What CORA needs the P14 team to confirm before the model can be trusted.
P14 was reverse-engineered from EMBL Hamburg's own public MXCuBE HardwareObjects configuration (github.com/mxcube/mxcubecore, configuration/embl_hh_p14 for EH1 and configuration/embl_hh_pe2 for EH2), not from a live connection. EMBL publishes both endstation configs, so the two diffractometers and their axes are named (each experiment hutch resolves into a real Goniometer), but the exact geometry, the optics breakdown, the live-vs-mockup status of the EH2 axes, and the safety / operator boundary are not in them. P14 is CORA's second EMBL Hamburg beamline (the sibling of P13) and the first two-endstation MX beamline. 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 goniometer geometries of both endstations (the EH1 EMBLMiniDiff and the EH2 EMBLBSD): kappa range, axis offsets, the omega / kappa / centring axis assignment.
Both bound to the graduated Goniometer with named axes; the geometries carried as questions.
The MX instrument modelling.
MOCK-1
Blocks-build
The EH2 axes published as MotorMockup: which are live on the floor and which are simulation placeholders in the config?
The EH2 diffractometer and table named and bound, but carried with a caution marker.
Whether the EH2 instrument is modelled live.
TABLE-1
Nice-to-have
The EH2 experiment-table control handles (the EMBLTableMotor table_hor / table_ver carry no handle in the config object).
A LinearStage EH2 table; the handle pending.
The EH2 table modelling.
OAV-1
Nice-to-have
The on-axis viewing objectives (MicrodiffZoom / ExporterZoom) magnification and the on-axis / sample-changer camera handles, both hutches.
Objective zooms plus Camera viewing; the camera handles pending.
The OAV modelling.
IMG-1
Nice-to-have
The EH1 X-ray imaging camera (EMBLXrayImaging) control handle and role.
A Camera X-ray imaging device for centring; the handle pending.
The imaging modelling.
CRYO-1
Nice-to-have
The cryostream (cooler model, sensor / setpoint handles); it is not a labelled device in the MXCuBE configs.
Carried as a question; the liquid nitrogen a Supply observation, not a device.
The temperature-control modelling.
ROBOT-1
Blocks-go-live
The automated sample changer (load / centre / collect / unmount loop), per hutch.
A deferred sample-exchange Procedure over the spine + a Subject custody thread, not a device family; MXCuBE bookkeeping, not a device.
The detector models (Eiger 16M silicon, Eiger 16M / 4M CdTe in EH1, Pilatus 2M in EH2, read from the configs), their ROI modes, and the sample-to-detector geometries.
Camera area detectors plus derived PseudoAxis distances; the geometries pending.
The detector modelling.
DIAG-1
Nice-to-have
The beam-diagnostic service split (the beam intensity / centring services and the pin-diode flux).
Grouped FluxMonitor diagnostics; the per-service split pending.
The Exporter / TINE control handles per P14 device across the three diffractometer hosts, and whether the upstream MXCuBE develop configs match the live beamline.
The handles read from the public MXCuBE configs, carried pending; the floor is MXCuBE over Exporter + TINE.
Binding each Asset's control handle.
SEAM-1
Blocks-go-live
The EMBL Hamburg control domain: MXCuBE over Exporter (microdiff) + TINE, distinct from the DESY Tango / Sardana floor (shared with P13).
A sub-operator control-domain within the PETRA III Site; EMBL's house style recorded on the Site.
The seam and Site modelling.
GOV-1
Blocks-go-live
The EMBL Hamburg operator pool, the safety-review structure, and the boundary between the DESY-hosted ring interlock and the EMBL-operated beamline.
Carried pending on the PETRA III Site, shared with P13; the operator / interlock boundary a question.
The governance principals.
PSS-1
Blocks-go-live
The personnel-safety permit signals and the photon / front-end shutters (absent from the MXCuBE configs), per hutch.
Permit leaves and shutters to be named; not invented here.
The Enclosure permit signals and the safety tier.
SUP-1
Nice-to-have
The vacuum extent and the cryostream liquid-nitrogen / beam supplies.
Photon beam, cooling water, vacuum, and liquid nitrogen.