Build real-world computer vision applications and develop cool demos using OpenCV for Python

Key Features

Learn how to apply complex visual effects to images using geometric transformations and image filters

Extract features from an image and use them to develop advanced applications

Build algorithms to understand the image content and recognize objects in an image

Book Description

Computer vision is found everywhere in modern technology. OpenCV for Python enables us to run computer vision algorithms in real time. With the advent of powerful machines, we are getting more processing power to work with. Using this technology, we can seamlessly integrate our computer vision applications into the cloud. Web developers can develop complex applications without having to reinvent the wheel.

This book will walk you through all the building blocks needed to build amazing computer vision applications with ease. We start off with applying geometric transformations to images. We then discuss affine and projective transformations and see how we can use them to apply cool geometric effects to photos. We will then cover techniques used for object recognition, 3D reconstruction, stereo imaging, and other computer vision applications.

This book will also provide clear examples written in Python to build OpenCV applications. The book starts off with simple beginner's level tasks such as basic processing and handling images, image mapping, and detecting images. It also covers popular OpenCV libraries with the help of examples.

The book is a practical tutorial that covers various examples at different levels, teaching you about the different functions of OpenCV and their actual implementation.

What you will learn

Apply geometric transformations to images, perform image filtering, and convert an image into a cartoon-like image

Detect and track various body parts such as the face, nose, eyes, ears, and mouth

Stitch multiple images of a scene together to create a panoramic image

Make an object disappear from an image

Identify different shapes, segment an image, and track an object in a live video

Recognize objects in an image and understand the content

Reconstruct a 3D map from images

Build an augmented reality application