Andrew skipped lessons on the subject 'Algorithms and Data Structures' for the entire term. When he came to the final test, the teacher decided to give him a difficult task as a punishment.

The teacher gave Andrew an array of n numbers a₁, ..., a_n. After that he asked Andrew for each k from 1 to n - 1 to build a k-ary heap on the array and count the number of elements for which the property of the minimum-rooted heap is violated, i.e. the value of an element is less than the value of its parent.

Andrew looked up on the Wikipedia that a k-ary heap is a rooted tree with vertices in elements of the array. If the elements of the array are indexed from 1 to n, then the children of element v are elements with indices k(v - 1) + 2, ..., kv + 1 (if some of these elements lie outside the borders of the array, the corresponding children are absent). In any k-ary heap every element except for the first one has exactly one parent; for the element 1 the parent is absent (this element is the root of the heap). Denote p(v) as the number of the parent of the element with the number v. Let's say that for a non-root element v the property of the heap is violated if a_v < a_p(v).

Help Andrew cope with the task!

Input

The first line contains a single integer n (2 ≤ n ≤ 2·10⁵).

The second line contains n space-separated integers a₁, ..., a_n ( - 10⁹ ≤ a_i ≤ 10⁹).

Output

in a single line print n - 1 integers, separate the consecutive numbers with a single space — the number of elements for which the property of the k-ary heap is violated, for k = 1, 2, ..., n - 1.

Note

Pictures with the heaps for the first sample are given below; elements for which the property of the heap is violated are marked with red.

$\text{[math]}$ $\text{[math]}$ $\text{[math]}$ $\text{[math]}$

In the second sample all elements are equal, so the property holds for all pairs.

Idx	Name	Rating
A	Cutting Banner	1400
B	Quasi Binary	1400
C	Tourist's Notes	1600
D	Weird Chess	1800
E	Demiurges Play Again	2200
F	A Heap of Heaps	2200
G	Berserk Robot	3100
H	Summer Dichotomy	3200

Codeforces Round 300