User Portlet
| Discussions |
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| Added link to new 3d view where the model can be examined in more detail. [TS55 String hypergraph model][1] - Knitting tension occurs only in 2-way rule computation. The vibration tension is created in the 3d physics engine by using the node... |
| Updated all links to point to a new 3d Hypergraph editor and a library of hypergraph models https://github.com/gigabrainIO/HypergraphUniverses |
| Terve Marko ja kiitos palautteesta. Yes there is for an example the 6721 looks in 2d format >![6721 Wolfram Model in 2d][1] And in 3d >![6721 Wolfram Model in 3d ][2] I will contact you for more details! [1]:... |
| Developing better tools for molecular analysis – Fighting spread of the virus ------------------------------------------------------------------------ >![COVID-19 3d modeling Microscopy animation.gif][1] **[See full 3d video of COVID-19 3d... |
| Today 10th June 2021 we just released a new beta test application interface to search for **Wolfram Models** and **Hypergraphs** based on search criteria as an external gigabrain.io API service. Here is documentation and usage information for the... |
| And thanks again for the feedback. I made a **Singularity scan* that scans for the singularities in a certain range. The range can be inputted as the range in the analysis with **5_20** where the first integer is the minimum scan generation and... |
| Thank you Carlos for your very interesting post. I made a service from this post to find singularity points from certain generations. [Singularity example from model 3975][1] ![Singularity analysis][2] You can test finding a singularity point by... |
| Thank you Johann-Tobias and Malthe for the interesting post. I rendered a video of Johann-Tobias answer in 3d: [2d grid model example video][1] Just to examine the layout and the causality of the model. Thank you again. Tuomas [1]:... |
| Thank you for the interesting post. I rendered a video of your solution in 3d: [2d grid model example video][1] Just to examine the layout and the causality of the model. Thank you again. Tuomas [1]:... |
| Examine the Wolfram Model topology by 3d printing the model ----------------------------------------------------------- Let's have a look how to 3d print some of interesting Wolfram Models to examine the topology features of the models. In... |