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In PSET processing, we need to know how to filter events by coincidence type for each calibration product. Define that with help from Paul and implement a mapping to use in code.
Make sure to adjust the VALIDMAX in imap_processing/cdf/config/imap_hi_variable_attrs.yaml if it is not 4.
Make sure to replace the hard coded value with getting the number of calibration products from the mapping in imap_processing/hi/l1c/hi_l1c.py::121
Calibration products have two ways that they filter events:
By coincidence type
By TOFs
As part of this ticket, I need to design a calibration file that defines the filtering of DEs into calibration products and has the ability to be time varying. i.e. A set of date/time entries that specify the coincidence types and valid TOFs for each calibration product.
Notional starting definition:
0: all quads plus all triples except BC1C2, no TOF filters
1: BC1C2, and all doubles except BC, no TOF filters
The text was updated successfully, but these errors were encountered:
Algorithm Description:
In PSET processing, we need to know how to filter events by coincidence type for each calibration product. Define that with help from Paul and implement a mapping to use in code.
Calibration products have two ways that they filter events:
As part of this ticket, I need to design a calibration file that defines the filtering of DEs into calibration products and has the ability to be time varying. i.e. A set of date/time entries that specify the coincidence types and valid TOFs for each calibration product.
Notional starting definition:
0: all quads plus all triples except BC1C2, no TOF filters
1: BC1C2, and all doubles except BC, no TOF filters
The text was updated successfully, but these errors were encountered: