eda_plugin.analysers.image.PycroImageAnalyser

class eda_plugin.analysers.image.PycroImageAnalyser(*args: Any, **kwargs: Any)

__init__(event_bus): Get settings from settings.json, set up the threadpool and connect signals.

Methods

`__init__`(event_bus)	Get settings from settings.json, set up the threadpool and connect signals.
`connect_incoming_events`(event_bus)	Do not connect the MDA and acquisition events, we need the info from magellan
`connect_worker_signals`(worker)	Connect worker signals in extra method, so that this can be overwritten independently.
`gather_images`(py_image)	Gather the amount of images needed.
`new_magellan_settings`(new_settings)
`new_mda_settings`(new_settings)
`start_analysis`

connect_incoming_events(event_bus: EventBus) → None: Do not connect the MDA and acquisition events, we need the info from magellan

connect_worker_signals(worker: qtpy.QtCore.QRunnable): Connect worker signals in extra method, so that this can be overwritten independently.

gather_images(py_image: pymm_eventserver.data_structures.PyImage) → bool: Gather the amount of images needed. Channels can be swapped by subclasses. So don’t rely on them coming in in the correct order.

start_analysis(evt: pymm_eventserver.data_structures.PyImage): Image arrived, see if all images were gathered and if so, start analysis.