View allAll Photos Tagged computergenerated
current exhibition screen/ing
at University of Wisconsin Fox Valley
automata.ungun : a processing-generated animation of guns decaying over time based on accumulation of pixelswapping being done to an array of images of handguns.
this work extends the project i have worked on periodically in the past, the ungun project, visible in the portfolio section of station-number-six.com, my website.
the work is hosted on a raspberry Pi and projected in the gallery.
This is the video compilation from each epoch of the GAN (General Adversarial Network). This is the AI that made the image of the above-titled work. Run on GPU and Google Colab.
In this single Pdf sheet three different butterflies are depicted. Each butterfly comes in three positions: A side view right and left as well as a view from above .
You can buy/download this pattern as a single PDF copy at www.henna-und-mehr.de/de/bestell5.html(German) .
I hope in a few days the same file will be available also at www.henna-und-mehr.de/franz/bestell5.html (French)
Modified Clifford attractor formula,
I modified the formula.The values of x and y are restricted in a rectangle .
xn =(d*sin(a* y) -sin(b*x))-a*cos(x-c);
yn =(c*cos(a* x) +cos(b*y))-b*sin(y-d);
"It is good to renew one's wonder," said the philosopher.
"Space travel has again made children of us all."
Ray Bradbury
Beautiful pattern, this is a part of the set generated by student programs.
I've taught compilers for many years, like CS 134. A compiler is a program that translates your words into a program that can be run by a computer. It is more complicated than that of course, but that's the idea.
For the final exam, we compiled programs to generate fractals, showing the Mandelbrot set. This is pure math, but it has beautiful images illustrating chaos (like my life!)
These are images from programs produced by a working compiler... [I remember my words, "Don't complain so much, you signed up for this class!" Actually, Caltech kids are pretty smart, they learn fast.]
We used tools by Jef Poskanzer (photostream) to produce the final images that you see here.
This image was generated from an AI GAN (General Adversarial Network). This is the AI that made the image of the above-titled work. Run on GPU and Google Colab.
I was channeling my inner "artist" to see what it would do if I gave in prompts like "a beautiful Asian woman" using my partner as the input image. This used the VQGAN library.
An experiment in extremely low res: 100 x 100 x 1 bit
Continuing with the "resurrecting old stuff" series, some memories from the time when I challenged myself to do the most with the least: 10000 bits of information. Or: bringing abstraction to pixel art.
Size is everything for this images, so be sure to hit 'all sizes' to see the original.
On the other hand, I'm sure filckr's 75 x 75 thumbs will look like crap (or like glitch art at the best)
Fractal image created using Tierazon,
A sunset image from some evil place, or the outline of a leaf.
Best viewed large.
In this single Pdf sheet three different butterflies are depicted. Each butterfly comes in three positions: A side view right and left as well as a view from above .
You can buy/download this pattern as a single PDF copy at www.henna-und-mehr.de/de/bestell5.html(German) .
I hope in a few days the same file will be available also at www.henna-und-mehr.de/franz/bestell5.html (French)
A Gosper curve generated from a Lindenmayer system with a program I wrote.
The L-system I used is:
Gosper {
angle 6
axiom XF
X=X+YF++YF-FX--FXFX-YF+
Y=-FX+YFYF++YF+FX--FX-Y
}
This is a henna-mehndi design I created out of khidab paintings i saw in Yemen two years ago.
I drew it with Freehand MX on a Mac
You can buy/download this pattern as a single PDF copy at www.henna-und-mehr.de/de/bestell5.html (German) or www.henna-und-mehr.de/franz/bestell5.html (French)
When I have designed 20 patterns of it, I will sell them all together as a book.
This is the video compilation from each epoch of the GAN (General Adversarial Network). This is the AI that made the image of the above-titled work. Run on GPU and Google Colab.
I used the Unreal Engine modifier and a selfie of me to get it started.
Same algorithm as before - even more of a zoom in and more contrast.
See www.skytopia.com/project/fractal/mandelbulb.html for more details.
Computer generated image.
Should be viewed on black ! So please click the image or press L to view it in Flickr's lightbox.
The images get very complicated under magnification.
The program to compute the images uses fixed-point arithmetic, with a fractional part of 28 bits. This image shows the numerical error under high magnification.
I've taught compilers for many years, like CS 134. A compiler is a program that translates your words into a program that can be run by a computer. It is more complicated than that of course, but that's the idea.
For the final exam, we compiled programs to generate fractals, showing the Mandelbrot set. This is pure math, but it has beautiful images illustrating chaos (like my life!)
These are images from programs produced by a working compiler... [I remember my words, "Don't complain so much, you signed up for this class!" Actually, Caltech kids are pretty smart, they learn fast.]
We used tools by Jef Poskanzer (photostream) to produce the final images that you see here.
This is the video compilation from each epoch of the GAN (General Adversarial Network). This is the AI that made the image of the above-titled work. Run on GPU and Google Colab.
This one used a selfie of me as an input to get the generation started.
Created in Blender (I made a whole set). I'd like to figure a way of using a procedural texture to ape baize but all the ones I have tried so far haven't looked very realistic.
This video was generated from an AI GAN (General Adversarial Network). This is the AI that made the image of the above-titled work. Run on GPU and Google Colab.
I was channeling my inner "artist" to see what it would do if I gave in prompts like "a beautiful landscape photo" using my lake as the input image. This used the VQGAN library.
Why is Augmented Reality so confusing to understand? I guess it depends on the way one looks at it. If they look at it inductively, they will probably come to the wrong conclusion – but will probably learn so much more by time’s end. Thus lead to my personal great debate, then clarification of deductive vs. inductive reasoning and left brain vs. right brain characteristics. Kudos to me.
Learn more here: dreamsuccessmanagement.com/blog/2009/understanding-augmen...
Sake cups illuminated internally with LEDs
Material: Southern Ice porcelain mixed with oxides by Peter Biddulph www.ceramicdesign.org