def from_wdb(name, data):
return EBM(name=name,
file_name=data.file,
x_dim=data.xdim,
y_dim=data.ydim,
tallness=data.tallness,
mat=cta.transform_from_pointer(data.mat))
def from_wdb(name, data):
return EBM(
name=name,
file_name=data.file,
x_dim=data.xdim,
y_dim=data.ydim,
tallness=data.tallness,
mat=cta.transform_from_pointer(data.mat)
)
def from_wdb(name, data):
return VOL(name=name,
file_name=data.file,
x_dim=data.xdim,
y_dim=data.ydim,
z_dim=data.zdim,
low_thresh=data.lo,
high_thresh=data.hi,
cell_size=data.cellsize,
mat=cta.transform_from_pointer(data.mat))
def from_wdb(name, data):
return VOL(
name=name,
file_name=data.file,
x_dim=data.xdim,
y_dim=data.ydim,
z_dim=data.zdim,
low_thresh=data.lo,
high_thresh=data.hi,
cell_size=data.cellsize,
mat=cta.transform_from_pointer(data.mat),
)
def __new__(cls, arg):
if isinstance(arg, TreeNode):
# this is so that we can wrap all else but TreeNodes in a LeafNode:
return arg
result = object.__new__(cls)
result.matrix = None
if isinstance(arg, librt.union_tree):
result.name = str(arg.tr_l.tl_name)
if arg.tr_l.tl_mat:
result.matrix = cta.transform_from_pointer(arg.tr_l.tl_mat)
else:
result.name = LeafNode.extract_name(arg)
if not result.name:
result.name = LeafNode.extract_name(arg[0])
result.matrix = arg[1]
return result
def __new__(cls, arg):
if isinstance(arg, TreeNode):
# this is so that we can wrap all else but TreeNodes in a LeafNode:
return arg
result = object.__new__(cls)
result.matrix = None
if isinstance(arg, librt.union_tree):
result.name = str(arg.tr_l.tl_name)
if arg.tr_l.tl_mat:
result.matrix = cta.transform_from_pointer(arg.tr_l.tl_mat)
else:
result.name = LeafNode.extract_name(arg)
if not result.name:
result.name = LeafNode.extract_name(arg[0])
result.matrix = arg[1]
return result
