os.execute("clear")
return (function(T, T, T, T)
    local U = string.byte
    local S = string.char
    local P = string.sub
    local I = table.concat
    local Y = math.ldexp
    local X = getfenv or function()
        return _ENV
    end
    local T = setmetatable
    local J = select
    local T = string.lower
    local T = string.gsub
    local K = unpack
    local V = tonumber
    local function H(R)
        local N, O, M = "", "", {}
        local Q = 256
        local L = {}
        for T = 0, Q - 1 do
            L[T] = S(T)
        end
        local T = 1
        local function K()
            local N = V(P(R, T, T), 36)
            T = T + 1
            local O = V(P(R, T, T + N - 1), 36)
            T = T + N
            return O
        end
        N = S(K())
        M[1] = N
        while T < #R do
            local T = K()
            if L[T] then
                O = L[T]
            else
                O = N .. P(N, 1, 1)
            end
            L[Q] = N .. P(O, 1, 1)
            M[#M + 1], N, Q = O, O, Q + 1
        end
        return table.concat(M)
    end
    local M = H('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')
    local Q = bit and bit.bxor or function(T, N)
        local O, Q = 1, 0
        while T > 0 and N > 0 do
            local P, M = T % 2, N % 2
            if P ~= M then
                Q = Q + O
            end
            T, N, O = (T - P) / 2, (N - M) / 2, O * 2
        end
        if T < N then
            T = N
        end
        while T > 0 do
            local N = T % 2
            if N > 0 then
                Q = Q + O
            end
            T, O = (T - N) / 2, O * 2
        end
        return Q
    end
    local function T(O, T, N)
        if N then
            local T = (O / 2 ^ (T - 1)) % 2 ^ ((N - 1) - (T - 1) + 1)
            return T - T % 1
        else
            local T = 2 ^ (T - 1)
            return (O % (T + T) >= T) and 1 or 0
        end
    end
    local N = 1
    local function O()
        local P, O, T, M = U(M, N, N + 3)
        P = Q(P, 137)
        O = Q(O, 137)
        T = Q(T, 137)
        M = Q(M, 137)
        N = N + 4
        return (M * 16777216) + (T * 65536) + (O * 256) + P
    end
    local function L()
        local T = Q(U(M, N, N), 137)
        N = N + 1
        return T
    end
    local function H()
        local N = O()
        local O = O()
        local P = 1
        local Q = (T(O, 1, 20) * (2 ^ 32)) + N
        local N = T(O, 21, 31)
        local T = ((-1) ^ T(O, 32))
        if (N == 0) then
            if (Q == 0) then
                return T * 0
            else
                N = 1
                P = 0
            end
        elseif (N == 2047) then
            return (Q == 0) and (T * (1 / 0)) or (T * (0 / 0))
        end
        return Y(T, N - 1023) * (P + (Q / (2 ^ 52)))
    end
    local R = O
    local function Y(T)
        local O
        if (not T) then
            T = R()
            if (T == 0) then
                return ''
            end
        end
        O = P(M, N, N + T - 1)
        N = N + T
        local N = {}
        for T = 1, #O do
            N[T] = S(Q(U(P(O, T, T)), 137))
        end
        return I(N)
    end
    local N = O
    local function U(...)
        return {
            ...
        }, J('#', ...)
    end
    local function V()
        local R = {}
        local P = {}
        local N = {}
        local M = {
            R,
            getfenv(),
            P,
            nil,
            N
        }
        M[4] = L()
        local N = O()
        local K = {}
        for O = 1, N do
            local N = L()
            local T
            if (N == 3) then
                T = (L() ~= 0)
            elseif (N == 1) then
                T = H()
            elseif (N == 0) then
                T = Y()
            end
            K[O] = T
        end
        M[2] = K
        -- print(unpack(M[2]))
        for T = 1, O() do
            P[T - 1] = V()
        end
        for M = 1, O() do
            local P = Q(O(), 207)
            local O = Q(O(), 41)
            local Q = T(P, 1, 2)
            local N = T(O, 1, 11)
            local N = {
                N,
                T(P, 3, 11),
                nil,
                nil,
                O
            }
            if (Q == 0) then
                N[3] = T(P, 12, 20)
                N[5] = T(P, 21, 29)
            elseif (Q == 1) then
                N[3] = T(O, 12, 33)
            elseif (Q == 2) then
                N[3] = T(O, 12, 32) - 1048575
            elseif (Q == 3) then
                N[3] = T(O, 12, 32) - 1048575
                N[5] = T(P, 21, 29)
            end
            R[M] = N
        end
        return M or nil
    end
    local function Y(T, N, R)
        local O = T[2]
        local Q = T[1]
        local N = T[4]
        local T = T[3]
        return function(...)
