Ggs_hdf_ger_b.sps

***************************************************************************************************************************************.
* ***************************************************************************************************************************************.
***************************************************************************************************************************************.
* Creating Missing Variables in the German dataset ***************************************************************************************************************************************.
compute aint_st=$sysmis.
compute aint_pr=$sysmis.
compute acountry = 1.
compute ayear = 2005.
compute amonth = $sysmis.
compute ahg1_1 = $sysmis.
compute ahg1_2 = $sysmis.
compute ahg1_3 = $sysmis.
compute ahg1_4 = $sysmis.
compute ahg1_5 = $sysmis.
compute ahg1_6 = $sysmis.
compute ahg1_7 = $sysmis.
compute ahg1_8 = $sysmis.
compute ahg1_9 = $sysmis.
compute ahg1_10 = $sysmis.
compute ahg1_11 = $sysmis.
compute ahg1_12 = $sysmis.
compute ahg1_13 = $sysmis.
compute ahg1_14 = $sysmis.
compute ahg1_15 = $sysmis.
compute ahg1_16 = $sysmis.
compute ahg1_17 = $sysmis.
compute ahg1_18 = $sysmis.
compute ahg9_1 = $sysmis.
compute ahg9_2 = $sysmis.
compute ahg9_3 = $sysmis.
compute ahg9_4 = $sysmis.
compute ahg9_5 = $sysmis.
compute ahg9_6 = $sysmis.
compute ahg9_7 = $sysmis.
compute ahg9_8 = $sysmis.
compute ahg9_9 = $sysmis.
compute ahg9_10 = $sysmis.
compute ahg9_11 = $sysmis.
compute ahg9_12 = $sysmis.
compute ahg9_13 = $sysmis.
compute ahg9_14 = $sysmis.
compute ahg9_15 = $sysmis.
compute ahg9_16 = $sysmis.
compute ahg9_17 = $sysmis.
compute ahg9_18 = $sysmis.
compute a106a_1 = $sysmis.
compute a106a_2 = $sysmis.
compute a120 = $sysmis.
compute a121m = $sysmis.
compute a121y = $sysmis.
compute a123 = $sysmis.
compute a124 = $sysmis.
compute a125 = $sysmis.
compute a126_1 = $sysmis.
compute a127_1 = $sysmis.
compute a128_1 = $sysmis.
compute a129 = $sysmis.
compute a130 = $sysmis.
compute a131 = $sysmis.
compute a132 = $sysmis.
compute a133 = $sysmis.
compute a134 = $sysmis.
compute a135 = $sysmis.
compute a136 = $sysmis.
compute a137 = $sysmis.
compute a138 = $sysmis.
compute a139 = $sysmis.
compute a140 = $sysmis.
compute a141 = $sysmis.
compute a142 = $sysmis.
compute a143 = $sysmis.
compute a144a = $sysmis.
compute a144b = $sysmis.
compute a144c = $sysmis.
compute a144d = $sysmis.
compute a144e = $sysmis.
compute a144f = $sysmis.
compute a149 = $sysmis.
compute a151 = $sysmis.
compute a152 = $sysmis.
compute a201b_a1 = $sysmis.
compute a201b_b1 = $sysmis.
compute a201b_c1 = $sysmis.
compute a201b_d1 = $sysmis.
compute a201b_e1 = $sysmis.
compute a201b_f1 = $sysmis.
compute a225 = $sysmis.
compute a309 = $sysmis.
compute a322 = $sysmis.
compute a326 = $sysmis.
compute a328_a = $sysmis.
compute a328_b = $sysmis.
compute a328_c = $sysmis.
compute a328_d = $sysmis.
compute a328_e = $sysmis.
compute a328_f = $sysmis.
compute a337_1 = $sysmis.
compute a337_2 = $sysmis.
compute a337_3 = $sysmis.
compute a337_4 = $sysmis.
compute a337_5 = $sysmis.
compute a337_6 = $sysmis.
compute a337_7 = $sysmis.
compute a337_8 = $sysmis.
compute a337_9 = $sysmis.
compute a337_10 = $sysmis.
compute a339g_1 = $sysmis.
compute a339g_2 = $sysmis.
compute a339g_3 = $sysmis.
compute a339g_4 = $sysmis.
compute a339g_5 = $sysmis.
compute a339g_6 = $sysmis.
compute a339g_7 = $sysmis.
compute a339g_8 = $sysmis.
compute a339g_9 = $sysmis.
compute a339g_10 = $sysmis.
compute a339b_1 = $sysmis.
compute a339b_2 = $sysmis.
compute a339b_3 = $sysmis.
compute a339b_4 = $sysmis.
compute a339b_5 = $sysmis.
compute a339b_6 = $sysmis.
compute a339b_7 = $sysmis.
compute a339b_8 = $sysmis.
compute a339b_9 = $sysmis.
compute a339b_10 = $sysmis.
compute a340_1 = $sysmis.
compute a340_2 = $sysmis.
compute a340_3 = $sysmis.
compute a340_4 = $sysmis.
compute a340_5 = $sysmis.
compute a340_6 = $sysmis.
compute a340_7 = $sysmis.
compute a340_8 = $sysmis.
compute a340_9 = $sysmis.
compute a340_10 = $sysmis.
compute a341_1 = $sysmis.
compute a341_2 = $sysmis.
compute a341_3 = $sysmis.
compute a341_4 = $sysmis.
compute a341_5 = $sysmis.
compute a341_6 = $sysmis.
compute a341_7 = $sysmis.
compute a341_8 = $sysmis.
compute a341_9 = $sysmis.
compute a341_10 = $sysmis.
compute a342_1 = $sysmis.
compute a342_2 = $sysmis.
compute a342_3 = $sysmis.
compute a342_4 = $sysmis.
compute a342_5 = $sysmis.
compute a342_6 = $sysmis.
compute a342_7 = $sysmis.
compute a342_8 = $sysmis.
compute a342_9 = $sysmis.
compute a342_10 = $sysmis.
compute a3462_1 = $sysmis.
compute a3462_2 = $sysmis.
compute a3462_3 = $sysmis.
compute a3462_4 = $sysmis.
compute a3462_5 = $sysmis.
compute a3462_6 = $sysmis.
compute a3462_7 = $sysmis.
compute a3462_8 = $sysmis.
compute a3462_9 = $sysmis.
compute a3462_10 = $sysmis.
compute a3463_1 = $sysmis.
compute a3463_2 = $sysmis.
compute a3463_3 = $sysmis.
compute a3463_4 = $sysmis.
compute a3463_5 = $sysmis.
compute a3463_6 = $sysmis.
compute a3463_7 = $sysmis.
compute a3463_8 = $sysmis.
compute a3463_9 = $sysmis.
compute a3463_10 = $sysmis.
compute a347_1 = $sysmis.
compute a347_2 = $sysmis.
compute a347_3 = $sysmis.
compute a347_4 = $sysmis.
compute a347_5 = $sysmis.
compute a347_6 = $sysmis.
compute a347_7 = $sysmis.
compute a347_8 = $sysmis.
compute a347_9 = $sysmis.
compute a347_10 = $sysmis.
compute a348_1 = $sysmis.
compute a348_2 = $sysmis.
compute a348_3 = $sysmis.
compute a348_4 = $sysmis.
compute a348_5 = $sysmis.
compute a348_6 = $sysmis.
compute a348_7 = $sysmis.
compute a348_8 = $sysmis.
compute a348_9 = $sysmis.
compute a348_10 = $sysmis.
compute a354 = $sysmis.
compute a355 = $sysmis.
compute a358 = $sysmis.
compute a359 = $sysmis.
compute a360 = $sysmis.
compute a362 = $sysmis.
compute a363 = $sysmis.
compute a364 = $sysmis.
compute a366 = $sysmis.
compute a367 = $sysmis.
compute a401b_a1 = $sysmis.
compute a401b_b1 = $sysmis.
compute a401b_c1 = $sysmis.
compute a401b_d1 = $sysmis.
compute a401b_e1 = $sysmis.
compute a401b_f1 = $sysmis.
compute a401b_g1 = $sysmis.
compute a405b_a1 = $sysmis.
compute a405b_b1 = $sysmis.
compute a405b_c1 = $sysmis.
compute a405b_d1 = $sysmis.
compute a405b_e1 = $sysmis.
compute a405b_f1 = $sysmis.
compute a411 = $sysmis.
compute a412_a = $sysmis.
compute a412_b = $sysmis.
compute a412_c = $sysmis.
compute a412_d = $sysmis.
compute a412_e = $sysmis.
compute a412_f = $sysmis.
compute a412_g = $sysmis.
compute a412_h = $sysmis.
