append experiments

Get job result. The behavior is the same as the underlying concurrent Future objects, https://docs.python.org/3/library/concurrent.fu

Returns the size of the underlying n-qubit vector

Return AerSimulator backend using current class options

Return the size of the underlying array

Assert that simulation executed without errors

Compare counts dictionary to targets.

bit access

Returns a copy of the underlying data_t data class

Access the array data pointer

Add a quantum error to the noise model that applies to all qubits. Args: error (QuantumError): the quantum error object.

Return True if size == 0

Set the simulator options

Return true if the number of qubits is 0

Return the composition readout error self * other. Args: other (ReadoutError): a readout error. Returns: Rea

Generate a uniformly distributed pseudo random real in the half-open interval [a,b)

Return the size of the vector

move memory to ndarray if it is allocated, otherwise return mapped ndarray.

Return a single term from the error. Args: position (int): the position of the error term. Returns:

Make a copy of current ReadoutError.

Return a mixed Pauli quantum error channel. The input should be a list of pairs ``(P[j], p[j])``, where ``P[j]`` is a ``Pauli`` object o

append experiments

Return unique ID string for error

Convert to a dense N-qubit QuantumChannel

---------------------------------------------------------------- function name: get_data Description: Get the data in some axis of the MPS_Tensor 1. P

Return random pure state density matrix

Return complex vector or statevector

Return AerSimulator backend using current class options

Compare result metadata key value.

Return fusion metadata dict

Return default backend_options dict.

Return a list of threads used for each execution