justifably polishings
by Jared Haer
Tempests Unresistedness Study
#Python #instamood #instagood #creativecode #fineart #love
@j216 Nice images. Just a few questions: Do you generate these images purely from code? Are they transforms over manually created imaged or a mix. Finally, do you ever make the code available?
@ffracture GIMP as a thing that let's me use all the features of the image editing software from Python. Basically I have photos I have taken and fractals I have captured and blend them together. There are 3 different processes, one of the processes is choosen at random. One process draws black and white difference stars, fractal and photo masked and mixed, and plasma with drawings of random trees and Ray's that look like pac man face down because the degrees are rounded, https://github.com/J216/gimp_be
J216/gimp_be

Python module extending gimp draw features and allowing remote udp drawing and remoting sensor data to be used in drawing - J216/gimp_be

@ffracture here is the actual code for it, it is on GitHub
If you have any questions I would be more than happy to to answer them.
https://github.com/J216/gimp_be
J216/gimp_be

Python module extending gimp draw features and allowing remote udp drawing and remoting sensor data to be used in drawing - J216/gimp_be

@j216

I took a look at your code. It looks pretty easy to use gimp features and plugins from python. That is very nice.

Your stuff reminded me of a video I watched several years ago. It is fairly dry and very dated, but it blew my mind at the time. It is a video lecture for MIT 6.001.

The instructor takes the class through a process of building up images recursively.

https://ocw.mit.edu/courses/electrical-engineering-and-computer-science/6-001-structure-and-interpretation-of-computer-programs-spring-2005/video-lectures/3a-henderson-escher-example/

3A: Henderson Escher Example | Video Lectures | Structure and Interpretation of Computer Programs | Electrical Engineering and Computer Science | MIT OpenCourseWare