public class DigitCounter {

public static int digits(double n) {

int number = (int)n;

String num = Integer.toString(Math.abs (number)); // Math.abs takes the negative away

String[]stringArray = num.split("\\.");

return stringArray[0].length();

}

public static int digits(int n){

String num = Integer.toString(Math.abs (n)); // Math.abs takes the negative away

String[]stringArray = num.split("\\.");

return stringArray[0].length();

}

public static int digits(float n) {

int number = (int)n;

String num = Integer.toString(Math.abs (number)); // Math.abs takes the negative away

String[]stringArray = num.split("\\.");

return stringArray[0].length();

}

public static int digits(String n) {

String[]stringArray = n.split("\\.");

return stringArray[0].length();

}

public static int decimals(double n) {

String num = String.valueOf(n);

int indexOfDecimal = num.indexOf(".");

int number = num.substring(indexOfDecimal+1).length();

return number;

}

public static int decimals(int n) {

return 0;

}

public static int decimals(float n) {

String num = String.valueOf(n);

int indexOfDecimal = num.indexOf(".");

int number = num.substring(indexOfDecimal+1).length();

return number;

}

public static int decimals(String n) {

String num= n;

int indexOfDecimal = num.indexOf(".");

int number = num.substring(indexOfDecimal+1).length();

return number;

}

}

what's the UML of this problem here above?