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IFluidVaultT4 ​

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Inherits:IFluidVault

Functions ​

operate ​

solidity
function operate(
    uint256 nftId_,
    int256 newColToken0_,
    int256 newColToken1_,
    int256 colSharesMinMax_,
    int256 newDebtToken0_,
    int256 newDebtToken1_,
    int256 debtSharesMinMax_,
    address to_
)
    external
    payable
    returns (
        uint256, // nftId_
        int256, // final supply amount. if - then withdraw
        int256 // final borrow amount. if - then payback
    );

operatePerfect ​

solidity
function operatePerfect(
    uint256 nftId_,
    int256 perfectColShares_,
    int256 colToken0MinMax_,
    int256 colToken1MinMax_,
    int256 perfectDebtShares_,
    int256 debtToken0MinMax_,
    int256 debtToken1MinMax_,
    address to_
)
    external
    payable
    returns (
        uint256, // nftId_
        int256[] memory r_
    );

liquidate ​

solidity
function liquidate(
    uint256 token0DebtAmt_,
    uint256 token1DebtAmt_,
    uint256 debtSharesMin_,
    uint256 colPerUnitDebt_, // col per unit is w.r.t debt shares and not token0/1 debt amount
    uint256 token0ColAmtPerUnitShares_, // in 1e18
    uint256 token1ColAmtPerUnitShares_, // in 1e18
    address to_,
    bool absorb_
)
    external
    payable
    returns (uint256 actualDebtShares_, uint256 actualColShares_, uint256 token0Col_, uint256 token1Col_);

liquidatePerfect ​

solidity
function liquidatePerfect(
    uint256 debtShares_,
    uint256 token0DebtAmtPerUnitShares_,
    uint256 token1DebtAmtPerUnitShares_,
    uint256 colPerUnitDebt_, // col per unit is w.r.t debt shares and not token0/1 debt amount
    uint256 token0ColAmtPerUnitShares_, // in 1e18
    uint256 token1ColAmtPerUnitShares_, // in 1e18
    address to_,
    bool absorb_
)
    external
    payable
    returns (
        uint256 actualDebtShares_,
        uint256 token0Debt_,
        uint256 token1Debt_,
        uint256 actualColShares_,
        uint256 token0Col_,
        uint256 token1Col_
    );