Release Notes#

Version 1.1.0#

2022-03-31

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()

2022-03-07

Initial release.