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@jzettle has described the variations needed for systematics here
The suggested priority list is:
• TPC induction 1 gain -15% - already done as a test variation
• Electron lifetime 4/8 ms - already running, useful for further studies of the
impact and evaluating those samples independently for SPINE
• TPC induction 1 gain + 15% - to complete that set and initial dQ/dx
comparison studies
• Scintillation variation (to evaluate effects of that on i.e. flash matching)
• Recombination variation (one of the larger ones before)
• TPC intrinsic noise (+/- 1 sigma) - larger noise contribution, check dQ/dx
coverage
• Null variation - to assess statistical floor of these samples
• TPC coherent noise (+/- 1 sigma) - expected small again but can use to check
dQ/dx coverage
• Cosmic modeling (nu-only) - have not done this but will need new set of
generated events, no way I know of to use same generator events in this case
Thanks @SFBayLaser for putting this here. We can discuss further in the task force and systematics meetings but given an opportunity I will proceed in this way but we should achieve consensus. This is not everything we are hoping for but this encompasses everything that is ready to go and in a fhicl configuration.
Given a status update on November 18-19 assume various productions will be launching and running continuously up to about the week before.
This needs to be determined...
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