我试着去编写一个函数，总结一个三维数组的元素，但它口口声声说没有用，我通过三维数组作为参数的线有问题。我的code是如下：

 的#include＆LT; stdio.h中＆GT;

INT sum3darray（一[] [] []，大小）;

主要（） {
    INT检查[3] [3] [3] = {0};
    INT大小= 3;
    的printf（之和为％d \ N，sum3darray（支票，大小））;
}

INT sum3darray（一[] [] []，大小）{
    INT I，J，K，总和= 0;
        对于（i = 0; I＆LT;大小;我++）{
            为（J = 0; J＆LT;大小; J ++）{
                对于（K = 0; K＆LT;大小; k ++）{
                    输出（I =％D，J =％D，K =％D，checkijk =％D，I，J，K，选中[I] [J] [K]）;
                    总和+ =检查[i] [j]的[K]
                    的printf（总和=％D \ N，总和）;
                }
            }
        }
返回（总和）;
}
 

编译器标志线3和11的问题。任何人都可以帮忙吗？

  INT sum3darray（一[] [] []，大小）;
 

应

  INT sum3darray（INT A [] [3] [3]，诠释大小）;
 

或

  INT sum3darray（INT（*一）[3] [3]，诠释大小）;
 

正如刚才@CoolGuy，你可以省略原型的参数的名称：

  INT sum3darray（INT（*一）[3] [3]，诠释大小）;
 

可以写成

  INT sum3darray（INT（*）[3] [3]，INT）;
 

另一种方式来处理多维数组（如果你不知道事先尺寸）正在使用VLA的（谢谢你米Oehm）或手动压平的数组，的看看。

Im trying to write a function that sums the elements of a 3d array, however it keeps saying there is a problem with the lines where I pass the 3d array as a parameter. My code is as follows:

#include <stdio.h>

int sum3darray(a[][][], size);

main() {
    int check[3][3][3]={ 0 };
    int size=3;
    printf("The sum is %d\n",sum3darray(check,size));
}

int sum3darray(a[][][],size) {
    int i,j,k,sum=0;
        for(i=0;i<size;i++) {
            for(j=0;j<size;j++) {
                for(k=0;k<size;k++) {
                    printf("i=%d, j=%d,k=%d, checkijk=%d  ",i,j,k,check[i][j][k]);
                    sum+=check[i][j][k];
                    printf("sum=%d\n", sum);
                }
            }
        }
return(sum);
}

The compiler flags lines 3 and 11 as problems. Can anyone help?

int sum3darray(a[][][], size);

should be

int sum3darray(int a[][3][3], int size);

or

int sum3darray(int (*a)[3][3], int size);

As pointed out by @CoolGuy, you can omit the name of the parameters in prototypes:

int sum3darray(int (*a)[3][3], int size);

can be written as

int sum3darray(int (*)[3][3], int);

Another way to deal with multidimensional arrays (if you don't know the sizes beforehand) is using VLA's (thank you M Oehm) or flattening the array manually, take a look.