def getLabelAt(self, position5d):
labelSlot = self.topLevelOperatorView.WatershedLabels
if labelSlot.ready():
labelData = labelSlot[index2slice(position5d)].wait()
return labelData.squeeze()[()]
else:
return None
def getLabelAt(self, position5d):
labelSlot = self.topLevelOperatorView.WatershedLabels
if labelSlot.ready():
labelData = labelSlot[index2slice(position5d)].wait()
return labelData.squeeze()[()]
else:
return None
def getLabelAt(self, currentImageIndex, position5d):
labelSlot = self.mainOperator.WatershedLabels[currentImageIndex]
if labelSlot.ready():
labelData = labelSlot[ index2slice(position5d) ].wait()
return labelData.squeeze()[()]
else:
return None
def put( self, slicing, subarray, neutral = 0 ):
'''Make an update of the wrapped arrays content.
Elements with neutral value in the subarray are not written into the
wrapped array, but the original values are kept.
'''
assert(len(slicing) == len(self._array.shape)), \
"slicing into an array of shape=%r requested, but the slicing object is %r" % (slicing, self._array.shape)
self._array[slicing] = np.where(subarray!=neutral, subarray, self._array[slicing])
pure = index2slice(slicing)
self.setDirty(pure)
def put( self, slicing, subarray, neutral = 0 ):
'''Make an update of the wrapped arrays content.
Elements with neutral value in the subarray are not written into the
wrapped array, but the original values are kept.
'''
assert(len(slicing) == len(self._array.shape)), \
"slicing into an array of shape=%r requested, but the slicing object is %r" % (slicing, self._array.shape)
self._array[slicing] = np.where(subarray!=neutral, subarray, self._array[slicing])
pure = index2slice(slicing)
self.setDirty(pure)
def put(self, slicing, subarray):
"""Make an update of the wrapped arrays content.
Elements with neutral value in the subarray are not written into the
wrapped array, but the original values are kept.
"""
assert len(slicing) == len(
self._array.shape
), "slicing into an array of shape=%r requested, but the slicing object is %r" % (
slicing, self._array.shape)
self._array[slicing] = subarray
pure = index2slice(slicing)
self.setDirty(pure)