qlazy/QState.py
def reset(self, qid=[]):
        """
        reset to |00..0> state.

        Parameters
        ----------
        qid : list, default - qubit id's list for all of the qubits
            qubit id's list to reset.

        Notes
        -----
        If 'qid' is set, specified qubits are reset after
        measurement. So if the specified qubits are entangled with the
        remaining qubits, output quantum state is probabilistic. If no
        qubits are set, all qubits are zero reset.

        """
        qstate_reset(self, qid=qid)

        reset to |00..0> state.

        Parameters
        ----------
        qid : list, default - qubit id's list for all of the qubits
            qubit id's list to reset.

        Notes
        -----
        If 'qid' is set, specified qubits are reset after
        measurement. So if the specified qubits are entangled with the
        remaining qubits, output quantum state is probabilistic. If no
        qubits are set, all qubits are zero reset.

        


qid : list, default - qubit id's list for all of the qubits
qubit id's list to reset.

Notes

If 'qid' is set, specified qubits are reset after
measurement. So if the specified qubits are entangled with the
remaining qubits, output quantum state is probabilistic. If no
qubits are set, all qubits are zero reset.
qid : list default - qubit id ' s list for all of the qubits qubit id ' s list to reset . Notes If ' qid ' is set specified qubits are reset after measurement . So if the specified qubits are entangled with the remaining qubits output quantum state is probabilistic . If no qubits are set all qubits are zero reset .
def reset(self, qid=[]):
        qstate_reset(self, qid=qid)
def reset ( self , qid = [ ] ) : qstate_reset ( self , qid = qid )
reset to |00..0> state.
reset to |00 .. 0 > state .
"""
        reset to |00..0> state.

        Parameters
        ----------
        qid : list, default - qubit id's list for all of the qubits
            qubit id's list to reset.

        Notes
        -----
        If 'qid' is set, specified qubits are reset after
        measurement. So if the specified qubits are entangled with the
        remaining qubits, output quantum state is probabilistic. If no
        qubits are set, all qubits are zero reset.

        """
self
qid