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This is linked to #113
The current implementation of the kinetics mean parameters is
```math
\begin{aligned}
\mu_{s j} &\sim lognormal(1, 0.5); \\
\mu_{g j} &\sim lognormal(-0.36, 1); \…
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**Is your feature request related to a problem? Please describe.**
- Currently, if the mineral layer is enable in Mars Navigator, the rendering of each color dot superimposed on a surface map are ver…
mokun updated
7 hours ago
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Hello,
Imagine we have a model that looks like this
```julia
@model function m(data)
θ ~ Normal(0, 1)
x ~ f(θ)
data ~ Normal(x, 1.0)
end
```
Where `f` is some let's say phys…
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## Problem
We are currently using a hinge function on the log scale for fecal shedding kinetics, which is based in part on nasal shedding kinetics and in part on data from fecal shedding studies. How…
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My work in #1119 for neoclassical stuff will be bottlenecked by root finding. The PR that closes this issue will resolve this, and the benefits should assist any other objective that requires a coordi…
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At the moment you can't access the in-plane current in the current collectors
You can add the variable to get the gradient of the potential
```python3
import pybamm
options = {"cell geometry"…
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If I just care about the posterior at the individual level, does the hierarchical model matter?
### Option 1 : No Pooling!
$$R_{i,c} \sim \mathcal{N}(\phi_{c}, \alpha)$$
$$\phi \sim \mathca…
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Hello,
I tried to use OpenEMS to simulate the far-field radiation of a metal plate. Following the RCS_Sphere tutorial, I invoked `CreateNF2FFBox` to define the dump planes and `CalcNF2FF ` to calc…
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(@jpivarski Feel free to suggest a better issue title. I can also add more information as needed.)
I'm trying to analyze a data set that has N events, in which each event has M muons and G clusters…
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Hi, I read your paper and found the following confusing. When you're describing your ablations which culminate in ReBased it starts with
> x^2 – substituting the original kernel function with a s…