Index

A | B | C | D | E | F | G | H | I | int | I | J | K | M | ndarray[float] | ndarray[int[]] | ndarray[int] | O | P | Q | S | U | V | X | Y | Z

A

array() (in module quop_mpi.observable)
- (in module quop_mpi.propagator.diagonal.operator)
- (in module quop_mpi.state)

B

benchmark_swarm() (quop_mpi.meta.swarm method)

C

D

destroy() (quop_mpi.Unitary method)

E

F

G

H

hdf5() (in module quop_mpi.observable)
- (in module quop_mpi.propagator.diagonal.operator)

hypercube() (in module quop_mpi.propagator.sparse.operator)

I

I() (in module quop_mpi.toolkit)

int

lb

ub

I

ith() (in module quop_mpi.propagator.composite.operator)

J

Jacobian Function

K

kron() (in module quop_mpi.toolkit)

kron_power() (in module quop_mpi.toolkit)

M

ndarray[float]

W_values

ndarray[int[]]

W_col_index

ndarray[int]

W_row_start

O

P

Q

qaoa (class in quop_mpi.algorithm.combinatorial)
qmoa (class in quop_mpi.algorithm.multivariable)
qowe (class in quop_mpi.algorithm.multivariable)
QuOp Function
quop_mpi.algorithm.combinatorial
- module
quop_mpi.algorithm.multivariable
- module
quop_mpi.observable
- module
quop_mpi.observable.rand
- module
quop_mpi.param
- module
quop_mpi.param.rand
- module
quop_mpi.propagator
- module
quop_mpi.propagator.circulant
- module
quop_mpi.propagator.circulant.operator
- module

quop_mpi.propagator.composite
- module
quop_mpi.propagator.composite.operator
- module
quop_mpi.propagator.diagonal
- module
quop_mpi.propagator.diagonal.operator
- module
quop_mpi.propagator.momentum
- module
quop_mpi.propagator.momentum.operator
- module
quop_mpi.propagator.sparse
- module
quop_mpi.propagator.sparse.operator
- module
quop_mpi.state
- module
quop_mpi.toolkit
- module
QVA
qwoa (class in quop_mpi.algorithm.combinatorial)

S

U

V

variational parameters

X

X() (in module quop_mpi.toolkit)

Y

Y() (in module quop_mpi.toolkit)

Z

Z() (in module quop_mpi.toolkit)