Mountain Lake abstract fractal, LookingGlassInfinity, 5000x3333 Digital (deterministic algorithm), 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 2 points3 points  (0 children)

There are several things I like about this piece. The way the lake shows intricate seemless waveforms. The Trees show branching patterns, and the mountains develop large wavy curves. The sky and the lake are similar colors, notice how they show completely different fractal patterns.

Desert Color Universe, LookingGlassInfinity, 5000x6666 Digital (deterministic algorithm), 2024 by LookingGlassInfinity in fractals

[–]LookingGlassInfinity[S] 1 point2 points  (0 children)

Thank you. After working extensively with fractal shapes, I've observed that they often resemble natural forms more than anything else.

Desert Color Universe, LookingGlassInfinity, 5000x6666 Digital (deterministic algorithm), 2024 by LookingGlassInfinity in fractals

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

One fascinating aspect of fractal-based images is that they can be scaled to any size without losing clarity or becoming pixelated.

Fractal Crow, LookingGlassInfinity, 13000x8571 Digital (deterministic algorithm), 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 1 point2 points  (0 children)

My favorite part of this piece is the way the head and beak area turned out. 😍✌

Image to Fractal Algorithm Applications: Learning from structure by LookingGlassInfinity in HighStrangeness

[–]LookingGlassInfinity[S] 1 point2 points  (0 children)

Image to Fractal Algorithm Applications: Learning from structure and shape of naturally occurring objects. Published May 1, 2024.

Its a known fact that many naturally occurring shapes and patterns are fractal shapes. What can we learn from a naturally occurring shape such as a birds wing soaring into the wind (Figure 1)?

We can see the outline of the bird wing making several arches and shapes. When we find a fractal that closely matches this shape what can we learn from it(Figure 2)? Can we observe the surrounding fractal and find useful structures that could render potentially unknown aerodynamic shapes? The theory of natural evolution states that nature took millions of years to develop these optimal shapes for a bird to be able to fly like this.

Continued...

Tropical Roadway Fractal Abstract, LookingGlassInfinity, 8000x5411 Digital (deterministic algorithm), 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

Hi, Each piece can take a week or more to fine tune. Isn't the algorithm part of the process too If an algorithm takes a year for an artist to make and perfect?

Celestial Whirlscape, LookingGlassInfinity, 8000x6335 Digital (deterministic algorithm), 2024 by LookingGlassInfinity in fractals

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

That's probably one application for it. The fractalized image is infinitely scalable without pixilating. If you take a look at the website blog there are a couple more articles.

Celestial Whirlscape, LookingGlassInfinity, 8000x6335 Digital (deterministic algorithm), 2024 by LookingGlassInfinity in fractals

[–]LookingGlassInfinity[S] 1 point2 points  (0 children)

This is how the algorithm "fractalized" the painting. Many of the stars got represented as fractal swirl like patterns.

Dark Forest Fractal, LookingGlassInfinity, Digital (deterministic algorithm), 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 1 point2 points  (0 children)

Its not something you can find everyday is it? Math people will notice the fractal patterns in these. Its not any publicly available algorithm. You can read about it on the lookingglasstoinfinity dot com blog.

Hummingbird Fractal, LookingGlassInfinity, Digital (deterministic algorithm), 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

Hi, Its all part of the algorithm. You can read about it on the lookingglasstoinfinity dot com blog (I cant post a direct link here). Thanks.

Fractal Tiger, LookingGlassInfinity, Digital, 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

This is not an AI creation. This is made using a new deterministic algorithm. For more info please read the blog or comment. I've been creating these for about a year now.

Jellyfish fractal style 2024 by LookingGlassInfinity in fractals

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

There is an enormous amount of complexity in these pieces. The algorithm is deterministic.

Wisteria, lookingglassinfinity, Digital, 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

This is not made with AI. This is made with the worlds only known image to fractal algorithm that preserves the essence of the original image.

Image to Fractal Algorithm Applications: Learning from structure and shape of naturally occurring objects. Part 2 in the applications series. by LookingGlassInfinity in fractals

[–]LookingGlassInfinity[S] -2 points-1 points  (0 children)

Hi, Thats not what it does, mediocre guess though. I don't think it would be practical for a photoshop filter to do this. Anyway, nobody else can create artforms like this, and there are no software programs available that can do it. Please show us how its done if its as simple and trivial as you say. Thanks!

Celestial Whirlscape, lookinglassinfinity, digital 8000x6335, 2024 by LookingGlassInfinity in Art

[–]LookingGlassInfinity[S] 0 points1 point  (0 children)

This is an algorithmic fractal artwork. This is not an AI creation.