Quick Reference#
This section provides reference links to all the properties and parameters described in this document.
- Solver Properties
- anneal_offset_ranges
- anneal_offset_step
- anneal_offset_step_phi0
- annealing_time_range
- category
- chip_id
- couplers
- default_annealing_time
- default_programming_thermalization
- default_readout_thermalization
- extended_j_range
- fast_anneal_time_range
- h_gain_schedule_range
- h_range
- j_range
- max_anneal_schedule_points
- max_h_gain_schedule_points
- maximum_decision_state_size
- maximum_number_of_biases
- maximum_number_of_cases
- maximum_number_of_constraints
- maximum_number_of_linear_biases_real
- maximum_number_of_nodes
- maximum_number_of_quadratic_variables
- maximum_number_of_quadratic_variables_real
- maximum_number_of_states
- maximum_number_of_variables
- maximum_state_size
- maximum_time_limit_hrs
- minimum_time_limit
- minimum_time_limit_s
- num_biases_multiplier
- num_constraints_multiplier
- num_nodes_multiplier
- num_nodes_state_size_multiplier
- num_qubits
- num_reads_range
- num_variables_multiplier
- parameters
- per_group_coupling_range
- per_qubit_coupling_range
- problem_run_duration_range
- problem_timing_data
- programming_thermalization_range
- qubits
- quota_conversion_rate
- readout_thermalization_range
- state_size_multiplier
- supported_problem_types
- tags
- time_constant
- topology
- version
- vfyc
- Problem Parameters
- Solver Parameters
- anneal_offsets
- anneal_schedule
- annealing_time
- answer_mode
- auto_scale
- fast_anneal
- flux_biases
- flux_drift_compensation
- h_gain_schedule
- initial_state
- max_answers
- num_reads
- num_spin_reversal_transforms
- programming_thermalization
- readout_thermalization
- reduce_intersample_correlation
- reinitialize_state
- time_limit