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Once we have decided on the specifics of our model, we need to do two processes: Compile the model and fit the data to the model.
We can compile the model like so:
`model.compile(optimizer='sgd', l…
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Based on a great idea from @eagmon: As a first pass at removing the partitioning logic, we can simply modify the code on the state-side such that a process sees the full simulation state, rather than …
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@frankschae added very strong validation for the non-commutative noise handling, except we're missing the final nail in the coffin which is an actual convergence test on a non-commutative noise SDE sh…
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@vavachan, please do the following reorganization of your code
- write the Wilkie stochastic integrator as a another function, or better, as a class.
- write the function f(x, v) which returns the RH…
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## Reason
Currently, multiphysics couplings can be handled in a single application (full coupling) or using multiapps (loose and tight coupling). Tight coupling is achieved by iterating each physics …
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**Description**
The issue reported below was fixed in:
https://github.com/MmgTools/mmg/pull/130
TODO:
- Update MMG CI version once the change is available in a release.
~I experienced …
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Once we have decided on the specifics of our model, we need to do two processes: Compile the model and fit the data to the model.
We can compile the model like so:
`model.compile(optimizer='sgd', l…
-
Once we have decided on the specifics of our model, we need to do two processes: Compile the model and fit the data to the model.
We can compile the model like so:
`model.compile(optimizer='sgd', l…
-
**Describe the bug**
The SMC simulate query does not 'show' (with an error message, in the plot, some other way) that a model contains deadlock. Therefore, a user might get the impression that the mo…
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Hi,
I mentioned on the QE discourse that I was looking at porting some of the Python code to Julia and was told to open an issue.
Listed below are lectures that could potentially be ported ove…