TuneFlix is an AI-powered entertainment recommendation system that provides personalized movie and music suggestions using Content-Based Filtering techniques. The platform combines machine learning algorithms with modern web technologies to deliver fast and relevant recommendations based on user preferences.
The movie recommendation engine utilizes the TMDB 5000 Movies Dataset with Bag of Words (BoW) and Cosine Similarity to identify similar movies, while the music recommendation engine recommends songs based on mood and artist preferences and integrates with Spotify for instant listening.
The TuneFlix website serves as the central platform where users can explore AI-powered movie and music recommendations through an intuitive and responsive interface.
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Content-Based Movie Recommendation
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TMDB Movie Posters
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Similar Movie Suggestions
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Fast Recommendation Generation
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Mood-Based Song Recommendation
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Artist-Based Recommendation
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Spotify Integration
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Album Cover Display
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Content-Based Filtering
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Bag of Words (BoW)
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Cosine Similarity
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Feature Extraction
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Responsive Website
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Streamlit Applications
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Interactive Recommendation Cards
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Clean and Modern Design
User Opens TuneFlix Website
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Select Movie Recommendation or Music Recommendation
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Movie Recommendation Music Recommendation
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User Provides Input User Selects Mood & Artist
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Data Preprocessing Data Preprocessing
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Feature Extraction Feature Extraction
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Content-Based Filtering Model Content-Based Filtering Model
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Cosine Similarity Computation Cosine Similarity Computation
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TMDB API Fetch Posters Spotify API Fetch Album Art
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└───────────────┬───────────────┘
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Display Recommendations
The system first accepts user input through the website or Streamlit interface. For movies, the selected title is processed using a Content-Based Filtering model trained on the TMDB dataset. For music, mood and artist information are analyzed to generate personalized song recommendations. Similarity scores are computed, relevant metadata is fetched using TMDB and Spotify APIs, and the final recommendations are displayed through an interactive user interface.
The movie recommendation engine uses Content-Based Filtering to identify movies with similar characteristics.
The recommendation pipeline consists of:
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Data Cleaning
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Feature Engineering
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Bag of Words (BoW)
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Cosine Similarity Matrix
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TMDB API Integration
The music recommendation module recommends songs according to user-selected moods and favorite artists.
The recommendation process includes:
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Mood Classification
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Artist Matching
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Metadata Retrieval
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Spotify Integration
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Album Artwork Display
The recommendation engine follows a Content-Based Filtering approach.
For movie recommendations, textual information such as genres, keywords, cast members, and directors is combined into a single feature representation using the Bag of Words model. Cosine Similarity is then used to measure similarity between movies.
For music recommendations, songs are matched based on mood, artist information, and metadata to generate personalized suggestions. Spotify API integration provides album artwork and direct listening links.
git clone https://github.com/wSubham/Entertainment-Recommendation-System.git
cd TuneFlix
python -m venv venv
Windows
venvScriptsactivate
Linux / macOS
source venv/bin/activate
pip install -r requirements.txt
streamlit run src/movie_app.py
streamlit run src/music_app.py
Open in browser
http://localhost:8501
TuneFlix
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├── assets
│ ├── diagrams
│ │ ├── system_architecture.png
│ │ ├── workflow.png
│ │ └── technology_stack.png
│ │
│ └── screenshots
│ ├── home_page.png
│ ├── movie_recommendation.png
│ ├── music_recommendation.png
│ └── spotify_integration.png
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├── datasets
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├── models
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├── notebooks
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├── src
│ ├── movie_app.py
│ ├── music_app.py
│ └── recommendation.py
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├── website
│ ├── index.html
│ ├── style.css
│ └── script.js
│
├── requirements.txt
├── README.md
├── LICENSE
└── .gitignore
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TMDB 5000 Movies Dataset
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TMDB 5000 Credits Dataset
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Spotify Metadata
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Hybrid Recommendation System
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Collaborative Filtering
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User Authentication
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Recommendation History
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Personalized User Profiles
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Mobile Application
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Cloud Deployment
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AI Chat-Based Recommendation Assistant
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Subham Das
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Sayan Paul
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Riddhi Santra
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Suprakash Maji
Dr. Moumita Roy
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TMDB API
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Spotify API
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Streamlit
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Scikit-learn
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Pandas
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NumPy
This project is released under the MIT License.





