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Describe the bug
When plotting oriented 2D scattering patterns from theory models, setting either theta or phi to 0 at any point, disables that parameter. Any additional changes to those angles are not updated in the simulated data images. This makes it difficult to manually fit. It is not clear (and hard to test) if the same would happen if the fitting algorithm sets one of those values to zero which would be extremely problematic.
To Reproduce
Steps to reproduce the behavior:
create a theory model for any anisotropic shape (e.g. cylinder) and click the 2D box before plotting
change angles theta and phi (and psi for prism models)
Now set one to zero
Try to move off of zero
Pattern does not change from that at 0
Expected behavior
the plot (and underlying theory data) should recalculate with the new angel and not use zero as being unchangeble.
SasView version (please complete the following information):
Version: 6.0.0b2
Operating system (please complete the following information):
OS: Windows 10
Additional context
Identified during the NIST CNR summer school and thus labelled 6.0.0 release as agreed - However, whether this is a longer standing issue has yet to checked
The text was updated successfully, but these errors were encountered:
This also happens for other parameters besides the angle. I've seen the same behaviour with the parameters of the cylinder and ellipsoid models in the 1D case. It seems to be a more general issue with all the parameters; in this case: sld, sld_solvent, radius and solvent.
Describe the bug
When plotting oriented 2D scattering patterns from theory models, setting either theta or phi to 0 at any point, disables that parameter. Any additional changes to those angles are not updated in the simulated data images. This makes it difficult to manually fit. It is not clear (and hard to test) if the same would happen if the fitting algorithm sets one of those values to zero which would be extremely problematic.
To Reproduce
Steps to reproduce the behavior:
Expected behavior
the plot (and underlying theory data) should recalculate with the new angel and not use zero as being unchangeble.
SasView version (please complete the following information):
Operating system (please complete the following information):
Additional context
Identified during the NIST CNR summer school and thus labelled 6.0.0 release as agreed - However, whether this is a longer standing issue has yet to checked
The text was updated successfully, but these errors were encountered: