Tags

2.5.4

Fix real space stats

2.5.3

Somewhat stable C++ classes

Tagging after bugfixes and some changes made directly in develop because
they were quite straightforward.

At the moment, it looks like the `direct_numerical_simulation` class is
quite mature, and we could, in principle, think about generating any sort
of pseudo-spectral DNS as a child of it.

I don't expect to make important changes to the prototype of
`direct_numerical_simulation` in the future.

2.5

add simplified wrapper, plus required C++ classes

2.4

particle I/O is better handled now.

The trick is to write using many processes, but not too many.

2.3

we now have two versions of the DNS code

both work with particles, but the new one has no sampling functionality
yet

2.2

New field-class based solver should now be preferred.
I/O is done through checkpoints in HDF5, FFTW with threads is used, and
all our tests say the new code scales quite nicely.

2.1

Save 0 slices in statistics instead of 0,0 lines.
Now we can make movies.

2.0.1

2.0

Add new fluid solver.

NSVorticityEquation uses HDF5 for files, and it uses the new
field/kspace classes, which means we can separate backend
development from other tasks more cleanly.

initial_test_particle_MPI_IO

1.7.2

1.7+ti

hack/tensor-interpolation

zz/field-interpolator

1.7.1

1.6.5

1.2.4

1.0.3

1.7

Add new cpp classes

New classes are "field_layout", meant to make "field_descriptor"
obsolete, then "kspace" and "field", meant to better encompass a lot of
the functionality from "fluid_solver_base", plus fft transforms (i.e.
functionality from "fluid_solver").

In the future, I mean for these classes to be used when coding new
PDEs.

1.6.4