int main()
{
// create a source of data
T data[ROWS][COLS] = {{1,2},{3,4}};
// declare and initialize the matrices
matrix a,b;
a = create_initvals(ROWS, COLS, data);
b = create_empty(ROWS, COLS);
// display the results of copying b to a
printf("Setting b = a\n");
equate(&a, &b);
printf("\n Matrix a:");
matrix_print(a);
printf("\n Matrix b:");
matrix_print(b);
// display the results of adding a and b
printf("\n a+b:");
matrix_print(add(a,b));
// display the results of transposing matrix a
// After implementing the transpose function, uncomment the next line
printf("\n a':");
matrix_print(transpose(a));
// If you created it, you destroy it
destroy(a);
destroy(b);
return 0;
}
int main()
{
T data[ROWS][COLS] = {{1,2},{3,4}};
matrix a,b;
a = create_initvals(ROWS, COLS, data);
b = create_empty(ROWS, COLS);
printf("Setting b = a\n");
equate(&a,&b);
printf("\n Matrix a:");
matrix_print(a);
printf("\n Matrix b:");
matrix_print(b);
printf("\n a+b:");
matrix_print(add(a,b));
// After implementing the transpose function, uncomment the next line
printf("\n a':");
matrix_print(transpose(a));
// If you created it, you destroy it
destroy(a);
destroy(b);
return 0;
}
int main()
{
static T data[] = {1,2,3,4,5,6,7,8,9,10,11,12};
matrix a,b;
a = create_initvals(4,3,data);
b = create_empty(4,3);
equate(&a,&b);
printf("\n Matrix a:");
matrix_print(a);
printf("\n Matrix b:");
matrix_print(b);
printf("\n a+b:");
matrix_print(add(a,b));
printf("\n a transposed:");
matrix_print(transpose(a));
printf("\n a+b transposed:");
matrix_print(transpose(add(a,b)));
return 0;
}
