ARMA1	phi.vec	c	theta.vec	sigmaZ	true.var	sum	ARMAtoMA	true.acvs	ARMAacf	true.acf
ARMA2	set.seed	n	X	arima.sim	list	phi.vec	theta.vec	par	c	plot	points
ARMA3	set.seed	n	nits	lmax	gamma.hat	rho.hat	matrix	iter	X	arima.sim	list	phi.vec	theta.vec	acf	F	std.gamma.hat	t	apply	return	sqrt	x	true.acvs	std.rho.hat	true.acf	par	c	boxplot	abline	var	mean
ARMA4	par	c	boxplot	std.gamma.hat	abline	apply	var	std.rho.hat	mean
ARMA5	hmax	W	matrix	lmax	true.acf	ARMAacf	phi.vec	theta.vec	i	i1	c	i2	ti	abs	j	j1	j2	tj	sum	diag
ARMA6	w.vec.root	sqrt	diag	W	std.rho.hat.final	t	apply	std.rho.hat	return	x	par	c	boxplot	abline	var
ARMA7	set.seed	n	lmax	gamma.hat.1	rho.hat.1	rep	X	arima.sim	list	phi.vec	theta.vec	hmax	W.hat	matrix	est.acf	c	acf	F	i	i1	i2	ti	abs	j	j1	j2	tj	sum	diag
ARMA8	true.acvs	true.var	ARMAacf	phi.vec	theta.vec	true.acf	set.seed	n	nits	lmax	gamma.hat	rho.hat	matrix	iter	X	arima.sim	list	acf	F	std.gamma.hat	t	apply	return	sqrt	x	std.rho.hat	w.vec.root	diag	W	std.rho.hat.final	par	c	boxplot	abline	mean	var
ARMA9	alpha	polyroot	c
ARMA2a	par	c	acf	X	range	points	true.acf	legend
ARMA10	phi.vec	c	sigmaZ	true.var	sum	ARMAtoMA	true.acvs	ARMAacf	true.acf	set.seed	n	nits	lmax	gamma.hat	rho.hat	matrix	iter	X	arima.sim	list	acf	F	std.gamma.hat	t	apply	return	sqrt	x	std.rho.hat	hmax	W	i	i1	i2	ti	abs	j	j1	j2	tj	w.vec.root	diag	std.rho.hat.final	par	boxplot	abline	mean	var
ARMA11	theta.vec	c	sigmaZ	true.var	sum	ARMAtoMA	true.acvs	ARMAacf	true.acf	set.seed	n	nits	lmax	gamma.hat	rho.hat	matrix	iter	X	arima.sim	list	acf	F	std.gamma.hat	t	apply	return	sqrt	x	std.rho.hat	hmax	W	i	i1	i2	ti	abs	j	j1	j2	tj	w.vec.root	diag	std.rho.hat.final	par	boxplot	abline	mean	var
ARMA12	apply	std.rho.hat.final	var	n	c	hmax
ARMA9a	alpha	polyroot	c