Roadmap

For a closer look at the ongoing work: I24ssx board

Ongoing list of things needed:

1. Solution for enabling users to run mx-bluesky instead of old scripts: blocked by permission issues. Preferred solution would be run on beamline kubernetes cluster - in the meantime also loooking into procserv as a possibility. (Fixing this should also allow us to stop using the Pilatus to make directories during an Eiger collection.) Temporary workaround in place for beamline staff, who should be starting to run this for testing/in house beamtimes.

2. Convert detector set up to use bluesky plans and ophyd_async devices. Investigate using the existing Pilatus in ophyd_async which writes HDF5 instead of CBFs (may want to make a CBF-writing Pilatus).

3. Start looking into moving away from edm screens towards a web-based GUI.

4. Improve alignment of chip: get it to work correctly for multiple zooms.

(TBC…)

Work Ongoing	Rough Timeline	Completed
Document how to set up the current visit, deploy the edm screens and run a simple collection	Ongoing
Chip collections using bluesky	Jan./Feb. 24
Extruder collections using bluesky	Feb. 24
Create an Ophyd device for the Pilatus detector and use it, along with the Eiger device, to collect data	Jan. 24
Start using Ophyd devices for the set up tasks - eg. zebra	15th Dec. 23
Use a plan to find the fiducials	15th Dec. 23
Create an Ophyd device for for the pmac and use it to move the chip stages	1st Dec. 23
Set up a first bluesky plan to move the detector stage and set up the detector in use	15th Nov. 23
Come up with a first parameter model	1st Dec 23
Start sending logs to graylog	Nov. 23
Permissions issues - run as a service	Dec. 23
Deploy a first version of mx-bluesky with the current iteration - tested on the beamline - of the serial tools. Set up a module load that they can use it for ssx data collections.	Nov. 23
Generic deployment for edm screens	Summer 23
Tidy up original code and add some tests	Summer 23

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Experiment types required

• Extruder

  • Standard

  • Pump probe

• Fixed target (probably about 80-85% of serial on I24)

  • Standard chip collection – option for multiple exposures in each spot

  • Pump probe - see for short description https://confluence.diamond.ac.uk/display/MXTech/Dynamics+and+fixed+targets

    • Short delays

    • Excite and visit again

    • Long delays with fs opening/closing

• (Future) Fixed target with rotation at each “window” (Preliminary work done by beamline staff on the PMAC program https://confluence.diamond.ac.uk/display/MXTech/Grids+with+rotations)

Details of zebra settings for each type: https://confluence.diamond.ac.uk/display/MXTech/Zebra+settings+I24

Note that most of the set up for the fixed target is actually done by the PMAC via PMAC strings.