Emily Boudreaux
5a8c50d376
previously there was a global "default header" object which each OpatIO table used to build off of. The issue was that this did a shallow copy so if there were multiple OpatIO objects instantiated they would all modify the same header object. This has been resolved by moving the default header to a function which generates it fresh for each OpatIO object.
New implimentation of 3+1D SSE
New (as yet unnamed) 4DSSE code. We need an exciting name.
This code is very early in development and should not be used for scientific purposes yet.
Building
In order to build you will need meson installed on your system. The easiest way to do this is to use the python package manager (pip)
pip install meson
You can then either use the mk script or meson commands automatically. When running either the script or meson commands manually MFEM will be pulled from github and built. As part of this a small patch will be applied to the MFEM CMakeLists.txt file. This process should only need to happen once as future builds will use the cached version of MFEM in subprojects and the cached build files of MFEM in build.
./mk
if you want to build with no test suite run
./mk --noTest
Current Status
Currently we are working on implimenting modules such as opacity, equation of state, polytrope, and meshing. Builds may not work on any branches at any time.