`pygsti.evotypes.qibo`

An evolution type that uses the 3rd-party ‘qibo’ package.

Submodules

Package Contents

Classes

`POVMRep`	The base class for all POVM representation classes
`ComputationalPOVMRep`	The base class for all POVM representation classes
`ComposedPOVMRep`	The base class for all POVM representation classes
`OpRep`	The base class for all operation representation classes
`OpRepDenseUnitary`	The base class for all operation representation classes
`OpRepDenseSuperop`	The base class for all operation representation classes
`OpRepStandard`	The base class for all operation representation classes
`OpRepComposed`	The base class for all operation representation classes
`OpRepEmbedded`	The base class for all operation representation classes
`OpRepRepeated`	The base class for all operation representation classes
`OpRepKraus`	The base class for all operation representation classes
`OpRepRandomUnitary`	The base class for all operation representation classes
`OpRepStochastic`	The base class for all operation representation classes
`StateRep`	The base class for all state representation classes
`StateRepDensePure`	The base class for all state representation classes
`StateRepDense`	The base class for all state representation classes
`StateRepComputational`	The base class for all state representation classes
`StateRepComposed`	The base class for all state representation classes

Attributes

`densitymx_mode`
`nshots`
`minimal_space`
`std_qibo_creation_fns`

pygsti.evotypes.qibo.densitymx_mode = 'False'

pygsti.evotypes.qibo.nshots = '1000'

pygsti.evotypes.qibo.minimal_space = "'Hilbert'"

class pygsti.evotypes.qibo.POVMRep

Bases: pygsti.evotypes.basereps.POVMRep

The base class for all POVM representation classes

class pygsti.evotypes.qibo.ComputationalPOVMRep(nqubits, qubit_filter)

Bases: POVMRep

The base class for all POVM representation classes

nqubits

qubit_filter

probabilities(state, rand_state, effect_labels)

class pygsti.evotypes.qibo.ComposedPOVMRep(errmap_rep, base_povm_rep, state_space)

Bases: POVMRep

The base class for all POVM representation classes

errmap_rep

base_povm_rep

state_space

probabilities(state, rand_state, effect_labels)

pygsti.evotypes.qibo.std_qibo_creation_fns

class pygsti.evotypes.qibo.OpRep(state_space)

Bases: pygsti.evotypes.basereps.OpRep

The base class for all operation representation classes

property dim

state_space

abstract create_qibo_ops_on(qubit_indices)

acton(state)

abstract adjoint_acton(state)

acton_random(state, rand_state)

adjoint_acton_random(state, rand_state)

copy()

class pygsti.evotypes.qibo.OpRepDenseUnitary(mx, basis, state_space)

Bases: OpRep

The base class for all operation representation classes

basis

base

create_qibo_ops_on(qubit_indices)

base_has_changed()

to_dense(on_space)

class pygsti.evotypes.qibo.OpRepDenseSuperop(mx, basis, state_space)

Bases: OpRep

The base class for all operation representation classes

basis

base

base_has_changed()

to_dense(on_space)

create_qibo_ops_on(qubit_indices)

copy()

class pygsti.evotypes.qibo.OpRepStandard(name, basis, state_space)

Bases: OpRep

The base class for all operation representation classes

name

basis

creation_fn

create_qibo_ops_on(qubit_indices)

class pygsti.evotypes.qibo.OpRepComposed(factor_op_reps, state_space)

Bases: OpRep

The base class for all operation representation classes

factor_reps

create_qibo_ops_on(qubit_indices)

reinit_factor_op_reps(new_factor_op_reps)

class pygsti.evotypes.qibo.OpRepEmbedded(state_space, target_labels, embedded_rep)

Bases: OpRep

The base class for all operation representation classes

target_labels

embedded_rep

create_qibo_ops_on(qubit_indices)

class pygsti.evotypes.qibo.OpRepRepeated(rep_to_repeat, num_repetitions, state_space)

Bases: OpRep

The base class for all operation representation classes

repeated_rep

num_repetitions

create_qibo_ops_on(qubit_indices)

class pygsti.evotypes.qibo.OpRepKraus(basis, kraus_reps, state_space)

Bases: OpRep

The base class for all operation representation classes

basis

kraus_reps

create_qibo_ops_on(qubit_indices)

copy()

to_dense(on_space)

class pygsti.evotypes.qibo.OpRepRandomUnitary(basis, unitary_rates, unitary_reps, seed_or_state, state_space)

Bases: OpRep

The base class for all operation representation classes

basis

unitary_reps

unitary_rates

state_space

create_qibo_ops_on(qubit_indices)

copy()

update_unitary_rates(rates)

to_dense(on_space)

class pygsti.evotypes.qibo.OpRepStochastic(stochastic_basis, basis, initial_rates, seed_or_state, state_space)

Bases: OpRepRandomUnitary

The base class for all operation representation classes

rates

stochastic_basis

basis

update_rates(rates)

class pygsti.evotypes.qibo.StateRep(qibo_circuit, qibo_state, state_space)

Bases: pygsti.evotypes.basereps.StateRep

The base class for all state representation classes

property num_qubits

qibo_circuit

qibo_state

state_space

copy()

actionable_staterep()

class pygsti.evotypes.qibo.StateRepDensePure(purevec, state_space, basis)

Bases: StateRep

The base class for all state representation classes

property base

basis

base_has_changed()

to_dense(on_space)

class pygsti.evotypes.qibo.StateRepDense(data, state_space, basis)

Bases: StateRep

The base class for all state representation classes

property base

basis

std_basis

data

udim

base_has_changed()

to_dense(on_space)

class pygsti.evotypes.qibo.StateRepComputational(zvals, basis, state_space)

Bases: StateRep

The base class for all state representation classes

zvals

basis

class pygsti.evotypes.qibo.StateRepComposed(state_rep, op_rep, state_space)

Bases: StateRep

The base class for all state representation classes

property basis

state_rep

op_rep

reps_have_changed()

actionable_staterep()

pygsti.evotypes.qibo

Submodules

Package Contents

Classes

Attributes

`pygsti.evotypes.qibo`