···

       
48
       
 
       
        acc.zeroes

     

       
49
       
 
       
        + case acc.turn != 0 && raw_new_number <= 0 {

     

       
50
       
 
       
          // if it is below zero before being moduloed and the original number itself wasn't zero it means that it did touch zero but the division thing wouldn't count it, so we give this extra support.

     

       
51
       
-
       
          // of course, there is no need to deal with a negative to positive situation because the turn will never be negative!!!

     

       
52
       
 
       
          True -> raw_zeroes + 1

     

       
53
       
 
       
          False -> raw_zeroes

     

       
54
       
 
       
        }

     

···

       
48
       
 
       
        acc.zeroes

     

       
49
       
 
       
        + case acc.turn != 0 && raw_new_number <= 0 {

     

       
50
       
 
       
          // if it is below zero before being moduloed and the original number itself wasn't zero it means that it did touch zero but the division thing wouldn't count it, so we give this extra support.

     

       
51
       
+
       
          // of course, there is no need to deal with a negative to positive situation because the acc.turn will never be negative!!!

     

       
52
       
 
       
          True -> raw_zeroes + 1

     

       
53
       
 
       
          False -> raw_zeroes

     

       
54
       
 
       
        }

     

···

       
42
       
 
       
            State {

     

       
43
       
 
       
                turn,

     

       
44
       
 
       
                // if it is below zero before being moduloed and the original number itself wasn't zero it means that it did touch zero but the division thing wouldn't count it, so we give this extra support.

     

       
45
       
-
       
                // of course, there is no need to deal with a negative to positive situation because the turn will never be negative!!!

     

       
46
       
 
       
                zeroes: acc.zeroes + raw_zeroes + (acc.turn != 0 && raw_turn <= 0) as i32,

     

       
47
       
 
       
            }

     

       
48
       
 
       
        },

     

···

       
42
       
 
       
            State {

     

       
43
       
 
       
                turn,

     

       
44
       
 
       
                // if it is below zero before being moduloed and the original number itself wasn't zero it means that it did touch zero but the division thing wouldn't count it, so we give this extra support.

     

       
45
       
+
       
                // of course, there is no need to deal with a negative to positive situation because the acc.turn will never be negative!!!

     

       
46
       
 
       
                zeroes: acc.zeroes + raw_zeroes + (acc.turn != 0 && raw_turn <= 0) as i32,

     

       
47
       
 
       
            }

     

       
48
       
 
       
        },