compute a413_a = $sysmis.
compute a413_b = $sysmis.
compute a413_c = $sysmis.
compute a413_d = $sysmis.
compute a414 = $sysmis.
compute a415_a = $sysmis.
compute a415_b = $sysmis.
compute a415_c = $sysmis.
compute a415_d = $sysmis.
compute a518 = $sysmis.
compute a519a = $sysmis.
compute a519b = $sysmis.
compute a520 = $sysmis.
compute a521 = $sysmis.
compute a522 = $sysmis.
compute a523 = $sysmis.
compute a524 = $sysmis.
compute a544 = $sysmis.
compute a545a = $sysmis.
compute a545b = $sysmis.
compute a546 = $sysmis.
compute a547 = $sysmis.
compute a548 = $sysmis.
compute a549 = $sysmis.
compute a550 = $sysmis.
compute a574 = $sysmis.
compute a5108_1 = $sysmis.
compute a601 = $sysmis.
compute a631 = $sysmis.
compute a721_a = $sysmis.
compute a721_b = $sysmis.
compute a721_c = $sysmis.
compute a721_d = $sysmis.
compute a721_e = $sysmis.
compute a721_f = $sysmis.
compute a721_g = $sysmis.
compute a805b = $sysmis.
compute a840 = $sysmis.
compute a841 = $sysmis.
compute a843_b = $sysmis.
compute a843_c = $sysmis.
compute a843_d = $sysmis.
compute a855_a = $sysmis.
compute a855_b = $sysmis.
compute a855_c = $sysmis.
compute a855_d = $sysmis.
compute a857_a = $sysmis.
compute a857_b = $sysmis.
compute a857_c = $sysmis.
compute a857_d = $sysmis.
compute a857_e = $sysmis.
compute a857_f = $sysmis.
compute a857_g = $sysmis.
compute a858_a = $sysmis.
compute a858_b = $sysmis.
compute a858_c = $sysmis.
compute a858_d = $sysmis.
compute a859_a = $sysmis.
compute a859_b = $sysmis.
compute a859_c = $sysmis.
compute a859_d = $sysmis.
compute a864_2 = $sysmis.
compute a864_7 = $sysmis.
compute a865_1 = $sysmis.
compute a865_2 = $sysmis.
compute a865_3 = $sysmis.
compute a865_4 = $sysmis.
compute a865_5 = $sysmis.
compute a865_6 = $sysmis.
compute a865_7 = $sysmis.
compute a865_8 = $sysmis.
compute a865_9 = $sysmis.
compute a866_1 = $sysmis.
compute a866_2 = $sysmis.
compute a866_3 = $sysmis.
compute a866_4 = $sysmis.
compute a866_5 = $sysmis.
compute a866_6 = $sysmis.
compute a866_7 = $sysmis.
compute a866_8 = $sysmis.
compute a866_9 = $sysmis.
compute a867_2 = $sysmis.
compute a867_7 = $sysmis.
compute a904b = $sysmis.
compute a927 = $sysmis.
compute a936_2 = $sysmis.
compute a936_7 = $sysmis.
compute a937_1 = $sysmis.
compute a937_2 = $sysmis.
compute a937_3 = $sysmis.
compute a937_4 = $sysmis.
compute a937_5 = $sysmis.
compute a937_6 = $sysmis.
compute a937_7 = $sysmis.
compute a937_8 = $sysmis.
compute a937_9 = $sysmis.
compute a938_1 = $sysmis.
compute a938_2 = $sysmis.
compute a938_3 = $sysmis.
compute a938_4 = $sysmis.
compute a938_5 = $sysmis.
compute a938_6 = $sysmis.
compute a938_7 = $sysmis.
compute a938_8 = $sysmis.
compute a938_9 = $sysmis.
compute a939_2 = $sysmis.
compute a939_7 = $sysmis.
compute a1001_a = $sysmis.
compute a1001_b = $sysmis.
compute a1001_c = $sysmis.
compute a1001_d = $sysmis.
compute a1001_e = $sysmis.
compute a1001_f = $sysmis.
compute a1001_g = $sysmis.
compute a1001_h = $sysmis.
compute a1001_i = $sysmis.
compute a1001_j = $sysmis.
compute a1003_a = $sysmis.
compute a1003_b = $sysmis.
compute a1003_c = $sysmis.
compute a1003_d = $sysmis.
compute a1003_e = $sysmis.
compute a1003_f = $sysmis.
compute a1004_a = $sysmis.
compute a1004_b = $sysmis.
compute a1004_c = $sysmis.
compute a1004_d = $sysmis.
compute a1006_a = $sysmis.
compute a1006_d = $sysmis.
compute a1007_b = $sysmis.
compute a1007_h = $sysmis.
compute a1008 = $sysmis.
compute a1110_a = $sysmis.
compute a1110_b = $sysmis.
compute a1110_c = $sysmis.
compute a1110_d = $sysmis.
compute a1110_e = $sysmis.
exec.
***************************************************************************************************************************************.
* ***************************************************************************************************************************************.
recode f020121 f020122 f020123 f020124 f020125 f020126 f040501 f040502 f040503 f040504 f040505 f040506 (1=2) (2=3) (3=4) (4=6) (5=7) (6=8).
recode f02032ma f02032mb f02032mc f02032md f02032me f02032mf (0=2). exec.
compute a205u = $sysmis.
do if (f020500>=0 and f020500<=9000).
recode a205u (sysmis=2).
end if.
exec.
recode f021112a f021112b f021112c f021112d f021112e f021112f f021112g f021112h f021112i f021112j (0=2).
exec. recode f022802a f022802b f022802c f022802d f022802e f022802f f022802g f022802h f022802i f022802j (0=2).
exec. compute a602 = $sysmis.
do if (f060201=1 or f060202=1 or f060203=1).
recode a602 (sysmis=1).
end if.
do if (f060201=2 or f060202=2 or f060203=2).
recode a602 (sysmis=2).
end if.
do if (f060201=8 or f060202=8 or f060203=8).
recode a602 (sysmis=3).
end if.
do if (f060201=9 or f060202=9 or f060203=9).
recode a602 (sysmis=9).
end if.
exec.
compute ahg2_1 = $sysmis.
compute ahg2_2=2.
compute ahg2_3=2.
compute ahg2_4=2.
compute ahg2_5=2.
compute ahg2_6=2.
compute ahg2_7=2.
compute ahg2_8=2.
compute ahg2_9=2.
compute ahg2_10=2.
compute ahg2_11=2.
compute ahg2_12=2.
compute ahg2_13=2.
compute ahg2_14=2.
compute ahg2_15=2.
compute ahg2_16=2.
compute ahg2_17=2.
compute ahg2_18=2.
exec.
if (f010200a>=0 and f010200a<=17) ahg2_2 = 1.
if (f010200b>=0 and f010200b<=17) ahg2_3 = 1.
if (f010200c>=0 and f010200c<=17) ahg2_4 = 1.
if (f010200d>=0 and f010200d<=17) ahg2_5 = 1.
if (f010200e>=0 and f010200e<=17) ahg2_6 = 1.
if (f010200f>=0 and f010200f<=17) ahg2_7 = 1.
if (f010200g>=0 and f010200g<=17) ahg2_8 = 1.
if (f010200h>=0 and f010200h<=17) ahg2_9 = 1.
if (f010200i>=0 and f010200i<=17) ahg2_10 = 1.
if (f010200j>=0 and f010200j<=17) ahg2_11 = 1.
if (f010200k>=0 and f010200k<=17) ahg2_12 = 1.
if (f010200l>=0 and f010200l<=17) ahg2_13 = 1.
if (f010200m>=0 and f010200m<=17) ahg2_14 = 1.
if (f010200n>=0 and f010200n<=17) ahg2_15 = 1.
if (f010200o>=0 and f010200o<=17) ahg2_16 = 1.
if (f010200p>=0 and f010200p<=17) ahg2_17 = 1.
if (f010200q>=0 and f010200q<=17) ahg2_18 = 1.
exec.
do if (sysmis(hh_rasta=1)).
recode ahg2_2 (2=sysmis).
end if.
do if (sysmis(hh_rastb=1)).
recode ahg2_3 (2=sysmis).
end if.
do if (sysmis(hh_rastc=1)).
recode ahg2_4 (2=sysmis).
end if.
do if (sysmis(hh_rastd=1)).
recode ahg2_5 (2=sysmis).
end if.
do if (sysmis(hh_raste=1)).
recode ahg2_6 (2=sysmis).
end if.
do if (sysmis(hh_rastf=1)).
recode ahg2_7 (2=sysmis).
end if.
do if (sysmis(hh_rastg=1)).
recode ahg2_8 (2=sysmis).
end if.
do if (sysmis(hh_rasth=1)).
recode ahg2_9 (2=sysmis).
end if.
do if (sysmis(hh_rasti=1)).
recode ahg2_10 (2=sysmis).
end if.
do if (sysmis(hh_rastj=1)).
recode ahg2_11 (2=sysmis).
end if.
do if (sysmis(hh_rastk=1)).
recode ahg2_12 (2=sysmis).
end if.
do if (sysmis(hh_rastl=1)).
recode ahg2_13 (2=sysmis).
end if.
do if (sysmis(hh_rastm=1)).
recode ahg2_14 (2=sysmis).
end if.
do if (sysmis(hh_rastn=1)).
recode ahg2_15 (2=sysmis).
end if.
do if (sysmis(hh_rasto=1)).
recode ahg2_16 (2=sysmis).
end if.
do if (sysmis(hh_rastp=1)).
recode ahg2_17 (2=sysmis).
end if.
do if (sysmis(hh_rastq=1)).
recode ahg2_18 (2=sysmis).
end if.
exec.
/* Create Variables a403_1 to a403_5/* Only 2 cases exist providing information about more than 5 providers. This information is dropped for the HDF recode f040300a (1=1) (0=sysmis).
recode f040300b (1=2) (0=sysmis).
recode f040300c (1=3) (0=sysmis).
recode f040300d (1=4) (0=sysmis).
recode f040300e (1=5) (0=sysmis).
recode f040300f (1=6) (0=sysmis).
recode f040300g (1=7) (0=sysmis).
recode f040300h (1=8) (0=sysmis).
recode f040300i (1=9) (0=sysmis).
recode f040300j (1=10) (0=sysmis).
recode f040300k (1=11) (0=sysmis).
recode f040300l (1=12) (0=sysmis).
recode f040300m (1=13) (0=sysmis).
recode f040300n (1=14) (0=sysmis).
recode f040300o (1=15) (0=sysmis).
recode f040300p (1=16) (0=sysmis).
recode f040300q (1=17) (0=sysmis).
recode f040300r (1=18) (0=sysmis).
recode f040300s (1=19) (0=sysmis).
exec.
/make helphh from f040300a f040300b f040300c f040300d f040300e f040300f f040300g f040300h f040300i f040300j f040300o f040300p f040300q f040300r f040300s /keep = respid f040300a f040300b f040300c f040300d f040300e f040300f f040300g f040300h f040300i f040300j f040300k f040300o f040300p f040300q f040300r f040300s exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
save outfile="." /keep respid helphh.1 helphh.2 helphh.3 helphh.4 helphh.5.
get file='.'.
sort cases by respid (A).
match files /file=* /file='.' exec.
rename variables helphh.1 = a403_1.
rename variables helphh.2 = a403_2.
rename variables helphh.3 = a403_3.
rename variables helphh.4 = a403_4.
rename variables helphh.5 = a403_5.
exec.
/* missings auf Jahresmitte setzenrecode f010400m (sysmis=6)(else=copy) into gebmon_n.
/* Alter zu Befragungszeitpunkt Mai 2005 berechnenif (gebmon_n<=4) ahg5_1=2005-f010400j.
if (gebmon_n>=5) ahg5_1=2005-f010400j-1.
format ahg5_1 (f3).
recode f01101ma (sysmis=6)(else=copy) into f01101ma_n.
recode f01101mb (sysmis=6)(else=copy) into f01101mb_n.
recode f01101mc (sysmis=6)(else=copy) into f01101mc_n.
recode f01101md (sysmis=6)(else=copy) into f01101md_n.
recode f01101me (sysmis=6)(else=copy) into f01101me_n.
recode f01101mf (sysmis=6)(else=copy) into f01101mf_n.
recode f01101mg (sysmis=6)(else=copy) into f01101mg_n.
recode f01101mh (sysmis=6)(else=copy) into f01101mh_n.
recode f01101mi (sysmis=6)(else=copy) into f01101mi_n.
recode f01101mj (sysmis=6)(else=copy) into f01101mj_n.
recode f01101mk (sysmis=6)(else=copy) into f01101mk_n.
recode f01101ml (sysmis=6)(else=copy) into f01101ml_n.
recode f01101mm (sysmis=6)(else=copy) into f01101mm_n.
recode f01101mn (sysmis=6)(else=copy) into f01101mn_n.
recode f01101mo (sysmis=6)(else=copy) into f01101mo_n.
recode f01101mp (sysmis=6)(else=copy) into f01101mp_n.
recode f01101mq (sysmis=6)(else=copy) into f01101mq_n.
exec.
/* Alter der Haushaltsmitglieder zum Befragungszeitpunkt Mai 2005 berechnenif (f01101ma_n<=4) ahg5_2=2005-f01101ja.
if (f01101ma_n>=5) ahg5_2=2005-f01101ja-1.
if (f01101mb_n<=4) ahg5_3=2005-f01101jb.
if (f01101mb_n>=5) ahg5_3=2005-f01101jb-1.
if (f01101mc_n<=4) ahg5_4=2005-f01101jc.
if (f01101mc_n>=5) ahg5_4=2005-f01101jc-1.
if (f01101md_n<=4) ahg5_5=2005-f01101jd.
if (f01101md_n>=5) ahg5_5=2005-f01101jd-1.
if (f01101me_n<=4) ahg5_6=2005-f01101je.
if (f01101me_n>=5) ahg5_6=2005-f01101je-1.
if (f01101mf_n<=4) ahg5_7=2005-f01101jf.
if (f01101mf_n>=5) ahg5_7=2005-f01101jf-1.
if (f01101mg_n<=4) ahg5_8=2005-f01101jg.
if (f01101mg_n>=5) ahg5_8=2005-f01101jg-1.
if (f01101mh_n<=4) ahg5_9=2005-f01101jh.
if (f01101mh_n>=5) ahg5_9=2005-f01101jh-1.
if (f01101mi_n<=4) ahg5_10=2005-f01101ji.
if (f01101mi_n>=5) ahg5_10=2005-f01101ji-1.
if (f01101mj_n<=4) ahg5_11=2005-f01101jj.
if (f01101mj_n>=5) ahg5_11=2005-f01101jj-1.
if (f01101mk_n<=4) ahg5_12=2005-f01101jk.
if (f01101mk_n>=5) ahg5_12=2005-f01101jk-1.
if (f01101ml_n<=4) ahg5_13=2005-f01101jl.
if (f01101ml_n>=5) ahg5_13=2005-f01101jl-1.
if (f01101mm_n<=4) ahg5_14=2005-f01101jm.
if (f01101mm_n>=5) ahg5_14=2005-f01101jm-1.
if (f01101mn_n<=4) ahg5_15=2005-f01101jn.
if (f01101mn_n>=5) ahg5_15=2005-f01101jn-1.
if (f01101mo_n<=4) ahg5_16=2005-f01101jo.
if (f01101mo_n>=5) ahg5_16=2005-f01101jo-1.
if (f01101mp_n<=4) ahg5_17=2005-f01101jp.
if (f01101mp_n>=5) ahg5_17=2005-f01101jp-1.
if (f01101mq_n<=4) ahg5_18=2005-f01101jq.
if (f01101mq_n>=5) ahg5_18=2005-f01101jq-1.
exec.
/* bei Kindern, die im Mai 2005 geboren wurden kommt es zur Altersangabe -1, diese muss noch korrigiert werdenrecode ahg5_3 ahg5_4 (-1=0) (else=copy).
exec.
recode f02032ma (0=2) .
recode f02032mb (0=2) .
recode f02032mc (0=2) .
recode f02032md (0=2) .
recode f02032me (0=2) .
recode f02032mf (0=2) .
exec.
if (f023800a = 0) a238 = 0.
exec.
recode f032101 f032102 f032103 f032104 (9=99).
recode f032200 (8=97).
recode f032301 f032302 f032303 f032304 (9=99).
exec. if (f033301a=1) a3461_1 = 1.
if (f033302a=1) a3461_2 = 1.
if (f033303a=1) a3461_3 = 1.
if (f033304a=1) a3461_4 = 1.
if (f033305a=1) a3461_5 = 1.
if (f033306a=1) a3461_6 = 1.
if (f033307a=1) a3461_7 = 1.
if (f033308a=1) a3461_8 = 1.
if (f033309a=1) a3461_9 = 1.
if (f033310a=1) a3461_10 = 1.
if (f033301b=1) a3461_1 = 2.
if (f033302b=1) a3461_2 = 2.
if (f033303b=1) a3461_3 = 2.
if (f033304b=1) a3461_4 = 2.
if (f033305b=1) a3461_5 = 2.
