-range position, estimated fees and the result against holding.

Runs in your browser

Fee and incentive APR

Liquidity Pool Fees, Rewards & APR Calculator

Model trading-fee APR and incentive APR separately, then combine them with time in range and gas.

Runs in your browser

Discrete bins on Solana

Meteora DLMM Calculator

Model discrete bin prices, Spot, Curve and Bid-Ask shapes, dynamic fees, range state and divergence against holding.

Runs in your browser

Frameworks

Checklists that do not need a calculator.

Browse all guides

Framework 1

Pool due diligence checklist

The pre-deposit questions, in the order a research desk asks them.

Framework 2

Five-part evaluation framework

Structure for assessing invariant, depth, incentives, security and execution.

Framework 3

Onchain metrics reference

Which measurements matter, where to read them, and how each one misleads.

How these tools are built

Every calculator here implements a published formula, states the inputs it needs in plain terms, and lists what it deliberately excludes. The shared calculator methodology publishes the formulas and the exact worked vectors used by the automated tests.

The concentrated-liquidity calculator implements bounded position mathematics shared by Uniswap v3-style pools. Meteora has a separate calculator because DLMM uses fixed-price, constant-sum bins and a protocol-specific dynamic-fee formula. The impermanent loss calculator covers full-range weighted pools and bounded scenarios. The fee calculator keeps trading fees and token incentives separate, while the LP return calculator combines observed income and costs against holding. None predicts the future or substitutes for reading a pool's current state.

What we do not build

There is no liquidity pool tracker or LP position tracker here, and there will not be one until it can be built on live data we control. A DeFi liquidity tracker that reports stale or partial position state is worse than no tracker at all, because it invites decisions on numbers nobody verified.

For live position tracking today, reconstruct positions on Revert Finance, read pool state directly from a block explorer, and use pool analytics on Dune or DeFiLlama for volume and fee history. The frameworks in Onchain Liquidity Metrics and Token Liquidity Analysis explain which measurements to take from those sources and how each one misleads.

For the reasoning behind each model, start with The Impermanent Loss Formula and LP Fees vs Impermanent Loss. To verify a live position against onchain data rather than a model, reconstruct it on Revert Finance and compare the two.

Sources

Every model on these pages is built from published specifications and research rather than from house rules. The primary sources are: