# generating neuralnet output objects
generate.output <-
function (covariate, call, rep, threshold, matrix, startweights,
model.list, response, err.fct, act.fct, data, list.result,
linear.output, exclude, low_size,
dropout, visible_dropout, hidden_dropout)
{
covariate <- remove.intercept(covariate)
nn <- list(call = call)
class(nn) <- c("nn")
nn$model.list <- model.list
nn$act.fct <- act.fct
nn$linear.output <- linear.output
if(!low_size){
nn$response <- response
nn$covariate <- covariate
nn$err.fct <- err.fct
nn$data <- data
nn$exclude <- exclude
if (!is.null(matrix)) {
nn$net.result <- NULL
nn$weights <- NULL
nn$generalized.weights <- NULL
nn$startweights <- NULL
for (i in 1:length(list.result)) {
nn$net.result <- c(nn$net.result, list(list.result[[i]]$net.result))
nn$weights <- c(nn$weights, list(list.result[[i]]$weights))
nn$startweights <- c(nn$startweights, list(list.result[[i]]$startweights))
nn$generalized.weights <- c(nn$generalized.weights,
list(list.result[[i]]$generalized.weights))
}
nn$result.matrix <- generate.rownames(matrix, nn$weights[[1]],
model.list)
}
nn$dropout = dropout
nn$visible_dropout = visible_dropout
nn$hidden_dropout = hidden_dropout
}else{
if (!is.null(matrix)) {
nn$weights <- NULL
for (i in 1:length(list.result)) {
nn$weights <- c(nn$weights, list(list.result[[i]]$weights))
}
}
nn$dropout = dropout
nn$visible_dropout = visible_dropout
nn$hidden_dropout = hidden_dropout
}
return(nn)
}
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