if (f033306b=1) a3461_6 = 2.
if (f033307b=1) a3461_7 = 2.
if (f033308b=1) a3461_8 = 2.
if (f033309b=1) a3461_9 = 2.
if (f033310b=1) a3461_10 = 2.
if (f033301c=1) a3461_1 = 3.
if (f033302c=1) a3461_2 = 3.
if (f033303c=1) a3461_3 = 3.
if (f033304c=1) a3461_4 = 3.
if (f033305c=1) a3461_5 = 3.
if (f033306c=1) a3461_6 = 3.
if (f033307c=1) a3461_7 = 3.
if (f033308c=1) a3461_8 = 3.
if (f033309c=1) a3461_9 = 3.
if (f033310c=1) a3461_10 = 3.
if (f033301d=1) a3461_1 = 4.
if (f033302d=1) a3461_2 = 4.
if (f033303d=1) a3461_3 = 4.
if (f033304d=1) a3461_4 = 4.
if (f033305d=1) a3461_5 = 4.
if (f033306d=1) a3461_6 = 4.
if (f033307d=1) a3461_7 = 4.
if (f033308d=1) a3461_8 = 4.
if (f033309d=1) a3461_9 = 4.
if (f033310d=1) a3461_10 = 4.
if (f033301e=1) a3461_1 = 5.
if (f033302e=1) a3461_2 = 5.
if (f033303e=1) a3461_3 = 5.
if (f033304e=1) a3461_4 = 5.
if (f033305e=1) a3461_5 = 5.
if (f033306e=1) a3461_6 = 5.
if (f033307e=1) a3461_7 = 5.
if (f033308e=1) a3461_8 = 5.
if (f033309e=1) a3461_9 = 5.
if (f033310e=1) a3461_10 = 5.
if (f033301f=1) a3461_1 = 6.
if (f033302f=1) a3461_2 = 6.
if (f033303f=1) a3461_3 = 6.
if (f033304f=1) a3461_4 = 6.
if (f033305f=1) a3461_5 = 6.
if (f033306f=1) a3461_6 = 6.
if (f033307f=1) a3461_7 = 6.
if (f033308f=1) a3461_8 = 6.
if (f033309f=1) a3461_9 = 6.
if (f033310f=1) a3461_10 = 6.
if (f033301g=1) a3461_1 = 7.
if (f033302g=1) a3461_2 = 7.
if (f033303g=1) a3461_3 = 7.
if (f033304g=1) a3461_4 = 7.
if (f033305g=1) a3461_5 = 7.
if (f033306g=1) a3461_6 = 7.
if (f033307g=1) a3461_7 = 7.
if (f033308g=1) a3461_8 = 7.
if (f033309g=1) a3461_9 = 7.
if (f033310g=1) a3461_10 = 7.
if (f033301h=1) a3461_1 = 8.
if (f033302h=1) a3461_2 = 8.
if (f033303h=1) a3461_3 = 8.
if (f033304h=1) a3461_4 = 8.
if (f033305h=1) a3461_5 = 8.
if (f033306h=1) a3461_6 = 8.
if (f033307h=1) a3461_7 = 8.
if (f033308h=1) a3461_8 = 8.
if (f033309h=1) a3461_9 = 8.
if (f033310h=1) a3461_10 = 8.
if (f033301i=1) a3461_1 = 9.
if (f033302i=1) a3461_2 = 9.
if (f033303i=1) a3461_3 = 9.
if (f033304i=1) a3461_4 = 9.
if (f033305i=1) a3461_5 = 9.
if (f033306i=1) a3461_6 = 9.
if (f033307i=1) a3461_7 = 9.
if (f033308i=1) a3461_8 = 9.
if (f033309i=1) a3461_9 = 9.
if (f033310i=1) a3461_10 = 9.
exec .
if (f040101p=1 or f040101w=1 or f040101a=1) a401a_a=1.
if (f040101p=2) a401a_a=3.
if (f040101p=3) a401a_a=4.
if (f040101p=4 or f040101w=2) a401a_a=6.
if (f040101p=5 or f040101w=3 or f040101a=2) a401a_a=7.
if (f040101p>=98 or f040101w>=98 or f040101a>=98) a401a_a=99.
exec.
if (f040102p=1 or f040102w=1 or f040102a=1) a401a_b=1.
if (f040102p=2) a401a_b=3.
if (f040102p=3) a401a_b=4.
if (f040102p=4 or f040102w=2) a401a_b=6.
if (f040102p=5 or f040102w=3 or f040102a=2) a401a_b=7.
if (f040102p>=98 or f040102w>=98 or f040102a>=98) a401a_b=99.
exec.
if (f040103p=1 or f040103w=1 or f040103a=1) a401a_c=1.
if (f040103p=2) a401a_c=3.
if (f040103p=3) a401a_c=4.
if (f040103p=4 or f040103w=2) a401a_c=6.
if (f040103p=5 or f040103w=3 or f040103a=2) a401a_c=7.
if (f040103p>=98 or f040103w>=98 or f040103a>=98) a401a_c=99.
exec.
if (f040104p=1 or f040104w=1 or f040104a=1) a401a_d=1.
if (f040104p=2) a401a_d=3.
if (f040104p=3) a401a_d=4.
if (f040104p=4 or f040104w=2) a401a_d=6.
if (f040104p=5 or f040104w=3 or f040104a=2) a401a_d=7.
if (f040104p>=98 or f040104w>=98 or f040104a>=98) a401a_d=99.
exec.
if (f040105p=1 or f040105w=1 or f040105a=1) a401a_e=1.
if (f040105p=2) a401a_e=3.
if (f040105p=3) a401a_e=4.
if (f040105p=4 or f040105w=2) a401a_e=6.
if (f040105p=5 or f040105w=3 or f040105a=2) a401a_e=7.
if (f040105p>=98 or f040105w>=98 or f040105a>=98) a401a_e=99.
exec.
if (f040106p=1 or f040106w=1 or f040106a=1) a401a_f=1.
if (f040106p=2) a401a_f=3.
if (f040106p=3) a401a_f=4.
if (f040106p=4 or f040106w=2) a401a_f=6.
if (f040106p=5 or f040106w=3 or f040106a=2) a401a_f=7.
if (f040106p>=98 or f040106w>=98 or f040106a>=98) a401a_f=99.
exec.
if (f040107p=1 or f040107w=1 or f040107a=1) a401a_g=1.
if (f040107p=2) a401a_g=3.
if (f040107p=3) a401a_g=4.
if (f040107p=4 or f040107w=2) a401a_g=6.
if (f040107p=5 or f040107w=3 or f040107a=2) a401a_g=7.
if (f040107p>=98 or f040107w>=98 or f040107a>=98) a401a_g=99.
exec.
/* Create Variables a525_1 to a525_5if (f051300e=1) f051300b = 1.
exec.
recode f051300a (1=1) (0=sysmis).
recode f051300b (1=2) (0=sysmis).
recode f051300c (1=3) (0=sysmis).
recode f051300d (1=4) (0=sysmis).
recode f051300f (1=5) (0=sysmis).
recode f051300g (1=6) (0=sysmis).
recode f051300h (1=7) (0=sysmis).
recode f051300i (1=8) (0=sysmis).
recode f051300j (1=9) (0=sysmis).
recode f051300k (1=10) (0=sysmis).
exec.
/make livarr1 from f051300a f051300b f051300c f051300d f051300f f051300g f051300h f051300i f051300j f051300k /keep = respid f051300a f051300b f051300c f051300d f051300f f051300g f051300h f051300i f051300j f051300k/null = drop.
exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
save outfile="." get file='.'.
sort cases by respid (A).
match files /file=* /file='.' exec.
rename variables livarr1 = a525_1.
compute a525_2 = $sysmis.
compute a525_3 = $sysmis.
compute a525_4 = $sysmis.
compute a525_5 = $sysmis.
if (f052700e=1) f052700b = 1.
exec.
recode f052700a (1=1) (0=sysmis).
recode f052700b (1=2) (0=sysmis).
recode f052700c (1=3) (0=sysmis).
recode f052700d (1=4) (0=sysmis).
recode f052700f (1=5) (0=sysmis).
recode f052700g (1=6) (0=sysmis).
recode f052700h (1=7) (0=sysmis).
recode f052700i (1=8) (0=sysmis).
recode f052700j (1=9) (0=sysmis).
recode f052700k (1=10) (0=sysmis).
