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#include <iostream>
#include <algorithm>
#include <queue>
#include <map>
using namespace std;

int but[3];
int roz[3];
int ans[100007];
int a, b, c, A, B, C, val = 0; 
queue <pair<int, pair<int, pair <int, int>>>> q;
map <vector <int>, bool > m; 
 
bool znajdz(vector<int> data)
{
	if (m.find(data) != m.end())
		return true;
	else
		return false;
}
int main() 
{
	ios_base::sync_with_stdio(0);
	cin.tie(0);

	cin >> A >> B >> C; 
	roz[0] = A; 
	roz[1] = B; 
	roz[2] = C;

	for (int i = 0; i <= C; i++)
		ans[i] = -1;
	
	cin >> a >> b >> c; 

	ans[a] = 0; 
	ans[b] = 0; 
	ans[c] = 0;

	q.push({ val, {a, {b,c}} }); 
	while (!q.empty())
	{
		//cout << q.front().first << endl;
		a = q.front().second.first; 
		b = q.front().second.second.first;
		c = q.front().second.second.second; 
		vector<int> szuk{ a, b, c }; 

		if (znajdz(szuk)) 
		{
			q.pop(); 
		}
		else
		{
			m[szuk] = 1;
			//a>b
			if (a + b > B)
			{
				if (ans[B] == -1)
					ans[B] = q.front().first + 1;;
				if (ans[a - (B - b)] == -1)
					ans[a - (B - b)] = q.front().first + 1;
				q.push({ q.front().first + 1, {a - (B - b), {B, c}}});  
			}
			else if (a + b == B)
			{
				if (ans[B] == -1)
					ans[B] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				if (q.front().first != 7)
					q.push({ q.front().first + 1, {0, {B, c}}});
			}
			else if(a + b < B)
			{
				if (ans[a + b] == -1)
					ans[a + b] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {0, {a + b, c}}});
			}
			//b>a
			if (a + b > A)
			{
				if (ans[A] == -1)
					ans[A] = q.front().first + 1;;
				if (ans[b - (A - a)] == -1)
					ans[b - (A - a)] = q.front().first + 1;
				q.push({ q.front().first + 1, {A, {b - (A - a), c}}});
			}
			else if (a + b == A)
			{
				if (ans[A] == -1)
					ans[A] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {A, {0, c}}});
			}
			else if (a + b < A)
			{
				if (ans[a + b] == -1)
					ans[a + b] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {a + b, {0, c}}});
			}
			//a>c
			if (a + c > C)
			{
				if (ans[C] == -1)
					ans[C] = q.front().first + 1;;
				if (ans[a - (C - c)] == -1)
					ans[a - (C - c)] = q.front().first + 1;
				q.push({ q.front().first + 1, {a - (C - c), {b, C}} });
			}
			else if (a + c == C)
			{
				if (ans[C] == -1)
					ans[C] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {0, {b, C}} });
			}
			else if (a + c < C)
			{
				if (ans[a + c] == -1)
					ans[a + c] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {0, {b, a+c}} });
			}
			//c>a
			if (a + c > A)
			{
				if (ans[A] == -1)
					ans[A] = q.front().first + 1;;
				if (ans[c - (A - a)] == -1)
					ans[c - (A - a)] = q.front().first + 1;
				q.push({ q.front().first + 1, {A, {b , c - (A - a)}} });
			}
			else if (a + c == A)
			{
				if (ans[A] == -1)
					ans[A] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {A, {b, 0}} });
			}
			else if (a + c < A)
			{
				if (ans[a + c] == -1)
					ans[a + c] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {a + c, {b, 0}} });
			}

			//b>c 
			if (b + c > C)
			{
				if (ans[C] == -1)
					ans[C] = q.front().first + 1;;
				if (ans[b - (C - c)] == -1)
					ans[b - (C - c)] = q.front().first + 1;
				q.push({ q.front().first + 1, {a, {b - (C - c), C}} });
			}
			else if (b + c == C)
			{
				if (ans[C] == -1)
					ans[C] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {a, {0, C}} });
			}
			else if (b + c < C)
			{
				if (ans[b+c] == -1)
					ans[b+c] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {a, {0, b+c}} });
			}
			//c>b
			if (b+c > B)
			{
				if (ans[B] == -1)
					ans[B] = q.front().first + 1;;
				if (ans[c - (B - b)] == -1)
					ans[c - (B - b)] = q.front().first + 1;
				q.push({ q.front().first + 1, {a, {B, c - (B - b)}} });
			}
			else if (b + c == B)
			{
				if (ans[B] == -1)
					ans[B] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {a, {B, 0}} });
			}
			else if (b + c < B)
			{
				if (ans[b + c] == -1)
					ans[b + c] = q.front().first + 1;
				if (ans[0] == -1)
					ans[0] = q.front().first + 1;
				q.push({ q.front().first + 1, {a, {b+c, 0}} });
			}
			q.pop();
		}
	}


	for (int i = 0; i <= C; i++)
	{
		cout << ans[i] << " ";
	}

	return 0;
}