def __new__(cls,
angle: sp.Expr,
n_events: Optional[sp.Symbol] = None,
**hints: Any) -> "RotationZMatrix":
if n_events is None:
n_events = _ArraySize(angle)
return create_expression(cls, angle, n_events, **hints)
def __new__(cls,
beta: sp.Expr,
n_events: Optional[sp.Symbol] = None,
**kwargs: Any) -> "BoostZMatrix":
if n_events is None:
n_events = _ArraySize(beta)
return create_expression(cls, beta, n_events, **kwargs)
def __new__( # pylint: disable=too-many-arguments
cls,
angle: sp.Expr,
cos_angle: sp.Expr,
sin_angle: sp.Expr,
ones: "_OnesArray",
zeros: "_ZerosArray",
**hints: Any,
) -> "_RotationZMatrixImplementation":
return create_expression(cls, angle, cos_angle, sin_angle, ones, zeros,
**hints)
def __new__( # pylint: disable=too-many-arguments
cls,
beta: sp.Expr,
gamma: sp.Expr,
gamma_beta: sp.Expr,
ones: "_OnesArray",
zeros: "_ZerosArray",
**hints: Any,
) -> "_BoostZMatrixImplementation":
return create_expression(cls, beta, gamma, gamma_beta, ones, zeros,
**hints)
def __new__(cls, angular_momentum: sp.Symbol, z: sp.Symbol,
**hints: Any) -> "BlattWeisskopfSquared":
return create_expression(cls, angular_momentum, z, **hints)
def __new__(cls, s: sp.Symbol, m_a: sp.Symbol, m_b: sp.Symbol,
**hints: Any) -> "BreakupMomentumSquared":
return create_expression(cls, s, m_a, m_b, **hints)
def __new__(cls, s: sp.Symbol, m_a: sp.Symbol, m_b: sp.Symbol,
**hints: Any) -> "PhaseSpaceFactorComplex":
return create_expression(cls, s, m_a, m_b, **hints)
def __new__(cls, array: sp.Basic, **kwargs: Any) -> "_ArraySize":
return create_expression(cls, array, **kwargs)
def __new__(cls, shape: Union[int, Sequence[int]],
**kwargs: Any) -> "_ZerosArray":
return create_expression(cls, shape, **kwargs)
def __new__(cls, momentum: "FourMomentumSymbol", **hints: Any) -> "Theta":
return create_expression(cls, momentum, **hints)