View allAll Photos Tagged generative
im starting to use the open source software processing (processing.org) to create images. its a lot of fun.
this was a real accident. i tried to add some rounded shapes, and this came out. i like it though. looks kinda asiatic?
A generative typeface created using autonomous agents, grid setup, and separation + target behaviour.
The connections are printed in 3D-printer. For the construction of the prototype and the final "forest" wooden sticks were used.
Script in Eclipse-Java: Load an image and depending on the brightness of the pixels, "trees" are created. The result is a generative and parametric "forest". The "trees" consist of nodes in different levels which are connected with edges with same length. Each tree is connected to the closest tree at the last level of nodes.
I like where I'm heading with these last 2 pieces. I'm having more and more fun with this, and the results are getting better.
I want a big piece to print on canvas (2 meters by 60 centimeters, or something like that) to hang on the wall in my living room.
I don't think this is good enough to be printed yet... but I think I'm getting closer.
My boss ordered 2 of my generative art pieces on canvas (2 by 1 meter), to hang on the wall in our office.
They arrived a couple of days ago. I like how they turned out.
Sorry for the bad image quality. I took these photo's with my cellphone.
Generative art made using processing.org.
This is drawn by rotating a planet around a sun, and a moon around a planet. Their paths are traced.
Please look at the original size - 9000 x 9000.
2012-2-5 17-53-47
im starting to use the open source software processing (processing.org) to create images. its a lot of fun.
i added lines, got rid of the abstract shapes. most people i showed this series, loved this one the most.
A magical night, hosted by Stanford HAI, to cover the latest from:
• Google's Peter Norvig: AGI Is Already Here.
• Eric Horvitz, Microsoft's Chief Scientific Officer: Sparks of AGI in GPT-4.
• Chad Jones of Stanford: The AI Dilemma: Growth versus Existential Risk. TLDR; "It can be optimal to entertain greater amounts of existential risk if AI leads to new innovations that improve life expectancy."
• Reid Hoffman: co-founder of Inflection AI and author of the new LLM book Impromptu.
• Vinod Khosla, who predicts AI will eliminate 80% of 80% of all jobs within 10 years.
I was especially interested in this passage from the Norvig & Arcas article: "Consider a test consisting of a series of arithmetic problems with five-digit numbers. Small models will answer all these problems wrong, but as the size of the model is scaled up, there will be a critical threshold after which the model will get most of the problems right. This has led commenters to say that arithmetic skill is an emergent property in frontier models of sufficient size. But if instead the test included arithmetic problems with one- to four-digit numbers as well, and if partial credit were given for getting some of the digits correct, then we would see that performance increases gradually as the model size increases; there is no sharp threshold."
Some argue that the LLMs are not generalizing or reasoning, but the researchers disagreed, with the gradual learning of arithmetic as an example.
We were generally positive, N.B. Roko's Basilisk!
Generative art made with Adobe Flash. High resolution available for Giclée print.
Arte gerada através de algoritmos em Adobe Flash. Alta resolução disponÃvel para impressões em photo canvas (Giclée).
w1_02 / iteration 05 / screenshot frame 105
iteration 5 based on code w1_02
see also video on my tumblr page:
void-k.tumblr.com/post/88163555094/future-learn-creative-...