How can I make player move on array of GameObjects in Unity?

Question

I am making a board game where the players hit a dice and move on an array of GameObjects according to the number they got.

So I declared a Gameobject array and added to it all the objects I need.

The problem is that when the player moves, he is going immediately to the target.

What I want is to make the player move through the Gameobject array, object by object, till it reaches the target(which is defined according to the dice number).

Here is what I am trying (using C#):

for(int i=0;i<spaces.Length;i++)
{
    transform.position = Vector3.MoveTowards(transform.position,
    spaces[currentPosition+diceResult].transform.position,Time.deltaTime / smooth );
}

spaces is the name of GameObject[] array.

currentPosition is the position of player before hitting the dice.

diceResult is the number he got in the dice.

---

EDIT :

I solved it!

Here is how it worked:

 if (index < spaces.Length)
 {
       transform.position = Vector3.MoveTowards(transform.position,
       spaces[index].transform.position, Time.deltaTime *smooth);

       //If we've reached the destination, move to the next one
       if (transform.position == spaces[index].transform.position) 
            index++;
 }

Answer 1

the problem with your "for" code , that I think you placed inside the Update(), is that it get executed in one update cicle. In Unity you must think the Update as a 'frame' execution. Plus, that for seems useles. Where do you use the "i" variable?

So you must do something like this into the Update(), (I missed the starting and end management)

//small dist is a float value greater of 0 but not to big that you must initialize in the //Start()
if ((transform.position - spaces[currentPosition+i].position).magnitude < smalDist)
{
 // I reached next element 

 if (i==diceResult){
   //reached destination
   // STOp The movement 
 }
 i++;
 transform.position = Vector3.MoveTowards(transform.position,
    spaces[currentPosition+i].transform.position,Time.deltaTime / smooth );
}