hybridlane.wires.base¶

Base type definitions for type checking

Attributes¶

`WireType`
`qubits`	Create a dictionary of qubit registers.
`qumodes`	Create a dictionary of qumode registers.

Classes¶

`Qubit`	Type representing a qubit
`Qudit`	Type representing a qudit with specified dimension
`Qumode`	Type representing a qumode
`ComputationalBasis`	Enum containing the different computational bases in CV-DV computing
`BasisMap`	Utility class for representing the computational basis that wires are measured in
`TypeCheckResult`	Represents the result of static analysis on a quantum circuit.
`TypedWires`	A register of wires with an associated type
`TypedWire`	A single wire with an associated type

Functions¶

typed_registers(register_dict, type)

Creates a register of wires that have a particular, statically-declared type

Module Contents¶

hybridlane.wires.base.WireType¶

hybridlane.wires.base.typed_registers(register_dict, type)[source]¶

Creates a register of wires that have a particular, statically-declared type

This function is analogous to pennylane.registers(), but the resulting wires are wrapped with a specific type, allowing you to declare a set of registers that have a particular type.

This could be useful when defining a circuit that has uninformative operations (like Identity), and this may be used in the future for polymorphic operations.

Parameters:

register_dict (dict) – A dictionary of the format expected by qp.registers
type (WireType) – The type of the wires in the register

Return type:

dict

hybridlane.wires.base.qubits¶

Create a dictionary of qubit registers.

This has the same usage as pennylane.registers(), but the resulting wires are wrapped in TypedWires with type Qubit.

Example

>>> reg = hl.qubits({"alice": 2})
{'alice': TypedWires(wires=Wires([0, 1]), wire_type=Qubit())}

hybridlane.wires.base.qumodes¶

Create a dictionary of qumode registers.

This has the same usage as pennylane.registers(), but the resulting wires are wrapped in TypedWires with type Qumode.

Example

>>> reg = hl.qumodes({"bob": 2})
{'bob': TypedWires(wires=Wires([0, 1]), wire_type=Qumode())}