Releases · geo-fluid-dynamics/sapphire

Simulation class:

Simplified interface for simulation parameters. Before, there was a pattern where many parameters were set as constructor arguments while others were assigned after instantiating the Simulation. Parameters can still be assigned after instantiation, but the default pattern now is to include all parameters also as arguments to the constructor. This cleans up a lot of the test/user code.
Handle solver parameters in the same way as other parameters, starting as an argument to init. The solve method now uses the parameters stored by the Simulation object.

MMS module:

Verify accuracy of each solution subspace separately; remove mixed error norm.
Report mesh cell count and function space DOF count.
Updated many verification tests to check H1 norm instead of L2 norm, e.g. for velocity and temperature in the Navier-Stokes-Boussinesq system.
Simplified interface for passing simulation keyword arguments, no longer distinguishing between constructor arguments and parameters to be assigned after instantiation.

Convection-coupled phase-change simulation class:

Make the element more general, e.g. allowing easy use of Taylor-Hood style elements.
Update verification tests to use H1 norm for velocity and temperature.
Report mean pressure and velocity divergence.
Use more descriptive names for liquid smoothing parameter and pressure penalty factor.
Removed some artifacts from the validation tests, making them much more readable.
Plot the porosity using the temperature's function_space. Before, when using higher order elements for the temperature, the porosity was being interpolated onto piece-wise linears before being plotted.

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