XHXJ's LIS

http://acm.hdu.edu.cn/showproblem.php?pid=4352

Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 32768/32768 K (Java/Others)
Total Submission(s): 4651    Accepted Submission(s): 1946

Problem Description
#define xhxj (Xin Hang senior sister(学姐)) 
If you do not know xhxj, then carefully reading the entire description is very important.
As the strongest fighting force in UESTC, xhxj grew up in Jintang, a border town of Chengdu.
Like many god cattles, xhxj has a legendary life: 
2010.04, had not yet begun to learn the algorithm, xhxj won the second prize in the university contest. And in this fall, xhxj got one gold medal and one silver medal of regional contest. In the next year's summer, xhxj was invited to Beijing to attend the astar onsite. A few months later, xhxj got two gold medals and was also qualified for world's final. However, xhxj was defeated by zhymaoiing in the competition that determined who would go to the world's final(there is only one team for every university to send to the world's final) .Now, xhxj is much more stronger than ever,and she will go to the dreaming country to compete in TCO final.
As you see, xhxj always keeps a short hair(reasons unknown), so she looks like a boy( I will not tell you she is actually a lovely girl), wearing yellow T-shirt. When she is not talking, her round face feels very lovely, attracting others to touch her face gently。Unlike God Luo's, another UESTC god cattle who has cool and noble charm, xhxj is quite approachable, lively, clever. On the other hand,xhxj is very sensitive to the beautiful properties, "this problem has a very good properties",she always said that after ACing a very hard problem. She often helps in finding solutions, even though she is not good at the problems of that type.
Xhxj loves many games such as,Dota, ocg, mahjong, Starcraft 2, Diablo 3.etc,if you can beat her in any game above, you will get her admire and become a god cattle. She is very concerned with her younger schoolfellows, if she saw someone on a DOTA platform, she would say: "Why do not you go to improve your programming skill". When she receives sincere compliments from others, she would say modestly: "Please don’t flatter at me.(Please don't black)."As she will graduate after no more than one year, xhxj also wants to fall in love. However, the man in her dreams has not yet appeared, so she now prefers girls.
Another hobby of xhxj is yy(speculation) some magical problems to discover the special properties. For example, when she see a number, she would think whether the digits of a number are strictly increasing. If you consider the number as a string and can get a longest strictly increasing subsequence the length of which is equal to k, the power of this number is k.. It is very simple to determine a single number’s power, but is it also easy to solve this problem with the numbers within an interval? xhxj has a little tired,she want a god cattle to help her solve this problem,the problem is: Determine how many numbers have the power value k in [L,R] in O(1)time.
For the first one to solve this problem,xhxj will upgrade 20 favorability rate。
 
Input
First a integer T(T<=10000),then T lines follow, every line has three positive integer L,R,K.(
0<L<=R<263-1 and 1<=K<=10).
 
Output
For each query, print "Case #t: ans" in a line, in which t is the number of the test case starting from 1 and ans is the answer.
 
Sample Input
1
123 321 2
 
Sample Output
Case #1: 139
 #include<bits/stdc++.h>
using namespace std;
#define lson l,mid,rt<<1
#define rson mid+1,r,rt<<1|1
#define sqr(x) ((x)*(x))
#define pb push_back
#define eb emplace_back
#define maxn 13000005
#define eps 1e-8
#define pi acos(-1.0)
#define rep(k,i,j) for(int k=i;k<j;k++)
typedef long long ll;
typedef pair<int,int> pii;
typedef pair<long long,int>pli;
typedef pair<int,char> pic;
typedef pair<pair<int,string>,pii> ppp;
typedef unsigned long long ull;
const long long MOD=1e9+;
/*#ifndef ONLINE_JUDGE
freopen("1.txt","r",stdin);
#endif */ ll dp[][<<][];
int a[];
int k; int Maxlen(int st,int x){
for(int i=x;i<;i++){///求最长公共子序列
if(st&(<<i)) return ((st^(<<i))|(<<x));
}
return st|(<<x);
} int getone(int st){
return __builtin_popcount(st);
} ll dfs(int pos,int st,int lead,int limit){///要去掉前导0
if(pos==-) return getone(st)==k;
if(!limit&&dp[pos][st][k]!=-) return dp[pos][st][k];
ll ans=;
int up=limit?a[pos]:;
for(int i=;i<=up;i++){
ans+=dfs(pos-,(lead==&&i==)?:Maxlen(st,i),lead||i,limit&&i==a[pos]);
}
if(!limit) dp[pos][st][k]=ans;
return ans;
} ll solve(ll x){
int pos=;
while(x){
a[pos++]=x%;
x/=;
}
ll ans=dfs(pos-,,,);
return ans;
} int main(){
#ifndef ONLINE_JUDGE
// freopen("1.txt","r",stdin);
#endif
std::ios::sync_with_stdio(false);
int t;
ll n,m;
memset(dp,-,sizeof(dp));
cin>>t;
for(int _=;_<=t;_++){
cin>>n>>m>>k;
ll ans=solve(m)-solve(n-);
cout<<"Case #"<<_<<": "<<ans<<endl;
} }

XHXJ's LIS(数位DP)的更多相关文章

  1. HDU 4352 XHXJ's LIS 数位dp lis

    目录 题目链接 题解 代码 题目链接 HDU 4352 XHXJ's LIS 题解 对于lis求的过程 对一个数列,都可以用nlogn的方法来的到它的一个可行lis 对这个logn的方法求解lis时用 ...

