sixfold
@sixfold@lemmy.sdf.org
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- Submitted 1 year ago to chemistry@mander.xyz | 0 comments
- Submitted 1 year ago to [deleted] | 2 comments
- Submitted 1 year ago to chemistry@mander.xyz | 0 comments
- Submitted 1 year ago to [deleted] | 1 comment
- Submitted 1 year ago to chemistry@mander.xyz | 1 comment
- Comment on Game of Life shader 1 year ago:
Any ideas?
- Comment on Game of Life shader 1 year ago:
I was thinking of doing three separate GOL simulations, one on each RGB channel, and letting the colors mix that way into like 6 colors.
- Submitted 1 year ago to programming@programming.dev | 7 comments
- Submitted 1 year ago to [deleted] | 0 comments
- Submitted 1 year ago to programming@programming.dev | 0 comments
- Comment on Gene regulatory network - Clock and Flip-flop 1 year ago:
Well, it is technically differential equations, but with weighted inputs like a NN. Here’s the equations
for each node (gene/morphogen) i. f(x) is the sigmoid function, k1 is the maximum rate of expression, k2 is the degradation rate, b is the bias. wij is the weight for an edge from j to i.
What are the standard symbols for genetic circuits?
- Submitted 1 year ago to [deleted] | 2 comments
- Comment on A Series of Tubes - the most rigorously interesting projects on the internet 1 year ago:
Thanks, I fixed it
- Submitted 1 year ago to [deleted] | 0 comments
- Comment on Neural Model for the Genetic Network 1 year ago:
Here’s the same 3 morphogen periodic clock network implemented in python diode.zone/w/9ApBpVcU5CnCbbTu3Lcegw
- Comment on A Series of Tubes - the most rigorously interesting projects on the internet 1 year ago:
You’re getting it.
- Submitted 1 year ago to [deleted] | 1 comment
- Submitted 1 year ago to newcommunities@lemmy.world | 4 comments
- Submitted 1 year ago to selfhosted@lemmy.world | 35 comments