QASM 2.0 (Quantum Assembly Language) format conversion for quantum circuits.
This namespace provides functions to convert quantum circuits to and from the OpenQASM 2.0 format, which is widely used in quantum computing platforms such as IBM Qiskit and others.
Note: OpenQASM 2.0 does not natively support some advanced gate types (e.g., global gates, Rydberg gates). Such gates are either decomposed into standard gates where possible or annotated with comments indicating that they require special handling by the backend.
QASM 2.0 (Quantum Assembly Language) format conversion for quantum circuits. This namespace provides functions to convert quantum circuits to and from the OpenQASM 2.0 format, which is widely used in quantum computing platforms such as IBM Qiskit and others. Note: OpenQASM 2.0 does not natively support some advanced gate types (e.g., global gates, Rydberg gates). Such gates are either decomposed into standard gates where possible or annotated with comments indicating that they require special handling by the backend.
(circuit-to-qasm circuit)(circuit-to-qasm circuit result-specs)Convert a quantum circuit to OpenQASM format.
OpenQASM is a standard quantum assembly language used by many quantum computing platforms including IBM Qiskit and others.
Parameters:
Returns: String containing QASM code
Convert a quantum circuit to OpenQASM format. OpenQASM is a standard quantum assembly language used by many quantum computing platforms including IBM Qiskit and others. Parameters: - circuit: Quantum circuit to convert Returns: String containing QASM code
(collect-result-specs-from-qasm qasm-lines)Collect all result specifications from QASM pragma comments.
Parameters:
Returns: Map of result specifications
Collect all result specifications from QASM pragma comments. Parameters: - qasm-lines: Sequence of lines from QASM code Returns: Map of result specifications
(gate-to-qasm-fn num-qubits)Return a function that converts a gate to its QASM representation.
Parameters:
Returns: A function that takes a gate and returns its QASM string.
Return a function that converts a gate to its QASM representation. Parameters: - num-qubits: Total number of qubits in the circuit (for global gates) Returns: A function that takes a gate and returns its QASM string.
(parse-result-pragma pragma-line)Parse a QClojure result pragma from QASM 2.0 comment.
Example pragmas: // #pragma qclojure result measurement shots=1000 qubits=0,1 // #pragma qclojure result expectation observable=pauli-z target=0 // #pragma qclojure result variance observable=pauli-x target=1
Parse a QClojure result pragma from QASM 2.0 comment. Example pragmas: // #pragma qclojure result measurement shots=1000 qubits=0,1 // #pragma qclojure result expectation observable=pauli-z target=0 // #pragma qclojure result variance observable=pauli-x target=1
(qasm-to-circuit qasm)Convert OpenQASM code to a quantum circuit.
This function parses OpenQASM code and constructs a quantum circuit object. It supports basic gates and measurements.
Parameters:
Returns: Quantum circuit object
Convert OpenQASM code to a quantum circuit. This function parses OpenQASM code and constructs a quantum circuit object. It supports basic gates and measurements. Parameters: - qasm: String containing OpenQASM code Returns: Quantum circuit object
(qasm-to-gate circuit line)Add the gate for the line of QASM to the circuit.
Parameters:
Returns: Updated quantum circuit
Add the gate for the line of QASM to the circuit. Parameters: - circuit: Current quantum circuit - line: Line of QASM code Returns: Updated quantum circuit
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