https://github.com/aoof/polymorphism-vehicles-program
https://github.com/aoof/polymorphism-vehicles-program
Last synced: about 2 months ago
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- Host: GitHub
- URL: https://github.com/aoof/polymorphism-vehicles-program
- Owner: Aoof
- Created: 2025-02-12T22:26:38.000Z (4 months ago)
- Default Branch: main
- Last Pushed: 2025-02-14T19:53:04.000Z (4 months ago)
- Last Synced: 2025-04-10T22:58:21.601Z (about 2 months ago)
- Language: C#
- Size: 27.3 KB
- Stars: 0
- Watchers: 1
- Forks: 0
- Open Issues: 0
-
Metadata Files:
- Readme: README.md
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README
# Polymorphism Vehicles Program
## Overview
This program demonstrates polymorphism with various vehicle types. The file structure is organized to highlight inheritance and method overriding.
## Part 1 Reflection
#### **The method `FindLeastAndMostExpensiveUAV()` in the [DriverProgram](./DriverProgram/DriverProgram.cs) has accurate results because we do the following.**
- Accepts an array of any flying objects.
- Goes through them and checks the type of each object.
- Once it finds a UAV object it compares the price with the current least and most expensive UAVs. (The reason why the result is accurate if the array contained any UAV object)
- If the current minimum or maximum UAV is null, it will result in "No UAVs found" as expected.
## Part 2 Reflection
#### **The method `CopyFlyingObjects()` in the [DriverProgram_Part2](./DriverProgram_Part2/DriverProgram.cs) has accurate results because we do the following.**
- Accepts an array of any flying objects. `object[]`
- Goes through them and checks the type of each object.
- Utilizes the copy constructor to create a new object of the same type.
- Adds the new object to a new array.
- Returns the new array of copied objects.
## File Structure
- **DriverProgram**: Contains the main entry point and a helper method for part 1.
- **DriverProgram_Part2**: Contains the main entry point and a helper method for part 2.
- **NS_Airplane**: Defines the base Airplane class with properties such as Brand, Price, and HorsePower.
- **NS_HelicopterQuadcopter**:
- Contains Helicopter (inherits from Airplane) with additional properties: NumberOfCylinders, CreationYear, and PassengerCapacity.
- Contains Quadcopter (inherits from Helicopter) with an extra property: MaxFlyingSpeed.
- **NS_Multirotor**: Contains the Multirotor class (inherits from Helicopter) with the additional property NumberOfRotors.
- **NS_UAV**: Defines the base UAV class with properties Weight and Price.
- **NS_Agricultural_MAV**:
- Contains MAV (inherits from UAV) with extra properties: Brand and CarryCapacity.
- Contains AgriculturalDrone (inherits from UAV) with additional properties: Model and Size.
## UML Diagram
Below is a Mermaid UML diagram representing the structure:
```mermaid
classDiagram
NS_Airplane.Airplane <|-- NS_HelicopterQuadcopter.Helicopter
NS_HelicopterQuadcopter.Helicopter <|-- NS_HelicopterQuadcopter.Quadcopter
NS_HelicopterQuadcopter.Helicopter <|-- NS_Multirotor.Multirotor
NS_UAV.UAV <|-- NS_Agricultural_MAV.MAV
NS_UAV.UAV <|-- NS_Agricultural_MAV.AgriculturalDrone
class NS_Airplane.Airplane {
- string brand
- double price
- int horsePower
+ Airplane()
+ Airplane(string, double, int)
+ Airplane(Airplane)
}
class NS_HelicopterQuadcopter.Helicopter {
- int numberOfCylinders
- int creationYear
- int passengerCapacity
+ Helicopter()
+ Helicopter(string, double, int, int, int, int)
+ Helicopter(Helicopter)
}
class NS_HelicopterQuadcopter.Quadcopter {
- int maxFlyingSpeed
+ Quadcopter()
+ Quadcopter(string, double, int, int, int, int, int)
+ Quadcopter(Quadcopter)
}
class NS_Multirotor.Multirotor {
- int numberOfRotors
+ Multirotor()
+ Multirotor(string, double, int, int, int, int, int)
+ Multirotor(Multirotor)
}
class NS_UAV.UAV {
- double weight
- double price
+ UAV()
+ UAV(double, double)
+ UAV(UAV)
}
class NS_Agricultural_MAV.MAV {
- string brand
- int carryCapacity
+ MAV()
+ MAV(double, double, string, int)
+ MAV(MAV)
}
class NS_Agricultural_MAV.AgriculturalDrone {
- string model
- double size
+ AgriculturalDrone()
+ AgriculturalDrone(double, double, string, double)
+ AgriculturalDrone(AgriculturalDrone)
}
```
## Running the Application
1. To run part 1 just execute the command: `dotnet run --project DriverProgram`
2. To run part 2 just execute the command: `dotnet run --project DriverProgram_Part2`