def test_signature_properties():
sig = _UFuncSignature([['x'], ['x', 'y']], [['z']])
assert sig.input_core_dims == (('x',), ('x', 'y'))
assert sig.output_core_dims == (('z',),)
assert sig.all_input_core_dims == frozenset(['x', 'y'])
assert sig.all_output_core_dims == frozenset(['z'])
assert sig.n_inputs == 2
assert sig.n_outputs == 1
# dimension names matter
assert _UFuncSignature([['x']]) != _UFuncSignature([['y']])
def test_signature_properties():
sig = _UFuncSignature([['x'], ['x', 'y']], [['z']])
assert sig.input_core_dims == (('x', ), ('x', 'y'))
assert sig.output_core_dims == (('z', ), )
assert sig.all_input_core_dims == frozenset(['x', 'y'])
assert sig.all_output_core_dims == frozenset(['z'])
assert sig.n_inputs == 2
assert sig.n_outputs == 1
# dimension names matter
assert _UFuncSignature([['x']]) != _UFuncSignature([['y']])
def test_signature_properties():
sig = _UFuncSignature([['x'], ['x', 'y']], [['z']])
assert sig.input_core_dims == (('x', ), ('x', 'y'))
assert sig.output_core_dims == (('z', ), )
assert sig.all_input_core_dims == frozenset(['x', 'y'])
assert sig.all_output_core_dims == frozenset(['z'])
assert sig.num_inputs == 2
assert sig.num_outputs == 1
assert str(sig) == '(x),(x,y)->(z)'
assert sig.to_gufunc_string() == '(dim0),(dim0,dim1)->(dim2)'
# dimension names matter
assert _UFuncSignature([['x']]) != _UFuncSignature([['y']])
def test_signature_properties():
sig = _UFuncSignature([["x"], ["x", "y"]], [["z"]])
assert sig.input_core_dims == (("x", ), ("x", "y"))
assert sig.output_core_dims == (("z", ), )
assert sig.all_input_core_dims == frozenset(["x", "y"])
assert sig.all_output_core_dims == frozenset(["z"])
assert sig.num_inputs == 2
assert sig.num_outputs == 1
assert str(sig) == "(x),(x,y)->(z)"
assert sig.to_gufunc_string() == "(dim0),(dim0,dim1)->(dim2)"
# dimension names matter
assert _UFuncSignature([["x"]]) != _UFuncSignature([["y"]])
def test_signature_properties():
sig = _UFuncSignature([['x'], ['x', 'y']], [['z']])
assert sig.input_core_dims == (('x',), ('x', 'y'))
assert sig.output_core_dims == (('z',),)
assert sig.all_input_core_dims == frozenset(['x', 'y'])
assert sig.all_output_core_dims == frozenset(['z'])
assert sig.num_inputs == 2
assert sig.num_outputs == 1
assert str(sig) == '(x),(x,y)->(z)'
assert sig.to_gufunc_string() == '(dim0),(dim0,dim1)->(dim2)'
# dimension names matter
assert _UFuncSignature([['x']]) != _UFuncSignature([['y']])
