This is a video of the progress of my digital evolution simulation. The original organism is red and the other organisms are less red the more different they are from the original.
If you look at the 7 second mark. In the top left corner you'll see a string of cells. Heading off to the lop left. These had a mutation where they always picked the same direction. Thus they were able to leave the highly populated area. However, they couldn't handle a broken cell being born in the line.
Each "pixel" is a "cell". Each "cell" has a list of instructions that it follows. I believe the initial program was something like: Pick a random direction, produce a new cell in that direction, send a copy of dna in that direction, and then kickstart the new cell.
Nothing interesting actually happened. While a few mutations did take hold, they were neutral, with no actual affect on the result.
If you look at the 7 second mark. In the top left corner you'll see a string of cells. Heading off to the lop left. These had a mutation where they always picked the same direction. Thus they were able to leave the highly populated area. However, they couldn't handle a broken cell being born in the line.
WinstonEwert 3 years ago
Each "pixel" is a "cell". Each "cell" has a list of instructions that it follows. I believe the initial program was something like: Pick a random direction, produce a new cell in that direction, send a copy of dna in that direction, and then kickstart the new cell.
Nothing interesting actually happened. While a few mutations did take hold, they were neutral, with no actual affect on the result.
WinstonEwert 3 years ago
How exactly does this simulation work?
sevenclev 3 years ago