Classess, Inheritence, Functions in OOP
Problem Statement:
Consider the following part of class diagram in continuation of previous assignments.
Class Diagram
The distance from the sun for all the planets is calculated as the distance from the Earth to the Sun (the AU), where AU is the unit of distance and 1 AU = 150,000,000 km
Following table shows distance of planets from the Sun in AU.
Planet Distance from the sun
Mercury 0.38 AU
Venus 0.723 AU
Earth 1.000 AU
Mars 1.524 AU
Jupiter 5.204 AU
Saturn 9.582 AU
Distance of planet from sun in Kilometer (KM) can be calculated by multiplying distance with the value of AU. For example, If you want to calculate the distance of earth from sun in KM then;
Distance = 1*150,000,00 = 150,000,000
Tasks you have to do:
1. Keeping in view the above given class diagram and scenario, you have to write code for the below mentioned classes and implement their relationship with each other.
2. As Cal_Distance() function will implement the same formula for all inner and outer planets, so you are required to implement this function in Planet class only.
3. You are also required to calculate the distance of Mercury from Sun in Kilometers.
4. 1. Class Planet:
Attribute:
Name: string
Radius: double
Distance: double
Methods/Operations/Getters/Setters:
Print: void
Cal_Distance: double
2. Class Inner_Planet:
Methods/Operations/Getters/Setters:
Print: void
Cal_Distance: double
3. Class Mercury:
Methods/Operations/Getters/Setters:
Print: void
Cal_Distance: double
Important points:
• Your program should be able to create an object for Mercury class having a Name, Radius and Distance without creating an explicit object of Planet class.
• All Planet attributes should be directly accessible to Inner_Planet and Mercury and should not be accessible publically.
• Definition of both functions, Print() and Cal_Distance(), should be included in Planet class. Override these functions in Inner_Planet and Mercury classes.
• Display the values of attributes and calculated distance as shown in sample output.
Note:
1. Radius of Mercury is 2440 KM.
2. Use Member Initialization list where needed.
3. You main function should look like this;
Sample Output:
Consider the following part of class diagram in continuation of previous assignments.
Class Diagram
The distance from the sun for all the planets is calculated as the distance from the Earth to the Sun (the AU), where AU is the unit of distance and 1 AU = 150,000,000 km
Following table shows distance of planets from the Sun in AU.
Planet Distance from the sun
Mercury 0.38 AU
Venus 0.723 AU
Earth 1.000 AU
Mars 1.524 AU
Jupiter 5.204 AU
Saturn 9.582 AU
Distance of planet from sun in Kilometer (KM) can be calculated by multiplying distance with the value of AU. For example, If you want to calculate the distance of earth from sun in KM then;
Distance = 1*150,000,00 = 150,000,000
Tasks you have to do:
1. Keeping in view the above given class diagram and scenario, you have to write code for the below mentioned classes and implement their relationship with each other.
2. As Cal_Distance() function will implement the same formula for all inner and outer planets, so you are required to implement this function in Planet class only.
3. You are also required to calculate the distance of Mercury from Sun in Kilometers.
4. 1. Class Planet:
Attribute:
Name: string
Radius: double
Distance: double
Methods/Operations/Getters/Setters:
Print: void
Cal_Distance: double
2. Class Inner_Planet:
Methods/Operations/Getters/Setters:
Print: void
Cal_Distance: double
3. Class Mercury:
Methods/Operations/Getters/Setters:
Print: void
Cal_Distance: double
Important points:
• Your program should be able to create an object for Mercury class having a Name, Radius and Distance without creating an explicit object of Planet class.
• All Planet attributes should be directly accessible to Inner_Planet and Mercury and should not be accessible publically.
• Definition of both functions, Print() and Cal_Distance(), should be included in Planet class. Override these functions in Inner_Planet and Mercury classes.
• Display the values of attributes and calculated distance as shown in sample output.
Note:
1. Radius of Mercury is 2440 KM.
2. Use Member Initialization list where needed.
3. You main function should look like this;
Sample Output:
I need code of this problem. please leave your email I will able to send you the actual file of this Problem in which sample output pictures are attached too.
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sure, my email is try_to_do_your_own_howework@google.com
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