Chen, Adrian (November 7, 2013). “Doge Is An Ac- tually Good Internet Meme. Wow.”. Gawker. Retrieved November 22, 2013.

Doge is an Internet meme that became popular in 2013. The meme typically con- sists of a picture of a Shiba Inu dog ac- companied by multicolored text in Comic Sans MS font in the foreground. The text, representing a kind of internal monologue, is deliberately written in broken English, and usually contains the word “wow” and the phrases “such x”, “much x”, “many x”, “very x” and “so x”. 
 Kabosu, the Shiba Inu featured in the original meme, was first pictured in a 2010 blog post by Atsuko Sato, a Japanese kindergarten teacher. Afterwards, varia- tions of the pictures using overlaid Comic Sans text were posted from a Tumblr blog, Shiba Confessions. However, the use of the intentionally misspelled “doge” dates back to June 2005, when it was mentioned in an episode of Homestar Runners puppet series. 
 In August 2013, images of the meme were spammed on Reddit’s r/MURICA subreddit by 4chan’s random imageboard, /b/. A search of the term doge on Google Trends shows an explosion of popularity occurring in October 2013, and more so in the following month. By November 2013, the meme had become widespread on the Internet. Google later created a Doge Easter egg: when doge meme was entered into the YouTube search bar, all of the site’s text would be displayed in colorful Comic Sans, similar to the kind used by the meme. 
 The meme was ranked #12 on MTV’s list of “50 Things Pop Culture Had Us Giving Thanks For” in 2013. Io9 compared the internal dialog of the Shiba Inu dogs to lolcat-speak. The image most commonly associated with the meme is of a female Shiba Inu named Kabosu, taken from a Japanese blog documenting the dog’s daily activities. The spelling of doge has several variants, leading to debate on its actual pronunciation. On December 13, Doge was named the “top meme” of 2013 by Know Your Meme. 
 In December 2013, the Dogecoin was introduced as a new cryptocurrency, making it the first cryptocurrency to be based on an Internet meme; the viral phenomenon, along with usage of the Comic Sans MS typeface, gave it “the Internet density of a large star” according to Medium writer Quinn Norton. 
In late December 2013, members of the U.S. Congress produced material in the meme’s style. Huffington Post commented that Doge was “killed” because of the Congress members’ usage of the meme. 
 By early 2014, Doge’s popularity was sustained by internet communities on social media, accompanied by the rapid growth and acceptance of Dogecoin. In April 2014, Doge experienced a second major media resurgence due to revelations of the Dogecoin community’s intent to sponsor Josh Wise in NASCAR and place a picture of the Shiba Inu on his vehicle.

—— Doge (meme). (2014, May 18). 
In Wikipedia, The Free Encyclopedia. Retrieved 02:00, May 22, 2014, from 
http://en.wikipedia.org/w/index.php?title=Doge_(meme)&oldid=609040691

Now, Doge wants to know how many words “doge” are there in a given article. Would you like to help Doge solve this problem?

InputAn article that Doge wants to know. 
 The size of the article does not exceed 64KB. The article contains only ASCII characters.OutputPlease output the number of word “doge” (case- insensitive). Refer to the samples for more details.Sample Input

adoge
cutedo
yourge
blownDoge
题意:好长啊啊啊啊啊啊啊啊,
#include<map>
#include<set>
#include<cmath>
#include<queue>
#include<stack>
#include<vector>
#include<cstdio>
#include<iomanip>
#include<cstdlib>
#include<cstring>
#include<iostream>
#include<algorithm>
#define pi acos(-1)
#define ll long long
#define mod 10007
#define ls l,m,rt<<1
#define rs m+1,r,rt<<1|1 using namespace std; const double g=10.0,eps=1e-;
const int N=+,maxn=(<<)-,inf=0x3f3f3f3f; int Next[N],slen,plen,ans=;
string str,ptr; void getnext()
{
int k=-;
Next[]=-;
for(int i=;i<slen;i++)
{
while(k>-&&str[k+]!=str[i])k=Next[k];
if(str[k+]==str[i])k++;
Next[i]=k;
}
}
void kmp()
{
int k=-;
for(int i=;i<plen;i++)
{
while(k>-&&str[k+]!=ptr[i])k=Next[k];
if(str[k+]==ptr[i])k++;
if(k==slen-)
{
k=-;
ans++;
}
}
}
int main()
{
ios::sync_with_stdio(false);
cin.tie();
// cout<<setiosflags(ios::fixed)<<setprecision(2);
str="doge";
slen=str.size();
getnext();
string s;
while(getline(cin,s)){
ptr="";
for(int i=;i<s.size();i++)
{
if(s[i]>='A'&&s[i]<='Z')s[i]=s[i]-'A'+'a';
ptr+=s[i];
}
plen=ptr.size();
kmp();
}
cout<<ans<<endl;
return ;
}
还好只看了后面一段,就是找出一段话中的名狗doge(不区分大小写)
题解:kmp一步到位,和刚开始有一题很像
lovelyDooge
Wow! Such Dooooooooooooooge!!!
D0ge
dOge DOGE
dogedoge

Sample Output

6

hdu4847 kmp的更多相关文章

  1. hdu4847 Wow! Such Doge! KMP

    Chen, Adrian (November 7, 2013). “Doge Is An Ac- tually Good Internet Meme. Wow.”. Gawker. Retrieved ...

