bodycr 1.0.2
Body Capture and Recognition
License: MIT
Requires Python: >=3, <4

# BodyCR: Simplifying Human Body Recognition with OpenCV and Mediapipe

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## Why?
BodyCR is a user-friendly interface that simplifies the complex process of human body recognition. At its core, BodyCR leverages the powerful capabilities of OpenCV and Mediapipe to accurately detect and analyze the human body. By encapsulating these advanced tools within a user-friendly exterior, BodyCR enables users to achieve accurate and efficient body recognition without delving into the intricacies of the underlying technologies.

### The Power of OpenCV and Mediapipe
OpenCV is a widely used open-source computer vision library that provides a comprehensive set of tools for image and video analysis. Mediapipe, on the other hand, is a framework developed by Google that focuses on building customizable pipelines for various computer vision tasks. By combining the strengths of OpenCV and Mediapipe, BodyCR harnesses state-of-the-art algorithms for body detection and tracking.

### Streamlined User Experience
While OpenCV and Mediapipe offer powerful capabilities, they can be daunting for users who lack extensive experience in computer vision. BodyCR bridges this gap by offering a simplified and intuitive interface. Users do not need to have in-depth knowledge of the underlying algorithms or configurations. Instead, they can rely on BodyCR's user-friendly functions and methods to perform complex body recognition tasks.

### Optimizations for Seamless Recognition
BodyCR doesn't stop at basic body detection. It incorporates multiple layers of optimizations that enhance the accuracy and robustness of recognition. These optimizations address challenges such as varying lighting conditions, body orientations, and occlusions. By fine-tuning parameters and integrating advanced techniques, BodyCR ensures that users can achieve reliable results across diverse scenarios.

### Key Features
1. Simple Integration: BodyCR provides a straightforward integration process. Users can easily incorporate body recognition capabilities into their projects without grappling with complex setups.
2. Real-time Tracking: Leveraging Mediapipe's capabilities, BodyCR enables real-time body tracking, making it suitable for applications requiring continuous monitoring.
3. Pose Analysis: BodyCR goes beyond simple detection, offering detailed pose analysis. It can accurately identify joint positions and angles, opening the door for applications in fitness, posture correction, and more.
4. Extensive Documentation: To facilitate usage, BodyCR is accompanied by thorough documentation. This documentation includes examples, tutorials, and explanations of the underlying algorithms, making it accessible for both beginners and experienced users.

### Conclusion
BodyCR empowers developers and enthusiasts to effortlessly integrate human body recognition into their projects. By abstracting the complexity of OpenCV and Mediapipe, it democratizes the use of advanced computer vision techniques. Whether you're building fitness apps, gesture-controlled systems, or interactive installations, BodyCR provides a reliable and accessible solution for accurate human body recognition.

## Usage

To use the BodyCR library for human body recognition, follow these steps:

1. **Installation**:
    Before you begin, make sure you have Python and pip installed on your system. You can install the BodyCR library using pip:

    ```bash
    pip install bodycr
    ```

2. **Importing Libraries and Initializing**:
    Start by importing the required libraries and initializing the video capture:

    ```python
    import cv2
    import bodycr as cr

    cap = cv2.VideoCapture(0)  # Creating cv2 video capture
    ```

3. **Setting up BodyCR Workspace**:
    Create a `Recognize` object to set up the BodyCR workspace. You can use predefined pose configurations:

    ```python
    capture = cr.Recognize(
        pose=cr.Prefabs.POSE.normal.Mount(),
    )
    draw = cr.Drawer()
    fps = cr.FPS()
    ```

4. **Main Loop**:
    Implement the main loop to capture, process, and display frames. Here's a basic structure:

    ```python
    while True:
        _, img = cap.read()  # Reading the camera
        img = cv2.flip(img, 1)  # Flipping the image

        draw.UpdateImage(img) # Updating drawer image
        capture.Read(img, cr.DETECT_POSE) # Detecting poses in the image

        draw.DrawComponent(capture.pose, cr.POSE_CONNECTIONS) # Draw the connections and landmarks of the read pose

        fps.Update(img) # Show the frame fate
        cv2.imshow("BodyCR Test", img) # Show the image in a new window

        if cv2.waitKey(1) & 0xFF == ord("q"):
            break

    cv2.destroyAllWindows()
    ```

5. **Running the Code**:
    Run your script. The webcam feed will display, and the BodyCR library will recognize and draw pose connections on detected human bodies in real-time. Press the "q" key to exit the application.

6. **Customization and Advanced Usage**:
    The BodyCR library provides additional features and configurations for advanced usage. You can explore the library's documentation to learn about pose analysis, customization options, and more.

Remember that this example provides a basic usage scenario. Depending on your application's requirements, you can further enhance and customize the functionality provided by the BodyCR library.

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Make with 💖 by [LucasOliveiraaa](https://github.com/LucasOliveiraaa)

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###### Other thanks to ChatGPT for helping to write this README