EPICS base calcout record

Ophyd support for the EPICS calcout record

Public Structures

`UserCalcoutDevice`(args, *kwargs)	EPICS synApps XXX IOC setup of user calcouts: `$(P):userCalcOut$(N)`
`UserCalcoutN`(args, *kwargs)	Single instance of the userCalcoutN database.
`CalcoutRecord`(args, *kwargs)	EPICS base calcout record support in ophyd
`CalcoutRecordChannel`(args, *kwargs)	channel of a calcout record: A-L
`setup_gaussian_calcout`(calcout, ref_signal)	setup calcout for noisy Gaussian
`setup_incrementer_calcout`(calcout[, scan, limit])	setup calcout record as an incrementer
`setup_lorentzian_calcout`(calcout, ref_signal)	setup calcout record for noisy Lorentzian

class apstools.synApps.calcout.CalcoutRecord(*args: Any, **kwargs: Any)[source]

EPICS base calcout record support in ophyd

set all fields to default values

class apstools.synApps.calcout.CalcoutRecordChannel(*args: Any, **kwargs: Any)[source]

channel of a calcout record: A-L

set all fields to default values

class apstools.synApps.calcout.UserCalcoutDevice(*args: Any, **kwargs: Any)[source]

EPICS synApps XXX IOC setup of user calcouts: $(P):userCalcOut$(N)

set all fields to default values

class apstools.synApps.calcout.UserCalcoutN(*args: Any, **kwargs: Any)[source]: Single instance of the userCalcoutN database.

apstools.synApps.calcout.setup_gaussian_calcout(calcout, ref_signal, center=0, width=1, scale=1, noise=0.05)[source]

setup calcout for noisy Gaussian

calculation:

D*(0.95+E*RNDM)/exp(((A-B)/C)^2)

PARAMETERS

apstools.synApps.calcout.setup_incrementer_calcout(calcout, scan=None, limit=100000)[source]

setup calcout record as an incrementer

PARAMETERS

calcout: object : instance of CalcoutRecord
scan: text or int or None : any of the EPICS record .SCAN values, or the index number of the value, set to default if None, default: .1 second
limit: int or None : set the incrementer back to zero when this number is reached (or passed), default: 100000

apstools.synApps.calcout.setup_lorentzian_calcout(calcout, ref_signal, center=0, width=1, scale=1, noise=0.05)[source]

setup calcout record for noisy Lorentzian

calculation:

D*(0.95+E*RNDM)/(1+((A-B)/C)^2)

PARAMETERS