def reconstruct(self, input_data):
handle = pygadgetron.cGT_reconstructImages\
(self.handle, input_data.handle)
_check_status(handle)
pygadgetron.deleteDataHandle(handle)
images = ImagesContainer()
images.handle = pygadgetron.cGT_reconstructedImages(self.handle)
_check_status(images.handle)
return images
def get_output(self, subset=None):
'''
Returns specified subset of the output ImageData. If no subset is
specified, returns all output.
subset: the name of the subset (e.g. images, gfactors,...)
'''
output = ImageData()
output.handle = pygadgetron.cGT_reconstructedImages(self.handle)
check_status(output.handle)
if subset is None:
return output
else:
return output.select('GADGETRON_DataRole', subset)
def reconstruct(self, input_data):
'''
Returns the output from the chain for specified input.
input_data: AcquisitionData
'''
## assert isinstance(input_data, AcquisitionData)
assert_validity(input_data, AcquisitionData)
handle = pygadgetron.cGT_reconstructImages\
(self.handle, input_data.handle)
check_status(handle)
pyiutil.deleteDataHandle(handle)
images = ImageData()
images.handle = pygadgetron.cGT_reconstructedImages(self.handle)
check_status(images.handle)
return images
def get_output(self):
images = ImagesContainer()
images.handle = pygadgetron.cGT_reconstructedImages(self.handle)
_check_status(images.handle)
return images