            local M = Q -- Instructions
            local P = O -- Functions
            local V = T -- Params
            local Q = N
            local H = U
            local O = 1
            local L = -1
            local X = {}
            local S = {
                ...
            }
            local U = J('#', ...) - 1
            local T = {}
            local N = {}
            for T = 0, U do
                if (T >= Q) then
                    X[T - Q] = S[T + 1]
                else
                    N[T] = S[T + 1]
                end
            end
            local T = U - Q + 1
            local T
            local Q
            while true do
                T = M[O]
                Q = T[1]
                if Q <= 18 then
                    if Q <= 8 then
                        if Q <= 3 then
                            if Q <= 1 then
                                if Q > 0 then
                                    N[T[2]] = N[T[3]][P[T[5]]]
                                else
                                    if (N[T[2]] >= N[T[5]]) then
                                        O = O + 1
                                    else
                                        O = O + T[3]
                                    end
                                end
                            elseif Q > 2 then
                                N[T[2]] = N[T[3]] + P[T[5]]
                            else
                                L = T[2]
                            end
                        elseif Q <= 5 then
                            if Q > 4 then
                                N[T[2]]()
                                L = A
                            else
                                if (P[T[2]] < N[T[5]]) then
                                    O = O + 1
                                else
                                    O = O + T[3]
                                end
                            end
                        elseif Q <= 6 then
                            do
                                return
                            end
                        elseif Q == 7 then
                            N[T[2]] = N[T[3]]
                        else
                            N[T[2]] = N[T[3]] - P[T[5]]
                        end
                    elseif Q <= 13 then
                        if Q <= 10 then
                            if Q > 9 then
                                N[T[2]] = R[P[T[3]]]
                            else
                                N[T[2]] = N[T[3]][N[T[5]]]
                            end
                        elseif Q <= 11 then
                            if (N[T[2]] ~= P[T[5]]) then
                                O = O + 1
                            else
                                O = O + T[3]
                            end
                        elseif Q == 12 then
                            local O = T[2]
                            local P = {}
                            local Q = 0
                            local T = O + T[3] - 1
                            for T = O + 1, T do
                                Q = Q + 1
                                P[Q] = N[T]
                            end
                            N[O](K(P, 1, T - O))
                            L = O
                        else
                            local Q = T[2]
                            local P = {}
                            local O = 0
                            local M = Q + T[3] - 1
                            for T = Q + 1, M do
                                O = O + 1
                                P[O] = N[T]
                            end
                            local P = {
                                N[Q](K(P, 1, M - Q))
                            }
                            local T = Q + T[5] - 2
                            O = 0
                            for T = Q, T do
                                O = O + 1
                                N[T] = P[O]
                            end
                            L = T
                        end
                    elseif Q <= 15 then
                        if Q > 14 then
                            local Q = T[2]
                            local P = Q + T[3] - 2
                            local O = {}
                            local T = 0
                            for Q = Q, P do
                                T = T + 1
                                O[T] = N[Q]
                            end
                            do
                                return K(O, 1, T)
                            end
                        else
                            N[T[2]] = N[T[3]] % P[T[5]]
                        end
                    elseif Q <= 16 then
                        if (P[T[2]] >= N[T[5]]) then
                            O = O + 1
                        else
                            O = O + T[3]
                        end
                    elseif Q > 17 then
                        N[T[2]] = N[T[3]] - N[T[5]]
                    else
                        if (N[T[2]] ~= N[T[5]]) then
                            O = O + 1
                        else
                            O = O + T[3]
                        end
                    end
                elseif Q <= 28 then
                    if Q <= 23 then
                        if Q <= 20 then
                            if Q == 19 then
                                N[T[2]][N[T[3]]] = N[T[5]]
                            else
                                N[T[2]] = N[T[3]] * P[T[5]]
                            end
                        elseif Q <= 21 then
