Generate the data
library(SparseFunClust)
set.seed(24032023)
n <- 50
x <- seq(0,1,len=500)
out <- generate.data.FV17(n, x)
data <- out$data
trueClust <- out$true.partition
matplot(x, t(data), type='l', col=trueClust,
xlab = 'x', ylab = 'data', main = 'Simulated data')
Plot / explore results
table(trueClust,result$labels)
##
## trueClust 1 2
## 1 50 0
## 2 10 40
cer(trueClust,result$labels)
## [1] 0.1818182
matplot(x,t(data),type='l',lty=1,col=result$labels+1,ylab='',
main='clustering results')
lines(x,colMeans(data[which(result$labels==1),]),lwd=2)
lines(x,colMeans(data[which(result$labels==2),]),lwd=2)
plot(x,result$w,type='l',lty=1,lwd=2,ylab='',
main='estimated weighting function')
abline(v=0.5)