orangecontrib.tomwer.widgets.stitching.ZStitchingConfigOW.ZStitchingConfigOW#

class orangecontrib.tomwer.widgets.stitching.ZStitchingConfigOW.ZStitchingConfigOW(*args, captionTitle=None, **kwargs)#

Widget to create a stitching configuration to be used with nabu-stitching

class Inputs#
serie = Input(name='serie', type=<class 'tomoscan.serie.Serie'>, handler='setSerie', ...)#
tomo_obj = Input(name='tomo_obj', type=<class 'tomwer.core.tomwer_object.TomwerObject'>, handler='addTomoObj', ...)#
class Outputs#
stitching_config = Output(name='stitching configuration', type=<class 'dict'>, ...)#
addTomoObj(value, id=None)#
close(self) bool#
description: str = 'Interface to create / edit a z-stitching to be used with nabu-stitching'#

Short widget description, displayed in canvas help tooltips.

getConfiguration()#
Return type:

dict

icon: str = 'icons/zstitching_icon.svg'#

Widget icon path, relative to the defining module.

id = 'orange.widgets.tomwer.stitching.ZStitchingConfigOW.ZStitchingConfigOW'#
keyPressEvent(event)#

To shortcut orange and make sure the F5 <=> refresh stitching preview

keywords: Union[str, List[str]] = ['hdf5', 'tomwer', 'NXTomo', 'stitching', 'z-stitching', 'z-serie', 'zserie', 'pre-processing', 'radios', 'projections']#

Widget keywords, used for finding it in the quick menu.

name: str = 'z-stitching config'#

Widget name, as presented in the Canvas.

priority: int = 60#

Widget priority, used for sorting within a category.

resizing_enabled = True#

Should the widget’s window be resizeable? (if not, the widget will derive a fixed size constraint from its layout)

setConfiguration(config)#
Return type:

None

setSerie(value)#
settingsHandler: SettingsHandler = <orangewidget.settings.SettingsHandler object>#

Settings handler, can be overridden for context handling.

validate()#
want_control_area = False#

Should the widget construct a controlArea?

want_main_area = True#

Should the widget construct a mainArea? (a resizable area to the right of the controlArea)