dynr.taste2 | R Documentation |
The function dynr.taste2{}
update the dynrModel
object applying outliers from the dynrTaste
object,
or outliers from users. The function then re-cook the model.
dynr.taste2(dynrModel, dynrCook, dynrTaste, delta_inn = c("t", "ind", "jnt",
"null"), delta_add = c("t", "ind", "jnt", "null"), delta_L = NULL,
delta_O = NULL, cook = TRUE, verbose = FALSE,
newOutfile = "new_taste.c")
dynrModel |
an object of dynrModel class. |
dynrCook |
an object of dynrCook class. |
dynrTaste |
an object of dynrTaste class. The default is NULL. |
delta_inn |
a character string for a method detecting ‘inn’ovative outliers, which must be one of “t” (default), “ind”, “jnt” or “null”. According to the method, corresponding delta estimates (magnitude of estimated outliers) will be included in the new dynrModel in output. ‘t’ represents the t statistic, ‘ind’ represents the independent chi-square statistic, ‘jnt’ represents the joint chi-square statistic. If no outliers are assumed, “null” can be used. |
delta_add |
a character string for a method detecting ‘add’itive outliers, which must be one of “t” (default), “ind”, “jnt” or “null”. According to the method, corresponding delta estimates will be included in the new dynrModel. |
delta_L |
a data.frame containing user-specified latent outliers.
The delta estimates from |
delta_O |
a data.frame containing user-specified observed outliers.
The delta estimates from |
cook |
a logical specifying whether the newly built model would be cooked by 'dynr.cook' function. The default is TRUE. When 'cook=FALSE', only the newly built model will be saved for the output. |
verbose |
a logical specifying the verbose argument of the new cook object. The default is FALSE. |
newOutfile |
a character string for |
The argument dynrTaste
should be the dynrTaste object
that is output of the dynr.taste
function the argument dynrModel
is applied.
The argument dynrTaste
can be NULL
,
if user-specified outliers are offered by the arguments
delta_L
and delta_O
.
a list with the two arguments;
a new dynrModel
object the outliers are applied,
and a dynrCook
object the new dynrModel
object is cooked.
## Not run:
# See the demo for outlier detection, OutlierDetection.R
dynrCook <- dynr.cook(dynrModel)
dynrTaste <- dynr.taste(dynrModel, dynrCook)
# Detect outliers related to 'eta1' out of, say, three latent
# variables c("eta1", "eta2", "eta3"), and all measured variables.
taste2 <- dynr.taste2(dynrModel, dynrCook, dynrTaste)
## End(Not run)
Add the following code to your website.
For more information on customizing the embed code, read Embedding Snippets.