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| `WolframModelEvolutionObject` properties are not listable. You need to map over each of them: eo = WolframModel[{{x, y}, {x, z}} -> {{x, z}, {x, w}, {y, w}, {z, w}}, {{0, 0}, {0, 0}}, 3]; In[] := eo /@ {"VertexCountList",... |
| This is actually a more subtle case because it depends on whether or not we identify isomorphic states during the evolution. If we do identify them, and we keep random walking through the system, we would be reconstructing different subgraphs of... |
| Can you try running the following? PacletInstall["SetReplace"]; {{x, z}, {x, w}, {y, w}, {z, w}}, {{0, 0}, {0, 0}}, 5, "StatesPlotsList"] Note also, it requires Mathematica 12.1+ to run. |
| This looks very interesting! I think it would be worthwhile to work on the layout algorithm a bit, it does not seem to do a good job disentangling large graphs. Compare, for example, [this][1]: ![website screenshot][2] with... |
| That's purely for visualization purposes, it does not have any physical significance. |
| Particular hypergraph states are always reference-frame dependent. One possible ("cosmological)" reference frame is updating the entire hypergraph at once at each step, but other choices are possible as well. And we are not generally using the... |
| Yes, the evolution order depends on the "age" of hyperedges. The hyperedges within a single rule output are assumed to have decreasing ages left-to-right, which is why you are getting different results. See more details in the... |
| There is no documented way of doing it right now, but take a look at this answer: https://mathematica.stackexchange.com/questions/219925/how-does-one-get-the-coordinates-of-a-hyper-graph-created-in-wolfram-cloud/221517#221517. |
| 1. All of the universes in the registry are currently selected by hand. We basically selected the ones we thought looked interesting during the various searches we have done. We are going to have a more rigorous process in the future, where we will... |
| First, I need to resolve some confusion. Wolfram Physics Project is distinct from chapter 9 of NKS, and the model we now use is different. In particular, the state of the model is an *unordered* collection of edges, so using `ReplaceAll` or... |