Concetti Chiave
- The program initializes a 2D array with a maximum size of 50x50 elements and provides functions for input and output operations.
- It includes functions to load data into the matrix, print the matrix, and find both the maximum and minimum values within it.
- There is a specific function to print the elements of the main diagonal of the matrix, showcasing the diagonal traversal logic.
- The dimension of the matrix is determined by user input, which is validated to be within the maximum permissible size.
- Several syntax errors, particularly with operators and loops, need to be corrected for successful compilation and execution.
#include
#define MAX 50
using namespace std;
int chiedidimensione();
void Caricamento(int M[MAX][MAX], int r, int c);
void Stampa(int M[MAX][MAX],int r,int c);
void Max(int M[MAX][MAX], int r, int c);
void Min(int M[MAX][MAX], int r, int c);
void DiagonalePrincipale(int M[MAX][MAX], int r, int c);
int main()
{
int r, c;
int M[MAX][MAX];
cout
r=chiedidimensione();
cout
c=chiedidimensione();
Caricamento(M, r, c);
Max(M, r, c);
Min(M, r, c);
DiagonalePrincipale(M,r,c);
return 0;
}
int chiedidimensione()
{
int d;
do{
cin>>d;
}while(dMAX);
return d;
}
void Caricamento(int M[MAX][MAX], int r, int c){
cout
for(int x=0; x
}
}
cout
Stampa(M,r,c);
}
void Stampa(int M[MAX][MAX],int r,int c){
for(int x=0;x
}
void Max(int M[MAX][MAX], int r, int c){
int max;
for(int i=0;i
max=M[j];
}
} }
cout
}
void Min(int M[MAX][MAX], int r, int c) {
int min;
for(int i=0; i
min=M[j];
}
} }
cout
}
void DiagonalePrincipale(int M[MAX][MAX], int r, int c)
{
cout
for(int i=0; i
cout[j];
}
}
}
}
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