3:00 "..they would evolve to move backwards and gain energy.." In one of my projects, a creature needed less energy to divide than the creature received from eating its neighbor. Evolution quickly discovered this loophole :)
Sounds familiar. I had a model where organisms could move around to collect food and larger organisms could prey on smaller ones that I left running overnight. By morning the entire 'world' was covered by one giant, immobile blob that immediately ate any food that appeared and it's own offspring. It was somewhat horrifying.
I would be happy to. Is there a particular type of procedural generation you're interested in? On the channel there are already videos on some types of procedural generation: maps ruclips.net/video/6BdYzfVOyBY/видео.html fractal shapes ruclips.net/video/z7LeTu94qEc/видео.html trees ruclips.net/video/1AB3N3nrVwQ/видео.html more complex creatures ruclips.net/video/E_bikDzQM0Q/видео.html flowers ruclips.net/video/DwfMg4ISkvo/видео.html etc. Let me know what else might be of interest, thanks.
7:57 Hm, here's an interesting trait they could evolve, one of the duality traits, they can either choose to need very little energy to reproduce or very little energy to sustain themselves, if they go for fast reproduction you could expect a species that can starve quickly but also reproduces faster whereas if they choose high sustainability then they can go long periods without starving but take a lot of energy to reproduce.
Great observation! In models with predation you tend to see prey 'species' with rapid reproduction 'fruit flies' and ambush predator species that stand still to reduce energy consumption and then dash after prey when it passes 'trapdoor spiders'.
3:00 "..they would evolve to move backwards and gain energy.."
In one of my projects, a creature needed less energy to divide than the creature received from eating its neighbor.
Evolution quickly discovered this loophole :)
Sounds familiar. I had a model where organisms could move around to collect food and larger organisms could prey on smaller ones that I left running overnight. By morning the entire 'world' was covered by one giant, immobile blob that immediately ate any food that appeared and it's own offspring. It was somewhat horrifying.
Nice video just a suggestion: could you make a video about producal generation or different kind of generation
I would be happy to. Is there a particular type of procedural generation you're interested in? On the channel there are already videos on some types of procedural generation:
maps ruclips.net/video/6BdYzfVOyBY/видео.html
fractal shapes ruclips.net/video/z7LeTu94qEc/видео.html
trees ruclips.net/video/1AB3N3nrVwQ/видео.html
more complex creatures ruclips.net/video/E_bikDzQM0Q/видео.html
flowers ruclips.net/video/DwfMg4ISkvo/видео.html
etc. Let me know what else might be of interest, thanks.
@@programmingchaos8957 oh I didn’t look at your channel properly but wave function collapse is kinda interesting thanks for replied
Wave function collapse is on my todo list. I've been looking for an interesting, but fairly simple, application for it.
Great tutorials! I just finished them up today and I'm having fun watching the creatures evolve. Thanks!
Go Vandals!
I'm glad you like the tutorials. These are pretty simple creatures, feel free to post a comment if you make them more interesting.
What a great and clear tutorial. I'm going to play with this a lot. Again I learned a lot from it. Keep'm coming Terry.
I'm happy to hear it was clear. I was worried about some of the details. Let us know if you make any cool additions to the model.
I have been looking for a Chanel like this for so long 😃
I'm glad you found it! If there are projects that might be of particular interest please let me know.
7:57 Hm, here's an interesting trait they could evolve, one of the duality traits, they can either choose to need very little energy to reproduce or very little energy to sustain themselves, if they go for fast reproduction you could expect a species that can starve quickly but also reproduces faster whereas if they choose high sustainability then they can go long periods without starving but take a lot of energy to reproduce.
Great observation! In models with predation you tend to see prey 'species' with rapid reproduction 'fruit flies' and ambush predator species that stand still to reduce energy consumption and then dash after prey when it passes 'trapdoor spiders'.
@@programmingchaos8957 Yeah! It should give a good tradeoff, I think.