eqc_models

• eqc_models.base
  • Subpackages
  • ConstraintsMixIn
    • ConstraintsMixIn.lhs
    • ConstraintsMixIn.rhs
    • ConstraintsMixIn.alpha
    • ConstraintsMixIn.linear_objective
    • ConstraintsMixIn.quad_objective
    • ConstraintsMixIn.penalties
    • ConstraintsMixIn.penalty_multiplier
    • ConstraintsMixIn.constraints
    • ConstraintsMixIn.offset
    • ConstraintsMixIn.evaluate()
    • ConstraintsMixIn.evaluatePenalties()
    • ConstraintsMixIn.checkPenalty()
  • ConstraintModel
  • ConstrainedQuadraticModel
    • ConstrainedQuadraticModel.H
    • ConstrainedQuadraticModel.penalty_multiplier
    • ConstrainedQuadraticModel.constraints
    • ConstrainedQuadraticModel.evaluateObjective()
  • QuadraticModel
  • PolynomialModel
    • PolynomialModel.polynomial
    • PolynomialModel.qubo
  • ConstrainedPolynomialModel
    • ConstrainedPolynomialModel.penalties
    • ConstrainedPolynomialModel.evaluatePenalties()
    • ConstrainedPolynomialModel.evaluateObjective()
    • ConstrainedPolynomialModel.H
  • InequalitiesMixin
    • InequalitiesMixin.senses
    • InequalitiesMixin.num_slacks
    • InequalitiesMixin.constraints
  • InequalityConstraintModel
  • EqcModel
    • EqcModel.decode()
    • EqcModel.upper_bound
    • EqcModel.domains
    • EqcModel.n
    • EqcModel.H
    • EqcModel.sparse
    • EqcModel.machine_slacks
    • EqcModel.evaluateObjective()
    • EqcModel.createConfigElements()
    • EqcModel.createBenchmarkConfig()
    • EqcModel.dynamic_range
    • EqcModel.polynomial
    • EqcModel.qubo
  • ModelSolver
    • ModelSolver.solve()
  • QUBO
    • QUBO.Q
    • QUBO.evaluate()
  • Polynomial
    • Polynomial.coefficients
    • Polynomial.indices
    • Polynomial.pure_evaluate()
    • Polynomial.evaluate()
• eqc_models.solvers
  • Dirac1CloudSolver
  • Dirac3CloudSolver
    • Dirac3CloudSolver.job_type
    • Dirac3CloudSolver.job_params_names
    • Dirac3CloudSolver.solve()
  • QciClientSolver
    • QciClientSolver.uploadFile()
    • QciClientSolver.uploadJobFiles()
    • QciClientSolver.checkModel()
    • QciClientSolver.solve()
    • QciClientSolver.getResults()
  • Dirac3IntegerCloudSolver
    • Dirac3IntegerCloudSolver.job_type
    • Dirac3IntegerCloudSolver.job_params_names
    • Dirac3IntegerCloudSolver.solve()
  • Dirac3ContinuousCloudSolver
    • Dirac3ContinuousCloudSolver.job_type
    • Dirac3ContinuousCloudSolver.job_params_names
    • Dirac3ContinuousCloudSolver.solve()
• eqc_models.ml
  • QBoostClassifier
    • QBoostClassifier.fit()
    • QBoostClassifier.predict_raw()
    • QBoostClassifier.predict()
    • QBoostClassifier.get_hamiltonian()
    • QBoostClassifier.convert_sol_to_params()
  • QSVMClassifier
    • QSVMClassifier.kernel()
    • QSVMClassifier.fit()
    • QSVMClassifier.predict()
    • QSVMClassifier.get_hamiltonian()
    • QSVMClassifier.convert_sol_to_params()
  • PCA
    • PCA.fit()
    • PCA.transform()
    • PCA.fit_transform()
  • ReservoirForecastModel
    • ReservoirForecastModel.close()
    • ReservoirForecastModel.fit()
    • ReservoirForecastModel.predict()
• eqc_models.allocation
  • AllocationModel
    • AllocationModel.penalty_multiplier
    • AllocationModel.qubo
    • AllocationModel.polynomial
    • AllocationModel.upper_bound
    • AllocationModel.variables
    • AllocationModel.add_task()
    • AllocationModel.H
  • AllocationModelX
    • AllocationModelX.penalty_multiplier
    • AllocationModelX.qubo
    • AllocationModelX.polynomial
    • AllocationModelX.variables
    • AllocationModelX.upper_bound
    • AllocationModelX.linear_objective
    • AllocationModelX.quad_objective
    • AllocationModelX.H
    • AllocationModelX.checkResources()
    • AllocationModelX.n
  • PortMomentum
    • PortMomentum.get_hamiltonian()
  • ResourceRuleEnum
    • ResourceRuleEnum.MAXIMUM
    • ResourceRuleEnum.MINIMUM
    • ResourceRuleEnum.EXACT
• eqc_models.assignment
  • QAPModel
• eqc_models.combinatorics
  • SetCoverModel
    • SetCoverModel.decode()
  • SetPartitionModel
    • SetPartitionModel.H
    • SetPartitionModel.penalty_multiplier
    • SetPartitionModel.polynomial
    • SetPartitionModel.linear_objective
    • SetPartitionModel.quad_objective
    • SetPartitionModel.constraints
    • SetPartitionModel.universal_set
    • SetPartitionModel.evaluateObjective()
• eqc_models.graph
  • MaxCutModel
    • MaxCutModel.decode()
    • MaxCutModel.J
    • MaxCutModel.C
    • MaxCutModel.H
    • MaxCutModel.partition()
    • MaxCutModel.getCutSize()
    • MaxCutModel.costFunction()
  • GraphPartitionModel
    • GraphPartitionModel.set_and_validate_k()
    • GraphPartitionModel.initialize_model()
    • GraphPartitionModel.get_balanced_partition_term()
    • GraphPartitionModel.get_constraints()
    • GraphPartitionModel.get_two_partition_qubo()
    • GraphPartitionModel.evaluate()
    • GraphPartitionModel.decode()
    • GraphPartitionModel.costFunction()
• eqc_models.sequence
  • MTZTSPModel
    • MTZTSPModel.cost()
    • MTZTSPModel.upper_bound
• eqc_models.algorithms
  • PenaltyMultiplierAlgorithm
    • PenaltyMultiplierAlgorithm.upper_bound
    • PenaltyMultiplierAlgorithm.run()
• eqc_models.utilities
  • evaluate_polynomial()
  • read_coefficient_file()
  • read_index_file()
  • read_config_file()
  • convert_hamiltonian_to_polynomial()
• eqc_models.utilities.qplib
  • QBBModel
  • QGLModel
  • file_to_model()
  • file_to_polynomial()
  • process_file()
  • read_line()