Graduation

Graduation is the launchpad's defining moment: the bonding curve hands its collected quote and reserved tokens to Ramses V3, and the liquidity is locked forever.

Auto-graduation

The buy that empties the curve's sellable supply triggers the whole sequence in the same transaction:

1. The curve sweeps — realQuoteReserve and the reserved tokens are snapshotted (CurveCompleted).
2. The factory calls the RamsesGraduationBridge (the registered IGraduationExecutor).
3. The bridge wraps native ETH into WETH, creates and initializes the Ramses V3 pool at the curve's closing price, and mints a full-range LP position.
4. The LP NFT is minted directly to the RamsesLpLocker — a contract with no withdrawal function. The liquidity is locked permanently.
5. A RamsesPoolWrapper is registered on the curve as its graduated pool.

If pool creation ever fails transiently, the terminal buy still succeeds — the curve stays in the Swept phase and anyone can retry via TokenFactory.createGraduatedPool. Reserves are never stranded.

Pool fee tiers

The bridge derives the pool's fee tier from the launch's total trade fee, so every swap on the pool — including routes that bypass the launchpad frontend entirely, like relay.link — pays the same rate the curve charged:

The wrapper

The RamsesPoolWrapper implements the minimal pool interface the curve expects (token0 / token1 / swap):

• Frontend swaps route through it, and it auto-collects the locker's accrued LP fees on every swap.
• forwardFees routes collected fees into the curve's own fee accounting, where the standard 30/70 protocol/creator split applies.
• External swaps that bypass the wrapper are still taxed by the pool fee tier; a permissionless collectFees (driven by a keeper) picks those up.

What graduation cannot do

• It cannot be triggered early — only a filled curve graduates.
• It cannot be blocked by the creator or the protocol.
• The LP position can never be withdrawn — only its fees can be collected.