Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 32768/32768 K (Java/Others)
Total Submission(s): 2508    Accepted Submission(s):
1297

Problem Description
Nim is a two-player mathematic game of strategy in
which players take turns removing objects from distinct heaps. On each turn, a
player must remove at least one object, and may remove any number of objects
provided they all come from the same heap.

Nim is usually played as a
misere game, in which the player to take the last object loses. Nim can also be
played as a normal play game, which means that the person who makes the last
move (i.e., who takes the last object) wins. This is called normal play because
most games follow this convention, even though Nim usually does
not.

Alice and Bob is tired of playing Nim under the standard rule, so
they make a difference by also allowing the player to separate one of the heaps
into two smaller ones. That is, each turn the player may either remove any
number of objects from a heap or separate a heap into two smaller ones, and the
one who takes the last object wins.

 
Input
Input contains multiple test cases. The first line is
an integer 1 ≤ T ≤ 100, the number of test cases. Each case begins with an
integer N, indicating the number of the heaps, the next line contains N integers
s[0], s[1], ...., s[N-1], representing heaps with s[0], s[1], ..., s[N-1]
objects respectively.(1 ≤ N ≤ 10^6, 1 ≤ S[i] ≤ 2^31 - 1)
 
Output
For each test case, output a line which contains either
"Alice" or "Bob", which is the winner of this game. Alice will play first. You
may asume they never make mistakes.
 
Sample Input
2
3
2 2 3
2
3 3
 
Sample Output
Alice
Bob
 
Source
 
Recommend
gaojie   |   We have carefully selected several similar
problems for you:  3031 3033 3038 3035 3034 
 
 
Multi-SG游戏的裸题
$$sg(x) = \begin{cases} x-1, & \text{$x\%4=0$}\\ x, & \text{$x\%4=1\lor x\%4=2$ }\\ x+1, & \text{$x\%4=3$} \end{cases}$$
 
#include<cstdio>
#include<cstring>
using namespace std;
const int MAXN=;
int read()
{
char c=getchar();int x=,f=;
while(c<''||c>''){if(c=='-')f=-;c=getchar();}
while(c>=''&&c<=''){x=x*+c-'';c=getchar();}
return x*f;
}
int a[MAXN],SG[MAXN];
int main()
{
#ifdef WIN32
freopen("a.in","r",stdin);
#else
#endif
int QWQ=read();
while(QWQ--)
{
int N=read();
for(int i=;i<=N;i++) a[i]=read();
for(int i=;i<=N;i++)
if(a[i] % == ) SG[i] = a[i]-;
else if(a[i]%==||a[i]%==) SG[i] = a[i];
else SG[i] = a[i]+;
int ans=;
for(int i=;i<=N;i++)
ans^=SG[i];
puts(ans?"Alice":"Bob");
}
return ;
}
 

HDU 3032 Nim or not Nim?(Multi-Nim)的更多相关文章

  1. hdu 3032 Nim or not Nim? (SG函数博弈+打表找规律)

    Nim or not Nim? Time Limit:1000MS     Memory Limit:32768KB     64bit IO Format:%I64d & %I64u Sub ...

  2. hdu 3032 Nim or not Nim? sg函数 难度:0

    Nim or not Nim? Time Limit: 2000/1000 MS (Java/Others)    Memory Limit: 32768/32768 K (Java/Others)T ...

  3. HDU 3032 multi-sg 打表找规律

    普通NIM规则加上一条可以分解为两堆,标准的Multi-SG游戏 一般Multi-SG就是根据拓扑图计算SG函数,这题打表后还能发现规律 sg(1)=1 sg(2)=2 sg(3)=mex{0,1,2 ...

  4. 【hdu 3032】Nim or not Nim?

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

  5. HDU 3032 Nim or not Nim (sg函数)

    加强版的NIM游戏,多了一个操作,可以将一堆石子分成两堆非空的. 数据范围太大,打出sg表后找规律. # include <cstdio> # include <cstring> ...

