pyFAI.gui.tasks package#

pyFAI.gui.tasks.AbstractCalibrationTask module#

class pyFAI.gui.tasks.AbstractCalibrationTask.AbstractCalibrationTask#

Bases: QWidget

__init__()#

aboutToClose()#

eventFilter(widget, event)#

initNextStep()#

model()#

Returns the calibration model

Return type:: CalibrationModel

nextStepWarning()#

nextTask()#

nextTaskRequested#

setModel(model)#

setNextStepVisible(isVisible)#

setupSplitter()#

staticMetaObject = PySide6.QtCore.QMetaObject("AbstractCalibrationTask" inherits "QWidget": Methods: #33 type=Signal, signature=widgetShow() #34 type=Signal, signature=widgetHide() #35 type=Signal, signature=nextTaskRequested() #36 type=Signal, signature=warningUpdated() )#

updateNextStepStatus()#

warningUpdated#

widgetHide#

widgetShow#

pyFAI.gui.tasks.ExperimentTask module#

class pyFAI.gui.tasks.ExperimentTask.ExperimentTask#

Bases: AbstractCalibrationTask

aboutToClose()#

createCalibrantDialog(title)#

createImageDialog(title, forMask=False, previousFile=None)#

loadCalibrant()#

nextStepWarning()#

staticMetaObject = PySide6.QtCore.QMetaObject("ExperimentTask" inherits "AbstractCalibrationTask": )#

pyFAI.gui.tasks.GeometryTask module#

class pyFAI.gui.tasks.GeometryTask.CalibrationState(parent)#

Bases: QObject

Store the state of a calibration

__init__(parent)#

changed#

getBeamCenter()#

getGeometryRefinement()#

getIndexedRings()#

getPoni()#

getPreviousRms()#

getRingPolygons(ringId)#

Returns the polygon of a ring.

This function compute the requested polygon ring, and cache it for the next use.

Return type:: List[numpy.ndarray]

getRings()#

getRms()#

getTwoThetaArray()#

isEmpty()#

popGeometryRefinement()#: Invalidate the object and remove the ownership of the geometry refinement

reset()#

staticMetaObject = PySide6.QtCore.QMetaObject("CalibrationState" inherits "QObject": Methods: #4 type=Signal, signature=changed() )#

update(calibration)#

Update the state from a current calibration process.

Parameters:: calibration (RingCalibration) – A calibration process

class pyFAI.gui.tasks.GeometryTask.GeometryTask#

Bases: AbstractCalibrationTask

addParameterToLayout(layout, param)#

staticMetaObject = PySide6.QtCore.QMetaObject("GeometryTask" inherits "AbstractCalibrationTask": )#

pyFAI.gui.tasks.IntegrationTask module#

class pyFAI.gui.tasks.IntegrationTask.EnablableDataModel(parent, model)#

Bases: DataModel

__init__(parent, model)#

isEnabled()#

setEnabled(isEnabled)#

setValue(value)#

staticMetaObject = PySide6.QtCore.QMetaObject("EnablableDataModel" inherits "DataModel": )#

class pyFAI.gui.tasks.IntegrationTask.IntegrationPlot(parent=None)#

Bases: QFrame

__init__(parent=None)#

aboutToClose()#

clear()#

dataToChiTth(data)#: Returns chi and 2theta angles in radian from data coordinate

eventFilter(widget, event)#

getDefaultColormap()#

hasData()#

resetZoom()#

setIntegrationProcess(integrationProcess)#

:param IntegrationProcess integrationProcess:: Result of the integration process

setProcessing()#

staticMetaObject = PySide6.QtCore.QMetaObject("IntegrationPlot" inherits "QFrame": )#

unsetProcessing()#

class pyFAI.gui.tasks.IntegrationTask.IntegrationProcess(model, altGeometry=None)#

Bases: object

__init__(model, altGeometry=None)#

directDist()#

errorMessage()#

geometry()#

Return type:: pyFAI.geometry.Geometry

isValid()#

method()#

radialUnit()#

resetZoomPolicy()#

result1d()#

result2d()#

resultMask2d()#

rings()#

Returns the list of displayable rings as a list of tuple id (zero based), angle

Return type:: List

run()#

setDisplayMask(displayed)#

setMethod(method)#

setResetZoomPolicy(policy)#

wavelength()#

class pyFAI.gui.tasks.IntegrationTask.IntegrationTask#

Bases: AbstractCalibrationTask

aboutToClose()#

staticMetaObject = PySide6.QtCore.QMetaObject("IntegrationTask" inherits "AbstractCalibrationTask": )#

pyFAI.gui.tasks.IntegrationTask.createSaveDialog(parent, title, poni=False, json=False, csv=False)#: Util to create create a save dialog

pyFAI.gui.tasks.MaskTask module#

class pyFAI.gui.tasks.MaskTask.MaskTask#

Bases: AbstractCalibrationTask

staticMetaObject = PySide6.QtCore.QMetaObject("MaskTask" inherits "AbstractCalibrationTask": )#

pyFAI.gui.tasks.PeakPickingTask module#

class pyFAI.gui.tasks.PeakPickingTask.PeakPickingTask#

Bases: AbstractCalibrationTask

EXTRACT_ALL = 'extract-all'#

EXTRACT_EXISTING = 'extract-existing'#

EXTRACT_MORE = 'extract-more'#

EXTRACT_SINGLE = 'extract-single'#

autoExtractSingleRing(ring)#

geometryIsValid()#: Check if the geometry is valid

staticMetaObject = PySide6.QtCore.QMetaObject("PeakPickingTask" inherits "AbstractCalibrationTask": )#

Module contents#

Package containing tasks (decoupled views to the model)