Mobility System

A Java-based mobility system that manages vehicles, stations, and users for a shared mobility service.

Project Structure

src/
├── controller/
│   └── MobilitySystem.java       # Main system controller
├── model/
│   ├── locations/
│   │   ├── Location.java         # Base location class
│   │   └── Station.java          # Station class for vehicle docking
│   ├── people/
│   │   ├── Person.java           # Base person class
│   │   ├── PeopleManager.java    # Manages all people in the system
│   │   ├── admin/
│   │   │   └── Admin.java        # Admin user class
│   │   ├── members/
│   │   │   └── Member.java       # Member user class
│   │   └── workers/
│   │       ├── Worker.java       # Base worker class
│   │       ├── Mechanic.java     # Mechanic worker class
│   │       └── FieldOperator.java # Field operator worker class
│   ├── prices/
│   │   └── Pricing.java          # Pricing rules and calculations
│   ├── trips/
│   │   ├── Trip.java            # Trip class
│   │   └── TripsManager.java    # Manages all trips
│   └── vehicles/
│       ├── Vehicle.java         # Base vehicle class
│       ├── VehiclesManager.java # Manages all vehicles
│       ├── Bicycle.java         # Bicycle vehicle class
│       ├── Scooter.java         # Scooter vehicle class
│       ├── SmallMotorcycle.java # Small motorcycle class
│       └── BigMotorcycle.java   # Big motorcycle class
├── utils/
│   └── MockGenerator.java       # Generates mock data for testing
├── view/
│   ├── VAdmin.java             # Admin view
│   ├── VInitial.java           # Initial view/menu
│   ├── VMember.java            # Member view
│   └── VWorker.java            # Worker view
└── movilidad.java              # Main application entry point

Key Features

Vehicle Management

• Support for different vehicle types (Bicycles, Scooters, Motorcycles)
• Vehicle status tracking (battery, repair needs, location)
• Vehicle assignment to workers

Station Management

• Station capacity management
• Location tracking
• Support for different vehicle types

User Management

• Different user roles (Admin, Member, Worker)
• Worker types (Mechanic, Field Operator)
• Balance management for members

Trip Management

• Trip creation and tracking
• Cost calculation based on duration and vehicle type
• Location validation
• Balance checks

Worker Operations

• Vehicle repair
• Vehicle movement
• Assignment management

Member Operations

• Trip booking
• Balance management
• Vehicle issue reporting

Usage

1. Compile the project:

javac -d bin src/**/*.java src/movilidad.java

2. Run the application:

java -cp bin src/movilidad

3. Login as:
   • Admin: Manage system, view reports
   • Worker: Handle vehicle maintenance and movement
   • Member: Book trips and manage account

Features

• User Management (Standard and Premium users)
• Vehicle Rental System
• Station Management
• Battery Management
• Trip Tracking
• Premium User Benefits
• Mock Data Generation for Testing

Getting Started

1. Compile the Java files:

   javac -d bin src/model/*.java src/controller/*.java movilidad.java

2. Run the application:

   java -cp bin movilidad

Available Options

Main Menu

1. Login
2. Generate Mock Data
3. Save Data
4. Exit

User Features

Standard Users

• View available vehicles
• Rent a vehicle
• End trip
• View trip history
• View balance
• Add balance
• Report vehicle issues
• Find nearest vehicle

Premium Users (Additional Features)

• 20% discount on trips
• Vehicle reservation
• Lower battery level requirements
• Priority access to vehicles

Vehicle Types

1. Electric Motorcycle
   • Battery consumption: 0.5% per unit of distance
   • Can be left anywhere within city limits
   • Minimum battery level: 20% (Standard), 10% (Premium)

City Layout

• The city is represented as a grid with coordinates (x, y)
• Default city limits: 100x100 units
• Electric motorcycles can operate anywhere within city limits
• Other vehicles must start and end at stations

Battery Management

• Standard users can only rent vehicles with battery level ≥ 20%
• Premium users can rent vehicles with battery level ≥ 10%
• Battery consumption varies by vehicle type
• Vehicles can be charged at stations

Additional Notes

• Monetary values are in Euros (€)
• Mock data includes sample stations, vehicles, and users
• Vehicle locations are tracked in real-time
• Stations have limited capacity for vehicle storage