Rémi Delaporte-Mathurin
Rémi Delaporte-Mathurin
@jhdark you can obtain internal fluxes: ```python import FESTIM as F import fenics as f import numpy as np class InternalFlux(F.SurfaceFlux): def compute(self): field_to_prop = { "0": self.D, "solute": self.D,...
@jhdark @gabriele-ferrero I "assigned" you to this issue. Let me know if you need help and if you _want_ to have this in 1.3
@rekomodo is having a go at implementing the remaining classes
I think there are some pointers [on this discourse response](https://fenicsproject.discourse.group/t/visualizing-a-three-dimensional-function/13165/3?u=remdelaportemathurin) @Allentro
> I just started working on this issue, is there any specificities to keep in mind while doing it ? Glad to hear! So I've opened a PR for TotalVolume...
@jorgensd has _the_ solution for testing in parallel: using `IPyParallel` it allows you to start a cluster on `n` processes in a script/notebook
Maybe introducing Subdomain could help solving this
The workaround is: ```python import FESTIM as F import fenics as f my_mesh = F.MeshFromVertices([1, 2, 3]) V = f.FunctionSpace(my_mesh.mesh, "CG", 1) my_mats = F.Materials([F.Material(mat_id, 1, 0) for mat_id in...
Maybe not a priority since Codespaces seems to be gone for individual users