Nothing
################################################
#### Copied bbplot (from uroot package)
################################################
bbplot <- function(wts, colour=c("SlateBlue","SeaGreen","red","magenta"))
{
s <- frequency(wts)
if(s==4){
nl <- 4; np <- 1; fr <- 2
snames <- c("Qrt1", "Qrt2", "Qrt3", "Qrt4")
}
else if(s==12){
nl <- 3; np <- fr <- 4
snames <- month.abb
}
else{
if(identical(c(s/2 - as.integer(s/2)), 0)){
nl <- 4; np <- s/nl
}
else{
np <- floor((s+1)/4); nl <- c(rep(4, np-1), s/np+1)
}
}
Mseas <- Msts(wts)
aux <- Mseas[nrow(Mseas),]
labaux <- c(na.omit(aux), Mseas[(nrow(Mseas)-1),which(is.na(aux))])
xlim <- c(start(wts)[1], end(wts)[1]+1.5)
ylim <- range(wts, na.rm=TRUE)
aux1 <- seq(1,s,nl); aux2 <- seq(nl,s,nl)
if(s==4)
opar <- par(mar=c(3,3.5,2,2), las=1)
if(s==12)
opar <- par(mfrow=c(fr/2, fr/2), mar=c(3,3.5,2,2), las=1)
for(i in 1:np){
ref <- aux1[i]:aux2[i]
ts.plot(ts(Mseas[,ref], start=start(wts)[1]), xlab="", ylab="",
xlim=xlim, ylim=ylim , col=colour)
#text(xlim[2]-0.2, as.matrix(Mseas[,ref])[nrow(Mseas),], month.abb[ref])
text(xlim[2]-0.2, labaux[ref], snames[ref], col=colour)
}
par(opar)
}
################################################
#### Auxilliary function Msts (from uroot package)
################################################
Msts <- function(wts) ##~ hacer que trate a las columnas como ts, ts.union.
{
s <- frequency(wts)
seas.data <- split(wts, cycle(wts))
Mseas <- matrix(NA, nrow=ceiling(length(wts)/s), ncol=s)
ref1 <- c(rep(2, start(wts)[2]-1), rep(1, s-start(wts)[2]+1))
ref2 <- c(rep(0, end(wts)[2]), rep(1, s-end(wts)[2]))
for(i in 1:s)
Mseas[ref1[i]:(nrow(Mseas)-ref2[i]),i] <- seas.data[[i]] # unlist(seas.data[[i]])
ynames <- as.integer(time(wts))
if(s==4)
snames <- c("Qtr1", "Qtr2", "Qtr3", "Qtr4")
else if(s==12)
snames <- month.abb
else
snames <- paste("Seas", 1:s, sep="")
Mseas <- matrix(Mseas, nrow=nrow(Mseas), ncol=ncol(Mseas),
dimnames=list(as.character(ynames[1]:ynames[length(ynames)]), snames))
# for(i in 1:ncol(Mseas))
# Mseas[,i] <- ts(Mseas[,i], frequency=1, start=start(wts))
# as.matrix(Mseas)
Mseas
}
################################################
#### Deprecated bbplot (old code)
################################################
## Ver hacer metodo hasta obtener seas.data.
## ver usar cbind.ts.
# bbplot <- function(wts)
# {
# colour <- c("SlateBlue","SeaGreen","red","magenta")
# seas.data <- split(wts, cycle(wts))
#
# t0 <- c(rep(1, start(wts)[2]-1), rep(0, frequency(wts)-(start(wts)[2]-1)))
# for(i in 1:frequency(wts))
# assign(paste("season", i, sep=""), ts(seas.data[[i]], frequency=1, start=start(wts)[1]+t0[i]))
#
# if(frequency(wts) == 4){
# seas.labels <- c("Q1","Q2","Q3","Q4")
# seas.data <- list(season1, season2, season3, season4)
# opar <- par(las=1)
# ts.plot(season1, season2, season3, season4, lty=c(1,2,3,4), xlab="", ylab="",
# xlim=c(start(wts)[1], end(wts)[1]+2.5)) ##~ col=colour
# par(opar)
# for(i in 1:4)
# text(end(seas.data[[i]])[1]+2, seas.data[[i]][length(seas.data[[i]])], seas.labels[i])
# ##~ , col = colour[i])
# }
#
# if(frequency(wts) == 12){
# seas.data <- list(season1, season2, season3, season4, season5, season6,
# season7, season8, season9, season10, season11, season12)
# xlim <- c(start(wts)[1], end(wts)[1]+1.5); ylim <- c(min(wts), max(wts))
#
# opar <- par(mfrow=c(2,2), las=1)
# ts.plot(season1, season2, season3, lty=c(1,2,3), xlab="", ylab="", xlim=xlim, ylim=ylim) ##~ col=colour)
# for(i in 1:3)
# text(end(seas.data[[i]])[1]+1, seas.data[[i]][length(seas.data[[i]])], month.abb[i]) ##~ , col = colour[i])
# ts.plot(season4, season5, season6, lty=c(1,2,3), xlab="", ylab="", xlim=xlim, ylim=ylim) ##~ col=colour)
# for(i in 4:6)
# text(end(seas.data[[i]])[1]+1, seas.data[[i]][length(seas.data[[i]])], month.abb[i]) ##~ , col = colour[i])
# ts.plot(season7, season8, season9, lty=c(1,2,3), xlab="", ylab="", xlim=xlim, ylim=ylim) ##~ col=colour)
# for(i in 7:9)
# text(end(seas.data[[i]])[1]+1, seas.data[[i]][length(seas.data[[i]])], month.abb[i]) ##~ , col = colour[i])
# ts.plot(season10, season11, season12, lty=c(1,2,3), xlab="", ylab="", xlim=xlim, ylim=ylim) ##~ col=colour)
# for(i in 10:12)
# text(end(seas.data[[i]])[1]+1, seas.data[[i]][length(seas.data[[i]])], month.abb[i]) ##~ , col = colour[i])
# par(opar)
# }
# }
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