"""
k, k - 1, ..., 1 の順番に割り当てていく
既に割り当ててるところに上書きはできない

dp[l][r][x][t]
    区間[l, r]に数字を割り当て
    x 以上の数字を割り当て済み
    t = 0 -> 現在左端
    t = 1 -> 現在右端

初期値は
dp[i][i][k][0] = dp[i][i][k][1] = A[i] * k
dp[l][r][x][t] からの遷移
    dp[l][r + 1][x - 1][t] (t == 1)
        r + 1 に x - 1 を割り当てる
    dp[l - 1][r][x - 1][t] (t == 0)
        l - 1 に x - 1 を割り当てる
    dp[l][r][x - 2][t] (l != r)
        2手消費する
    dp[l][r][x - (r - l)][1 - t] (l != r)
        反対側に移動する

i 番目の答えは
    l <= i <= r
    dp[l][r][r - i][1]
    dp[l][r][i - l][0]
    の中の最小値
"""
n, K = map(int, input().split())
A = list(map(int, input().split()))
inf =  1 << 30
dp = [-inf] * (n * n * (K + 1) * 2)
f = lambda i, j, k, l: ((i * n + j) * (K + 1) + k) * 2 + l
for i, a in enumerate(A):
    dp[f(i, i, K, 0)] = a * K
    dp[f(i, i, K, 1)] = a * K

for x in range(K, 0, -1):
    for l in range(n):
        for r in range(l, n):
            p = f(l, r, x, 0)
            if l != 0:
                p2 = f(l - 1, r, x - 1, 0)
                dp[p2] = max(dp[p2], dp[p] + A[l - 1] * (x - 1))
            if l != r:
                if x >= 2:
                    p2 = f(l, r, x - 2, 0)
                    dp[p2] = max(dp[p2], dp[p])
                if x - (r - l) >= 0:
                    p2 = f(l, r, x - (r - l), 1)
                    dp[p2] = max(dp[p2], dp[p])

            p = f(l, r, x, 1)
            if r != n - 1:
                p2 = f(l, r + 1, x - 1, 1)
                dp[p2] = max(dp[p2], dp[p] + A[r + 1] * (x - 1))
            if l != r:
                if x >= 2:
                    p2 = f(l, r, x - 2, 1)
                    dp[p2] = max(dp[p2], dp[p])
                if x - (r - l) >= 0:
                    p2 = f(l, r, x - (r - l), 0)
                    dp[p2] = max(dp[p2], dp[p])

for i in range(n):
    ans = -1 << 30
    for l in range(min(i + 2, n)):
        for r in range(max(0, i - 1), n):
            if l > r:
                continue
            if abs(r - i) <= K:
                p = f(l, r, abs(r - i), 1)
                ans = max(ans, dp[p])
            if abs(i - l) <= K:
                p = f(l, r, abs(i - l), 0)
                ans = max(ans, dp[p])
    print(ans)