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x-hw/amazing-qr

10,781PythonAudience · developerComplexity · 2/5LicenseSetup · easy

TLDR

A Python library that generates artistic and animated QR codes by blending a photo or GIF into the QR pattern, producing scannable codes that look like real images or short animations.

Mindmap

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    What It Does
      Generates QR codes
      Blends images into QR
      Animated GIF QR codes
      Colorized output
    Input Options
      URL or text to encode
      Image to overlay
      GIF for animation
    Output Formats
      PNG JPG BMP GIF
      Black and white or color
    Usage
      pip install amzqr
      Command line or Python
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Things people build with this

USE CASE 1

Generate a branded QR code that displays a company logo or product photo blended into the pattern while remaining scannable.

USE CASE 2

Create an animated GIF QR code for social media that plays a looping clip while encoding a URL.

USE CASE 3

Add QR code generation to a Python script or web app with a single function call using the amzqr package.

USE CASE 4

Produce colorized QR codes for marketing materials where the original image colors show through the QR pattern.

Tech stack

PythonPillow

Getting it running

Difficulty · easy Time to first run · 5min

Python 3 only, install via pip as the amzqr package. Transparent PNG backgrounds may reduce scannability.

GPLv3, free to use and modify, but any project that distributes code containing this library must also release its source code under the same GPL license.

In plain English

Amazing-QR is a Python library for generating QR codes that go beyond the plain black-and-white squares most tools produce. You can create three types of output: a standard QR code, an artistic version that blends a photograph or image into the QR code pattern, and an animated version that uses a GIF file so the QR code itself moves. You install it via pip and can use it either from the command line or by importing it into a Python script. On the command line, you pass in the text or URL you want to encode plus optional flags to control the output size, error correction level, which image to blend in, whether to apply color, and how to adjust the contrast and brightness of the result. From Python code, you call a single function with the same options as keyword arguments. The artistic mode works by overlaying your chosen image onto the QR code grid. By default the result is black and white, but adding the colorized flag keeps the original colors of the image showing through. The animated GIF mode works the same way but accepts an animated GIF as the source image, producing a QR code where each frame of the GIF plays back while remaining scannable. A few practical tips in the README: square images work better than wide rectangles, and if your image has a transparent background, the transparent areas will show through in the QR pattern rather than appearing white, which can make parts of the code harder to read. The library handles only Python 3 and outputs files in PNG, JPG, BMP, or GIF format. The license is GPLv3. The project works on macOS, Linux, and Windows. It was previously published under the name MyQR and is now distributed as the amzqr package on PyPI.

Copy-paste prompts

Prompt 1
I want to use x-hw/amazing-qr to make a QR code that shows my company logo blended into the pattern. Give me the Python code to do this using the amzqr library, specifying error correction level and output filename.
Prompt 2
Help me create an animated GIF QR code using x-hw/amazing-qr. I have a 10-frame GIF and want to encode the URL https://example.com. Write the complete function call with all relevant parameters.
Prompt 3
I'm using x-hw/amazing-qr and the colorized QR code I generated isn't scanning reliably. Based on the README tips about image shape and transparent backgrounds, what should I change about my source image?
Prompt 4
Show me how to integrate x-hw/amazing-qr into a Flask endpoint that accepts a URL and an uploaded image, generates an artistic QR code, and returns it as a downloadable PNG file.
Prompt 5
I want to generate a batch of 50 artistic QR codes with x-hw/amazing-qr, one per URL in a CSV file. Write a Python script that reads the CSV and outputs a named PNG for each row.
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