Circuit Representation

Quantum circuit IR — gates, operations, measurements, and conversion utilities. More...

Files
file	Circuit.h
file	Factory.h
file	Conditional.h
file	Converter.h
file	Delay.h
	Idle / delay operation for quantum circuits.
file	Measurements.h
file	Operations.h
file	QuantumChannelOperation.h
	Circuit operation for an exact local CPTP quantum channel.
file	QuantumGates.h
file	RandomOp.h
file	Reset.h

Detailed Description

Quantum circuit IR — gates, operations, measurements, and conversion utilities.

The Circuits module provides Maestro's intermediate representation (IR) for quantum circuits.

• Quantum gates — single-qubit, two-qubit, three-qubit, controlled, and parametric rotation gates (see Circuits::IQuantumGate)
• Measurements — individual and multi-qubit measurement operations
• Conditional operations — classically-controlled gates and measurements
• Circuit utilities — cloning, remapping, optimisation, and conversion
• Circuit factory — programmatic circuit construction (see Circuits::CircuitFactory)
• QASM interop — parsing and emitting OpenQASM 2.0 (see OpenQASM Interop)

Quick example

auto factory = std::make_shared<Circuits::CircuitFactory<>>();
factory->H(0);
factory->CX(0, 1);
factory->Measure({0, 1}, {0, 1});
auto circuit = factory->GetCircuit();