参考自:https://www.cnblogs.com/ECJTUACM-873284962/p/6414173.html

The Famous Clock

Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 32768/32768 K (Java/Others)
Total Submission(s): 1399    Accepted Submission(s): 940

Problem Description
  Mr. B, Mr. G and Mr. M are now in Warsaw, Poland, for the 2012’s ACM-ICPC World Finals Contest. They’ve decided to take a 5 hours training every day before the contest. Also, they plan to start training at 10:00 each day since the World Final Contest will do so. The scenery in Warsaw is so attractive that Mr. B would always like to take a walk outside for a while after breakfast. However, Mr. B have to go back before training starts, otherwise his teammates will be annoyed. Here is a problem: Mr. B does not have a watch. In order to know the exact time, he has bought a new watch in Warsaw, but all the numbers on that watch are represented in Roman Numerals. Mr. B cannot understand such kind of numbers. Can you translate for him?
 

 

Input
  Each test case contains a single line indicating a Roman Numerals that to be translated. All the numbers can be found on clocks. That is, each number in the input represents an integer between 1 and 12. Roman Numerals are expressed by strings consisting of uppercase ‘I’, ‘V’ and ‘X’. See the sample input for further information.
 
Output
  For each test case, display a single line containing a decimal number corresponding to the given Roman Numerals.
 
Sample Input
I
II
III
IV
V
VI
VII
VIII
IX
X
XI
XII
Sample Output
Case 1: 1
Case 2: 2
Case 3: 3
Case 4: 4
Case 5: 5
Case 6: 6
Case 7: 7
Case 8: 8
Case 9: 9
Case 10: 10
Case 11: 11
Case 12: 12
 
 解法:
#include <bits/stdc++.h>
using namespace std;
int main(){
char s[];
int ans,k=;
while(gets(s)){
ans=;
int len=strlen(s);
for(int i=;i<len;i++){
if(s[i]=='I')ans++;
if(s[i]=='V')ans=-ans;
if(s[i]=='X')ans=-ans;
}
printf("Case %d: %d\n",++k,ans);
}
return ;
}

HDU 4256 翻译罗马数字的更多相关文章

  1. HDU 4256 The Famous Clock

    The Famous Clock Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 32768/32768 K (Java/Others) ...

  2. hdu 1075:What Are You Talking About(字典树,经典题,字典翻译)

    What Are You Talking About Time Limit: 10000/5000 MS (Java/Others)    Memory Limit: 102400/204800 K ...

  3. HDOJ/HDU 2352 Verdis Quo(罗马数字与10进制数的转换)

    Problem Description The Romans used letters from their Latin alphabet to represent each of the seven ...

  4. HDOJ/HDU 1075 What Are You Talking About(字符串查找翻译~Map)

    Problem Description Ignatius is so lucky that he met a Martian yesterday. But he didn't know the lan ...

  5. hdu 1075 What Are You Talking About 火星文翻译成英文

    What Are You Talking About Time Limit: 10000/5000 MS (Java/Others)    Memory Limit: 102400/204800 K ...

  6. hdu 3695:Computer Virus on Planet Pandora(AC自动机,入门题)

    Computer Virus on Planet Pandora Time Limit: 6000/2000 MS (Java/Others)    Memory Limit: 256000/1280 ...

  7. poj 2503:Babelfish(字典树,经典题,字典翻译)

    Babelfish Time Limit: 3000MS   Memory Limit: 65536K Total Submissions: 30816   Accepted: 13283 Descr ...

  8. HDU 1075 What Are You Talking About(Trie的应用)

    What Are You Talking About Time Limit: 10000/5000 MS (Java/Others)    Memory Limit: 102400/204800 K ...

  9. hdu 4998

    http://acm.hdu.edu.cn/showproblem.php?pid=4998 这道题,在比赛的时候看了很久,才明白题目的大意.都怪自己不好好学习英语.后来经过队友翻译才懂是什么意思. ...

随机推荐

  1. 谈谈自己体会到的HTML5

    # 谈谈自己体会到的HTML5 很多介绍HTML5的文章,都是从以下几个方面去介绍的:语义化.丰富的表单.本地存储.多媒体.地理位置等等.纸上得来终觉浅,现在有了一定的实践经验之后,本人对其有了更加深 ...

  2. Java 将两个Map对象合并为一个Map对象

    实现方式是通过 putAll() 方法将多个 map 对象中的数据放到另外一个全新的 map 对象中,代码如下所示,展示了两个 map 对象的合并,如果是多个 map 合并也是用这种方式. publi ...

  3. Vue(二)基础

    01-vue的起步 1.引包 a) 直接下载,并用<script>标签引入 b) CDN方式引入: <script src="https://cdn.bootcss.com ...

  4. 割顶树 BZOJ1123 BLO

    无向图中,求去掉点x[1,n]后每个联通块的大小. 考虑tarjan求bcc的dfs树,对于每个点u及其儿子v,若low[v]<prv[u],则v对u的父亲联通块有贡献,否则对u的子树有贡献.每 ...

  5. 用HttpClient和用HttpURLConnection做爬虫发现爬取的代码少了的问题

    最近在学习用java来做爬虫但是发现不管用那种方式都是爬取的代码比网页的源码少了很多在网上查了很多都说是inputStream的缓冲区太小而爬取的网页太大导致读取出来的网页代码不完整,但是后面发现并不 ...

  6. p151开映射札记

    1. 如何理解这句话? 2.连续有什么用? 3.为什么区间包含,经过算子T还是包含? 谢谢 谢谢学长 我懂了  1.2.     3有点儿模糊 1.连续等价于开集原像是开集,而可逆算子的逆的原像就是的 ...

  7. python_函数名的应用、闭包、装饰器

    0.动态传参内容补充: 0.1 单纯运行如下函数不会报错. def func1(*args,**kwargs): pass func1() 0.2 *的魔性用法 * 在函数定义的时候,代表聚合. *在 ...

  8. Linux下破解pycharm

    1.下载 https://pan.baidu.com/s/119UO4SGIEW_cxf0LmZzx3w 并将 JetbrainsCrack-3.1-release-enc.jar 放置到 pycha ...

  9. 理解根目录,classpath, getClass().getResourceAsStream和getClass().getClassLoader().getResourceAsStream的区别

    一: 理解根目录 <value>classpath*:/application.properties</value> <value>classpath:/appli ...

  10. 并发包 concurrent(一) Atomic

    1:基础概念 悲观锁(Pessimistic Lock), 顾名思义,就是很悲观,每次去拿数据的时候都认为别人会修改,所以每次在拿数据的时候都会上锁,这样别人想拿这个数据就会block直到它拿到锁.传 ...