################################################################################
# model: IV/CTE model #
# response.y.: polynom 1,2,3 and linear case #
# g.method <- c("nnet", "rf","trees", "MARS") #
# gps.method <- c( "series", "boosting&normal", "linear&boxcox") #
################################################################################
################ FUNCTION ###########################
#' Simulation of applying different number of samples
#'
#' @param model choose from "IV" and "CTE"
#'
#' @return files with certain name tags, e.g. "linear.sample.cte.Rdata"
#' @export
#'
application.samples <- function(model) {
if (model == "IV") {
file1 <- "linear.sample.iv.Rdata"
file2 <- "polynom.sample.iv.Rdata"
file3 <- "polynom2.sample.iv.Rdata"
file4 <- "polynom3.sample.iv.Rdata"
}
if(model == "CTE") {
file1 <- "linear.sample.cte.Rdata"
file2 <- "polynom.sample.cte.Rdata"
file3 <- "polynom2.sample.cte.Rdata"
file4 <- "polynom3.sample.cte.Rdata"
}
running.simulation(
model <- model,
simu <- 40,
samples <- c(200, 300, 500, 750, 1000, 1500, 2000),
g.method <- c("rf","nnet","trees"),
gps.method <-
c("series",
"rf&normal" ,
"linear&boxcox"
),
trimming <- c(-4, 4),
cov <- c(5),
method <- c("SR","CDML","HI"),
fold <- c(1,2,3,5),
responseCurve <- "linear",
file <- file1, # the file saves data
sd <- 8
)
running.simulation(
model <- model,
simu <- 40,
samples <- c(200, 300, 500, 750, 1000, 1500, 2000),
g.method <- c("rf","nnet","trees"),
gps.method <-
c("series",
"rf&normal" ,
"linear&boxcox"
),
trimming <- c(-4, 4),
cov <- c(5),
method <- c("SR","CDML","HI"),
fold <- c(1,2,3,5),
responseCurve <- "polynom",
sd <- 8,
file <- file2 # the file saves data
)
running.simulation(
model <- model,
simu <- 40,
samples <- c(200, 300, 500, 750, 1000, 1500, 2000),
g.method <- c("rf","nnet","trees"),
gps.method <-
c("series",
"rf&normal" ,
"linear&boxcox"
),
trimming <- c(-4, 4),
cov <- c(5),
method <- c("SR","CDML","HI"),
fold <- c(1,2,3,5),
responseCurve <- "polynom2",
sd <- 8,
file <- file3 # the file saves data
)
running.simulation(
model <- model,
simu <- 40,
samples <- c(200, 300, 500, 750, 1000, 1500, 2000),
g.method <- c("rf","nnet","trees"),
gps.method <-
c("series",
"rf&normal" ,
"linear&boxcox"
),
trimming <- c(-4, 4),
cov <- c(5),
method <- c("SR","CDML","HI"),
fold <- c(1,2,3,5),
responseCurve <- "polynom3",
sd <- 8,
file <- file4 # the file saves data
)
}
##########################################################
# #
# Remark: the plotting function is saved locally ! #
# Ask if needed. #
##########################################################
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