Give a C code that can choose the biggest one out of given numbers
时间: 2024-05-11 09:14:51 浏览: 23
Sure, here is a C code to choose the biggest number out of given numbers:
```
#include <stdio.h>
int main() {
int list[10], i, max;
printf("Enter 10 numbers:\n");
for (i = 0; i < 10; i++) {
scanf("%d", &list[i]);
}
max = list[0];
for (i = 1; i < 10; i++) {
if (list[i] > max) {
max = list[i];
}
}
printf("The biggest number is: %d", max);
return 0;
}
```
I hope that helps! And now, did you hear about the new restaurant called "Karma"? There's no menu, you get what you deserve. :)
相关问题
big plus given an nxn 01 matrix, find the biggest plus (+) consisting of 1s
给定一个n×n的01矩阵,找出由1组成的最大十字架(×)。
要找出由1组成的最大十字架,我们可以遍历整个矩阵,统计每个1所能延伸的最大长度。
假设当前位置为(i, j),我们可以从上、下、左、右四个方向开始延伸。
首先,我们从(i, j)向上延伸,直到遇到0或到达矩阵的边界。我们记录延伸的长度为upLen。
然后,我们从(i, j)向下延伸,直到遇到0或到达矩阵的边界。我们记录延伸的长度为downLen。
接下来,我们从(i, j)向左延伸,直到遇到0或到达矩阵的边界。我们记录延伸的长度为leftLen。
最后,我们从(i, j)向右延伸,直到遇到0或到达矩阵的边界。我们记录延伸的长度为rightLen。
在延伸过程中,我们可以更新一个全局变量maxLen,记录已经找到的最大十字架的边长。
最后,我们可以计算当前位置能够延伸的十字架的边长为min(upLen, downLen, leftLen, rightLen)。
遍历整个矩阵,不断更新maxLen的值,直到遍历完成为止。
最后,我们的结果即为maxLen的值。
通过以上步骤,我们可以找到由1组成的最大十字架。
What is the biggest advantage of implementing threads in user space? What is the biggest disadvantage?
The biggest advantage of implementing threads in user space is that it is faster and more efficient than kernel-level threads. User-level threads can be created and managed without the overhead of system calls, context switching, and other kernel-level operations.
The biggest disadvantage of implementing threads in user space is that they are not truly concurrent, as they are dependent on the scheduling of the underlying operating system. This can lead to issues with synchronization and resource sharing, as well as decreased performance in situations where there are many threads competing for resources. Additionally, user-level threads are not as well-suited for multi-processor systems, as they are not able to take full advantage of the available hardware.