Expand the LOW Observation Jupyter Notebook to cover multiple Imaging scans

• Existing notebook is expanded to cover the ability to conduct multiple scans, which follow the typical Interferometric imaging observing sequence of:

• • Bandpass Calibrator
  • Flux Density Calibrator
  • (Phase Calibrator - Target Source) looped and ending on the Phase calibrator. (Adam will provide more context as needed).

• Revise the 'Useful Links' section (possibly rename this section) at the start of the Notebook to include:
  • A direct link to a 'running instance' of the LOW Taranta Dashboard.
  • Links to all available sub-system Taranta Dashboards.
  • Archived attribute values stored in the EDA can be accessed through the Archiveviewer GUI which runs as part of the deployment*.
  • Links to  updated SDP 'signals displays' (as per SP-2981) showing at least, signal displays for Amplitude vs Freq (auto correlation) and Amplitude and Phase vs Frequency (cross-correlation)

• Existing BDD tests for OSO and TMC continue to pass and new BDD tests are created to cover multiple scans.
• Documentation is created/updated to for the use of an AIV engineer in interpreting the Notebook and stored in the Documentation Repository on confluence.
• Include in the notebook the steps to create and up date an EB, (an outcome of feature SP-3163).
• Team spends time playing with Notebook, seeking and logging issues and improvements, resolving if practical.
  *

1. New version of 'ska-jupyter-scripting' library i.e. ska-jupyter-scripting:1.1.0 which support multiple scan functionality is available in car repo.

2. Updated document can be found on below link:

https://confluence.skatelescope.org/display/SE/PI17+LOW+Imaging+Scenario+Walkthrough+Jupyter+Notebook