  2. 两种KMP题+KMP模版整理

    最近稍微看了下KMP,不是很懂他们大神的A题姿势,但是模版总该还是要去学的. 其中next数组的求法有两处区别. 第一种:求主串中模式串的个数.HDU2087 剪花布条和HDU4847 Wow! Su ...

  3. KMP算法求解

    // KMP.cpp : 定义控制台应用程序的入口点. // #include "stdafx.h" #include<iostream> using namespac ...

  4. 简单有效的kmp算法

    以前看过kmp算法,当时接触后总感觉好深奥啊,抱着数据结构的数啃了一中午,最终才大致看懂,后来提起kmp也只剩下“奥,它是做模式匹配的”这点干货.最近有空,翻出来算法导论看看,原来就是这么简单(先不说 ...

  5. KMP算法

    KMP算法是字符串模式匹配当中最经典的算法,原来大二学数据结构的有讲,但是当时只是记住了原理,但不知道代码实现,今天终于是完成了KMP的代码实现.原理KMP的原理其实很简单,给定一个字符串和一个模式串 ...

  6. 萌新笔记——用KMP算法与Trie字典树实现屏蔽敏感词(UTF-8编码)

    前几天写好了字典,又刚好重温了KMP算法,恰逢遇到朋友吐槽最近被和谐的词越来越多了,于是突发奇想,想要自己实现一下敏感词屏蔽. 基本敏感词的屏蔽说起来很简单,只要把字符串中的敏感词替换成"* ...

  7. [KMP]【学习笔记】

    Oulipo Time Limit: 1000MS   Memory Limit: 65536K Total Submissions: 36916   Accepted: 14904 Descript ...

  8. KMP算法实现

    链接:http://blog.csdn.net/joylnwang/article/details/6778316 KMP算法是一种很经典的字符串匹配算法,链接中的讲解已经是很明确得了,自己按照其讲解 ...

  9. KMP专题

    1.[HDU 3336]Count the string(KMP+dp) 题意:求给定字符串含前缀的数量,如输入字符串abab,前缀是a.ab.aba.abab,在原字符串中出现的次数分别是2.2.1 ...

随机推荐

  1. 通过Java 线程堆栈进行性能瓶颈分析

    改善性能意味着用更少的资源做更多的事情.为了利用并发来提高系统性能,我们需要更有效的利用现有的处理器资源,这意味着我们期望使 CPU 尽可能出于忙碌状态(当然,并不是让 CPU 周期出于应付无用计算, ...

  2. P4391 [BOI2009]Radio Transmission 无线传输

    P4391 [BOI2009]Radio Transmission 无线传输 kmp 题目让我们求一个串的最小循环子串 我们回想一下kmp中的失配函数 用 f 数组保存当前字符匹配失败后,需要跳到的前 ...

  3. go环境搭建—基于CentOS6.8

    1. 背景 在当前的中国网络环境下,我们无法访问Google的服务的,包括Golang.org.从第三方网站下载预编译的二进制Go发行版可能存在第三方源代码注入的风险,例如之前的XcodeGhost. ...

  4. Fast特征点的寻找和提取

    一.基础 最初由Rosten和Drummond [Rosten06]提出的FAST(加速段测试的特征)特征检测算法是基于将点P与其包围圆内的点集的直接比较的思想. 基本思想是,如果附近的几个点与P类似 ...

  5. 20145319 《网络渗透》DNS欺骗

    20145319 <网络渗透>DNS欺骗 实验内容 dns欺骗实质上就是一种通过修改dns文件来改变目标想访问的域名和对应ip的攻击,使得目标在访问自己常用域名时不知不觉落入我们的圈套(可 ...

  6. AS不能在手机上现在调试软件

    这两天遇到的一个问题,(android studio2.0以上的版本),在在线调试应用的时候,将手机上的此程序卸载了,然后准备重新再AS中将这个程序推送到手机上,可是这时候发现不能推送,Log显示什么 ...

  7. Python3基础 函数 未指定返回值,返回NONE

             Python : 3.7.0          OS : Ubuntu 18.04.1 LTS         IDE : PyCharm 2018.2.4       Conda ...

  8. Python3基础 raise 产生RuntimeError 异常

             Python : 3.7.0          OS : Ubuntu 18.04.1 LTS         IDE : PyCharm 2018.2.4       Conda ...

  9. C简介与环境配置

    C 语言是一种通用的高级语言,最初是由丹尼斯·里奇在贝尔实验室为开发 UNIX 操作系统而设计的.C 语言最开始是于 1972 年在 DEC PDP-11 计算机上被首次实现. 在 1978 年,布莱 ...

  10. /etc/profile、/etc/bashrc、~/.bash_profile、~/.bashrc 文件的作用

     转载自:http://blog.csdn.net/u013968345/article/details/21262033 /etc/profile:此文件为系统的每个用户设置环境信息,当用户第一次登 ...