While the equals$($Object$)$ method can tell us if two objects are equal or not, it does not tell us which one should come first in order. The Comparator interface can be used for that. It is a generic interface that can be implemented to compare two objects of its generic type: let's call them A and B$.$

a$.$ It returns an integer $<mtext></mtext><mn>0</mn>$ if A comes before B in order, i$.$e$.$ ABA$==B>B>0BA$

$b.It$ returns $0if$ A and $B$ are equivalent, $i.e.A==B$

$c.It$ returns $an$ integer $>0if$ A comes after $Bin$ order, $i.e.A>B$

Create a class,

PokemonComparator, that implements Comparator compares two Pok$monin$ reverse order $by$ number. For example, $if$ Pokemon $A\text{'}s$ number $is25$ and $B\text{'}s$ number $is50,A.$ compareTo$(B)$ would return a number $>0$ because $B$ should come first. Hint: what $if$ you subtracted the numbers?