pyFAI.gui.tasks package

pyFAI.gui.tasks.AbstractCalibrationTask module

class pyFAI.gui.tasks.AbstractCalibrationTask.AbstractCalibrationTask

Bases: QWidget

__init__()
aboutToClose()
eventFilter(self, a0: QObject | None, a1: QEvent | None) → bool
initNextStep()
model()

Returns the calibration model

Return type:

CalibrationModel

nextStepWarning()
nextTask()
nextTaskRequested
setModel(model)
setNextStepVisible(isVisible)
setupSplitter()
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()

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 ownershit of the geometry refinment

reset()
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)

pyFAI.gui.tasks.IntegrationTask module

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

Bases: DataModel

__init__(parent, model)
isEnabled()
setEnabled(isEnabled)
setValue(value)
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(self, a0: QObject | None, a1: QEvent | None) → bool
getDefaultColormap()
hasData()
resetZoom()
setIntegrationProcess(integrationProcess)
:param IntegrationProcess integrationProcess:

Result of the integration process

setProcessing()
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()
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

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)

Module contents

Package containing tasks (decoupled views to the model)