PAIR-SPECIFIC LIQUIDITY
Give each pair its own shape.
A pair-design laboratory for stable and volatile assets. Compare constant-product and illustrative near-peg curves with the same trade.
Explore a market scenario.
Illustrative inputs · not live pool data| Pair category | Lens | Worksheet | |
|---|---|---|---|
| Equity / stableMarket-session scenario | Editable parameters | Scenario 01 | |
| Major / stableDepth comparison | Editable parameters | Scenario 02 | |
| Stable / stableCost-sensitive pair | Editable parameters | Scenario 03 |
Vellura / MARKET DESIGN LAB
Compare the curves.
A MARKET WITH ITS WORKING SHOWN
Two assets. One considered curve.
The calculation.
Both curves begin at a 1:1 price and use the same fee. The near-peg curve is deliberately a simplified teaching model. It is not a published StableSwap solver or a guarantee of peg stability.
constant product: out = reserve × net / (reserve + net) near-peg illustration: out = net × (1 − r² / (1 + r)) r = net / reserve
The next chapter.
Introduce a documented invariant solver, asymmetric reserves and stress tests. Depeg behavior and safety bounds come before funded pools.
Development context.
Building on Robinhood Chain. This release implements a local market-design worksheet. It has no deployed swap, staking, governance or incentive contract. Wallet connection displays an approved address and network only.
Proposed project symbol: $VLRA. Contract and trading links will be added after a verified launch.
Uniswap v4 hooks are a design reference for extensible pool logic, not a claim that this worksheet deploys or audits those contracts. Read Uniswap's hook documentation ↗
CAPTURE THE ASSUMPTIONS
Your market notes.
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