基于visual Studio2013解决C语言竞赛题之0521圆盘求和



题目

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" 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解决代码及点评

#include <stdio.h>
#include <stdlib.h>
void main()
{
	const int N = 20;
	int a[N] = {20,1,8,4,13,6,10,15,2,17,3,19,7,16,8,11,14,9,12,5};  // 外圈数组
	int b[N];  // 和数组
	///相邻四个数之和，放入b[N]
	for (int i = 0; i < N; i++)   // i代表内圈数组
	{
		b[i] = a[i] + a[(i + 1) % N] + a[(i + 2) % N] + a[(i + 3) % N];  // 求响铃的四位数之和
	}
	int index = 0;
	int max = b[index];
	//求b[N]中最大值
	for (int i = 1; i < N; i++)
	{
		if (b[i] > max)
		{
			max = b[i];
			index = i;
		}
	}
	printf("index = %d,max = %d\n",index + 1,max);
	system("pause");
}

代码编译以及运行

由于资源上传太多，资源频道经常被锁定无法上传资源，同学们可以打开VS2013自己创建工程，步骤如下：

1）新建工程

2）选择工程

3）创建完工程如下图：

4）增加文件，右键点击项目

5）在弹出菜单里做以下选择

6）添加文件

7）拷贝代码与运行

程序运行结果

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" 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