锘??xml version="1.0" encoding="utf-8" standalone="yes"?>久久99精品久久久久久齐齐,久久久久女教师免费一区,国产巨作麻豆欧美亚洲综合久久http://www.shnenglu.com/superlong/category/11411.htmlsuperlong@CoreCoderzh-cnThu, 20 Aug 2009 19:00:58 GMTThu, 20 Aug 2009 19:00:58 GMT60Section 1.3 Prime Cryptarithmhttp://www.shnenglu.com/superlong/archive/2009/08/21/93978.htmlsuperlongsuperlongThu, 20 Aug 2009 16:42:00 GMThttp://www.shnenglu.com/superlong/archive/2009/08/21/93978.htmlhttp://www.shnenglu.com/superlong/comments/93978.htmlhttp://www.shnenglu.com/superlong/archive/2009/08/21/93978.html#Feedback0http://www.shnenglu.com/superlong/comments/commentRss/93978.htmlhttp://www.shnenglu.com/superlong/services/trackbacks/93978.html Prime Cryptarithm

The following cryptarithm is a multiplication problem that can be solved by substituting digits from a specified set of N digits into the positions marked with *. If the set of prime digits {2,3,5,7} is selected, the cryptarithm is called a PRIME CRYPTARITHM.

      * * *
x * *
-------
* * * <-- partial product 1
* * * <-- partial product 2
-------
* * * *
Digits can appear only in places marked by `*'. Of course, leading zeroes are not allowed.

Note that the 'partial products' are as taught in USA schools. The first partial product is the product of the final digit of the second number and the top number. The second partial product is the product of the first digit of the second number and the top number.

Write a program that will find all solutions to the cryptarithm above for any subset of digits from the set {1,2,3,4,5,6,7,8,9}.

PROGRAM NAME: crypt1

INPUT FORMAT

Line 1: N, the number of digits that will be used
Line 2: N space separated digits with which to solve the cryptarithm

SAMPLE INPUT (file crypt1.in)

5
2 3 4 6 8

OUTPUT FORMAT

A single line with the total number of unique solutions. Here is the single solution for the sample input:

      2 2 2
x 2 2
------
4 4 4
4 4 4
---------
4 8 8 4

SAMPLE OUTPUT (file crypt1.out)

1

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/*
ID: superlo1
LANG: C++
TASK: crypt1
*/

#include 
<iostream>
using namespace std;

int n, set[10];
bool hash[11];

bool check(int x, int flag)
{
    
int a[4], len = 0;
    
while(x)
    {
        a[
++len] = x % 10;
        x 
= x / 10;
        
if(hash[a[len]] == 0return false;
    }
    
if(len > 3 && !flag) return false;
    
return true;
}

int main()
{
    freopen(
"crypt1.in","r",stdin);
    freopen(
"crypt1.out","w",stdout);
    scanf(
"%d"&n);
    
for(int i = 0; i < n; i ++)    
    {
        scanf(
"%d"&set[i]);
        hash[
set[i]] = 1;
    }
    
int i, j, cnt = 0;
    
for(i = 100; i <= 999; i ++)
    
if(check(i, 0))
    {
        
for(j = 10; j <= 99; j ++)
        
if(check(j, 0&& check( (j % 10* i, 0
        
&& check( (j / 10* i, 0&& check(i * j, 1))
        {
            
//printf("%d %d\n",i,j);
            cnt ++;
        }
    }
    printf(
"%d\n",cnt);
    
//while(1);
}



superlong 2009-08-21 00:42 鍙戣〃璇勮
]]>
Section 1.3 Mixing Milk http://www.shnenglu.com/superlong/archive/2009/08/05/92232.htmlsuperlongsuperlongTue, 04 Aug 2009 16:53:00 GMThttp://www.shnenglu.com/superlong/archive/2009/08/05/92232.htmlhttp://www.shnenglu.com/superlong/comments/92232.htmlhttp://www.shnenglu.com/superlong/archive/2009/08/05/92232.html#Feedback0http://www.shnenglu.com/superlong/comments/commentRss/92232.htmlhttp://www.shnenglu.com/superlong/services/trackbacks/92232.html

Mixing Milk

Since milk packaging is such a low margin business, it is important to keep the price of the raw product (milk) as low as possible. Help Merry Milk Makers get the milk they need in the cheapest possible manner.

The Merry Milk Makers company has several farmers from which they may buy milk, and each one has a (potentially) different price at which they sell to the milk packing plant. Moreover, as a cow can only produce so much milk a day, the farmers only have so much milk to sell per day. Each day, Merry Milk Makers can purchase an integral amount of milk from each farmer, less than or equal to the farmer's limit.

Given the Merry Milk Makers' daily requirement of milk, along with the cost per gallon and amount of available milk for each farmer, calculate the minimum amount of money that it takes to fulfill the Merry Milk Makers' requirements.

Note: The total milk produced per day by the farmers will be sufficient to meet the demands of the Merry Milk Makers.

PROGRAM NAME: milk

INPUT FORMAT

Line 1: Two integers, N and M.
The first value, N, (0 <= N <= 2,000,000) is the amount of milk that Merry Milk Makers' want per day. The second, M, (0 <= M <= 5,000) is the number of farmers that they may buy from.
Lines 2 through M+1: The next M lines each contain two integers, Pi and Ai.
Pi (0 <= Pi <= 1,000) is price in cents that farmer i charges.
Ai (0 <= Ai <= 2,000,000) is the amount of milk that farmer i can sell to Merry Milk Makers per day.

SAMPLE INPUT (file milk.in)

100 5
5 20
9 40
3 10
8 80
6 30

OUTPUT FORMAT

A single line with a single integer that is the minimum price that Merry Milk Makers can get their milk at for one day.

SAMPLE OUTPUT (file milk.out)

630

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/*
ID: superlo1
LANG: C++
TASK: milk
*/

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

struct node
{
    
int p, a;
}fam[
5001];

bool cmp(node a,node b)
return a.p < b.p; }

int n, m;

int main()
{
    freopen(
"milk.in","r",stdin);
    freopen(
"milk.out","w",stdout);
    scanf(
"%d %d"&n, &m);
    
int i;
    
for(i = 0; i < m; i ++)
        scanf(
"%d %d"&fam[i].p, &fam[i].a);
    sort( fam, fam 
+ m, cmp);
    
int ans = 0;
    i 
= 0;
    
while(n)
    {
        
if( n > fam[i].a)
        {
            n 
-= fam[i].a;
            ans 
+= fam[i].p * fam[i].a;
        }
        
else
        {
            ans 
+= n * fam[i].p;
            n 
= 0;
        }
        i 
++;
    }
    printf(
"%d\n",ans);
    
//while(1);
}
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#include <fstream>
#define MAXPRICE 1001
using namespace std;

int main() {
    ifstream fin (
"milk.in");
    ofstream fout (
"milk.out");
    unsigned 
int i, needed, price, paid, farmers, amount, milk[MAXPRICE];
    paid 
= 0;
    fin
>>needed>>farmers;
    
for(i = 0;i<farmers;i++){
        fin
>>price>>amount;
        milk[price] 
+= amount;   
    } 
    
for(i = 0; i<MAXPRICE && needed;i++){
        
if(needed> = milk[i]) {
            needed 
-= milk[i];
            paid 
+= milk[i] * i;
        } 
else if(milk[i][0]>0) {
            paid 
+= i*needed;
            needed 
= 0;     
        }
    }
    fout 
<< paid << endl; 
    
return 0;
}




superlong 2009-08-05 00:53 鍙戣〃璇勮
]]>
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