  2. hdu 4352 XHXJ's LIS 数位dp+状态压缩

    题目链接:http://acm.hdu.edu.cn/showproblem.php?pid=4352 XHXJ's LIS Time Limit: 2000/1000 MS (Java/Others ...

  3. HDU.4352.XHXJ's LIS(数位DP 状压 LIS)

    题目链接 \(Description\) 求\([l,r]\)中有多少个数,满足把这个数的每一位从高位到低位写下来,其LIS长度为\(k\). \(Solution\) 数位DP. 至于怎么求LIS, ...

  4. HDU 4352 XHXJ's LIS (数位DP+LIS+状态压缩)

    题意:给定一个区间,让你求在这个区间里的满足LIS为 k 的数的数量. 析:数位DP,dp[i][j][k] 由于 k 最多是10,所以考虑是用状态压缩,表示 前 i 位,长度为 j,状态为 k的数量 ...

  5. hdu4352 XHXJ's LIS(数位DP + LIS + 状态压缩)

    #define xhxj (Xin Hang senior sister(学姐)) If you do not know xhxj, then carefully reading the entire ...

  6. hdu4352 XHXJ's LIS[数位DP套状压DP+LIS$O(nlogn)$]

    统计$[L,R]$内LIS长度为$k$的数的个数,$Q \le 10000,L,R < 2^{63}-1,k \le 10$. 首先肯定是数位DP.然后考虑怎么做这个dp.如果把$k$记录到状态 ...

  7. $HDU$ 4352 ${XHXJ}'s LIS$ 数位$dp$

    正解:数位$dp$+状压$dp$ 解题报告: 传送门! 题意大概就是港,给定$[l,r]$,求区间内满足$LIS$长度为$k$的数的数量,其中$LIS$的定义并不要求连续$QwQ$ 思路还算有新意辣$ ...

  8. hdu 4352 XHXJ's LIS 数位DP+最长上升子序列

    题目描述 #define xhxj (Xin Hang senior sister(学姐))If you do not know xhxj, then carefully reading the en ...

  9. hdu 4352 XHXJ's LIS 数位DP

    数位DP!dp[i][j][k]:第i位数,状态为j,长度为k 代码如下: #include<iostream> #include<stdio.h> #include<a ...

随机推荐

  1. sql server 字符串字节长度

    SQL Server 字符个数,字节长度,len不是你想要的字节数,datalength才能得到字节数 select len('娜娜123') ,datalength('娜娜123') 5       ...

  2. RADIDE MultiPaste

    RADIDE MultiPaste https://community.embarcadero.com/blogs/entry/multipaste-in-the-rad-studio-ide htt ...

  3. 机器学习入门-文本数据-构造Tf-idf词袋模型(词频和逆文档频率) 1.TfidfVectorizer(构造tf-idf词袋模型)

    TF-idf模型:TF表示的是词频:即这个词在一篇文档中出现的频率 idf表示的是逆文档频率, 即log(文档的个数/1+出现该词的文档个数)  可以看出出现该词的文档个数越小,表示这个词越稀有,在这 ...

  4. day15-函数进阶

    1.函数嵌套 多个函数嵌套在一起即为函数嵌套 在调用函数时,函数需在调用之前定义,如果函数在调用之后才定义,则不能被成功调用.当定义多个函数时,函数名称不能相同,否则后定义的函数会将之前的函数覆盖,即 ...

  5. DirectShow设置采集帧率码率YUV<转>

    // 设置参数,p1=宽,p2=高,p3=帧率 AM_MEDIA_TYPE *p = NULL; IAMStreamConfig *pSC = NULL; pCGB2->FindInterfac ...

  6. 静态函数造成GC的原因

    有时候用deep profiling查看GC时会发现:一个父函数有GC,展开子层级看到一个很奇怪的 CX::ctor,表示CX进行了构造,然后打开父函数代码却完全看不到有new CX的地方,这个时候可 ...

  7. Go语言学习笔记(2)

    数组 var a [2]string a[0] = "Hello" a[1] = "World" primes := [6]int{2, 3, 5, 7, 11 ...

  8. ORACLE问题定位基本方法

    在使用ORACLE过程中经常会碰到启动或者访问失败的问题.碰到这些问题该如何解决? 1.仔细阅读报错提示信息,不要扫一眼感觉似曾相识,凭经验就开始上手解决.因为相同的现象可能是不同的原因引发的. 2. ...

  9. RxJava2.0学习笔记1 2018年3月23日 星期五

    参考博文:给初学者的RxJava2.0教程-简书     源码 :https://github.com/ssseasonnn/RxJava2Demo 1 若是发送多个onError, 则收到第二个on ...

  10. Hibernate 再接触 继承映射

    用一张 每一个类一张表 建立外键 第一种 一张总表 Person package com.bjsxt.hibernate; import javax.persistence.Discriminator ...