/make livarr2 from f052700a f052700b f052700c f052700d f052700f f052700g f052700h f052700i f052700j f052700k /keep = respid f052700a f052700b f052700c f052700d f052700f f052700g f052700h f052700i f052700j f052700k/null = drop.
exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
save outfile="." get file='.'.
sort cases by respid (A).
match files /file=* /file='.' exec.
rename variables livarr2 = a551_1.
compute a551_2 = $sysmis.
compute a551_3 = $sysmis.
compute a551_4 = $sysmis.
compute a551_5 = $sysmis.
if (f054300e=1) f054300b = 1.
exec.
recode f054300a (1=1) (0=sysmis).
recode f054300b (1=2) (0=sysmis).
recode f054300c (1=3) (0=sysmis).
recode f054300d (1=4) (0=sysmis).
recode f054300f (1=5) (0=sysmis).
recode f054300g (1=6) (0=sysmis).
recode f054300h (1=7) (0=sysmis).
recode f054300i (1=8) (0=sysmis).
recode f054300j (1=9) (0=sysmis).
recode f054300k (1=10) (0=sysmis).
exec.
/make livarr3 from f054300a f054300b f054300c f054300d f054300f f054300g f054300h f054300i f054300j f054300k /keep = respid f054300a f054300b f054300c f054300d f054300f f054300g f054300h f054300i f054300j f054300k /null = drop.
exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
save outfile="." get file='.'.
sort cases by respid (A).
match files /file=* /file='.' rename variables livarr3.1 = a575_1.
rename variables livarr3.2 = a575_2.
compute a575_3 = $sysmis.
compute a575_4 = $sysmis.
compute a575_5 = $sysmis.
/* Create Variables a581_1 to a581_5if (f054900e=1) f054900b = 1.
exec.
recode f054900a (1=1) (0=sysmis).
recode f054900b (1=2) (0=sysmis).
recode f054900c (1=3) (0=sysmis).
recode f054900d (1=4) (0=sysmis).
recode f054900f (1=5) (0=sysmis).
recode f054900g (1=6) (0=sysmis).
recode f054900h (1=7) (0=sysmis).
recode f054900i (1=8) (0=sysmis).
recode f054900j (1=9) (0=sysmis).
recode f054900k (1=10) (0=sysmis).
exec.
/make livarr4 from f054900a f054900b f054900c f054900d f054900f f054900g f054900h f054900i f054900j f054900k /keep = respid f054900a f054900b f054900c f054900d f054900f f054900g f054900h f054900i f054900j f054900k/null = drop.
exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
exec.
/keep respid livarr4.1 livarr4.2 livarr4.3.
get file='.'.
sort cases by respid (A).
match files /file=* /file='.' exec.
rename variables livarr4.1 = a581_1.
rename variables livarr4.2 = a581_2.
rename variables livarr4.3 = a581_3.
compute a581_4 = $sysmis.
compute a581_5 = $sysmis.
/* Create Variables a587_1 to a587_5if (f055500b=1 or f055500c=1) f055500j = 1.
exec.
recode f055500a (1=1) (0=sysmis).
recode f055500d (1=4) (0=sysmis).
recode f055500f (1=5) (0=sysmis).
recode f055500g (1=6) (0=sysmis).
recode f055500h (1=7) (0=sysmis).
recode f055500i (1=8) (0=sysmis).
recode f055500j (1=9) (0=sysmis).
exec.
/make livarr5 from f055500a f055500d f055500f f055500g f055500h f055500i f055500j/keep = respid f055500a f055500d f055500f f055500g f055500h f055500i f055500j/null = drop.
exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
exec.
/keep respid livarr5.1 livarr5.2 livarr5.3.
get file='.'.
sort cases by respid (A).
match files /file=* /file='.' exec.
rename variables livarr5.1 = a587_1.
rename variables livarr5.2 = a587_2.
rename variables livarr5.3 = a587_3.
compute a587_4 = $sysmis.
compute a587_5 = $sysmis.
recode f060911a (1=1) (0=sysmis).
recode f060911b (1=2) (0=sysmis).
recode f060911c (1=3) (0=sysmis).
recode f060911d (1=4) (0=sysmis).
recode f060911e (1=5) (0=sysmis).
recode f060911f (1=6) (0=sysmis).
recode f060911g (1=7) (0=sysmis).
recode f060911h (1=8) (0=sysmis).
recode f060911i (1=9) (0=sysmis).
recode f060911j (1=10) (0=sysmis).
recode f060911k (1=11) (0=sysmis).
recode f060900 (2=0) (else=sysmis).
exec.
/make contra1 from f060911a f060911b f060911c f060911d f060911e f060911f f060911g f060911h f060911i f060911j /keep = respid f060911a f060911b f060911c f060911d f060911e f060911f f060911g f060911h f060911i f060911j f060911k exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
exec.
get file='.'.
sort cases by respid (A).
match files exec.
rename variables contra1.1 = a609_1.
rename variables contra1.2 = a609_2.
compute a609_3 = $sysmis.
compute a609_4 = $sysmis.
compute a609_5 = $sysmis.
compute a609_6 = $sysmis.
compute a609_7 = $sysmis.
compute a609_8 = $sysmis.
compute a609_9 = $sysmis.
compute a609_10 = $sysmis.
compute a609_11 = $sysmis.
exec.
recode f062011a (1=1) (0=sysmis).
recode f062011b (1=2) (0=sysmis).
recode f062011c (1=3) (0=sysmis).
recode f062011d (1=4) (0=sysmis).
recode f062011e (1=5) (0=sysmis).
recode f062011f (1=6) (0=sysmis).
recode f062011g (1=7) (0=sysmis).
recode f062011h (1=8) (0=sysmis).
recode f062011i (1=9) (0=sysmis).
recode f062011j (1=10) (0=sysmis).
recode f062011k (1=11) (0=sysmis).
exec.
/make contra2 from f062011a f062011b f062011c f062011d f062011e f062011f f062011g f062011h f062011i f062011j /keep = respid f062011a f062011b f062011c f062011d f062011e f062011f f062011g f062011h f062011i f062011j f062011k/null = drop.
exec.
sort cases by respid.
casestovars exec.
sort cases by respid (A).
exec.
/keep respid contra2.1 contra2.2 contra2.3 contra2.4 contra2.5 contra2.6 contra2.7 contra2.8.
get file='.'.
sort cases by respid (A).
match files /file=* /file='.' exec.
rename variables contra2.1 = a620_1.
rename variables contra2.2 = a620_2.
rename variables contra2.3 = a620_3.
rename variables contra2.4 = a620_4.
rename variables contra2.5 = a620_5.
rename variables contra2.6 = a620_6.
rename variables contra2.7 = a620_7.
rename variables contra2.8 = a620_8.
compute a620_9 = $sysmis.
compute a620_10 = $sysmis.
compute a620_11 = $sysmis.
exec.
recode f062701 f062702 f062703 f062704 f062705 f062706 f062707 f062708 f062709 f062710 f062711 (7=99) (8,9=sysmis).
exec.
if (f070500a=1) a705_1 = 1.
if (f070500b=1) a705_2 = 2.
if (f070500c=1) a705_3 = 3.
if (f070500d=1) a705_4 = 4.
exec.
if (f083700a = 1) a837_1=1.
if (f083700b = 1) a837_2=2.
if (f083700c = 1) a837_3=3.
if (f083700d = 1) a837_4=4.
if (f083700e = 1) a837_5=5.
if (f083700f = 1) a837_6=6.
if (f083700g = 1) a837_7=7.
if (f083700h = 1) a837_8=8.
if (f083700i = 1) a837_9=9.
if (f083700j = 1) a837_10=10.
exec.
recode f090601 f090602 (8=4).
exec.
recode f091900 (2=3) (3=2).
exec.
if (f092500a=1) a925_1 = 1.
if (f092500b=1) a925_2 = 2.
if (f092500c=1) a925_3 = 3.
if (f092500d=1) a925_4 = 4.
if (f092500e=1) a925_5 = 5.
if (f092500f=1) a925_6 = 6.
if (f092500g=1) a925_7 = 7.
if (f092500h=1) a925_8 = 8.
if (f092500i=1) a925_9 = 9.
if (f092500j=1) a925_10 = 10.
exec.
recode f092901 f092902 f092903 f092904 f093000 (8=97).
exec.
recode f100900 (7,8=7) (9=8) (98=97) (99=98) .
exec.
if (f100602a=1 or f100602b=1) a864_1 = 1.
if (f100602h=1) a864_3 = 1.
if (f100602i=1) a864_4 = 1.
if (f100602g=1) a864_5 = 1.
if (f100602f=1) a864_6 = 1.
if (f100602d=1) a864_8 = 1.
if (f100602e=1) a864_9 = 1.
exec.
recode a864_1 a864_3 a864_4 a864_5 a864_6 a864_8 a864_9 (sysmis=2).
exec.
delete variables f100602a f100602b f100602h f100602i f100602g f100602f f100602d f100602e. exec.
recode f100624 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a867_8.
recode f100625 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a867_9.
recode f100626 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a867_6.
recode f100627 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a867_5.
recode f100628 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a867_3.
recode f100629 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a867_4.
exec.
