amplify.client.ABSClient
- class ABSClient
A class for using ABS client.
- __init__(self: amplify.client.ABSClient, url: str = '', user_name: str = '', password: str = '', proxy: str = '') None
Methods
__init__
(self[, url, user_name, password, proxy])solve
(*args, **kwargs)Solves a given polynomial or matrix model.
Attributes
The maximum number of available variables.
Obtains the parameter class of
ABSClient
.Set or get the password.
Set or get the address of proxy server.
Set or get the API URL for ABS client.
Set or get the user name.
Get the version string of the ABS QUBO solver client.
Set or get the file path to save request data.
Set or get the file path to save request data.
- solve(*args, **kwargs)
Solves a given polynomial or matrix model.
Overloads:
- solve(poly)
- solve(matrix, constant)
- Parameters:
poly (
BinaryPoly
,BinaryIntPoly
,IsingPoly
orIsingIntPoly
) –Input polynomial model
matrix (
BinaryMatrix
,BinaryIntMatrix
,IsingMatrix
orIsingIntMatrix
) –Input matrix model
constant (
int
orfloat
, optional) –A constant value to be added to the above matrix. The type is set in accordance with the coefficients of the matrix.
- Returns:
A result class that provides information about execution.
- Return type:
Example
from amplify import BinarySymbolGenerator from amplify.client import ABSClient gen = BinarySymbolGenerator() q = gen.array(3) f = 2 * q[0] * q[1] - q[0] - q[2] + 1 # BinaryPoly type input model client = ABSClient() client.token = "xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx" client.parameters.timeout = 1 # timeout 1 second result = client.solve(f)
>>> f 2 q_0 q_1 - q_0 - q_2 + 1 >>> [f"energy = {s.energy}, q = {q.decode(s.values)}" for s in result] ['energy = -1.0, q = [1. 0. 1.]']
- property url
Set or get the API URL for ABS client. Set to https://qubosolver.cs.hiroshima-u.ac.jp by default.
- Type:
- property write_request_data
Set or get the file path to save request data. The default value is an empty string, so saving is disabled.
- Type: