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This repository was archived by the owner on Jun 4, 2025. It is now read-only.
1. The detector should be stageable
Able to change Acquistion setting, exposure time trigger mode, eg things that need to be change during each data collection
2. Should be able to change Andor Diver setting, chip temperature readout time etc.
3. Should be able to write data to somewhere.
4. Ability to access arr of the image for data visualisation?
5. should be able to be use in bluesky plan.
Tasks
Test what functionality of the detector has using epic PV, eg does the roi work etc etc.
Go through the device on i22 to draw up a proper task list. (see Ref #332)
Create the device
Add extra functionality that needed in drivers like pilatus_driver.py
A controller much like pilatus_controller.py to deal with how the data collection is done setting trigger, count time etc....
Things already exist:
Base class for area detector ad_base.py:
struct DetectorState
Globe DEAULT_GOOD_STATES
ADBase class with NDArrayBase (which handle the arr part of the detector) setup the signal part of the epicPv
ADBase itself deal with data acquiring
Globe function start_acquiring_driver_and_ensure_status :
check status and start acquire data and check status again
ADBaseShapeProvider just get the shape by overloading ShapeProvider
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Acceptance Criteria
Able to change Acquistion setting, exposure time trigger mode, eg things that need to be change during each data collection
Tasks
Related Resources
DiamondLightSource/dodal#332
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