jet.Gate¶

class Gate(name: str, num_wires: int, dim: int, params: Optional[List[float]] = None)[source]¶

Bases: abc.ABC

Gate represents a quantum gate.

Parameters

name (str) – Name of the gate.
num_wires (int) – Number of wires the gate is applied to.
dim (int) – Dimension of the gate. This should match the dimension of the qudits the gate can be applied to.
params (List[float] or None) – Parameters of the gate.

Raises

ValueError – If the dimension is invalid.

Attributes

`dimension`	Returns the dimension of this gate.
`indices`	Returns the indices of this gate.
`num_wires`	Returns the number of wires this gate acts on.
`params`	Returns the parameters of this gate.

indices¶: Returns the indices of this gate. An index is a label associated with an axis of the tensor representation of a gate; the indices of a tensor determine its connectivity in the context of a tensor network.

tensor([dtype])

Returns the tensor representation of this gate.

tensor(dtype: numpy.dtype = <class 'numpy.complex128'>) → Union[jet.bindings.TensorC64, jet.bindings.TensorC128][source]¶

Returns the tensor representation of this gate.

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