Description
A factory produces products packed in square packets of the same height h and of the sizes 1*1, 2*2, 3*3, 4*4, 5*5, 6*6. These products are always delivered to customers in the square parcels of the same height h as the products have and of the size 6*6. Because of the expenses it is the interest of the factory as well as of the customer to minimize the number of parcels necessary to deliver the ordered products from the factory to the customer. A good program solving the problem of finding the minimal number of parcels necessary to deliver the given products according to an order would save a lot of money. You are asked to make such a program.
Input
The input file consists of several lines specifying orders. Each line specifies one order. Orders are described by six integers separated by one space representing successively the number of packets of individual size from the smallest size 1*1 to the biggest size 6*6. The end of the input file is indicated by the line containing six zeros.
Output
The output file contains one line for each line in the input file. This line contains the minimal number of parcels into which the order from the corresponding line of the input file can be packed. There is no line in the output file corresponding to the last ``null'' line of the input file.
Sample Input
0 0 4 0 0 1 7 5 1 0 0 0 0 0 0 0 0 0
Sample Output
2 1
#include<stdio.h> int cnt2[4]= {0,5,3,1}; int main() { int d[10]; while(scanf("%d%d%d%d%d%d",&d[1],&d[2],&d[3],&d[4],&d[5],&d[6])&&d[1]+d[2]+d[3]+d[4]+d[5]+d[6]) { int n=0; n+=d[6]+d[5]+d[4]+(d[3]+3)/4;//一个6*6的箱子最多只能装4个3*3的箱子 //当d[3]等于5的时候 就要拿另外一个箱子 5加上另外三个空位对4除 则需要两个了 int d2=d[4]*5+cnt2[d[3]%4]; //d[3]对四取余范围为0到3 一一对应上面找出的规律 if(d2<d[2]) { n+=(d[2]-d2+8)/9;//当多出的大于了9 10+8/9=2 则另外还需要两个箱子 } int d1=n*36-d[6]*36-d[5]*25-d[4]*16-d[3]*9-d[2]*4; if(d1<d[1]) { n+=(d[1]-d1+35)/36; } printf("%d ",n); } return 0; }