def set_res(self):
"""
Calulates initial value for res if this is not given.
:return: None
"""
self.res = np.zeros(self.geo.nVoxel, dtype=np.float32)
init = self.init
verbose = self.verbose
if init == "multigrid":
if verbose:
print("init multigrid in progress...")
print("default blocksize=1 for init_multigrid(OS_SART)")
self.res = init_multigrid(self.proj, self.geo, self.angles, alg="SART")
if verbose:
print("init multigrid complete.")
if init == "FDK":
self.res = FDK(self.proj, self.geo, self.angles)
if isinstance(init, np.ndarray):
if (self.geo.nVoxel == init.shape).all():
self.res = init
else:
raise ValueError("wrong dimension of array for initialisation")
def set_res(self):
"""
Calulates initial value for res if this is not given.
:return: None
"""
setattr(self, 'res', np.zeros(self.geo.nVoxel, dtype=np.float32))
init = self.init
verbose = self.verbose
if init == 'multigrid':
if verbose:
print('init multigrid in progress...')
print('default blocksize=1 for init_multigrid(OS_SART)')
self.res = init_multigrid(self.proj,
self.geo,
self.angles,
alg='SART')
if verbose:
print('init multigrid complete.')
if init == 'FDK':
self.res = FDK(self.proj, self.geo, self.angles)
if isinstance(init, np.ndarray):
if (self.geo.nVoxel == init.shape).all():
self.res = init
else:
raise ValueError('wrong dimension of array for initialisation')
def set_res(self):
"""
Calulates initial value for res if this is not given.
:return: None
"""
setattr(self, 'res', np.zeros(self.geo.nVoxel, dtype=np.float32))
init = self.init
verbose = self.verbose
if init == 'multigrid':
if verbose:
print('init multigrid in progress...')
print('default blocksize=1 for init_multigrid(OS_SART)')
self.res = init_multigrid(self.proj, self.geo, self.angles, alg='SART')
if verbose:
print('init multigrid complete.')
if init == 'FDK':
self.res = FDK(self.proj, self.geo, self.angles)
if type(init) == np.ndarray:
if (self.geo.nVoxel == init.shape).all():
self.res = init
else:
raise ValueError('wrong dimension of array for initialisation')