Return QuantumErrors derived from a devices Target. Note that, in the resulting error list, non-Gate instructions (e.g. Reset) will have no ga

Return simulator basis gates. This will be the option value of basis gates if it was set, otherwise it will be the intersection of th

Return simulator basis gates. This will be the option value of basis gates if it was set, otherwise it will be the intersection of th

Check probabilities are valid.

Compile circuits and noise model

Return method basis gates and custom instructions

Execute aer circuits on the backend. Args: aer_circuits (List of AerCircuit): simulator input. noise_model (NoiseMode

Format C++ simulator output for constructing Result

inline for_loop body while iterating its indexset

inline true and false bodies of if_else with jump and mark instructions

inline initialize.definition gates if statevector is not used

inline switch cases with jump and mark instructions

inline while_loop body with jump and mark instructions

check whether a circuit contains control-flow instructions

Check two noise models have equal local quantum errors

Return method basis gates and custom instructions

Return list of (methods, device) supported on current system

Return the parity of an integer

Return the pass manager that add custom noises defined as noise passes (stored in the _custom_noise_passes field). Note that the pass

Converts the memory data into an array of bit arrays with the shape of the pub.

There is no split of results due to max_experiments for Aer

Check two noise models have equal readout errors

Run circuits by generating native circuits.

Compute results for pubs that all require the same value of ``shots``.

Set non-basis gate options when setting method

Set non-basis gate options when setting method

Special handling for setting backend properties options.

r""" Transform (or approximate) the target quantum channel into a mixture of basis operators (channels) and return the mixing probabilities.

allocate qubits and return the first qubit index. following qubits are indexed with incremented indices.

return probability amplitude of a specific bitstring

controlled-NOT

Clifford gate: Hadamard

return probability of a specific bitstring

return probability amplitudes returned pointer must be freed in the caller

finalize state

Return the probability amplitude for outcome in [0, 2^num_qubits - 1]

apply (controlled) X

apply (controlled) Y

do all gates stored in queue