Enable Low AA0.5 tied-array beamformer observations

Miro development frame: https://miro.com/app/board/uXjVN4N0K4c=/?moveToWidget=3458764578062924400&cot=14
Benefit hypothesis
Enable AIV and AA0.5 Science Commissioning activities that aim to test and analyse the capability to form a single tied-array beam, aligned with the centre (boresight) of the station beam.

What?

• The goal in AA0.5 is to configure a subarray to form a single PST beam and capture data in PST.

What is required:

• OSO scripting functions and (template/example) observation scripts produced to run an observation to capture tied-array beamformer data.
• TMC schema and logic updated to interpret, coordinate and monitor an observation involving the tied-array beamformer mode of the Low CBF with data capture in the PST.
• CSP.LMC schema and logic updated to interpret, coordinate and monitor an observation involving the tied-array beamformer mode of the Low CBF with data capture in the PST.
• SDP to provide tied-array calibration for a single bore-sight tied array beam.
• Delay polynomials required to integrate are provided by SP-4028.

This Capability was de-scoped in PI22 due to lack of Capacity in TMC and LOW ITV Teams. Work will continue in PI23.

PI22 Plan

• LOW CBF and PST configuration schema updated.
• LOW CBF able to forma single PST beam at the boresight.
• PST able to receive and capture the beamformed data.
• CSP.LMC schema and logic updated to interpret, coordinate and monitor an observation involving the tied-array beamformer mode of the Low CBF with data capture in the PST.
• Integration will be performed in the LOW PSI.
• TMC component that calculates and publishes delay polynomials in ADR-88 format will be deployed in the LOW PSI (as delivered by https://jira.skatelescope.org/browse/SS-121).
• Test execution will be via a Jupyter notebook which will configure and control TMC DM Generator and CSP.LMC.