What CORA needs the SYRMEP team to confirm before the model can be trusted.
SYRMEP was reverse-engineered from public material (the elettra.eu SYRMEP pages, the EPJ Plus 2024 SYRMEP review, and the J. Synchrotron Rad. 2023 large-FOV paper). The hardware facts are read from those sources, but the control handles are not in public source: the in-house DonkiOrchestra scan engine's source location is unconfirmed and the acquisition code lives in the private gitlab.elettra.eusyrmep_acquisition group. So unlike the ID32 BLISS scaffold, the device handles in the Inventory are confirm-pending placeholders rather than read addresses. This is CORA's first Elettra Site and first Tango / DonkiOrchestra controls house-style. Each row below is a fact the beamline team owns, not a CORA modelling choice (those are on Model). It is a delete-on-answer queue. Priorities are Blocks-build, Blocks-go-live, and Nice-to-have.
The Elettra storage-ring state SYRMEP reads (the 2.0 GeV / 300 mA and 2.4 GeV modes; current, fill).
Observe-only machine state, a loose StorageRing; exact Tango handles pending.
The machine-state observation.
MONO-1
Blocks-go-live
The Si(111) DCM energy range and the authoritative bound: the EPJ Plus 2024 review states mono 10-40 keV, the elettra.eu spec still lists 9-40 keV. The Bragg / offset handles.
A Monochromator (Si(111), fixed-exit, 20 mm offset); energy a PseudoAxis; range 10-40 keV mono.
The monochromator and incident-energy Assets.
MODE-1
Blocks-go-live
The mono / white (pink) beam switch: how the beam bypasses the DCM, and the white-beam energy (~16-30 keV average).
The beam mode is a per-Asset setting on the Monochromator (the 2-BM DMM insert/retract precedent).
The beam-mode modelling.
OPT-1
Nice-to-have
The white-beam-defining mask dimensions and drawing.
A fixed Mask upstream of the optics.
The mask Asset detail.
OPT-2
Blocks-go-live
The laminar-beam slit blade-axis map and handles, and the beam dimensions (sources cite ~120 x 4 mm at 20 m and ~160 x 5 mm at 23 m).
Slits bound to Slit; a ~120-160 mm wide, ~4-5 mm tall laminar beam at 7 mrad acceptance.
The slit Asset detail and beam geometry.
FOIL-1
Nice-to-have
The absorption / beam-hardening filter foils and the selector handle.
The rotation stages: the heavy-payload rotator (up to 120 kg, 1-20 deg/s, 0.02 deg) is documented, but the standard sample rotation stage range / bearing / model and the rotator wobble spec are not.
A RotaryStage for the tomographic theta; a standard-stage variant and the wobble spec pending.
The rotation-stage modelling.
SAMPLE-1
Blocks-go-live
The five-axis sample-positioning stage: motor vendors, micro-positioning resolution, axes, and handles.
The technique scope: core tomography reuses catalog Methods, but helical CT, white-beam tomography, and phase retrieval are not yet catalog Methods.
The core tomography Practices reuse catalog Methods; the rest are pending and render unlinked.
Whether the new techniques enter the catalog (a CORA-scope call on Model).
COMPUTE-1
Nice-to-have
The reconstruction pipeline (the SYRMEP Tomo Project: phase retrieval, ring removal, FBP / iterative on ASTRA + TomoPy) and whether CORA records its invocation as Method / Compute provenance.
Post-acquisition compute CORA records as provenance, not data it owns.
The compute-provenance modelling.
SUP-1
Nice-to-have
The facility supplies a run draws on (cooling water for the optics, the vacuum extent of the white-beam path).