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So at this stage I am starting to be uncertain exactly what is intended to work and what is not intended to work. At least here is a summary of the tests I have broken, and which works and which do no…
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The CVODES constraint handling (see also #2327) would also allow us to enforce conservation laws, and probably make our code quite a bit simpler.
To be discussed whether we'd want to keep the curre…
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I am not sure if the current handling of conservation laws for non-constant species is correct for models that also contain constant species. I didn't check that in detail, but I have the feeling this…
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Implement the rules that correspond to the conservation laws inside the `laws.pl` script:
- Conservation of energy (since the mass is in GeV/c^2, the energy equals arithmetically to the number of t…
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I am going through the docs bit byt bit, trying to see which parts contribute to long build times. This bit in the FAQ one is a significant culprit (haven't bothered waiting to see how long it takes f…
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Hello, I noticed that the knowledge control imposes a restriction on the predicted results, the knowledge control added to the N-body MNIST dataset is the law of conservation of energy, and the knowle…
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```
What steps will reproduce the problem?
1. Create gravity ball
2. Create other balls
3. Leave running for 10-20 minutes
Result: the ball is moving faster than it was before.
```
Original issue r…
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We have just discussed this on Slack. See https://docs.sciml.ai/Catalyst/stable/faqs/#How-to-index-solution-objects-using-symbolic-variables-and-observables?
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```
Implementation I: Get the speed of the user's leg
Implementation II: If the ball has collided with the user's leg and the
countdown bar has reached 0, I should change the speed of the ball consid…
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Federal register and Magnuson–Stevens Fishery Conservation and Management Act are difficult to remember how to cite. See [here](https://www.fisheries.noaa.gov/topic/laws-policies) for a list of import…