WFMult {optedr} | R Documentation |
Master function for the cocktail algorithm, that calls the appropriate one given the criterion.
Description
Depending on the Criterion
the cocktail algorithm for the chosen criterion is called,
and the necessary parameters for the functions are given from the user input.
Usage
WFMult(
init_design,
grad,
Criterion,
par_int = NA,
matB = NA,
min,
max,
grid.length,
join_thresh,
delete_thresh,
k,
delta_weights,
tol,
tol2
)
Arguments
init_design |
optional dataframe with the initial design for the algorithm. A dataframe with two columns:
|
grad |
function of partial derivatives of the model. |
Criterion |
character variable with the chosen optimality criterion. Can be one of the following:
|
par_int |
numeric vector with the index of the |
matB |
optional matrix of dimensions k x k, integral of the information matrix of the model over the interest region for I-optimality. |
min |
numeric value with the inferior bound of the space of the design. |
max |
numeric value with the upper bound of the space of the design. |
grid.length |
numeric value that gives the grid to evaluate the sensitivity function when looking for a maximum. |
join_thresh |
numeric value that states how close, in real units, two points must be in order to be joined together by the join heuristic. |
delete_thresh |
numeric value with the minimum weight, over 1 total, that a point needs to have in order to not be deleted from the design. |
k |
number of unknown parameters of the model. |
delta_weights |
numeric value in (0, 1), parameter of the algorithm. |
tol |
numeric value for the convergence of the weight optimizing algorithm. |
tol2 |
numeric value for the stop condition of the algorithm. |
Value
list correspondent to the output of the correspondent algorithm called, dependent on the criterion. A list of two objects:
optdes: a dataframe with the optimal design in two columns,
Point
andWeight
.sens: a plot with the sensitivity function to check for optimality of the design.
See Also
Other cocktail algorithms:
DWFMult()
,
DsWFMult()
,
IWFMult()