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https://github.com/harshitwaldia/meme

This project is a Python-based console application that analyzes a user's mood and provides personalized recommendations for activities like listening to music, viewing memes, playing games, or ordering food. It also logs user interactions in a MySQL database for potential future analysis.
https://github.com/harshitwaldia/meme

mysql-connector mysql-database pillow playsound python tkinter-python

Last synced: about 24 hours ago
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This project is a Python-based console application that analyzes a user's mood and provides personalized recommendations for activities like listening to music, viewing memes, playing games, or ordering food. It also logs user interactions in a MySQL database for potential future analysis.

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README 

        
# Mood-Based Recommender System 🎵😂🎮🍕



This project is a Python-based console application that analyzes a user's mood and provides personalized recommendations for activities like listening to music, viewing memes, playing games, or ordering food. It also logs user interactions in a MySQL database for potential future analysis.



## 🌟 Key Features



-   **Interactive Mood Analysis**: Asks the user for their name, basic details, and current mood.

-   **Personalized Suggestions**:

    -   Feeling **sad**? Get suggestions for motivational audio, music, or funny memes.

    -   Feeling **happy**? Enhance your mood with upbeat music, games, or memes.

    -   In a **gaming** mood? Jump straight into online games or listen to a gaming playlist.

    -   Feeling **hungry**? Tell the app what you crave, and it will open a relevant food delivery website.

-   **Data Logging**: Securely stores the user's mood and basic, non-identifiable information in a MySQL database.

-   **Built-in Media Players**:

    -   A GUI-based music player built with Tkinter and Pygame.

    -   A web-based meme viewer using a local HTML file.



## ⚙️ How It Works



The application follows a simple command-line flow:



1.  **User Input**: The script `project_meme.py` prompts the user for their name, age, gender, city, and current mood.

2.  **Mood Validation**: The entered mood is cross-referenced with a comprehensive dictionary of synonyms (`module_Mood.py`) to understand the user's feelings.

3.  **Database Entry**: The user's details and mood are recorded in a `moodlog` table within a MySQL database named `healthsys`.

4.  **Recommendation Engine**: Based on the identified mood, the application presents a menu of choices.

5.  **Action Execution**:

    -   **Music**: Launches a Tkinter-based music player or plays a specific track using `playsound`.

    -   **Memes**: Opens the `Untitled-1.html` file in the default web browser to display a collection of memes.

    -   **Games**: Opens `poki.com` in a new browser tab for instant gaming.

    -   **Food**: Opens the website for a specific food item (e.g., `dominos.co.in` for pizza).



## 🛠️ Tech Stack



-   **Backend**: Python 3

-   **Database**: MySQL

-   **Python Libraries**:

    -   `mysql-connector-python` (for database interaction)

    -   `pygame` (for audio playback)

    -   `playsound` (for simple audio playback)

    -   `Pillow` (for image handling)

    -   `tkinter` (for the music player GUI)

-   **Frontend (Meme Viewer)**: HTML & JavaScript



## 🚀 Setup and Installation



### Prerequisites



-   Python 3.x

-   MySQL Server



### 1. Clone the Repository



```bash

git clone https://github.com/your-username/Meme.git

cd Meme

```



### 2. Install Dependencies



Install the required Python packages using pip.



```bash

pip install mysql-connector-python pygame playsound Pillow

```



### 3. Set Up the Database



You need to create the database and table for the application to store its data.



1.  Open your MySQL client.

2.  Create the database:

    ```sql

    CREATE DATABASE healthsys;

    ```

3.  Use the new database:

    ```sql

    USE healthsys;

    ```

4.  Create the `moodlog` table:

    ```sql

    CREATE TABLE moodlog (

        ID INT AUTO_INCREMENT PRIMARY KEY,

        Name VARCHAR(255),

        Age INT,

        Gender VARCHAR(50),

        City VARCHAR(255),

        Mood VARCHAR(255),

        Health VARCHAR(50),

        LogTime TIMESTAMP DEFAULT CURRENT_TIMESTAMP

    );

    ```



### 4. Configure the Application



#### **Critical Step: Update Paths and Credentials**



The current code uses **hardcoded absolute paths and database credentials**. You **must** change these for the application to work on your machine.



1.  **Database Connection (`project_meme.py`)**:

    Open `project_meme.py` and update the `mysql.connector.connect()` block with your MySQL credentials.



    ```python

    # Lines 13-17 in project_meme.py

    mydb = mysql.connector.connect(

        host = "localhost",

        user = "your_mysql_user",      # CHANGE THIS

        password = "your_mysql_password", # CHANGE THIS

        database ="healthsys"

    )

    ```



2.  **File Paths (`Untitled-1.html` & `project_meme.py`)**:

    The code uses absolute file paths which will prevent it from running on other machines. Search the project for paths like `C:\Users\harsh\mini_project_2\...` and replace them with **relative paths**.



    -   **Example in `Untitled-1.html`**:

        -   **Find:** `src='/C:/Users/harsh/mini_project_2/memes/img1.jpg'`

        -   **Replace with:** `src='memes/img1.jpg'`

    -   **Example in `project_meme.py`**:

        -   **Find:** `html_file_path = r"C:\Users\harsh\mini_project_2\Untitled-1.html"`

        -   **Replace with:** `html_file_path = "Untitled-1.html"`



## ▶️ How to Run



Once the setup and configuration are complete, run the main script from your terminal:



```bash

python project_meme.py

```



Follow the on-screen prompts to interact with the application.



## 📁 Project Structure



```

├── AUDIO/                  # Audio files for the project

├── IMAGES/                 # Image assets (potentially for a different feature)

├── memes/                  # Meme images displayed in the HTML viewer

├── __pycache__/            # (Should be in .gitignore)

├── Project_Report.pdf      # Project documentation

├── docx_report_mood_analysis.docx # Project documentation

├── Untitled-1.html         # Local webpage for displaying memes

├── module_Mood.py          # Defines dictionaries of mood-related keywords

├── module_img.py           # Module to display images

├── module_music.py         # Module for playing specific audio tracks

├── music_3.py              # A GUI-based music player using Tkinter and Pygame

└── project_meme.py         # The main entry point of the application

```



## 📈 Areas for Improvement



This project is a great proof-of-concept with several opportunities for enhancement:



-   **Fix Hardcoded Paths**: The most critical improvement is to replace all absolute file paths with relative paths to make the project portable.

-   **Use Environment Variables**: Database credentials should be stored in environment variables or a `.env` file instead of being hardcoded.

-   **Refactor Repetitive Code**: The functions in `module_music.py` and the logic in `project_meme.py` have a lot of repetition and can be simplified into more generic, reusable functions.

-   **Improve Meme Logic**: The HTML file currently shows the same set of memes for all categories. This can be updated to display category-specific images.

-   **Web Framework Integration**: A lightweight web framework like **Flask** or **FastAPI** could be used to serve the meme viewer, which would solve pathing issues and provide more flexibility.

-   **Create a `.gitignore` File**: A `.gitignore` file should be added to the repository to exclude `__pycache__` directories and other non-essential files.