Best Weather app using Django – Python

Weather app using Django

A simple project on Weather app using Django – Python is developed using Python’s Django framework. It is designed to fetch real-time weather data for any city entered by the user. The project uses the OpenWeatherMap API to retrieve accurate and updated weather information such as temperature, humidity, pressure, and weather conditions.

This project is one of the most beginner-friendly Django applications to understand API integration, data rendering in templates, and user interaction through forms. Developed with a clean and responsive UI, it gives users a real-time weather dashboard built entirely with Django.

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Project Overview

Project Description

The Django Weather App allows users to check current weather details of any city worldwide. When the user types a city or country name and clicks “Search,” the app sends a request to the OpenWeatherMap API. It then processes the JSON response and displays readable weather data on the webpage.

The displayed details include:

• Temperature (in Celsius)
• Weather Description
• Pressure and Humidity
• Feels Like Temperature
• Maximum and Minimum Temperature
• Current Time of the searched location

The front-end interface is minimal and user-friendly, designed using Bootstrap for responsiveness. It focuses on simplicity, ensuring that even users with no technical background can use it effortlessly.

The back-end logic (written in Django) handles user requests, API communication, data extraction, and rendering results on the page dynamically.

Available Features

This Django project includes all the necessary functionalities required for a simple weather forecasting system. Here are the actual features available in the project:

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1. Search Weather by City/Country – Users can type any city or country name to view live weather details.
2. Real-time Weather API Integration – The app uses OpenWeatherMap API to fetch live weather data in JSON format.
3. Temperature Display – Displays temperature in Celsius along with “feels like” temperature.
4. Weather Description and Icon – Shows the main weather condition such as “Clear,” “Cloudy,” “Rainy,” etc., and corresponding weather icons.
5. Pressure and Humidity Details – Displays humidity percentage and pressure levels for the selected location.
6. Dynamic Time Display – Shows the current time for the searched region using the pytz timezone library.
7. Responsive User Interface – Designed using Bootstrap, ensuring the layout works well across devices.
8. Clean and Simple Template Design – The interface focuses on clarity and ease of use without any complex navigation.

Project Structure Overview

Once extracted, the project structure looks like this:

Django-Weather-App/
│
├── manage.py
├── requirement.txt
├── Project/
│   ├── settings.py
│   ├── urls.py
│   └── wsgi.py
│
├── weather/
│   ├── views.py
│   ├── urls.py
│   ├── models.py
│   └── admin.py
│
├── templates/
│   └── index.html
│
└── static/
    └── css/
        └── main.css

This clear folder structure makes it easy for students to understand how Django separates logic (views), presentation (templates), and configuration (settings).

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Installation Guide (For VS Code)

Follow these step-by-step instructions to set up and run the Django Weather App on your system using Visual Studio Code.

Step 1: Extract and Open the Project

Extract the project zip file into a folder and open that folder in VS Code.

Step 2: Create a Virtual Environment

Open the integrated terminal and create a virtual environment:

python -m venv venv

Activate the environment:

• For Windows: venv\Scripts\activate
• For macOS/Linux: source venv/bin/activate

Step 3: Install Required Dependencies

Install all required packages listed in the requirement.txt file:

pip install -r requirement.txt

If requirement.txt is not available, you can manually install the core packages:

pip install django requests pytz

Step 4: Run Database Migrations

Before running the server, apply Django migrations to set up the database:

python manage.py migrate

Step 5: Run the Django Development Server

Start the development server using:

python manage.py runserver

Once started, open your web browser and go to:

http://127.0.0.1:8000/

You should now see the weather app running on your local server.

Usage

The Django Weather App is designed for easy usage, even for beginners. It does not include multiple user roles like “Admin,” “Donor,” or “Recipient.” Instead, it focuses purely on real-time weather lookup for end users.

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Here’s how it works step by step:

1. User Interface Access
   When the project runs, the user lands directly on the main search page (index.html).
2. Search Operation
   A single input box allows the user to enter any city or country name.
   After entering the name and clicking “Search,” Django processes the request.
3. Backend API Processing
   The views.py file retrieves the city name from the form and sends a request to the OpenWeatherMap API using the requests library.
   Example URL used internally: http://api.openweathermap.org/data/2.5/weather?q={city_name}&appid={api_key}
4. Data Extraction
   The API responds with JSON data. The app extracts relevant weather details like:
   • City Name
   • Temperature
   • Humidity
   • Pressure
   • Description
5. Display on UI
   All the extracted information is passed to the HTML template through Django’s context rendering and displayed in a structured, styled layout.
6. Real-time Clock Integration
   The app uses Python’s datetime and pytz to show the current time of the selected location dynamically.

This flow ensures a complete understanding of user input → backend logic → API call → frontend rendering, which is essential for Django students learning full-stack development.

Why This Project Is Useful for Students

From a student’s point of view, the Django Weather App is one of the best beginner-level Django projects to understand how real-world web applications work with external APIs.

Here’s why this project is particularly beneficial for learners:

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1. API Integration Learning
   Students gain practical experience in integrating third-party APIs into Django projects using the requests library.
2. JSON Handling
   The project demonstrates how to parse JSON data and extract meaningful information for front-end display.
3. Template Rendering
   Learners can see how Django templates dynamically render server-side data in a front-end interface.
4. Environment and Dependency Setup
   The step-by-step process teaches students how to use virtual environments, install dependencies, and run Django servers properly.
5. Practical Real-Life Use Case
   Weather applications are common in real life — from mobile apps to dashboards. Building one gives students exposure to how real data-driven apps function.
6. Beginner-Friendly Codebase
   The code is clean, readable, and well-commented, which helps students understand each line and its purpose.
7. Foundation for Advanced Projects
   Once students understand this project, they can extend it with additional features such as:
   • Storing user search history
   • Displaying forecasts for multiple days
   • Adding user authentication
   • Integrating location-based weather fetching

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By working on this project, students enhance their knowledge of Django’s MVC pattern, API calls, and basic front-end design — making it a strong foundation for advanced web development learning.

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