ophyd_async.epics.adandor#
Support for the ADAndor areaDetector driver.
https://github.com/areaDetector/ADAndor.
Module Contents#
Classes#
Create an ADAndor AreaDetector instance. |
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Driver for andor model:DU897_BV as deployed on p99. |
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Trigger logic for Andor2DriverIO. |
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Trigger modes for ADAndor detector. |
API#
- class ophyd_async.epics.adandor.AndorDetector(prefix: str, path_provider: PathProvider | None = None, driver_suffix='cam1:', writer_type: ADWriterType | None = ADWriterType.HDF, writer_suffix: str | None = None, plugins: dict[str, NDPluginBaseIO] | None = None, config_sigs: Sequence[SignalR] = (), name: str = '')[source]#
Bases:
ophyd_async.epics.adcore.AreaDetector[ophyd_async.epics.adandor.Andor2DriverIO]Create an ADAndor AreaDetector instance.
- Parameters:
prefix – EPICS PV prefix for the detector
path_provider – Provider for file paths during acquisition
driver_suffix – Suffix for the driver PV, defaults to “cam1:”
writer_type – Type of file writer (HDF or TIFF)
writer_suffix – Suffix for the writer PV
plugins – Additional areaDetector plugins to include
config_sigs – Additional signals to include in configuration
name – Name for the detector device
- class ophyd_async.epics.adandor.Andor2DriverIO(prefix: str, with_pvi: bool = False, name: str = '')[source]#
Bases:
ophyd_async.epics.adcore.ADBaseIODriver for andor model:DU897_BV as deployed on p99.
This mirrors the interface provided by AdAndor/db/andor.template. https://areadetector.github.io/areaDetector/ADAndor/andorDoc.html
- trigger_mode: Annotated[SignalRW[Andor2TriggerMode], ophyd_async.epics.core.PvSuffix.rbv('TriggerMode')]#
None
- class ophyd_async.epics.adandor.Andor2TriggerLogic(driver: Andor2DriverIO)[source]#
Bases:
ophyd_async.core.DetectorTriggerLogicTrigger logic for Andor2DriverIO.
- get_deadtime(config_values: SignalDict) float[source]#
Return the deadtime in seconds for the detector.
- Parameters:
config_values – the value of each signal in
config_sigs
- async prepare_internal(num: int, livetime: float, deadtime: float)[source]#
Prepare the detector to take internally triggered exposures.
- Parameters:
num – the number of exposures to take
livetime – how long the exposure should be, 0 means what is currently set
deadtime – how long between exposures, 0 means the shortest possible