opt = sdo.OptimizeOptions
opt =
sdo.OptimizeOptions(Name,Value)
Specify options such as solver, solver options, and use of parallel computing during optimization.
creates
an opt
= sdo.OptimizeOptionssdo.OptimizeOptions
object and assigns default
values to the properties.
creates
an opt
=
sdo.OptimizeOptions(Name,Value
)sdo.OptimizeOptions
object with additional options
specified by one or more Name,Value
pair
arguments.
Name
is a property name
and Value
is the corresponding
value. Name
must appear inside
single quotes (''
). You can specify
several namevalue pair arguments in any order as Name1,Value1,...,NameN,ValueN
.
Specify optional commaseparated pairs of Name,Value
arguments.
Name
is the argument
name and Value
is the corresponding
value. Name
must appear
inside single quotes (' '
).
You can specify several name and value pair
arguments in any order as Name1,Value1,...,NameN,ValueN
.

String that indicates whether the cost/constraint
function you provide to
Default:  

String specifying the optimization solver that
See the Optimization Toolbox and Global Optimization Toolbox documentation for more information on these solvers. Default:  

Structure with fields specifying optimization solver options.
The structure fields are configured based on the You can change solver options. For example, For information on the optimization solver options, see:
Default:  

String displaying a Simulink^{®} model name to be optimized. Default:  

Cell array of strings specifying file dependencies to use during
parallel optimization. Each string can specify either an absolute
or relative path to a file. These files are copied to the workers
during parallel optimization. Use Default:  

Cell array of strings specifying paths to dependencies to use
during parallel optimization. These path dependencies are temporarily
added to the workers during parallel optimization. Use Default:  

Nonnegative integer specifying the number of times the optimization solver restarts the optimization, if convergence criteria are not satisfied. At each restart, the initial values of the tunable parameters are set to the final value of the previous optimization run. Default: 0  

Terminate optimization once a feasible solution satisfying the constraints is found:
The software ignores this option when you track a reference signal or your problem has a cost. Default:  

Parallel computing option for
Parallel Computing Toolbox™ software must be installed to enable parallel computing for the optimization methods. When set to
Default: 

String that indicates whether the cost/constraint
function you provide to
Default:  

String specifying the optimization solver that
See the Optimization Toolbox and Global Optimization Toolbox documentation for more information on these solvers. Default:  

Structure with fields specifying optimization solver options.
The structure fields are configured based on the You can change solver options. For example, For information on the optimization solver options, see:
Default:  

String displaying a Simulink model name to be optimized. Default:  

Cell array of strings specifying file dependencies to use during
parallel optimization. Each string can specify either an absolute
or relative path to a file. These files are copied to the workers
during parallel optimization. Use Default:  

Cell array of strings specifying paths to dependencies to use
during parallel optimization. These path dependencies are temporarily
added to the workers during parallel optimization. Use Default:  

Nonnegative integer specifying the number of times the optimization solver restarts the optimization, if convergence criteria are not satisfied. At each restart, the initial values of the tunable parameters are set to the final value of the previous optimization run. Default: 0  

Terminate optimization once a feasible solution satisfying the constraints is found:
The software ignores this option when you track a reference signal or your problem has a cost. Default:  

Parallel computing option for
Parallel Computing Toolbox software must be installed to enable parallel computing for the optimization methods. When set to
Default: 
Value. To learn how value classes affect copy operations, see Copying Objects in the MATLAB^{®} documentation.