If you don't know what is in a 4D array, why do you bother to make a 4D array?
Also, when we come to a multiple dimension array, especially so high dimension 4D, we should consider better data structure rather than a plain array.
So if you want to store X, Y, Z, D in a 4D array, how about store them in a 1D array with a structure.
struct Item {
int X;
...
};
Item myArray[100];
Isn't that clearer?
If you are not using C/C++, just make Item a class.

If you don't know what is in a 4D array, why do you bother to make a 4D array?
Also, when we come to a multiple dimension array, especially so high dimension 4D, we should consider better data structure rather than a plain array.
So if you want to store X, Y, Z, D in a 4D array, how about store them in a 1D array with a structure.\
struct Item {
int X;
...
};
Item myArray[100];
Isn't that clearer?
If you are not using C/C++, just make Item a class.

If you don't know what is in a 4D array, why do you bother to make a 4D array?
Also, when we come to a multiple dimension array, especially so high dimension 4D, we should consider better data structure rather than a plain array.
So if you want to store X, Y, Z, D in a 4D array, how about store them in a 1D array with a structure.\
struct Item {
int X;
//
};
Item myArray[100];
Isn't that clearer?