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A Python-based project that suggests similar movies based on user input. 🌟 It uses a pre-calculated similarity matrix from a dataset of 4,800+ movies to display the top 30 recommendations. πŸ“ˆ The engine efficiently handles user input errors for an optimal experience. πŸŽ₯🍿

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🎬 Movie Recommendation System

Overview

This project implements a movie recommendation system using cosine similarity to suggest movies based on user preferences. It leverages features such as genres, keywords, tagline, cast, and director to generate recommendations. 🍿

Table of Contents

Introduction

The movie recommendation system allows users to input their favorite movie and receive a list of similar movies. It uses the cosine similarity metric to evaluate how closely related two movies are based on their descriptive features. πŸŽ₯

Technologies Used

  • Python 🐍
  • Pandas πŸ“Š
  • NumPy βž•
  • Scikit-Learn πŸ“š
  • TfidfVectorizer πŸ› οΈ
  • difflib πŸ“–

Data Description

The dataset used for this project is the movies.csv file, which contains movie information, including:

  • genres: The genre(s) of the movie 🎭
  • keywords: Keywords associated with the movie πŸ”‘
  • tagline: A tagline for the movie πŸ“œ
  • cast: The main actors in the movie πŸ‘₯
  • director: The director of the movie 🎬

The dataset contains over 4,800 movies, and it is essential for generating accurate recommendations.

Usage

To use the Movie Recommendation Engine, simply input your favorite movie title. The engine will then analyze the input and provide a list of recommended movies based on similarity.

Example:
Run the program.
Enter a movie title (e.g., "Inception").
View the top 30 recommended movies displayed.

How It Works

The Movie Recommendation Engine utilizes a pre-calculated similarity matrix derived from a dataset containing over 4,800 rows of movie data. The similarity matrix is generated using various features such as genre, director, and cast. When a user inputs a movie title, the engine retrieves its corresponding similarity values and ranks other movies based on their closeness to the input title.

Key Features:
Similarity Calculation: Uses metrics like cosine similarity to determine how closely related movies are.
User Input Handling: Efficiently manages user input errors and provides feedback for invalid entries.
Top Recommendations: Displays a list of the top 30 recommended movies to the user.

Results

The engine successfully suggests personalized movie recommendations with high accuracy, offering users a seamless experience in discovering films similar to their preferences.

Contributing

Contributions are welcome! If you would like to contribute to the Movie Recommendation Engine, please fork the repository and submit a pull request. You can also report issues or suggest features in the Issues section.

Conclusion

The Movie Recommendation Engine is designed to enhance the movie-watching experience by suggesting similar films based on user preferences. By employing a pre-calculated similarity matrix and handling user inputs efficiently, it provides personalized and accurate movie recommendations, making it a valuable tool for movie enthusiasts.

Contact Info

If you have any questions or feedback, feel free to reach out:

LinkedIn GitHub

To run this project, ensure you have Python installed along with the required libraries. You can install the necessary libraries using pip:
pip install pandas numpy scikit-learn

About

A Python-based project that suggests similar movies based on user input. 🌟 It uses a pre-calculated similarity matrix from a dataset of 4,800+ movies to display the top 30 recommendations. πŸ“ˆ The engine efficiently handles user input errors for an optimal experience. πŸŽ₯🍿

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