🚀🌈 🎨 Collection of Color Pickers written with Jetpack Compose with solid Color or Gradient with type, tile mode, and color stops in HSL/HSV/RGB models with Colorful Sliders, displays, and many customization options.

This project enables you to play virtual drums simply by using concepts of image processing and computer vision.

C++ Automated white balance using lodepng and some color correction

🚀🌈♾ Utility library that expands Compose Colors with Material Design2 colors, color swatches, Material Design 3 Tonal Palettes, color names, and utility functions to convert between HSL, HSV, RGB, HCT models and to HEX or from HEX

OpenCV and ESP32 CAM

Python-based OpenCV program for detecting leaves and creating segmentation masks based on images in the Komatsuna dataset.

Implementation of Marching Cubes algorithm to generate various types of terrains

Object-Tracking-based-on-Color

Program developed in Python that reads and records the score in Valorant's practice range using HSV filters and OCR. Scores are used to find the all-time, average score in the practice range.

Simulation of a robot that goes around a supermarket picking up fallen objects

Color matching and detection, skin and finger detection with opencv

Color recognizer app which can detect colors from your camera using Python.

This Python program uses OpenCV for real-time color-based image segmentation and filtering. It offers a graphical interface with trackbars to adjust HSV color channel ranges. It loads an image, applies the chosen color range as a mask, and displays the original image, HSV representation, mask, and filtered image in a stacked layout.

Extracting the G-code cloud points and saving them in CSV. Simultaneously background of the images are removed and compared with the G-code point clouds, thus detecting errors in the 3D printed component.

A short and simple python program using OpenCV module.

Medicinal Plants Detection

Autonomous car for simulator system using OpenCV

Using the Tkinter GUI and OpenCV to filter and get the upper and lower HSV ranges from camera video capture

This project demonstrates an invisibility cloak effect using OpenCV in Python. It leverages HSV color space masking, trackbars for dynamic range adjustment, and real-time video processing to replace specific color ranges with a background frame, creating a magical invisibility effect.

ForestMonitor is a tool that detects and analyzes deforested areas in satellite images using HSV color segmentation.