ophyd.areadetector.cam.BrukerDetectorCam¶

class ophyd.areadetector.cam.BrukerDetectorCam(prefix='', *, name, read_attrs=None, configuration_attrs=None, parent=None, **kwargs)¶

__init__(prefix='', *, name, read_attrs=None, configuration_attrs=None, parent=None, **kwargs)¶

Methods

`__init__`([prefix, read_attrs, …])
`check_value`(value, **kwargs)	Check if the value is valid for this object
`clear_sub`(cb[, event_type])	Remove a subscription, given the original callback function
`configure`((d: typing.Dict[str, …)	Configure the device for something during a run
`describe`(…)	Provide schema and meta-data for `read()`
`describe_configuration`(…)	Provide schema & meta-data for `read_configuration()`
`find_signal`(text[, use_re, case_sensitive, …])	Search through the signal docs on this detector for the string text
`get`(**kwargs)	Get the value of all components in the device
`get_asyn_digraph`()	Get the directed graph of the ASYN ports
`get_asyn_port_dictionary`()	Return port name : component map
`get_device_tuple`()	The device tuple type associated with an Device class
`get_instantiated_signals`(*[, attr_prefix])	Yields all of the instantiated signals in a device hierarchy
`get_plugin_by_asyn_port`(port_name)	Get the plugin which has the given asyn port name
`missing_plugins`()	Find missing ports
`pause`(() -> None)	Attempt to ‘pause’ the device.
`put`(dev_t, **kwargs)	Put a value to all components of the device
`read`(() -> ophyd.device.OrderedDictType[str, …)	Read data from the device
`read_configuration`(…)	returns dictionary mapping names to (value, timestamp) pairs
`resume`(() -> None)	Resume a device from a ‘paused’ state
`stage`(args, *kwargs)
`stop`(*[, success])	Stop the Device and all (instantiated) subdevices
`subscribe`(cb[, event_type, run])	Subscribe to events this event_type generates.
`summary`()
`trigger`(() -> ophyd.status.StatusBase)	Trigger the device and return status object
`unstage`(() -> typing.List[object])	Unstage the device.
`unsubscribe`(cid)	Remove a subscription
`validate_asyn_ports`()	Validate that all components of pipeline are known
`wait_for_connection`([all_signals, timeout])	Wait for signals to connect