This is a fun application of image processing which enables you to experience the magic of an invisibility cloak. Let's make our childhood fantasy of using an invisibility cloak come true.

🧙‍♂️ Harry Potter's invisible cloak using Python3 and OpenCV.

This project is developed using Open CV and NumPy Libraries. This project is inspired from Harry Potter's Invisible Cloak. This project is suitable with both Green and Red Color Clothes. To better Experience, run the project in Good Light Exposure.

Invisible anything behind the RED colour

For all the harry potter and SiFi fan!! now you can go completely invisible Utilizing the power of OpenCV and python

Invisibility using OpenCV

For Harry Potter Fans

A Python-based implementation of the "Invisibility Cloak" effect using OpenCV. This project allows you to create a Harry Potter-style invisibility effect by replacing a specific color in your webcam feed with a previously captured background.

⚡ Harry Potter's Invisible Cloak!

Numerous invisibility clock tutorials are available on the Internet but none worked for me so I made one from scratch with python and opencv in a jugaad way, and I don't know about you guys but it works on my machine.

Created a mystifying invisible cloth that vanishes in front of a camera using few lines of python code.

Harry Potter–style Invisible Cloak using Python and OpenCV. The project captures a static background and uses HSV color segmentation with morphological operations to detect a cloak of a chosen color, replacing it with the background in real-time. A hands-on exploration of image masking, bitwise operations, and live video processing with OpenCV.

This project is developed using OpenCV and NumPy library. It is inspired from Harry Potter's invisibility cloak

Making a cloak of specific color invisible with the help of OpenCV.

The Cloak of Invisibility using Python

In this python code, an invisibity cloak which is created which is similar to the one shown in harry potter movie. Based on the color you like, you can either use blue, green, or any other color that can be used as a cloak and you can hide inside that cloak. The code uses color detection, image processing techniques and bitwise array operations using OpenCV Library and performs the following invisibility technique. I have also attached the trackbar code which can be used to find out the required HSV color.

This repository contains the implementation of invisibility cloak as shown in the movie series Harry Potter.

This makes the blue-colored object invisible just similar to Harry Potter's magical cloak

Real-time Invisible Cloak using Python & OpenCV — supports red, green, blue, saffron, and white cloak colors with background capture, clean modular design, and live invisibility effect inspired by Harry Potter.

Inspired from Harry Potter's ✨Cloak of Invisibility✨, this python script makes you invisible using OpenCV 👀

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A cloak of invisibility is a fictional theme. This project is developed using Open CV and NumPy Libraries. This project is inspired by Harry Potter's Invisible Cloak. This project is highly suitable for both Green and Red Color Clothes. We use hsv colors which is Hue Saturation Value. This makes it easier when we are working on or need luminance of the image/frame. HSV also used in situations where color description plays an integral role. Good Light Exposure is need to run the project for a good result.

Open CV Project which enable you to experience the magic of invisible cloak

Harry Potter Invisible cloak using OpenCV.

Invisible cloak in a traditional way with the use of color and deep learning using YOLOv8 and Maskrcnn.

Implementation of invisible cloak like Harry's using Python

A fun computer vision project using OpenCV to create an 'Invisibility Cloak' effect. This Python-based implementation leverages color detection and segmentation techniques to make red-colored objects disappear in real-time

To create the famous Harry Potter's invisible cloak.

Following the trend on Harry potter's invisible cloak, I created one using python libraries OpenCv and numpy.