Sven Berger
TODO: Use benmarkpkg instead and simplify bash script
Note there were other things in this PR most have been reverted since it is was not leading anywhere. Or it was conflicting with #623
Alternatively you can use the tools provided in ParaView. For example a combination of calculators, line extraction and than plot it in a plot view. Or you can use python...
If you are not familiar with ParaView it might be simpler to do what @LasNikas described by using the PostprocessCallback. For example write every 0.02s the maximum height assuming height...
You can use in this function any code: ``` function test_func(system, data, t) for coord_z in data.coordinates[3, :] if coord_z> 0.5 && coord_z < 0.4 .... end end return value...
``` using TrixiParticles using OrdinaryDiffEq using Plots using StaticArrays # ======================= # Paramètres du cas Madsen (1970) # ======================= h = 0.46 A = 0.1006 h_over_L = 0.132 L =...
@efaulhaber you have to force this since only docs changed
I think the answer is if the pressure but not the density is prescribed use the inverse state equation otherwise extrapolate. Purely for consistency reasons.
And vice-versa if the density is prescribed but not the pressure calculate via the state equation.
fluid/pipe_flow_2d.jl - BoundaryModelTafuni (WCSPH) | 1 2 3 23.6s failed