similar to: Help from Bill Liao

Hi all, I have problem to estimate a SETAR model. I always get an error message. Here is the code: ## there are 4175 observation in the series (a). > a[1:10,1] [1] 1.496498 1.496602 1.496636 1.496515 1.496515 1.496463 1.496429 1.496549 1.496480 [10] 1.496498 > library("tsDyn") > selectSETAR(a, m=2)Using maximum autoregressive order for low regime: mL = 2 Using maximum

Hola, Estoy intentando realizar un ajuste a un modelo setar con R y me surgen problemas a la hora de representar el modelo setar sin la constante. El código es el siguiente: # Estimacion TAR(2;2,2) con delta 1: mod.setar <- setar(x, m = 2, mL = 2, mH = 2, thDelay = 1) mod.setar summary(mod.setar) mod.setarc<-setar(x, m=2, mL=2, mH=2, thDelay=1, include=c("none")) ##eliminamos

Hi, I know the problem now. Previously i use as.timeSeries function, but the error message of setar function still came out. Anyway, many thanks to Pascal for the solution. Best Regards, Ario On Mon, Jul 23, 2012 at 4:28 PM, Pascal Oettli <kridox@ymail.com> wrote: > Hello, > > It works for me (with a warning message), by adding this line before the > setar procedure: > >

Hi Version 0.7 of package tsDyn presented at useR! 2009 is now on CRAN, extended with several new features. The package tsDyn is aimed at estimating nonlinear time series models which exhibit regime specific properties. The regime switching dynamics can either be described by smooth transition (STAR and LSTAR) or threshold effects (SETAR). The package furthermore offers nonlinear models

Hi Version 0.7 of package tsDyn presented at useR! 2009 is now on CRAN, extended with several new features. The package tsDyn is aimed at estimating nonlinear time series models which exhibit regime specific properties. The regime switching dynamics can either be described by smooth transition (STAR and LSTAR) or threshold effects (SETAR). The package furthermore offers nonlinear models

Hi, I am traying to implement an STAR model, but I have some problems. I am following the instruction of the model, that they are in: http://bm2.genes.nig.ac.jp/RGM2/R_current/library/tsDyn/man/star.html that they are from: http://bm2.genes.nig.ac.jp/RGM2/pkg.php?p=tsDyn The model is: star(x, m=2, noRegimes, d = 1, steps = d, series, rob = FALSE, mTh, thDelay, thVar, sig=0.05, trace=TRUE,