Release Version 1.1.0 (!19) · Merge requests · Micromagnetic modeling / TetraX

New features

Added the tetrax.sample_average() function available, which takes the average of a vector or scalar field in a given sample (can be volume, surface or line)
verbose={True, False} added to all numerical experiments, allows to silence all output (except warnings)
Saving vector/scalar fields to vtk files is now possible using tetrax.write_field_to_file() by
```
tetrax.write_field_to_file(field, sample)
```
or with the optional keywords
```
tetrax.write_field_to_file(field, sample, fname, qname)
```
As an alternative, the method AbstractSample.field_to_file() can be used, where the sample parameters is obviously omitted.
Added new equilibrium states bloch_wall and neel_wall to tetrax.vectorfields.
Added new geometry tube_segment_cross_section for waveguide samples to tetrax.geometries.
Plotting of scalar and vector fields on a sample is now possible using the plot() method of a sample object.
Pertubation analysis and reverse-engineering of general spin-wave dispersions according to Phys. Rev. B 104, 174414 (2021) is now possible within the eigenmodes() experiment, see User Guide Numerical Experiments.
Implemented cubic anistropy (linearized dynamic field not properly tested yet).

relax() experiment now returns only a boolean denoting the relaxation success
magnetization is automatically saved into folder of experimental setup after running relax()
dispersion is automatically saved to into folder of experimental setup after running eigenmodes()