:py:mod:`functions_aws_rigetti`
===============================

.. py:module:: functions_aws_rigetti

.. autoapi-nested-parse::

   .. rubric:: Notes

   @authors: Jan Tuziemski, Filip Maciejewski, Joanna Majsak, Oskar Słowik, Marcin Kotowski, Katarzyna Kowalczyk-Murynka, Paweł Przewłocki, Piotr Podziemski, Michał Oszmaniec
   @contact: michal.oszmaniec@cft.edu.pl



Module Contents
---------------


Functions
~~~~~~~~~

.. autoapisummary::

   functions_aws_rigetti._apply_elementary_gate_native
   functions_aws_rigetti._apply_pauli_eigenstate



.. py:function:: _apply_elementary_gate_native(quantum_circuit: braket.circuits.Circuit, qubit_index: int, gate_label: str) -> braket.circuits.Circuit

   Decomposes quantum gate into elementary rotations in pyquil and adds it to a circuit.

   :param quantum_circuit: Object to which a gate should be added
   :type quantum_circuit: braket.circuits.Circuit

   :param qubit_index: Qubit on which gate should act.
   :type qubit_index: int

   :param gate_label: Symbolic label of the gate. If not supported, returns error.
   Supported gates = ["I", "X", "Y", "Z", "H", "S", "S*", "T", "T*"]
   :type gate_label: str

   :return: "quantum circuit" with a target gate appended.
   :rtype: braket.circuits.Circuit


.. py:function:: _apply_pauli_eigenstate(eigenstate_index: int, quantum_circuit: braket.circuits.Circuit, qubit_index: int)

   :param eigenstate_index:
   :type eigenstate_index:
   :param quantum_circuit:
   :type quantum_circuit:
   :param qubit_index:
   :type qubit_index:
   :return:
   :rtype: