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This is required by DREAM and LOKI (and probably more):
In a notebook:
Create plots that visualize counts for various logical/physical detector components, e.g., total counts in wires, modules, ...
Provide Python function to detector broken components (such as wires), e.g., if they have no counts, or counts below a threshold.
Plot the masks in the diagnostics plot. This lets the user verify the masks.
All for manual (Python based) manipulation of the masks, e.g., be listing additional wires to mask by hand.
Further plots may depend on the instrument, e.g., some may want to show the instrument view with masking in place.
Masks will need to be saved to a file. Format to be decided. done, see Save detector masks #180.
Notebooks will likely be instrument-specific, since we need, e.g., different plots for different detector banks, and dimensionality depends on the instrument as well.
This is required by DREAM and LOKI (and probably more):
In a notebook:
Masks will need to be saved to a file. Format to be decided.done, see Save detector masks #180.Notebooks will likely be instrument-specific, since we need, e.g., different plots for different detector banks, and dimensionality depends on the instrument as well.
Potential example for DREAM:
See also https://confluence.esss.lu.se/display/DAM/DREAM+-+Save+mask+to+file
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