POJ 1953 World Cup Noise】的更多相关文章

World Cup Noise Time Limit: 1000MS   Memory Limit: 30000K Total Submissions: 16369   Accepted: 8095 Description Background "KO-RE-A, KO-RE-A" shout 54.000 happy football fans after their team has reached the semifinals of the FIFA World Cup in t…
World Cup Noise Time Limit: 1000MS   Memory Limit: 30000K Total Submissions: 14397   Accepted: 7129 Description Background "KO-RE-A, KO-RE-A" shout 54.000 happy football fans after their team has reached the semifinals of the FIFA World Cup in t…
World Cup Noise Time Limit: 1000MS   Memory Limit: 30000K Total Submissions: 16774   Accepted: 8243 Description Background "KO-RE-A, KO-RE-A" shout 54.000 happy football fans after their team has reached the semifinals of the FIFA World Cup in t…
题意:n位长的01序列(0 < n < 45),但不能出现连续的两个1,问序列有多少种. 题目链接:id=1953" target="_blank">http://poj.org/problem? id=1953 -->>设dp[i][j]表示前 i 位中第 i 位为 j 时的序列数.则状态转移方程为: dp[i][0] = dp[i - 1][0] + dp[i - 1][1]; dp[i][1] = dp[i - 1][0]; 由于对于同样的…
https://vjudge.net/problem/POJ-1953 题意:输入一个n,这n位数只由0和1组成,并且不能两个1相邻.计算共有多少种排列方法. 思路:递推题. 首先a[1]=2,a[2]=3是显而易见的,接下来计算分析到第n位时的排列方法数,如果第n-1位数为1,那么第n位只能为0,那么此时有g[n-1]种方法(g[n-1]表示第n-1位为1的数量).如果第n-1位为0,那么此时有2*f[n-1]种方法(f[n-1]表示第n-1位为0的数量). 所以,两者相加=g[n-1]+2*…
World Cup Noise Time Limit: 1000MS Memory Limit: 30000K Total Submissions: 16374 Accepted: 8097 Description Background "KO-RE-A, KO-RE-A" shout 54.000 happy football fans after their team has reached the semifinals of the FIFA World Cup in their…
1.Link: http://poj.org/problem?id=3117 2.Content: World Cup Time Limit: 1000MS   Memory Limit: 65536K Total Submissions: 8778   Accepted: 4406 Description A World Cup of association football is being held with teams from around the world. The standin…
http://poj.org/problem?id=1953 题目大意:给定一个正整数n,确定该长度的不同吟唱模式的数量,即确定不包含相邻1的n位序列的数目.例如,对于n = 3,答案是5 (序列000,001,010,100,101是可以接受的,而011,110,111不是).输入第一行包含场景的数量.对于每个场景,在一行中,您将得到一个小于45的正整数.每个场景的输出从包含“Scenario #i:”的一行开始,其中i是从1开始的场景的数量.然后打印一行包含没有相邻1的n位序列的序列.用空行…
//FINBONACI数列 #include <iostream> #define MAXN 100 using namespace std; int _m[MAXN]; int main() { //freopen("acm.acm","r",stdin); int test; int i; int n; ; _m[] = ; _m[] = ; ; i < ; ++ i) { _m[i] = _m[i-] + _m[i-]; } cin>&…
用n个数字0或者1组成一个排列,要求每两个1不相邻,问有多少种排法 dp[n][0]记录n个连续数,结尾为0的不同排列数dp[n][1]记录第n个连续数,结尾为1的不同排列数 DP公式: dp[i][0]=dp[i-1][0]+dp[i-1][1];  此数为0,前面是0或1均可dp[i][1]=dp[i-1][0];             此数为1,前面只能是0: #include<iostream> using namespace std; //dp[i][0]记录第i个连续数,结尾为0…