Learn Python Image Processing by Making Instagram-Style Filters

2 Enrolled
27 Lessons
$36.00$200.00
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27 Lessons (3h)

  • Introduction
    Introduction3:22
    Project Files
  • Theory Basics
    1-1 Images7:45
    1-2 Matrices9:10
    1-3 Matrix Addition and Subtraction6:54
    1-4 Constraints on Matrix Addition and Subtraction3:22
    1-5 VirtualBox19:08
    1-6 Numpy Matrices3:38
    1-7 Scalar Multiplication7:23
    1-8 Numpy Matrix Operations7:50
    1-9 OpenCV Basics8:24
    1-10 Color Models12:03
    1-11 Colorspace Conversion5:59
    1-12 Brightness and Contrast14:20
    1-13 Brightness and Contrast6:57
    1-14 Kernels8:24
    1-15 Intro to Convolution9:21
    1-16 Convolution Example9:18
    1-17 Convolution Detailed Example8:34
    1-18 Convolution6:32
  • Application
    2-1 Intro to App2:04
    2-2 Main UI Loop5:42
    2-3 UI6:01
    2-4 Contrast and Brightness8:48
    2-5 Filters11:49
    2-6 Grayscale7:53
    2-7 Saving Images8:05
  • Conclusion
    Conclusion2:14

Build the Filters You Love to Use!

Z
Zenva

Software developer and founder of ZENVA. Since 2012, Pablo Farias Navarro has been teaching online how to create games, apps and websites to over 150,000 students through the Udemy and Zenva Academy platforms, and created content for companies such as Amazon and Intel.

Pablo is a member of the Intel Innovator Program in the Asia Pacific, and has run live programming workshops in San Francisco, Brisbane and Bangalore. Pablo holds a Master in Information Technology (Management) degree from the University of Queensland (Australia) and a Master of Science in Engineering degree from the Catholic University of Chile.

Description

Everybody loves their filters, and in this course you'll learn how to build your very own, just like your favorites on Instagram and Snapchat. You'll build an app that allows you to load a photo, edit its contrast, brightness, and gray-scale, and then create and apply custom filters. In addition to the practical construction, you'll also delve into the Python theory behind it all.

  • Access 27 lectures & 3.5 hours of content 24/7
  • Discuss concepts such as matrices, color models, brightness, contrast, & convolution from a mathematical perspective
  • Install Virtual Box
  • Perform matrix operations using Numpy & OpenCV
  • Discover a variety of Python libraries

Specs

Details & Requirements

  • Length of time users can access this course: lifetime
  • Access options: web streaming, mobile streaming
  • Certification of completion not included
  • Redemption deadline: redeem your code within 30 days of purchase
  • Experience level required: all levels

Terms

  • Unredeemed licenses can be returned for store credit within 30 days of purchase. Once your license is redeemed, all sales are final.