• Introduction
• Using the Library
• Documentation
• Contact
• License

Visual Crossing Weather offers the most user-friendly and cost-effective solution for accessing both historical and forecasted weather data. Designed with simplicity and affordability in mind, our Weather API seamlessly integrates into any application or codebase, boasting the most competitive pricing in the industry.

Our comprehensive weather data serves a wide array of clients daily, ranging from business analysts and data scientists to insurance experts, energy producers, construction planners, and academic researchers.

This Java library simplifies the process of accessing weather data from Visual Crossing Weather API. Users can effortlessly retrieve weather information without needing to understand the specifics of API requests. By utilizing predefined methods, you can easily fetch weather data and extract particular parameters from the responses.

Efficiently harness the capabilities of this Java library to access weather data from the Visual Crossing Weather API. The process involves two simple steps:

• Data Fetching: Begin by invoking the fetchWeatherData method from the WeatherData class to retrieve and store weather data from the API.
• Data Retrieval: Subsequently, use methods like getWeatherDailyData from the WeatherData class to extract specific parameters from the previously fetched data.

Explore the [Demo] folder for practical examples demonstrating the usage of these methods.

This Java library is designed to simplify interactions with the Visual Crossing Weather API, providing classes to handle daily and hourly weather data, weather events, and station details. The library ensures easy data fetching and manipulation, suitable for applications in various domains such as business analytics, environmental monitoring, and academic research.

1. WeatherData

   • Purpose: Serves as the central class for managing weather data. It encapsulates all related weather parameters, storing JSON responses from the Weather API, and provides methods to retrieve and manipulate this data.
   • Key Methods:
     • fetchWeatherData(String location, String from, String to, String UnitGroup, String include): Fetches weather data based on specified parameters.
     • getWeatherDailyData(): Retrieves daily weather data encapsulated within the instance.
     • getWeatherHourlyData(): Retrieves hourly weather data.

2. WeatherDailyData

   • Purpose: Manages daily weather data specifics, allowing detailed day-by-day weather analysis.
   • Key Methods:
     • Various getters and setters for weather attributes like temperature, precipitation, wind speed, etc.

3. WeatherHourlyData

   • Purpose: Manages hourly weather data specifics, suitable for applications requiring time-of-day sensitivity.
   • Key Methods:
     • Similar to WeatherDailyData, with time-specific attributes.

4. Event

   • Purpose: Captures and handles historical weather events such as hail, tornadoes, and earthquakes.
   • Key Methods:
     • Getters and setters for event-specific details.

5. Station

   • Purpose: Represents weather stations used for collecting weather data, offering insights into the source of data.
   • Key Methods:
     • Getters and setters for station attributes like ID, name, and geographical coordinates.

• Location: Demos can be found in the Demo class within the repository.
• Description: Each demo illustrates the usage of the WeatherData class, showcasing how to initiate data fetch operations and subsequently access both daily and hourly data.

To start using the library, clone the repository and refer to the Demo class for examples of how to use the library to fetch and display weather data. Ensure that your development environment is configured to include all necessary dependencies as specified in the library documentation.

• Detailed API Documentation: For more detailed information about each method and class, refer to the documentation.md file in the [Documentation] folder.

GNU GPL