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View All on GitHubOphyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
Ophyd devices and other utils that could be used across DLS beamlines
AI Summary: Refactor the analyser driver in the `dls-dodal` Python package to use the existing `acquire_time` field from the parent `ADBaseIO` class instead of the currently implemented `step_time` parameter. This involves removing redundant code and ensuring all tests pass.
Ophyd devices and other utils that could be used across DLS beamlines
AI Summary: The task is to refactor the `psu_mode` attribute within the `SpecsRegion` class of the `dls-dodal` Python project. Currently, `psu_mode` is a string; it needs to be changed to an Enum type to better represent the possible values (3.5kV, 1.5kV, 400V, 100V, 10V) obtained from the EPICS PV `BL07B-EA-DET-01:CAM:SCAN_RANGE`. This will improve type safety and code readability.
Ophyd devices and other utils that could be used across DLS beamlines
AI Summary: Update the prefix of the PMAC device for I24 beamline in the 'dodal' Python package from `ME14E-MO-CHIP-01` to `BL14I-EA-CHIP-01`, and also update the scan status and counter PVs to `BL24I-MO-STEP-13:pmac:read:P2401` and `BL24I-MO-STEP-13:pmac:read:P2402`. Testing on the beamline is required after the change.
Ophyd devices and other utils that could be used across DLS beamlines
AI Summary: Add a new Channel Cut Monochromator (CCMC) device to the existing `dodal` library, specifically for the B07-1 beamline. This involves creating a new Ophyd device representing the CCMC and ensuring it can be accessed via the `dodal connect b07-1` command.
Ophyd devices and other utils that could be used across DLS beamlines