Task: 1. Park class with the following class variables: 1) String ParkName; 2) int ParkID; 3) String ParkShape; and 4) double ParkLength. Please implement the following methods: i) ParkNameGetter(): Return the name of the park. ii) ParkIDGetter(): Return the ID of the park. iii) ParkLengthGetter(): Return the length of the park. Note that, 1) ParkLength is private while the other variables are public. 2) ParkShape only includes "Circle" and "Square". 3) Parks may have the same name, but ParkID is unique. 4) Students should create the correct constructor. 2. ParkClient class. i) an array of Park: - ParkArray has 5 elements; - Set the first park in ParkArray with the following parameters: ParkName: CSC1302, ParkID: Last 2 digits of PantherID, ParkShape: "Circle", ParkLength: 5. - Set the second park in ParkArray with the following parameters: ParkName: CSC1302, ParkID: Last 2 digits of PantherID + 3, ParkShape: "Square", ParkLength: 6. - Randomly Set the other three parks in ParkArray. ii) Print out the information of the Largest Park of all parks in the ParkArr
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:
PLEASE TYPE ONLY****
LAST TWO DIGITS OF PANTHER ID : 64
Task:
1. Park class with the following class variables: 1) String ParkName; 2) int ParkID;
3) String ParkShape; and 4) double ParkLength. Please implement the following methods:
i) ParkNameGetter(): Return the name of the park.
ii) ParkIDGetter(): Return the ID of the park.
iii) ParkLengthGetter(): Return the length of the park.
Note that, 1) ParkLength is private while the other variables are public.
2) ParkShape only includes "Circle" and "Square".
3) Parks may have the same name, but ParkID is unique.
4) Students should create the correct constructor.
2. ParkClient class.
i) an array of Park:
- ParkArray has 5 elements;
- Set the first park in ParkArray with the following parameters: ParkName: CSC1302, ParkID: Last 2 digits of PantherID, ParkShape: "Circle", ParkLength: 5.
- Set the second park in ParkArray with the following parameters: ParkName: CSC1302,
ParkID: Last 2 digits of PantherID + 3, ParkShape: "Square", ParkLength: 6.
- Randomly Set the other three parks in ParkArray.
ii) Print out the information of the Largest Park of all parks in the ParkArray.
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