NH0	$	$<-	&	~	==	>	as.numeric	c	coef	formula	library	lm	na.omit	round	summary
NH1	$	==	CreateTableOne	ecdf	print	small.nhanes	vars
NH3	$	==	c	CreateTableOne	ecdf	legend	par	plot	print	small.nhanes	vars
NH4	~	==	c	cut	formula	glm	predict	quantile	rbind	seq	small.nhanes	Smoke	table
NH5	==	as.numeric	c	cbind	colnames<-	CreateTableOne	cut	ExtractSmd	for	ps.lr	quints	round	small.nhanes	Smoke	T	tabUnmatched	vars
NH6	$	&	==	c	ecdf	for	legend	list	par	Pcat	plot	range	small.nhanes	Smoke	substitute	title
NH7	==	c	cbind	colnames<-	CreateTableOne	cut	ExtractSmd	for	ps.lr	quantile	seq	small.nhanes	tabUnmatched	vars
NH8	$	$<-	c	CreateTableOne	Match	ps.lr	table	vars
NH9	$	==	c	ecdf	legend	matched.samp	par	plot
NH10	$	~	library	ps.lr	small.nhanes	svyCreateTableOne	svydesign	vars
NH11	~	coef	lm	small.nhanes	summary
NH12	~	coef	formula	lm	small.nhanes
NH13	~	c	coef	formula	lm	mean	nhanes.allsmoke	nhanes.nosmoke	predict	small.nhanes	summary
NH14	$	&	[<-	~	==	cut	for	formula	glm	length	mean	predict	quints	rep	small.nhanes	Smoke	sum	table
NH15	$	==	c	Match	mean	small.nhanes
NH16	~	library	lm	mean	nhanes.allsmoke	nhanes.nosmoke	predict	small.nhanes
NH17	~	coef	lm	mean	ps.lr	Smoke	Y
NH2	c	ecdf0	ecdf1	legend	par	plot
NH9a	c	cbind	colnames<-	ExtractSmd	round	tabMatched
NH18	$<-	~	fmodi	formula	lm	mean	pmax	pmin	predict	ps.lr	Smoke	Y
NH19	$	$<-	&	[<-	~	==	c	coef	cut	fmod	fmodi	fmods	for	glm	length	library	lm	Match	matrix	mean	nrow	pmax	pmin	predict	quantile	rep	sample	seq	set.seed	small.nhanes	sum	T	table
NH20	boxplot	c	ests.mat	par	range
NH10a	$	==	c	cbind	colnames<-	Ecdf	ExtractSmd	lines	par	plot	ps.lr.weight	round	small.nhanes	Smoke	tabIPW
NH21	apply	c	cbind	colnames<-	ests.mat	lvec	mean	rownames<-	sqrt	var
NH4a	abline	box	boxplot	c	hist	legend	par	ps0	ps1	quints	rgb	seq	T
NH22	~	MatchBalance	ps.lr.match	small.nhanes
NH23	print	tabIPW
NH11a	~	coef	formula	lm	small.nhanes
NH12a	$<-	fmod	lm	mean	predict	small.nhanes
NH0a	$	$<-	[<-	==	nrow	rep	rnorm
NH0b	~	c	coef	formula	lm	round	small.nhanes	summary