scalerqec.Clifford package

Submodules

scalerqec.Clifford.QEPGpython module

class scalerqec.Clifford.QEPGpython.QEPGpython(circuit: CliffordCircuit)

Bases: object

backword_graph_construction()

sample_noise_vector(noise_vector)

sample_x_error(noise_index)

sample_y_error(noise_index)

sample_z_error(noise_index)

scalerqec.Clifford.clifford module

class scalerqec.Clifford.clifford.CliffordCircuit(qubit_num)

Bases: object

add_cnot(control, target)

add_cz(qubit1, qubit2)

add_depolarize(qubit)

add_hadamard(qubit)

add_measurement(qubit)

add_paulix(qubit)

add_pauliy(qubit)

add_pauliz(qubit)

add_phase(qubit)

add_reset(qubit)

add_xflip_noise(qubit)

compile_detector_and_observable()

compile_from_stim_circuit_str(stim_str)

property error_rate

property gatelists

get_measIdx_to_parityIdx(measIdx)

get_yquant_latex()

Convert the circuit (stored in self._gatelists) into a yquant LaTeX string. This version simply prints each gate (or noise box) in the order they appear, without grouping or any fancy logic.

property observable

property parityMatchGroup

property qubit_num

property qubitnum

read_circuit_from_file(filename)

reset_noise_type()

save_circuit_to_file(filename)

setShowNoise(show)

set_noise_type(noiseindex, noisetype)

show_all_noise()

property stim_str

property stimcircuit

property totalMeas

property totalnoise

class scalerqec.Clifford.clifford.Measurement(measureindex, qubitindex)

Bases: object

property qubitindex

class scalerqec.Clifford.clifford.Reset(qubitindex)

Bases: object

property qubitindex

class scalerqec.Clifford.clifford.SingleQGate(gateindex, qubitindex)

Bases: object

property name

property qubitindex

class scalerqec.Clifford.clifford.TwoQGate(gateindex, control, target)

Bases: object

property control

property name

property target

scalerqec.Clifford.clifford.example()

class scalerqec.Clifford.clifford.pauliNoise(noiseindex, qubitindex)

Bases: object

property noisetype

scalerqec.Clifford.stimparser module

scalerqec.Clifford.stimparser.rewrite_stim_code(code: str) → str

Rewrites a Stim program so that each line contains at most one gate or measurement. Lines starting with TICK, R, DETECTOR(, and OBSERVABLE_INCLUDE( are kept as-is. Multi-target lines for CX, M, and MR are split up.

class scalerqec.Clifford.stimparser.stimparser

Bases: object

rewrite_stim_code(code: str) → str

Rewrites a Stim program so that each line contains at most one gate or measurement. Lines starting with TICK, R, DETECTOR(, and OBSERVABLE_INCLUDE( are kept as-is. Multi-target lines for CX, M, and MR are split up.

Module contents

class scalerqec.Clifford.CliffordCircuit(qubit_num)

Bases: object

add_cnot(control, target)

add_cz(qubit1, qubit2)

add_depolarize(qubit)

add_hadamard(qubit)

add_measurement(qubit)

add_paulix(qubit)

add_pauliy(qubit)

add_pauliz(qubit)

add_phase(qubit)

add_reset(qubit)

add_xflip_noise(qubit)

compile_detector_and_observable()

compile_from_stim_circuit_str(stim_str)

property error_rate

property gatelists

get_measIdx_to_parityIdx(measIdx)

get_yquant_latex()

Convert the circuit (stored in self._gatelists) into a yquant LaTeX string. This version simply prints each gate (or noise box) in the order they appear, without grouping or any fancy logic.

property observable

property parityMatchGroup

property qubit_num

property qubitnum

read_circuit_from_file(filename)

reset_noise_type()

save_circuit_to_file(filename)

setShowNoise(show)

set_noise_type(noiseindex, noisetype)

show_all_noise()

property stim_str

property stimcircuit

property totalMeas

property totalnoise