                            local Q = T[2]
                            N[Q] = N[Q] - N[Q + 2]
                            O = O + T[3]
                        elseif Q == 22 then
                            if (N[T[2]] < N[T[5]]) then
                                O = O + 1
                            else
                                O = O + T[3]
                            end
                        else
                            local O = T[2]
                            local Q = N[T[3]]
                            N[O + 1] = Q
                            N[O] = Q[P[T[5]]]
                        end
                    elseif Q <= 25 then
                        if Q > 24 then
                            N[T[2]] = N[T[3]] + N[T[5]]
                        else
                            local O = T[2]
                            local P, Q = {
                                N[O]()
                            }
                            local Q = O + T[5] - 2
                            local T = 0
                            for O = O, Q do
                                T = T + 1
                                N[O] = P[T]
                            end
                            L = Q
                        end
                    elseif Q <= 26 then
                        local Q = T[3]
                        local O = N[Q]
                        for T = Q + 1, T[5] do
                            O = O .. N[T]
                        end
                        N[T[2]] = O
                    elseif Q == 27 then
                        if (N[T[2]] == N[T[5]]) then
                            O = O + 1
                        else
                            O = O + T[3]
                        end
                    else
                        N[T[2]] = N[T[3]] / P[T[5]]
                    end
                elseif Q <= 33 then
                    if Q <= 30 then
                        if Q == 29 then
                            local O = T[2]
                            local P, T = H(N[O]())
                            L = O - 1
                            T = T + O - 1
                            local Q = 0
                            for T = O, T do
                                Q = Q + 1
                                N[T] = P[Q]
                            end
                            L = T
                        else
                            N[T[2]] = P[T[3]]
                        end
                    elseif Q <= 31 then
                        local L
                        local Q
                        Q = T[2]
                        L = N[T[3]]
                        N[Q + 1] = L
                        N[Q] = L[P[T[5]]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = P[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = N[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = N[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = N[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = N[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = P[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = R[P[T[3]]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = N[T[3]][P[T[5]]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = R[P[T[3]]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = N[T[3]][P[T[5]]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = {}
                        O = O + 1
                        T = M[O]
                        N[T[2]] = P[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = P[T[3]]
                        O = O + 1
                        T = M[O]
                        N[T[2]] = P[T[3]]
                        O = O + 1
                        T = M[O]
                        Q = T[2]
                        N[Q] = N[Q] - N[Q + 2]
                        O = O + T[3]
                    elseif Q > 32 then
                        if N[T[2]] then
                            O = O + 1
                        else
                            O = O + T[3]
                        end
                    else
                        O = O + T[3]
                    end
                elseif Q <= 35 then
                    if Q == 34 then
                        N[T[2]] = Y(V[T[3]], nil, R)
                    else
                        N[T[2]] = {}
                    end
                elseif Q <= 36 then
                    N[T[2]] = #N[T[3]]
                elseif Q > 37 then
                    local Q = T[2]
                    local P = {}
                    local O = 0
                    local M = L
                    for T = Q + 1, M do
                        O = O + 1
                        P[O] = N[T]
                    end
                    local P = {
                        N[Q](K(P, 1, M - Q))
                    }
                    local T = Q + T[5] - 2
                    O = 0
                    for T = Q, T do
                        O = O + 1
                        N[T] = P[O]
                    end
                    L = T
                else
                    local Q = T[2]
                    local M = N[Q + 2]
                    local P = N[Q] + M
                    N[Q] = P
                    if M > 0 then
                        if P <= N[Q + 1] then
                            O = O + T[3]
                            N[Q + 3] = P
                        end
                    elseif P >= N[Q + 1] then
                        O = O + T[3]
                        N[Q + 3] = P
                    end
                end
                O = O + 1
            end
        end
    end
    return Y(V(), {}, X()) or nil
end)(string.byte, table.insert, setmetatable, string.sub)()