/* Problem: we have two variables for wages (from main job) and business - solving it by setting on highest income from bothif (f100621=1 or f100622=1) a867_1 = 1.
if (f100621=2 or f100622=2) a867_1 = 2.
if (f100621=3 or f100622=3) a867_1 = 3.
if (f100621=4 or f100622=4) a867_1 = 4.
if (f100621=5 or f100622=5) a867_1 = 5.
if (f100621=6 or f100622=6) a867_1 = 6.
if (f100621=7 or f100622=7) a867_1 = 7.
if (f100621=8 or f100622=8) a867_1 = 7.
if (f100621=9 or f100622=9) a867_1 = 8.
if ((f100621=98 and f100622=98) or (f100621=$sysmis and f100622=98) or (f100621=98 and f100622=$sysmis)) a867_1 = 97.
if ((f100621=99 and f100622=99) or (f100621=$sysmis and f100622=99) or (f100621=99 and f100622=$sysmis)) a867_1 = 99.
exec.
/* Setting the highest income of main job and business into the variabledo if (f100621<98 or f100622<99).
if (f100621=9 and f100622<9) a867_1 = 8.
if (f100621=8 and f100622<8) a867_1 = 7.
if (f100621=7 and f100622<7) a867_1 = 7.
if (f100621=6 and f100622<6) a867_1 = 6.
if (f100621=5 and f100622<5) a867_1 = 5.
if (f100621=4 and f100622<4) a867_1 = 4.
if (f100621=3 and f100622<3) a867_1 = 3.
if (f100621=2 and f100622<2) a867_1 = 2.
if (f100621=1 and f100622<1) a867_1 = 1.
if (f100622=9 and f100621<9) a867_1 = 8.
if (f100622=8 and f100621<8) a867_1 = 7.
if (f100622=7 and f100621<7) a867_1 = 7.
if (f100622=6 and f100621<6) a867_1 = 6.
if (f100622=5 and f100621<5) a867_1 = 5.
if (f100622=4 and f100621<4) a867_1 = 4.
if (f100622=3 and f100621<3) a867_1 = 3.
if (f100622=2 and f100621<2) a867_1 = 2.
if (f100622=1 and f100621<1) a867_1 = 1.
end if.
exec.
delete variables f100621 f100622 f100624 f100625 f100626 f100627 f100628 f100629.
if (f100603a=1 or f100603b=1) a936_1 = 1.
if (f100603h=1) a936_3 = 1.
if (f100603i=1) a936_4 = 1.
if (f100603g=1) a936_5 = 1.
if (f100603f=1) a936_6 = 1.
if (f100603d=1) a936_8 = 1.
if (f100603e=1) a936_9 = 1.
exec.
recode a936_1 a936_3 a936_4 a936_5 a936_6 a936_8 a936_9 (sysmis=2).
exec.
delete variables f100603a f100603b f100603h f100603i f100603g f100603f f100603d f100603e. exec.
recode f100636 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a939_8.
recode f100637 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a939_9.
recode f100638 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a939_6.
recode f100639 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a939_5.
recode f100640 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a939_3.
recode f100641 (1=1) (2=2) (3=3) (4=4) (5=5) (6=6) (7,8=7) (9=8) (98=97) (99=98) into a939_4.
exec.
/* Problem: we have two variables for wages (from main job) and business - solving it by setting on highest income from bothif (f100633=1 or f100634=1) a939_1 = 1.
if (f100633=2 or f100634=2) a939_1 = 2.
if (f100633=3 or f100634=3) a939_1 = 3.
if (f100633=4 or f100634=4) a939_1 = 4.
if (f100633=5 or f100634=5) a939_1 = 5.
if (f100633=6 or f100634=6) a939_1 = 6.
if (f100633=7 or f100634=7) a939_1 = 7.
if (f100633=8 or f100634=8) a939_1 = 7.
if (f100633=9 or f100634=9) a939_1 = 8.
if ((f100633=98 and f100634=98) or (f100633=$sysmis and f100634=98) or (f100633=98 and f100634=$sysmis)) a939_1 = 97.
if ((f100633=99 and f100634=99) or (f100633=$sysmis and f100634=99) or (f100633=99 and f100634=$sysmis)) a939_1 = 99.
exec.
/* Setting the highest income of main job and business into the variable.
do if (f100633<98 or f100634<99).
if (f100633=9 and f100634<9) a939_1 = 8.
if (f100633=8 and f100634<8) a939_1 = 7.
if (f100633=7 and f100634<7) a939_1 = 7.
if (f100633=6 and f100634<6) a939_1 = 6.
if (f100633=5 and f100634<5) a939_1 = 5.
if (f100633=4 and f100634<4) a939_1 = 4.
if (f100633=3 and f100634<3) a939_1 = 3.
if (f100633=2 and f100634<2) a939_1 = 2.
if (f100633=1 and f100634<1) a939_1 = 1.
if (f100634=9 and f100633<9) a939_1 = 8.
if (f100634=8 and f100633<8) a939_1 = 7.
if (f100634=7 and f100633<7) a939_1 = 7.
if (f100634=6 and f100633<6) a939_1 = 6.
if (f100634=5 and f100633<5) a939_1 = 5.
if (f100634=4 and f100633<4) a939_1 = 4.
if (f100634=3 and f100633<3) a939_1 = 3.
if (f100634=2 and f100633<2) a939_1 = 2.
if (f100634=1 and f100633<1) a939_1 = 1.
end if.
exec.
delete variables f100633 f100634 f100636 f100637 f100638 f100639 f100640 f100641 .
/* a1006recode f100601a (0=2) (1=1) into a1006_c.
recode f100601b (0=2) (1=1) into a1006_b.
exec.
if (f100602c=1 or f100603c=1 or f100604c) a1006_e = 1.
recode a1006_e (sysmis=0).
exec.
/* Other houshold membersif (f100604a=1) a1007_a = 1.
if (f100604d=1) a1007_c = 1.
if (f100604e=1) a1007_d = 1.
if (f100604f=1) a1007_e = 1.
if (f100604g=1) a1007_f = 1.
if (f100604h=1) a1007_g = 1.
if (f100604i=1) a1007_i = 1.
exec.
recode a1007_a a1007_c a1007_d a1007_e a1007_f a1007_g a1007_i (sysmis=2).
exec.
delete variables f100604a f100604h f100604i f100604g f100604f f100604d f100604e. ************************************************************************************************.
* Education (ISCED-97) * Based on the Syntax provided by ZUMA, German Microdata Lab, Mannheim *.
* Schroedter, J.H.; Lechert, Y.; Lüttinger, P. (2006): Die Umsetzung der *.
* Bildungsskala ISCED-1997 für die Volkszählung 1970, die Mikrozensus *.
* Zusatzerhebung 1971 und die Mikrozensen 1976-2004. ZUMA-Methodenbericht *.
* *.
* Modified for GGS by us **********************************************************************************************.
* Respondent.
recode f012001 (1=4) (2=5) (3,4=6) (98,99=3) into as.
if (f012000=3) as=1.
if (f012000>=8) as=2.
exec.
recode f012002 (3,5=4) (4=5) (6=6) (7,8=7) (9=8) (98,99=2) into ba.
if (f012002=1) ba=1.
exec.
compute is=99.
if (as=1 & (ba=1 or ba=2)) or (as=2 & ba=1) is=1.
if ((as=1 or as=2) & ba=4) or ((as=3 or as=4) & (ba=1 or ba=2 or ba=4)) is=3.
if (as=5 & (ba=1 or ba=2 or ba=4)) is=4.
if ((as=1 or as=2 or as=3 or as=4 or as=5) & ba=5) is=5.
if (as=6 & (ba=1 or ba=2 or ba=4)) is=6.
if (as=6 & ba=5) is=7.
if (ba=6) is=8.
if (ba=7) is=9.
if (ba=8) is=10.
if (f012000=2) is=20.
if (f012002=2) is=21.
if (f012001=5 or f012002=10) is=22.
exec.
recode is (1,2=1) (3,4=2) (5,6=3) (7=4) (8,9=5) (10=6) (20=7) (21=8) (22=9) (99=99) into a148.
exec.
