按照uni3公式写的代码，你试试 ``import math q96 = 2**96 icp = 10**8 def price_to_tick(p): return math.floor(math.log(p, 1.0001)) def price_to_sqrtp(p): return int(math.sqrt(p) * q96) def sqrtp_to_price(sqrtp): return (sqrtp / q96) ** 2 def tick_to_sqrtp(t): return int((1.0001 ** (t / 2)) * q96) def liquidity0(amount, pa, pb): if pa > pb: pa, pb = pb, pa return (amount * (pa * pb) / q96) / (pb - pa) def liquidity1(amount, pa, pb): if pa > pb: pa, pb = pb, pa return amount * q96 / (pb - pa) def calc_amount0(liq, pa, pb): if pa > pb: pa, pb = pb, pa return int(liq * q96 * (pb - pa) / pb / pa) def calc_amount1(liq, pa, pb): if pa > pb: pa, pb = pb, pa return int(liq * (pb - pa) / q96) liq=115619824967 sqrtp_cur=12401388481691991086552029889 amount_in = 1 * icp price_diff = (amount_in * q96) // liq price_next = sqrtp_cur + price_diff print("Now price:", (sqrtp_cur / q96) ** 2) print("Now tick:", price_to_tick((sqrtp_cur / q96) ** 2)) print("New price:", (price_next / q96) ** 2) print("New sqrtP:", price_next) print("New tick:", price_to_tick((price_next / q96) ** 2)) amount_in = calc_amount1(liq, price_next, sqrtp_cur) amount_out = calc_amount0(liq, price_next, sqrtp_cur) print("sns1 in:", amount_in / icp) print("icp out:", (amount_out / icp))`