Eric Prestat
Eric Prestat
In #1835, there was some discussion on detector efficiency, which could be done in a separate PR - for example continuation of #2535.
Ping @ZanettaPM, so it doesn't get forgotten! :)
From @OliDG in #2989: > Describe the bug in Hyperspy/tree/bremsstrahlung_rebased/ Using "m_b.add_physical_background(detector='Super_X') " as in the docstring raises an error: KeyError: Super_X > > Solution: in Hyperspy/tree/bremsstrahlung_rebased/hyperspy/misc/eds/detector_efficiency.py > > there...
I have updated the summary of this issue and there is possibly one point left before merging: > * Most things that don't work on non-uniform axes are identified and...
This sounds brilliant, I am sure many people will be looking forward this, me being the one! > As this is long standing nuisance for people who want to perform...
> I suppose one way could be by including the Zenodo DOI both in the HDF5 file and as a property of the model component. If I remember correctly, it...
OK, sounds good then!
> How do we speficy a file format that still allows all that to happen? I am not sure if I understand correctly the issue, but I will try to...
Would it be enough to extend the functionality of https://github.com/hyperspy/hyperspy/blob/a2e787185743ec1dbae990d67715f2cf828879dc/hyperspy/learn/mva.py#L2609? I think it would be good to define the aims.
> Similarly the ragged property for a signal would be defined by: > > ``` > @property > def ragged(): > return self.signal.data.dtype == object: > ``` A signal with...