Description
The <method independent controls>
are those controls which are valid for a variety of methods. In some cases, these controls are abstractions which may have slightly different implementations from one method to the next. While each of these controls is not valid for every method, the controls are valid for enough methods that it was reasonable to consolidate the specifications.
Related Topics
Related Keywords
- max_iterations : Stopping criterion based on number of iterations
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- max_function_evaluations : Stopping criteria based on number of function evaluations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- max_function_evaluations : Stopping criteria based on number of function evaluations
- scaling : Turn on scaling for variables, responses, and constraints
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- max_iterations : Stopping criterion based on number of iterations
- final_solutions : Number of designs returned as the best solutions
- max_iterations : Stopping criterion based on number of iterations
- max_iterations : Stopping criterion based on number of iterations
- max_function_evaluations : Stopping criteria based on number of function evaluations
- scaling : Turn on scaling for variables, responses, and constraints
- max_function_evaluations : Stopping criteria based on number of function evaluations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- max_iterations : Stopping criterion based on number of iterations
- id_method : Name the method block; helpful when there are multiple
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- output : Control how much method information is written to the screen and output file
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations
- scaling : Turn on scaling for variables, responses, and constraints
- speculative : Compute speculative gradients
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- max_iterations : Stopping criterion based on number of iterations
- constraint_tolerance : The maximum allowable value of constraint violation still considered to be feasible
- convergence_tolerance : Stopping criterion based on convergence of the objective function or statistics
- max_iterations : Stopping criterion based on number of iterations
- max_function_evaluations : Stopping criteria based on number of function evaluations
- max_iterations : Stopping criterion based on number of iterations