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Dear Dr. Raul P. Pelaez,
I am using your library (UAMMD) embedded into the "SlenderBody" source code. I am going to do full hydrodynamic interaction for a number of filaments with consideration of …
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Hey there,
First off, thanks a lot for this library!
I wondered whether it is possible to solve a 2-dimensional SDE with IID noise? As a simple example, consider the Ornstein-Uhlenback process (I …
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In the docs it says "You do not need to backpropagate through the differential equation." for UBP usage. However, this doesn't seem to be theoretically necessary, you can just backprop through the sol…
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This function would simply move the agent randomly, with diffusivity defined by the Stokes-Einstein relationship
$$D = \dfrac{kT}{6\pi\eta r}$$
Properties of the medium (temperature and viscosity) c…
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Support for fractional Brownian motion would be easy to add and very useful in some fields. I can only comment on financial derivatives valuation. Rough volatility models are a hot topic and they invo…
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Hi. Fellow physics+audio nerd.
I'd love to see a smooth-random LFO module based on simple Brownian motion. Basically, add a random nudge at regular (or exponentially distributed intervals) with, sa…
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Somewhat inspired by how nicely selenium worked out for me for https://github.com/dandi/dandi-api-webshots ([its ugly dirty script is here](https://github.com/dandi/dandi-api-webshots/blob/master/tool…
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Hi,
Thanks for the great library!
I'm solving a SDE of the form: $$d\mathbf{X}(t) = (\mathbf{u}(t, \mathbf{X}(t)) + (\nabla \cdot \mathbf{K})(t, \mathbf{X}(t)))dt + \mathbf{V}(t, \mathbf{X}(t)) …
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- Use a simple Brownian Motion model, performance over accuracy
- Ideally molecular weight should be taken into account
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Depends on #3
Start with adding some unit tests. I'm sure given the size of the project this will be an ongoing issue for a while.