In java complete the class of the skeleton code at the bottom using the instructions bellow. the constructor is passed a threshold and one or more integer nums (called s) that indicate the conditions to use in the work() method (both of which must be stored in the attribute of the same name). a. A s of 1 means an element in the List that is greater than the threshold will not be filtered out by the work() method. b. A s of 0 indicates that an element in the List that is equal to the threshold will not be filtered out by the work() method. c. A s of -1 indicates that an element in the List that is less than the threshold will not be filtered out by the work() method. d. The s values need not be ordered. Bellow a skeleton code to help: public class Thre_shold { private int[] s; private LD hold; public Thre_shold(final double hold, final int... s) { this.hold = new LD("Threshold", hold); this.s = s; } public List work(List g) { }
In java complete the class of the skeleton code at the bottom using the instructions bellow.
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the constructor is passed a threshold and one or more integer nums (called s) that indicate the conditions to use in the work() method (both of which must be stored in the attribute of the same name).
a. A s of 1 means an element in the List that is greater than the thresholdwill not be filtered out by the work() method.
b. A s of 0 indicates that an element in the List that is equal to the threshold willnot be filtered out by the work() method.
c. A s of -1 indicates that an element in the List that is less than the threshold willnot be filtered out by the work() method.
d. The s values need not be ordered.
Bellow a skeleton code to help:
public class Thre_shold {
private int[] s;
private LD hold;
public Thre_shold(final double hold, final int... s) {
this.hold = new LD("Threshold", hold);
this.s = s;
}
public List<LD> work(List<LD> g) {
}
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