  6. HDU 3032 (Nim博弈变形) Nim or not Nim?

    博弈的题目,打表找规律还是相当有用的一个技巧. 这个游戏在原始的Nim游戏基础上又新加了一个操作,就是游戏者可以将一堆分成两堆. 这个SG函数值是多少并不明显,还是用记忆化搜索的方式打个表,规律就相当 ...

  7. hdu 3032 Nim or not Nim? 博弈论

     这题是Lasker’s Nim. Clearly the Sprague-Grundy function for the one-pile game satisfies g(0) = 0 and g( ...

  8. HDU 3032 Nim or not Nim? (sg函数求解)

    Nim or not Nim? Problem Description Nim is a two-player mathematic game of strategy in which players ...

  9. HDU 3032 Nim or not Nim? (需求的游戏SG功能)

    意甲冠军:经典Nim游戏转换,给你n礧pi,每个堆栈有pi石头, Alice和Bob轮流石头,意一堆中拿走随意个石子,也能够将某一堆石子分成两个小堆 (每堆石子个数必须不能为0).先拿完者获胜 思路: ...

  10. HDU 3032 Nim or not Nim? [Multi-SG]

    传送门 题意: nim游戏,多了一种操作:将一堆分成两堆 Multi-SG游戏规定,在符合拓扑原则的前提下,一个单一游戏的后继可以为多个单一游戏. 仍然可以使用$SG$函数,分成多个游戏的后继$SG$ ...

随机推荐

  1. mysql数据统计技巧备忘录

    mysql 作为常用数据库,操作贼六是必须的,对于数字操作相关的东西,那是相当方便,本节就来拎几个统计案例出来供参考! order订单表,样例如下: CREATE TABLE `t_order` ( ...

  2. Jade —— 源于 Node.js 的 HTML 模板引擎

    2013-12-11 发布 Jade —— 源于 Node.js 的 HTML 模板引擎 开源项目介绍 web 模板引擎 node.js jade 207.8k 次阅读  ·  读完需要 69 分钟 ...

  3. vlookup函数基本使用--如何将两个Excel表中的数据匹配;excel表中vlookup函数使用方法将一表引到另一表

    vlookup函数基本使用--如何将两个Excel表中的数据匹配:excel表中vlookup函数使用方法将一表引到另一表 一.将几个学生的籍贯匹配出来‘ 二.使用查找与引用函数 vlookup 三. ...

  4. mysql 开发基础系列21 事务控制和锁定语句(下)

    1.  隐含的执行unlock tables 如果在锁表期间,用start transaction命令来开始一个新事务,会造成一个隐含的unlock tables 被执行,如下所示: 会话1 会话2 ...

  5. [Jenkins][Git]ssh原理以及与https的区别

    -------------------------------------------------------------------- 本文参考多篇文章结合自身情况完成,可自由转载,需保留本文出处! ...

  6. [Shell]Shell调用并获取执行jar包后的返回值

    ----------------------------------------------------------------- 原创博文,如需转载请注明出处! 博主:疲惫的豆豆 链接:http:/ ...

  7. Hadoop学习笔记(三):java操作Hadoop

    1. 启动hadoop服务. 2. hadoop默认将数据存储带/tmp目录下,如下图: 由于/tmp是linux的临时目录,linux会不定时的对该目录进行清除,因此hadoop可能就会出现意外情况 ...

  8. SaltStack安装配置详解

    一.简介 Saltstack 比 Puppet 出来晚几年,是基于Python 开发的,也是基于 C/S 架构,服务端 master 和客户端 minions :Saltstack 和 Puppet ...

  9. 网络编程第三讲UDP编写

    网络编程第三讲UDP编写 一丶UDP简介 UDP是面向无连接的.就是说数据传输会丢掉.网络延时比较大的情况下.会早上丢包.例如视频通话.就是UDP UDP不需要建立建立. 下面有UDP编写流程图 下图 ...

  10. Go signals 信号

    Go中通过os/signals包,可以接受系统信号. package main import "fmt" import "os" import "os ...