def __updateView(self):
"""Display the data using the widget which fit the best"""
data = self.__data
# sort available views according to priority
info = DataViews.DataInfo(data)
priorities = [v.getDataPriority(data, info) for v in self.__views]
views = zip(priorities, self.__views)
views = filter(lambda t: t[0] > DataViews.DataView.UNSUPPORTED, views)
views = sorted(views, reverse=True)
# store available views
if len(views) == 0:
self.__setCurrentAvailableViews([])
available = []
else:
available = [v[1] for v in views]
self.__setCurrentAvailableViews(available)
# display the view with the most priority (the default view)
view = self.getDefaultViewFromAvailableViews(data, available)
self.__clearCurrentView()
try:
self.setDisplayedView(view)
except Exception as e:
# in case there is a problem to read the data, try to use a safe
# view
view = self.getSafeViewFromAvailableViews(data, available)
self.setDisplayedView(view)
raise e
def _getInfo(self):
"""Returns the DataInfo of the current selected data.
This value is cached.
:rtype: DataInfo
"""
if self.__info is None:
self.__info = DataViews.DataInfo(self.__data)
return self.__info
def __updateAvailableViews(self):
"""
Update available views from the current data.
"""
data = self.__data
# sort available views according to priority
info = DataViews.DataInfo(data)
priorities = [v.getDataPriority(data, info) for v in self.__views]
views = zip(priorities, self.__views)
views = filter(lambda t: t[0] > DataViews.DataView.UNSUPPORTED, views)
views = sorted(views, reverse=True)
# store available views
if len(views) == 0:
self.__setCurrentAvailableViews([])
available = []
else:
available = [v[1] for v in views]
self.__setCurrentAvailableViews(available)
def __updateNumpySelectionAxis(self):
"""
Update the numpy-selector according to the needed axis names
"""
previous = self.__numpySelection.blockSignals(True)
self.__numpySelection.clear()
info = DataViews.DataInfo(self.__data)
axisNames = self.__currentView.axesNames(self.__data, info)
if info.isArray and info.size != 0 and self.__data is not None and axisNames is not None:
self.__useAxisSelection = True
self.__numpySelection.setAxisNames(axisNames)
self.__numpySelection.setCustomAxis(self.__currentView.customAxisNames())
data = self.normalizeData(self.__data)
self.__numpySelection.setData(data)
if hasattr(data, "shape"):
isVisible = not (len(axisNames) == 1 and len(data.shape) == 1)
else:
isVisible = True
self.__axisSelection.setVisible(isVisible)
else:
self.__useAxisSelection = False
self.__axisSelection.setVisible(False)
self.__numpySelection.blockSignals(previous)