Design a class named MyDouble. The class contains: . An int data field named value that stores the double value represented by this object. A constructor that creates a MyDouble object for the specified Int value. A getter method that returns the int value. . The methods isPositive 0, and 1sNegative () that return true if the value in this object is positive, or negative, respectively. . The static methods isPositive (1nt), and isNegative(Int) that return true if the specified value is positive, or negative, respectively. . The static methods isPositive (MyDouble), and 1sNegative (MyDouble) that return true if the specified value is positive, or Negative, respectively. Use the following elient program to test all methods in the class. public static void main(String) args) { MyDouble n1 = new MyDouble(5.8); System.out.printin("Value is " + n1.getValue0); System.out.printin("n1 is positive?" + n1.isPositive(); System.out.printin("n1 is negative? " + n1.isNegative(); System.out.printin("10 is positive?" + MyDouble.isPositive(10)); System.out.printin("11 is negative? " + MyDouble.isNegative(11)); MyDouble n2 = new MyDouble(9); System.out.printin("n2 is positive? "+ MyDouble.isPositive(n2)); System.out.printin("n2 is negative? " + MyDouble.isNegative(n2)); Output Example: Value is 5.8 n1 is positive? true n1 is negative? false 10 is positive? true 11 is negative? false n2 is positive? true n2 is negative? false
Design a class named MyDouble. The class contains: . An int data field named value that stores the double value represented by this object. A constructor that creates a MyDouble object for the specified Int value. A getter method that returns the int value. . The methods isPositive 0, and 1sNegative () that return true if the value in this object is positive, or negative, respectively. . The static methods isPositive (1nt), and isNegative(Int) that return true if the specified value is positive, or negative, respectively. . The static methods isPositive (MyDouble), and 1sNegative (MyDouble) that return true if the specified value is positive, or Negative, respectively. Use the following elient program to test all methods in the class. public static void main(String) args) { MyDouble n1 = new MyDouble(5.8); System.out.printin("Value is " + n1.getValue0); System.out.printin("n1 is positive?" + n1.isPositive(); System.out.printin("n1 is negative? " + n1.isNegative(); System.out.printin("10 is positive?" + MyDouble.isPositive(10)); System.out.printin("11 is negative? " + MyDouble.isNegative(11)); MyDouble n2 = new MyDouble(9); System.out.printin("n2 is positive? "+ MyDouble.isPositive(n2)); System.out.printin("n2 is negative? " + MyDouble.isNegative(n2)); Output Example: Value is 5.8 n1 is positive? true n1 is negative? false 10 is positive? true 11 is negative? false n2 is positive? true n2 is negative? false
Computer Networking: A Top-Down Approach (7th Edition)
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ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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![Ex5 / / 1. Chapter 10: The MyDouble class
Design a class named MyDouble. The class contains:
- An int data field named value that stores the double value represented by this
object.
A constructor that creates a MyDouble object for the specified int value.
1A getter method that returns the int value.
- The methods isPositive (), and isNegative () that return true if the
value in this object is positive, or negative, respectively.
- The static methods isPositive (int), and isNegative (Int) that
return true if the specified value is positive, or negative, respectively.
. The static methods isPositive (MyDouble), and 1sNegative (MyDouble) that return true if the specified value is positive, or Negative, respectively.
Use the following client program to test all methods in the class.
public static void main(String[] args) {
MyDouble n1 = new MyDouble(5.8);
System.out.printin("Value is " + n1.getValue();
System.out.printin("n1 is positive? " + n1.isPositive());
System.out.printlin("n1 is negative? " + n1.isNegative();
System.out.printin("10 is positive?" + MyDouble.isPositive(10));
System.out.printin("11 is negative? " + MyDouble.isNegative(11));
MyDouble n2 = new MyDouble(9);
System.out.printlin("n2 is positive? " + MyDouble.isPositive(n2));
System.out.printin("n2 is negative? " + MyDouble.isNegative(n2));
}
Output Example:
Value is 5.8
n1 is positive? true
n1 is negative? false
10 is positive? true
11 is negative? false
n2 is positive? true
n2 is negative? false](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb74fc9b2-2f27-4183-8281-9c22aa139fe4%2F2adde1d2-d792-4089-80cb-7e118d2be468%2Fnfagff6_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Ex5 / / 1. Chapter 10: The MyDouble class
Design a class named MyDouble. The class contains:
- An int data field named value that stores the double value represented by this
object.
A constructor that creates a MyDouble object for the specified int value.
1A getter method that returns the int value.
- The methods isPositive (), and isNegative () that return true if the
value in this object is positive, or negative, respectively.
- The static methods isPositive (int), and isNegative (Int) that
return true if the specified value is positive, or negative, respectively.
. The static methods isPositive (MyDouble), and 1sNegative (MyDouble) that return true if the specified value is positive, or Negative, respectively.
Use the following client program to test all methods in the class.
public static void main(String[] args) {
MyDouble n1 = new MyDouble(5.8);
System.out.printin("Value is " + n1.getValue();
System.out.printin("n1 is positive? " + n1.isPositive());
System.out.printlin("n1 is negative? " + n1.isNegative();
System.out.printin("10 is positive?" + MyDouble.isPositive(10));
System.out.printin("11 is negative? " + MyDouble.isNegative(11));
MyDouble n2 = new MyDouble(9);
System.out.printlin("n2 is positive? " + MyDouble.isPositive(n2));
System.out.printin("n2 is negative? " + MyDouble.isNegative(n2));
}
Output Example:
Value is 5.8
n1 is positive? true
n1 is negative? false
10 is positive? true
11 is negative? false
n2 is positive? true
n2 is negative? false
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