AFL.automation.instrument.ISISLARMOR#

Functions

from_uri(uri[, structure_clients, cache, ...])

Connect to a Node on a local or remote server.

Classes

`Driver`(name[, defaults, overrides, useful_links])
`ISISLARMOR`([name, overrides])
`Number`()	All numbers inherit from this class.
`Path`(args, *kwargs)	PurePath subclass that can make system calls.

class AFL.automation.instrument.ISISLARMOR.ISISLARMOR(name: str = 'ISISLARMOR', overrides=None)[source]#

defaults = {'cycle_path': '/NDXLARMOR/Instrument/data/cycle_24_2/', 'empty_cell_scatt_rn': -1, 'empty_cell_trans_rn': -1, 'fast_wait_time': 1, 'file_wait_time': 1, 'mask_file': '/NDXLARMOR/User/Masks/USER_Beaucage_242D_AFL_r86070.TOML', 'open_beam_trans_rn': -1, 'reduced_data_dir': './', 'sample_thickness': 1, 'slow_wait_time': 2}#

__init__(name: str = 'ISISLARMOR', overrides=None)[source]#

status()[source]#

getRunNumber()[source]#

trans_mode()[source]#

scatt_mode()[source]#

beginrun()[source]#: RUNSTATE can be a number (1 to 14), important states are: 1 - Setup 2 - Running 3 - Paused

abortrun()[source]#

endrun()[source]#

getRunTitle()[source]#

setRunTitle(title: str)[source]#

waitforframes(frames: Number = 5000)[source]#

waitforuah(uamps: Number = 50)[source]#

waitfortime(sec: Number = 60)[source]#

waitfor(exposure: Number, expose_metric: str)[source]#

waitforfile(fpath, max_t=900)[source]#

waitforSASfile(fpath, max_t=900)[source]#

waitforsetup()[source]#

waitformotormove(motor='0602')[source]#: Monitor the motor motion of motors that are nearly instant. Defaults to the monitor motor if no motor number is sent.

getFilename(type: str = 'raw', prefix: str = 'LARMOR', ext: str = None, lmin: float = None, lmax: float = None)[source]#: Filename for reduced data should be: [run#]_rear_1D_[lambdamin]_[lambdamax] Filename for pre-reduced data should be as nxs file: LARMOR[RUN#] where [RUN#] is a (left) zero-padded run number

getData(**kwargs)[source]#: NOTE: THIS IS AN OLD DESCRIPTION AND FUNCTION NEEDS TO BE MADE Grabs raw data from the instrument using the last filepath converts it to a numpy array. If the file is not found this will retry 10 times with a 0.2 sec rest to allow the data to be actually registered by the instrument system post-expose

expose(name: str, exposure: Number, exposure_trans: Number, expose_metric: str = 'frames', reduce_data: bool = True, measure_transmission: bool = True)[source]#: expose_metric: frames, uamps, or time in seconds; controls wait time expose_dose: exposure metric in frames, uamps, or seconds

reduce(sampleSANS_rn: int, sampleTRANS_rn: int | None = None, sample_thickness: Number = 2, name: str = '')[source]#