* Partner.
recode f030400 (3=4) (4=5) (5,6=6) (98,99=3) into pas.
if (f030400=2) pas=1.
exec.
recode f030411 (3,5=4) (4=5) (6=6) (7,8=7) (9=8) (98,99=2) into pba.
if (f030411=1) pba=1.
exec.
compute pis=99.
if (pas=1 & (pba=1 or pba=2)) or (pas=2 & pba=1) pis=1.
if ((pas=1 or pas=2) & pba=4) or ((pas=3 or pas=4) & (pba=1 or pba=2 or pba=4)) pis=3.
if (pas=5 & (pba=1 or pba=2 or pba=4)) pis=4.
if ((pas=1 or pas=2 or pas=3 or pas=4 or pas=5) & pba=5) pis=5.
if (pas=6 & (pba=1 or pba=2 or pba=4)) pis=6.
if (pas=6 & pba=5) pis=7.
if (pba=6) pis=8.
if (pba=7) pis=9.
if (pba=8) pis=10.
if (f030400=1) pis=20.
if (f030411=2) pis=21.
if (f030400=7 or f030411=10) pis=22.
exec.
recode pis (1,2=1) (3,4=2) (5,6=3) (7=4) (8,9=5) (10=6) (20=7) (21=8) (22=9) (99=99) into a308.
exec.
* Partner LAT.
recode f031300 (3=4) (4=5) (5,6=6) (98,99=3) into plas.
if (f031300=2) plas=1.
exec.
recode f031311 (3,5=4) (4=5) (6=6) (7,8=7) (9=8) (98,99=2) into plba.
if (f031311=1) plba=1.
exec.
compute plis=99.
if (plas=1 & (plba=1 or plba=2)) or (plas=2 & plba=1) plis=1.
if ((plas=1 or plas=2) & plba=4) or ((plas=3 or plas=4) & (plba=1 or plba=2 or plba=4)) plis=3.
if (plas=5 & (plba=1 or plba=2 or plba=4)) plis=4.
if ((plas=1 or plas=2 or plas=3 or plas=4 or plas=5) & plba=5) plis=5.
if (plas=6 & (plba=1 or plba=2 or plba=4)) plis=6.
if (plas=6 & plba=5) plis=7.
if (plba=6) plis=8.
if (plba=7) plis=9.
if (plba=8) plis=10.
if (f031300=1) plis=20.
if (f031311=2) plis=21.
if (f031300=7 or f031311=10) plis=22.
exec.
recode plis (1,2=1) (3,4=2) (5,6=3) (7=4) (8,9=5) (10=6) (20=7) (21=8) (22=9) (99=99) into a321.
exec.
* Father.
recode f057300 (3=4) (4=5) (5,6=6) (98,99=3) into fas.
if (f057300=2) fas=1.
exec.
recode f057311 (3,5=4) (4=5) (6=6) (7,8=7) (9=8) (98,99=2) into fba.
if (f057311=1) fba=1.
exec.
compute fis=99.
if (fas=1 & (fba=1 or fba=2)) or (fas=2 & fba=1) fis=1.
if ((fas=1 or fas=2) & fba=4) or ((fas=3 or fas=4) & (fba=1 or fba=2 or fba=4)) fis=3.
if (fas=5 & (fba=1 or fba=2 or fba=4)) fis=4.
if ((fas=1 or fas=2 or fas=3 or fas=4 or fas=5) & fba=5) fis=5.
if (fas=6 & (fba=1 or fba=2 or fba=4)) fis=6.
if (fas=6 & fba=5) fis=7.
if (fba=6) fis=8.
if (fba=7) fis=9.
if (fba=8) fis=10.
if (f057300=1) fis=20.
if (f057311=2) fis=21.
if (f057300=7 or f031311=10) fis=22.
exec.
recode fis (1,2=1) (3,4=2) (5,6=3) (7=4) (8,9=5) (10=6) (20=7) (21=8) (22=9) (99=99) into a5113.
exec.
* Mother.
recode f057500 (3=4) (4=5) (5,6=6) (98,99=3) into mas.
if (f057500=2) mas=1.
exec.
recode f057511 (3,5=4) (4=5) (6=6) (7,8=7) (9=8) (98,99=2) into mba.
if (f057511=1) mba=1.
exec.
compute mis=99.
if (mas=1 & (mba=1 or mba=2)) or (mas=2 & mba=1) mis=1.
if ((mas=1 or mas=2) & mba=4) or ((mas=3 or mas=4) & (mba=1 or mba=2 or mba=4)) mis=3.
if (mas=5 & (mba=1 or mba=2 or mba=4)) mis=4.
if ((mas=1 or mas=2 or mas=3 or mas=4 or mas=5) & mba=5) mis=5.
if (mas=6 & (mba=1 or mba=2 or mba=4)) mis=6.
if (mas=6 & mba=5) mis=7.
if (mba=6) mis=8.
if (mba=7) mis=9.
if (mba=8) mis=10.
if (f057500=1) mis=20.
if (f057511=2) mis=21.
if (f057500=7 or f031311=10) mis=22.
exec.
recode mis (1,2=1) (3,4=2) (5,6=3) (7=4) (8,9=5) (10=6) (20=7) (21=8) (22=9) (99=99) into a5115.
exec.
delete variables as ba is pas pba pis plas plba plis fas fba fis mas mba mis.
exec.
/* a209.
if (f020901=1 or f020902=1) a209=1.
if (f020901=2 or f020902=2) a209=2.
if (f020901=8 or f020902=8) a209=8.
if (f020901=9 or f020902=9) a209=9.
exec.
***************************************************************************************************************************************.
* ***************************************************************************************************************************************.
***************************************************************************************************************************************.
* ***************************************************************************************************************************************.
1 "detached house"2 "semi-detached house"3 "row house"4 "appartment/room in a building with multiple floors"5 "dwelling unit that spec. meets the needs of the elderly"6 "farm"7 "institution (home for the elderly, nursing home)"8 "other" .
0 "central area 500.000+ inhabitants" 1 "peripheral area 500.000+ inhabitants" 2 "central area from 100.000 to 499.999 inhabitants" 3 "peripheral area from 100.000 to 499.999 inhabitants" 4 "central area from 50.000 to 99.999 inhabitants" 5 "peripheral area from 50.000 to 99.999 inhabitants" 6 "from 20.000 to 49.999 inhabitants" 7 "from 5.000 to 19.999 inhabitants" 8 "from 2.000 to 4.999 inhabitants" 9 "from 1 bis 1.999 inhabitants". value label ahg2_2 ahg2_3 ahg2_4 ahg2_5 ahg2_6 ahg2_7 ahg2_8 ahg2_9 ahg2_10 ahg2_11 ahg2_12 ahg2_13 ahg2_14 ahg2_15 ahg2_16 ahg2_17 ahg2_18 a105 a112a a203a a203b_1 a203b_2 a203b_3 a203b_4 a203b_5 a203b_6 a204a a208a a208c_1 a208c_2 a208c_3 a208c_4 a208c_5 a209 a211a a211b_1 a211b_2 a211b_3 a211b_4 a211b_5 a211b_6 a211b_7 a211b_8 a211b_9 a211b_10 a215_1 a215_2 a215_3 a215_4 a215_5 a215_6 a215_7 a215_8 a215_9 a215_10 a218_1 a218_2 a218_3 a218_4 a218_5 a218_6 a218_7 a218_8 a218_9 a218_10 a219_1 a219_2 a219_3 a219_4 a219_5 a219_6 a219_7 a219_8 a219_9 a219_10 a226 a228a a228b_1 a228b_2 a228b_3 a228b_4 a228b_5 a228b_6 a228b_7 a228b_8 a228b_9 a228b_10 a231_1 a231_2 a231_3 a231_4 a231_5 a231_6 a231_7 a231_8 a231_9 a231_10 a242a a302a a303a a307a a310 a314a a314c a316a a320a a330 a333 a335a_1 a335a_2 a335a_3 a335a_4 a335a_5 a335a_6 a335a_7 a335a_8 a335a_9 a335a_10 a345_1 a345_2 a345_3 a345_4 a345_5 a345_6 a345_7 a345_8 a345_9 a345_10 a349a_1 a349a_2 a349a_3 a349a_4 a349a_5 a349a_6 a349a_7 a349a_8 a349a_9 a349a_10 a351_1 a352a a353 a357 a361 a365 a365 a366 a404 a410 a503 a504 a505a a508 a512a a515 a526 a531a a534 a538a a541 a552 a560a a563 a567a a570 a576 a582 a588 a589 a596a a599 a5100a a5103 a5109 a5117a a601 a607 a611 a613a a617a a618 a702a a703a a704 a706 a708_1 a708_2 a708_3 a708_4 a708_5 a709_1 a709_2 a709_3 a709_4 a709_5 a710 a712_1 a712_2 a712_3 a712_4 a712_5 a713 a715_1 a715_2 a715_3 a715_4 a715_5 a716 a718_1 a718_2 a718_3 a718_4 a718_5 a805a a806 a807b a811 a815 a819 a821 a825 a827 a831 a843_a a844 a860 a864_1 a864_2 a864_3 a864_4 a864_5 a864_6 a864_7 a864_8 a864_9 a904a a905 a908 a910 a912 a913 a915 a916 a920 a927 a929_a a929_b a929_c a929_d a930 a932 a936_1 a936_2 a936_3 a936_4 a936_5 a936_6 a936_7 a936_8 a936_9 a1005 a1006_a a1006_b a1006_c a1006_d a1006_e a1007_a a1007_b a1007_c a1007_d a1007_e a1007_f a1007_g a1007_h a1007_i a1010 a1012_1 a1012_2 a1012_3 a1012_4 a1012_5 a1015 1 "yes"2 "no".
