a class called Fraction with the following instance variables: 1) int numerator; 2) int denominator; Please type correct constructor and corresponding getter and setter. Note that, both numerator and denominator are private. a Client class called MultiplyClient. In the main class, please instantiate an instance of Fraction[] FractionArray whose length is last-digit of PantherID + 3. - For each element in FractionArray, please randomly create the fractions whose numerator and denominator are randomly set in the range of [1,10]. - Apply the FractionMultiply method to calculate the product of each adjacent pair of elements in FractionArray (e.g., FractionArray[0] and FractionArray[1]; FractionArray[1] and FractionArray[2]) - Print out the results in console. (Do not need to simplify the result; is fine as the output). Please implement the following method in the client class: FractionMultiply(Fraction Example1, Fraction Example2): Return the result of Example1 * Example2 as a Fraction.
OOPs
In today's technology-driven world, computer programming skills are in high demand. The object-oriented programming (OOP) approach is very much useful while designing and maintaining software programs. Object-oriented programming (OOP) is a basic programming paradigm that almost every developer has used at some stage in their career.
Constructor
The easiest way to think of a constructor in object-oriented programming (OOP) languages is:
java
PLEASE TYPE ONLY***
PantherID : 62
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a class called Fraction with the following instance variables:
1) int numerator;
2) int denominator;
Please type correct constructor and corresponding getter and setter. Note that, both numerator and denominator are private.
a Client class called MultiplyClient. In the main class, please instantiate an instance of Fraction[] FractionArray whose length is last-digit of PantherID + 3.
- For each element in FractionArray, please randomly create the fractions whose numerator and denominator are randomly set in the range of [1,10].
- Apply the FractionMultiply method to calculate the product of each adjacent pair of elements in FractionArray (e.g., FractionArray[0] and FractionArray[1]; FractionArray[1] and FractionArray[2])
- Print out the results in console. (Do not need to simplify the result; is fine as the output).
Please implement the following method in the client class:
FractionMultiply(Fraction Example1, Fraction Example2): Return the result of Example1 * Example2 as a Fraction.
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