What CORA needs the 19-BM team to confirm before the model can be trusted.
19-BM is in the design phase, so almost every value in the Inventory is a Final Design Report specification, not a commissioned measurement. Each row below is a fact the beamline team or the FDR owns, not a CORA modelling choice. It is a delete-on-answer queue: when an item is answered, the answer lands in the descriptor and the row is removed (with the reason in the commit). Priorities are Blocks-build (needed before the model is built for real), Blocks-go-live (needed before first users), and Nice-to-have.
What are the EPICS PV names for each device, and does 19-BM follow the 2-BM TomoScan / MCTOptics IOC layout?
Control handles are unassigned; CORA leaves each device handle empty (no PV) until the control system is up.
Wiring each Asset to a real control handle.
PSS-1
Blocks-build
What are the PSS permit signals and access-interlock names for 19-BM-A, 19-BM-C, and 19-BM-D?
Each enclosure exists with a permit signal to be named (ICMS APS_1181415).
The Enclosure permit signals.
ENC-1
Blocks-build
19-BM-C and 19-BM-D share a downstream-wall guillotine held open during operation, so they act as one shielded volume. Do they share a single PSS search-and-secure, and should CORA model them as one Enclosure or two coupled ones?
Modelled as two Enclosures today (19-BM-C carries no Assets); the coupling is noted, not yet a structural link.
The Enclosure shape for the C and D volumes.
BLEPS-1
Blocks-go-live
How should the BLEPS equipment-protection chain (beamline vacuum, and the cooling water plumbed in series across the Be window and the photon stop) map onto CORA Supplies and the beam-availability signal?
Vacuum and cooling water are facility Supplies whose faults the BLEPS folds into beam availability, following 2-BM; no separate equipment-protection aggregate.
How should the F3-30 two-bank Si/Ge/Cu filter unit be modelled: one selector over the combinatorial effective thicknesses, or one selector per bank? And what fills bank 2 slot 5?
One Filter Asset whose selectable foils are a per-Asset setting plus a position-to-thickness calibration, as at 2-BM; the combinatorial map is a setting, not a family split.
The filter selector modelling and the bank 2 slot 5 value.
What are the sample rotary and linear positioning stages (the manipulator design was out of FDR scope)?
A rotary stage plus a linear positioning stage, reusing the RotaryStage and LinearStage Families, models unbound.
The sample stage Model bindings.
ROBOT-1
Blocks-go-live
What is the robotic sample changer, and what is the separate safety review it requires before implementation? How should CORA gate autonomous loading on it?
The changer is one Positioner Asset that loads and unloads Subjects; its operation is gated by a Clearance that must be Active, issued after the separate safety review. Modelled when the design and review land.
The sample-changer Asset, its Clearance gate, and the autonomous loading flow.
TRIG-1
Blocks-go-live
What is the high-throughput trigger and sync scheme: is the sample rotary TTL encoder the master clock, and is PSO-style fly-scan triggering used?
A single TimingController carries the scheme; the rotary encoder is the candidate master clock; conditioner and PSO use to be confirmed.
Which scintillator, microscope optics, and camera will be procured for the indirect-detection system?
A scintillator, a visible-light microscope (composed as the cross-facility Microscope Assembly presenting the Detector Role), and a camera; models unbound until procurement.