StreamLit OpenCV Computer Vision Web App
How to build a Computer Vision Web Application using StreamLit MediaPipe in Python & OpenCV
Description
*Price goes up to $39 on the 1st of April 2022. Price increase is due to newer content added to the course every month.
In this course, we are going to learn how to build from scratch a Computer Vision Web Application using StreamLit in Python and OpenCV. We'll start off by coding the StreamLit User Interface with Python only and then combine it with Googles' Media Pipe Library to perform face landmark detection in real-time. From there we'll create three pages:
The first webapp page will tell us a little about the Web App and the Author,
The second page of the UI one helps us to infer Face-Mesh on a single image, and
The third will allow us to implement Real-Time face landmark detection on a video at 30FPS.
What's really great about this is that unlike native OpenCV apps is that you can actually interact with the app and make adjustments and create neat and professional dashboards with this.
If you don't already know, StreamLit can turn data scripts into shareable web apps in minutes. All in Python. All for free. NO front-end, HTML, JAVA experience required.
This course is a full practical course, no fluff, just straight on practical coding.
Requirements
Please ensure that you have the following:
Basic understanding of Computer Vision
Python Programming Skills
Mid to high range PC/ Laptop
Windows 10/Ubuntu
30 Day Udemy Refund Guarantee
If you are not happy with this course for any reason, you are covered by Udemy's 30 day no questions asked refund guarantee.
What You Will Learn!
- Build a StreamLit Analytics Dashboard
- Integrate Computer Vision into StreamLit
- Learn how to use MediaPipes Face Landmark Detection on Images and Video
- Implement Widgets, Sliders and checkboxes
- OpenCV Python and StreamLit WebApp Development
Who Should Attend!
- Students who want to create presentable computer vision web apps
- Students who want to learn StreamLit and how to integrate it with Computer Vision