gistfile1.py

import acquire
runtime = acquire.Runtime() # initializes driver adapters

# All the settings are in the `props`
# Configuration objects are typed. 
# They can all be made into a dict. e.g: props.dict()
# They can also be read from a dict. e.g. Properties(**json.load('acquire.json')))
p = runtime.get_configuration() 

# Camera configuration
p.video[0].camera.identifier = runtime.device_manager().select(acquire.DeviceKind.Camera, 'Hamamatsu C15440.*')

p.video[0].camera.settings.binning = 1
p.video[0].camera.settings.shape = (1700, 512)
p.video[0].camera.settings.offset = (302, 896) # centers the roi
p.video[0].camera.settings.pixel_type = acquire.SampleType.U16
p.video[0].max_frame_count = 10 # finite acquisition of 10 frames. Use 0 for infinite.

# Internal triggering is used when no input_triggers are enabled.
# By default, internal triggering is used.
# To explicitly disable external input triggers:
p.video[0].camera.settings.input_triggers = acquire.InputTriggers() # default: disabled

# Output trigger on "Timing 1"
# Can also construct Trigger from a json, like: acquire.Trigger(**json.loads(open('trigger.json')))
p.video[0].camera.settings.output_triggers.exposure = acquire.Trigger(
	enable=True, line=1, edge="Rising"
)

# Save to zarr
p.video[0].storage.identifier = runtime.device_manager().select(acquire.DeviceKind.Storage,'zarr') 
p.video[0].storage.settings.filename="out.zarr"

# Nothing happens until you call set_configuration
# The returned `props` reads back what actually got set on the devices.
# Since the devices are set here, the returned `props` will have the 
# settings read from those devices.
p = runtime.set_configuration(p)

# # Print out the settings
# from rich.pretty import pprint
# pprint(p.dict())

runtime.start()
runtime.stop() # wait till done. Alternatively use runtime.abort() to immediately stop.