Problem C: LCR

题目连接:

http://codeforces.com/gym/100646/attachments

Description

LCR is a simple game for three or more players. Each player starts with three chips and the object is to

be the last person to have any chips. Starting with Player 1, each person rolls a set of three dice. Each

die has six faces, one face with an L, one with a C, one with an R and three with a dot. For each L

rolled, the player must pass a chip to the player on their left (Player 2 is considered to be to the left of

Player 1); for each R rolled, the player passes a chip to the player on their right; and for each C rolled,

the player puts a chip in a central pile which belongs to no player. No action is taken for any dot that

is rolled. Play continues until only one player has any chips left. In addition, the following rules apply:

  1. A player with no chips is not out of the game, since they may later gain chips based on other

    players’ rolls.
  2. A player with only 1 or 2 chips left only rolls 1 or 2 dice, respectively. A player with no chips left

    does not roll but just passes the dice to the next player.

    Your job is to simulate this game given a sequence of dice rolls.

Input

Input will consist of multiple test cases. Each test case will consist of one line containing an integer n

(indicating the number of players in the game) and a string (specifying the dice rolls). There will be at

most 10 players in any game, and the string will consist only of the characters ‘L’, ‘C’, ‘R’ and ‘.’. In

some test cases, there may be more dice rolls than are needed (i.e., some player wins the game before

you use all the dice rolls). If there are not enough dice rolls left to complete a turn (for example, only

two dice rolls are left for a player with 3 or more chips) then those dice rolls should be ignored. A value

of n = 0 will indicate end of input.

Output

For each test case, output the phrase “Game i:” on a single line (where i is the case number starting

at 1) followed by a description of the state of the game. This desciption will consist of n+1 lines of the

form

Player 1:c1

Player 2:c2

...

Player n:cn

Center:ct

where c1, c2 ... cn are the number of chips each player has at the time the simulation ended (either

because some player has won or there are no more remaining dice rolls) and ct is the number of chips

in the center pile. In addition, if some player has won, you should append the string “(W)” after their

chip count; otherwise you should append the string “(*)” after the chip count of the player who is the

next to roll. The only blank on any line should come before the game number or the player number.

Use a single blank line to separate test cases.

Sample Input

3 LR.CCR.L.RLLLCLR.LL..R...CLR.

5 RL....C.L 0

Sample Output

Game 1:

Player 1:0

Player 2:0

Player 3:6(W)

Center:3

Game 2:

Player 1:1

Player 2:4

Player 3:1

Player 4:4(*)

Player 5:4

Center:1

Hint

题意

模拟题,每个人一开始有三个薯片,然后从1开始,扔最多三个骰子,如果这个人的骰子小于3个的话,就扔他拥有的个数个骰子,如果他没有骰子的话,直接递给下个人。

如果扔到L,那么就把薯片给左边,扔到R就给右边,扔到C就扔中间,扔到点,什么都不做。

如果最后的骰子数小于这个人需要扔的,那就直接无视掉。

胜利条件是一个人拥有所有人最后的薯片。

如果游戏能结束,就直接输出胜利玩家,否则就输出下一个该谁扔。

题解:

模拟题,就模拟就好了。

代码

#include<bits/stdc++.h>
using namespace std; int n;
string s;
int cnt[100];
int cas,mi,now,t;
void init(){
memset(cnt,0,sizeof(cnt));
t=0;
mi=0;
now=0;
}
void soe(int x,int y,int z){
for(int i=x;i<y;i++){
if(s[i]=='R'){
cnt[z]--;
cnt[(z+n-1)%n]++;
}
if(s[i]=='L'){
cnt[z]--;
cnt[(z+1)%n]++;
}
if(s[i]=='C'){
cnt[z]--;
mi++;
}
if(s[i]=='.')continue;
}
}
void solve(){
init();
mi=0;
printf("Game %d:\n",++cas);
memset(cnt,0,sizeof(cnt));
cin>>s;
for(int i=0;i<n;i++)cnt[i]=3;
int cccc=0;
int flag = -1;
while(t<s.size()){
cccc++;
if(cccc>1000000)break;
if(t+min(cnt[now],3)<=s.size()){
int pre = cnt[now];
soe(t,t+min(cnt[now],3),now);
t+=min(pre,3);
now++;
now%=n;
while(cnt[now]==0){
now++;
now%=n;
}
}else{
break;
} for(int i=0;i<n;i++){
if(cnt[i]+mi==3*n)flag=i;
} if(flag!=-1)break;
} for(int i=0;i<n;i++){
printf("Player %d:%d",i+1,cnt[i]);
if(flag==i)printf("(W)");
if(flag==-1&&i==now)printf("(*)");
printf("\n");
} printf("Center:%d\n",mi);
printf("\n");
}
int main(){
//freopen("1.in","r",stdin);
while(scanf("%d",&n)!=EOF){
if(n==0)break;
solve();
}
}

Gym 100646 Problem C: LCR 模拟题的更多相关文章

  1. Gym 100646 Problem E: Su-Su-Sudoku 水题

    Problem E: Su-Su-Sudoku/center> 题目连接: http://codeforces.com/gym/100646/attachments Description By ...

