Exporting to other frameworks

Qlasskit implements circuit / gate exporters for Qiskit, Cirq, Qasm, Sympy and Pennylane.

from qlasskit import Qint, qlassf


@qlassf
def hello_world(a: bool, b: Qint[2]) -> Qint[2]:
    return b + (1 if a else 0)

Qiskit

qc = hello_world.export("qiskit")
qc.draw("mpl")

_images/9082ebe54997d99ea07854c04bb29b58e7576e123fb3abe09982d2b09dfba75a.png

QASM

qc = hello_world.export("qasm")
print(qc)

OPENQASM 3.0;

gate hello_world a b.0 b.1 _ret.0 _ret.1 {
	cx a _ret.0
	cx b.0 _ret.0
	cx b.1 _ret.1
	ccx a b.0 _ret.1
}

hello_world q[0],q[1],q[2],q[3],q[4];

Cirq

import cirq

qc = hello_world.export("cirq")
qc

0: ───hello_world───
      │
1: ───hello_world───
      │
2: ───hello_world───
      │
3: ───hello_world───
      │
4: ───hello_world───

Pennylane

import pennylane as qml

tape = hello_world.export("pennylane")
tape

<QuantumTape: wires=[0, 3, 1, 2, 4], params=0>

Sympy

qc = hello_world.export("sympy")
qc

\[\displaystyle C_{0,1}{\left(X_{4}\right)} \text{CNOT}_{2,4} \text{CNOT}_{1,3} \text{CNOT}_{0,3} {\left|00000\right\rangle }\]

Qutip

# Disabled on docs for a depencency problem
# qc = hello_world.export("qutip")
# qc.gates