def _slice(self, view):
"""
Extract a view from the 2D subset mask.
"""
# Combining multiple views: First a 2D slice into an ND array, then
# the requested view from this slice
if self.transpose:
views = [self.view, 'transpose', view]
else:
views = [self.view, view]
view = stack_view(self.subset.data.shape, *views)
mask = self.subset.to_mask(view)
return self._rgb_from_mask(mask)
def _slice(self, view):
"""
Extract a view from the 2D subset mask.
"""
# Combining multiple views: First a 2D slice into an ND array, then
# the requested view from this slice
if self.transpose:
views = [self.view, 'transpose', view]
else:
views = [self.view, view]
view = stack_view(self.subset.data.shape, *views)
mask = self.subset.to_mask(view)
return self._rgb_from_mask(mask)
def _slice(self, view):
"""
Extract a view from the 2D image.
"""
if self.override_image is not None:
return self.override_image[view]
# Combining multiple views: First a 2D slice into an ND array, then
# the requested view from this slice
if self.transpose:
views = [self.view, 'transpose', view]
else:
views = [self.view, view]
view = stack_view(self.data.shape, *views)
return self.data[self.component, view]
def _slice(self, view):
"""
Extract a view from the 2D image.
"""
if self.override_image is not None:
return self.override_image[view]
# Combining multiple views: First a 2D slice into an ND array, then
# the requested view from this slice
if self.transpose:
views = [self.view, 'transpose', view]
else:
views = [self.view, view]
view = stack_view(self.data.shape, *views)
return self.data[self.component, view]