Transport Ship

  • 25.78%
  • 1000ms
  • 65536K
 

There are NN different kinds of transport ships on the port. The i^{th}ith kind of ship can carry the weight of V[i]V[i] and the number of the i^{th}ith kind of ship is 2^{C[i]} - 12C[i]−1. How many different schemes there are if you want to use these ships to transport cargo with a total weight of SS?

It is required that each ship must be full-filled. Two schemes are considered to be the same if they use the same kinds of ships and the same number for each kind.

Input

The first line contains an integer T(1 \le T \le 20)T(1≤T≤20), which is the number of test cases.

For each test case:

The first line contains two integers: N(1 \le N \le 20), Q(1 \le Q \le 10000)N(1≤N≤20),Q(1≤Q≤10000), representing the number of kinds of ships and the number of queries.

For the next NN lines, each line contains two integers: V[i](1 \le V[i] \le 20), C[i](1 \le C[i] \le 20)V[i](1≤V[i]≤20),C[i](1≤C[i]≤20), representing the weight the i^{th}ith kind of ship can carry, and the number of the i^{th}ith kind of ship is 2^{C[i]} - 12C[i]−1.

For the next QQ lines, each line contains a single integer: S(1 \le S \le 10000)S(1≤S≤10000), representing the queried weight.

Output

For each query, output one line containing a single integer which represents the number of schemes for arranging ships. Since the answer may be very large, output the answer modulo 10000000071000000007.

样例输入复制

1
1 2
2 1
1
2

样例输出复制

0
1

题目来源

ACM-ICPC 2018 焦作赛区网络预赛

#include<bits/stdc++.h>
#define MAX 105
#define MOD 1000000007
using namespace std;
typedef long long ll; int v[MAX],c[MAX],a[];
int two[MAX];
ll dp[]; void init(){
two[]=;
for(int i=;i<=;i++){
two[i]=two[i-]*;
}
}
int main()
{
int t,n,q,V,i,j;
init();
scanf("%d",&t);
while(t--){
scanf("%d%d",&n,&q);
for(i=;i<=n;i++){
scanf("%d%d",&v[i],&c[i]);
c[i]=two[c[i]]-;
}
int cc=;
for(i=;i<=n;i++){
if(c[i]==) continue;
for(j=;j<=c[i];j<<=){
cc++;
a[cc]=j*v[i];
c[i]-=j;
}
if(c[i]==) continue;
cc++;
a[cc]=c[i]*v[i];
}
memset(dp,,sizeof(dp));
dp[]=;
for(i=;i<=cc;i++){
for(j=;j>=a[i];j--){
dp[j]+=dp[j-a[i]];
dp[j]%=MOD;
}
}
while(q--){
scanf("%d",&V);
printf("%lld\n",dp[V]%MOD);
}
}
return ;
}

ACM-ICPC2018焦作网络赛 Transport Ship(二进制背包+方案数)的更多相关文章

  1. 焦作网络赛K-Transport Ship【dp】

    There are NN different kinds of transport ships on the port. The i^{th}ith kind of ship can carry th ...

  2. ACM-ICPC 2018 焦作网络赛

    题目顺序:A F G H I K L 做题链接 A. Magic Mirror 题意:判断 给出的 字符串 是否等于"jessie",需要判断大小写 题解:1.用stl库 tolo ...

  3. 2018 ICPC 焦作网络赛 E.Jiu Yuan Wants to Eat

    题意:四个操作,区间加,区间每个数乘,区间的数变成 2^64-1-x,求区间和. 题解:2^64-1-x=(2^64-1)-x 因为模数为2^64,-x%2^64=-1*x%2^64 由负数取模的性质 ...

  4. 【2018 ICPC焦作网络赛 K】Transport Ship(多重背包二进制优化)

    There are N different kinds of transport ships on the port. The ith kind of ship can carry the weigh ...

  5. 2018 焦作网络赛 K Transport Ship ( 二进制优化 01 背包 )

    题目链接 题意 : 给出若干个物品的数量和单个的重量.问你能不能刚好组成总重 S 分析 : 由于物品过多.想到二进制优化 其实这篇博客就是存个二进制优化的写法 关于二进制优化的详情.百度一下有更多资料 ...

  6. ACM-ICPC 2018 焦作赛区网络预赛 K Transport Ship (多重背包)

    https://nanti.jisuanke.com/t/31720 题意 t组样例,n种船只,q个询问,接下来n行给你每种船只的信息:v[i]表示这个船只的载重,c[i]表示这种船只有2^(c[i] ...

  7. 焦作网络赛B-Mathematical Curse【dp】

    A prince of the Science Continent was imprisoned in a castle because of his contempt for mathematics ...

  8. 焦作网络赛E-JiuYuanWantstoEat【树链剖分】【线段树】

    You ye Jiu yuan is the daughter of the Great GOD Emancipator. And when she becomes an adult, she wil ...

  9. 焦作网络赛L-Poor God Water【矩阵快速幂】

    God Water likes to eat meat, fish and chocolate very much, but unfortunately, the doctor tells him t ...

随机推荐

  1. JS深入理解系列(一):编写高质量代码

    在for循环中,你可以循环取得数组或是数组类似对象的值,譬如arguments和HTMLCollection对象.通常的循环形式如下: // 次佳的循环for (var i = 0; i < m ...

  2. 九度OJ 1076:N的阶乘 (数字特性、大数运算)

    时间限制:3 秒 内存限制:128 兆 特殊判题:否 提交:6384 解决:2238 题目描述: 输入一个正整数N,输出N的阶乘. 输入: 正整数N(0<=N<=1000) 输出: 输入可 ...

  3. Optimizer in SQL - Catalyst Optimizer in Spark SQL

    SELECT sum(v) FROM (    SELECT score.id, 100+80+score.math_score+ score.english_score AS v    FROM p ...

  4. apache 绿色版 安装

    下载绿色版apache 本文已apache2.4为例 http://www.apachehaus.com/cgi-bin/download.plx 下载后解压 打开readme_first.html文 ...

  5. ansible3

    一.setup模块 ansible的setup模块主要用来收集信息,查看参数: [root@localhost ~]# ansible-doc -s setup # 查看参数,部分参数如下: filt ...

  6. PAT天梯赛 L2-020. 功夫传人 【DFS】

    题目链接 https://www.patest.cn/contests/gplt/L2-020 思路 从师父开始 一层一层往下搜 然后 搜到 得道者 就更新答案 AC代码 #include <c ...

  7. Android Weekly Notes Issue #261

    Android Weekly Issue #261 June 11th, 2017 Android Weekly Issue #261 本期内容包括: Adaptive Icons; Kotlin实现 ...

  8. GDB调试core文件(3)

    列出一些常见问题: 一,如何使用core文件 使用core文件 在core文件所在目录下键入: gdb -c core 它会启动GNU的调试器,来调试core文件,并且会显示生成此core文件的程序名 ...

  9. openocd+jlink为mini2440调试u-boot

    需要安装openocd,如果已经安装了系统默认的openocd(默认是0.5.0,版本太低),需要先卸载掉. 在安装前需要安装必需的一些库文件: -dev libusb-1.0-0 automake ...

  10. 高通MSM8255 GPS 调试分析&&Android系统之Broadcom GPS 移植【转】

    本文转载自:http://blog.csdn.net/gabbzang/article/details/12063031 http://blog.csdn.NET/dwyane_zhang/artic ...