/*-------------------------------------------


ex5.do


---------------------------------------------*/

clear
use "C:\Documents and Settings\gillian raab\My Documents\aprojects\ayrarran\exemp5\data\ex5.txt"

/*-----------------------------------------------------------
first define the design - only need weighting
-------------------------------------------------------------*/
svyset [pweight=weight]
/*-----------------------------------------------------------
now get proportions of various categories
compared with unweighted tables
-------------------------------------------------------------*/
svyprop q85a 
tabulate q85a
svyprop q85b
tabulate q85b
svyprop living
tabulate living
svyprop genhelf
tabulate genhelf
svyprop empl
tabulate empl
/*-------------------------------------------------------------
now some mean scores to check design effects
----------------------------------------------------------------*/
svymean canscore ampscore genhelf sinc sacc
/*------------------------------------------------------------
now some regressions to predict general health score
although this is categorical it is quite legitimate to
use it in a regression to look for simple associations
----------------------------------------------------------*/
svyregress genhelf sinc canscore ampscore
regress genhelf sinc canscore ampscore

svyregress  canscore sinc
tabulate living,g(liv)

findit outreg
net from http://www.Stata.com 


svyregress genhelf canscore
outreg using output.doc, nolabel replace

svyregress genhelf ampscore
outreg using output.doc , nolabel append

svyregress genhelf sinc
outreg using output.doc , nolabel append

svyregress genhelf canscore  sinc
outreg using output.doc , nolabel append

svyregress genhelf  ampscore sinc
outreg using output.doc , nolabel append

svyregress genhelf canscore ampscore
outreg using output.doc , nolabel append

svyregress genhelf canscore ampscore sinc
outreg using output.doc , nolabel append