  2. Codeforces Gym 100269B Ballot Analyzing Device 模拟题

    Ballot Analyzing Device 题目连接: http://codeforces.com/gym/100269/attachments Description Election comm ...

  3. 2010-2011 ACM-ICPC, NEERC, Moscow Subregional Contest Problem F. Finance 模拟题

    Problem F. Finance 题目连接: http://codeforces.com/gym/100714 Description The Big Boss Company (BBC) pri ...

  4. 2010-2011 ACM-ICPC, NEERC, Moscow Subregional Contest Problem I. Interest Targeting 模拟题

    Problem I. Interest Targeting 题目连接: http://codeforces.com/gym/100714 Description A unique display ad ...

  5. Western Subregional of NEERC, Minsk, Wednesday, November 4, 2015 Problem K. UTF-8 Decoder 模拟题

    Problem K. UTF-8 Decoder 题目连接: http://opentrains.snarknews.info/~ejudge/team.cgi?SID=c75360ed7f2c702 ...

  6. codeforce gym/100495/problem/K—Wolf and sheep 两圆求相交面积 与 gym/100495/problem/E—Simple sequence思路简述

    之前几乎没写过什么这种几何的计算题.在众多大佬的博客下终于记起来了当时的公式.嘚赶快补计算几何和概率论的坑了... 这题的要求,在对两圆相交的板子略做修改后,很容易实现.这里直接给出代码.重点的部分有 ...

  7. sdut 2162:The Android University ACM Team Selection Contest(第二届山东省省赛原题,模拟题)

    The Android University ACM Team Selection Contest Time Limit: 1000ms   Memory limit: 65536K  有疑问?点这里 ...

  8. UVALive 4222 Dance 模拟题

    Dance 题目连接: https://icpcarchive.ecs.baylor.edu/index.php?option=com_onlinejudge&Itemid=8&pag ...

  9. cdoj 25 点球大战(penalty) 模拟题

    点球大战(penalty) Time Limit: 20 Sec  Memory Limit: 256 MB 题目连接 http://acm.uestc.edu.cn/#/problem/show/2 ...

随机推荐

  1. SQL语句(十二)分组查询

    (十二)分组查询 将数据表中的数据按某种条件分成组,按组显示统计信息 查询各班学生的最大年龄.最小年龄.平均年龄和人数 分组 SELECT <字段名表1> FROM <表名> ...

  2. Spring 学习02

    一.上节内容回顾 1 spring的概念 (1)核心:ioc和aop (2)spring一站式框架 2 spring的bean管理(xml) (1)bean实例化 (2)注入属性 (3)注入对象属性 ...

  3. Nodejs stream模块-翻译

    花了两天时间尝试按照自己的话翻译了一下stream模块,以下内容皆翻译于:https://nodejs.org/api/stream.html. 目录 1  Stream(流)     1.1     ...

  4. 洛谷 P4609: [FJOI2016] 建筑师

    本省省选题是需要做的. 题目传送门:洛谷P4609. 题意简述: 求有多少个 \(1\) 到 \(N\) 的排列,满足比之前的所有数都大的数正好有 \(A\) 个,比之后的所有数都大的数正好有 \(B ...

  5. ARMCC和GCC编译ARM代码的软浮点和硬浮点问题【转】

    转自:https://blog.csdn.net/hunanchenxingyu/article/details/47003279 本文介绍了ARM代码编译时的软浮点(soft-float)和硬浮点( ...

  6. df -h执行卡住不动问题解决【转】

    昨天生产环境报日志写不进去了,因此 登陆线上环境后,习惯用df -h命令查看空间使用情况,结果发现该命令执行半天也没有返回. 因此使用mount命令查看该机器上的目录: [conversant@swi ...

  7. js和css实现内容超过边框,就自动省略,自动添加title

    在项目汇总,我们有这样的需求,如果内容多了,就自动省略,自动添加title 这个需要判断判断俩个值,一个是width(),一个是scrollWidth, 在div中,如果内容没有超过边框,这俩个值是一 ...

  8. express中间件代理实现跨域

    前端代码 var xhr = new XMLHttpRequest(); xhr.open('post', 'http://localhost:3000', true); xhr.onreadysta ...

  9. Demo005 小学四则运算自动生成程序

    目录 小学四则运算自动生成程序 0.传送门 1.题目要求 2.功能实现 2.1 总体设计 2.2 用户欢迎界面 2.3 用户功能界面 2.4 屏幕输出 2.5 文本输出 2.6 获取时间 2.7 用户 ...

  10. KnockoutJs学习笔记(十一)

    enable binding往往作用于form elements,比如input.select和textarea等.包含enable binding的DOM元素会依照enable binding参数的 ...