Problem 1. The need for speed Note: You need a major general class. Create the following hierarchy with the following categories: Create a base-class vehicle. It should contain the following members: DEFAULT_FUEL_CONSUMPTION - Double Final Fixed (Fixed) • Fuel consumption - double • Dual fuel • Horse Power - Int • Have the fields • Generic constructor accepts (fuel, horse power) and sets default fuel consumption Field fuel consumption Null engine (2 km) o The driving method should have a fuel reduction function based on kilometers traveled and fuel consumption. Keep in mind that you can only drive if you have enough fuel to finish driving. The vehicle default fuel consumption is 1.25. Some classes have different default fuel consumption: • SportCar - DEFAULT_FUEL_CONSUMPTION = 10 • RaceMotorcycle - DEFAULT_FUEL_CONSUMPTION = 8 • Vehicle - DEFAULT_FUEL_CONSUMPTION = 3 Hint On subclass classes, super.setFuelConsumption () constructors are used to specify the fuel consumption
Problem 1. The need for speed
Note: You need a major general class. Create the following hierarchy with the following categories:
Create a base-class vehicle. It should contain the following members:
DEFAULT_FUEL_CONSUMPTION - Double Final Fixed (Fixed)
• Fuel consumption - double
• Dual fuel
• Horse Power - Int
• Have the fields
• Generic constructor accepts (fuel, horse power) and sets default fuel consumption
Field fuel consumption
Null engine (2 km)
o The driving method should have a fuel reduction function based on kilometers traveled and fuel consumption. Keep in mind that you can only drive if you have enough fuel to finish driving.
The vehicle default fuel consumption is 1.25. Some classes have different default fuel consumption:
• SportCar - DEFAULT_FUEL_CONSUMPTION = 10
• RaceMotorcycle - DEFAULT_FUEL_CONSUMPTION = 8
• Vehicle - DEFAULT_FUEL_CONSUMPTION = 3
Hint
On subclass classes, super.setFuelConsumption () constructors are used to specify the fuel consumption
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