1 "yes, from the public sector" .
2 "yes, from a private organization" .
3 "yes, but do not know type" .
1 "yes"2 "no"3 "maybe, do not know yet" .
1 "yes"2 "no"3 "not sure" .
1 "sooner (than R wanted)"2 "later (than R wanted)"3 "about the right time" .
1 "yes"2 "no"3 "partner was/is not sure" .
value label ahg3_2 ahg3_3 ahg3_4 ahg3_5 ahg3_6 ahg3_7 ahg3_8 ahg3_9 ahg3_10 ahg3_11 ahg3_12 ahg3_13 ahg3_14 ahg3_15 ahg3_16 ahg3_17 ahg3_18 1 "partner or spouse" 2 "biological child with the current P or spouse" 3 "biological child with a former partner or spouse" 4 "stepchild" 5 "adopted child" 6 "foster child" 7 "biological or adoptive parent" 8 "step-parent or foster parent" 9 "biological or adoptive parent of current P or spouse" 10 "step-parent or foster parent of current P or spouse" 11 "grand-or great-grandchild (either R's or partner's)" 12 "grand-or great-grandparent (either R's or partner's)" 13 "brother or sister" 14 "partner's or spouse's brother or sister" 15 "other relative of R" 16 "other relative of partner or spouse" 17 "a non-relative" 97 "no other person in the household" 99 "no response" .
value labels ahg4_1 ahg4_2 ahg4_3 ahg4_4 ahg4_5 ahg4_6 ahg4_7 ahg4_8 ahg4_9 ahg4_10 ahg4_11 ahg4_12 ahg4_13 ahg4_14 ahg4_15 ahg4_16 ahg4_17 ahg4_18 a212_1 a212_2 a212_3 a212_4 a212_5 a212_6 a212_7 a212_8 a212_9 a212_10 a229_1 a229_2 a229_3 a229_4 a229_5 a229_6 a229_7 a229_8 a229_9 a229_10 a313 1 "male"2 "female" .
value labels ahg8_1 ahg8_2 ahg8_3 ahg8_4 ahg8_5 ahg8_6 ahg8_7 ahg8_8 ahg8_9 ahg8_10 ahg8_11 ahg8_12 ahg8_13 ahg8_14 ahg8_15 ahg8_16 1 "employed or self-employed"2 "helping family member in a family business or a farm"3 "unemployed"4 "student, in school, in vocational training"5 "retired"6 "on maternity leave, parental leave or childcare leave"7 "ill or disabled for a long time or permanently"8 "looking after the home or family"9 "military service or social service"10 "other".
value labels a106b a303b a316b a505b a512b a531b a538b a560b a567b a596b a5100b 2 "EU15 (2003)" 3 "New EU member (2004)" 4 "Turkey" 5 "Russia/CIS" 6 "other country of Europe" 7 "other" .
value labels a108 a109_1 a109_2 a304 a317 2 "EU15 (2003)" 3 "EU 2004" 4 "of other country of Europe" 5 "Russian" 6 "Turkish" 7 "other".
value labels a110 a305 a318 a506 a513 a532 a539 a561 a568 a597 a5101 20 "EU15 (2003)" 30 "EU 2004" 40 "Russia/CIS" 50 "other country of Europe" 60 "Turkish" 90 "other" .
value labels a111 a306 a319 a507 a514 a533 a540 a562 a569 a598 a5102 2 "German and other citizenship" 3 "EU15 (2003)" 4 "Turkish" 5 "Russian" 6 "other country of Europe" 7 "other" .
value labels a145 a202 a224_1 a224_2 a224_3 a224_4 a224_5 a224_6 a224_7 a224_8 a224_9 a224_10 a237_1 a237_2 a237_3 a237_4 a237_5 a237_6 a237_7 a237_8 a237_9 a237_10 a402 a407 a529 a555 a579 a585 a593 a594 a804 a809 a813 a817 a823 a839 a847 a850 0 "0 = not at all satisfied"1 "1"2 "2"3 "3"4 "4"5 "5"6 "6"7 "7"8 "8"9 "9"10 "10 = completely satisfied" .
value labels a146 a327 a332 a530 a556 a580 a586 a595 a5118 a612 a616 a622 a623 a624 a631 a807a a810 a814 a818 a820 a824 a826 a848 a849 a853 a854 a856 1 "definitely not" 2 "probably not" 3 "probably yes" 4 "definitely yes" .
3 "within the same municipality" 6 "within the country, but cannot say about municipality" . value labels a201a_a a201a_b a201a_c a201a_d a201a_e a201a_f a405a_a a405a_b a405a_c a405a_d a405a_e a405a_f2 "usually R"3 "R and partner equally"4 "usually partner"6 "always/usually other persons in the household"7 "always/usually someone not living in the household" 8 "children do it themselves" .
value labels a401a_a a401a_b a401a_c a401a_d a401a_e a401a_f a401a_g 1 "always/usually R"3 "R and partner equally"4 "usually partner"6 "always/usually other persons in the household"7 "always/usually someone not living in the household".
var label a203b_1 "Babysitter (nanny)" .
var label a203b_2 "Day care centre" .
var label a203b_3 "Nursery or pre-school" .
var label a203b_4 "After-school care-centre" .
var label a203b_5 "Self-organized childcare group" .
var label a203b_6 "Other institutional arrangement" .
var label a203c_1 "Babysitter (nanny)" .
var label a203c_2 "Day care centre" .
var label a203c_3 "Nursery or pre-school" .
var label a203c_4 "After-school care-centre" .
var label a203c_5 "Self-organized childcare group" .
var label a203c_6 "Other institutional arrangement" .
value labels a203c_1 a203c_2 a203c_3 a203c_4 a203c_5 a203c_6 a204c_1 a204c_2 a204c_3 a204c_4 a204c_5 1 "daily"2 "on weekdays"3 "more than once per week"4 "once per week"5 "more than once per month"6 "once per month"7 "rarely" .
value labels a204b_1 a204b_2 a204b_3 a204b_4 a204b_5 a208b_1 a208b_2 a208b_3 a208b_4 a208b_5 a707_1 a707_2 a707_3 a707_4 a707_5 a711_1 a711_2 a711_3 a711_4 a711_5 a714_1 a714_2 a714_3 a714_4 a714_5 a717_1 a717_2 a717_3 a717_4 a717_5 a1011_1 a1011_2 a1011_3 a1011_4 a1011_5 1 "partner / spouse"2 "mother"3 "father"4 "mother of partner / spouse"5 "father of partner / spouse"6 "son"7 "daughter"8 "stepson"9 "stepdaughter"10 "grandmother"11 "grandfather"12 "granddaughter"13 "grandchild"14 "sister"15 "brother"16 "other relatives"17 "friends, acquaintances, neighbours, colleagues"18 "other persons"19 " organization or enterprise" .
value labels a213_1 a213_2 a213_3 a213_4 a213_5 a213_6 a213_7 a213_8 a213_9 a213_10 1 "biological"2 "adopted"3 "foster" .
value labels a222_1 a222_2 a222_3 a222_4 a222_5 a222_6 a222_7 a222_8 a222_9 a222_10 a223_1 a223_2 a223_3 a223_4 a223_5 a223_6 a223_7 a223_8 a223_9 a223_10 a236_1 a236_2 a236_3 a236_4 a236_5 a236_6 a236_7 a236_8 a236_9 a236_10 a241 a325 a528 a554 a578 a584 a591 a592 a11021 "daily"2 "more than once per week"3 "once per week"4 "more than once per month" 5 "once per month"6 "more than once per year"7 "once per year"8 "rarely"9 "never"10 "no answer" .
1 "R want to live apart"2 "both partner and R want to live apart"3 "partner wants to live apart"4 "constrained to live apart by circumstances" .
1 "for financial reasons"2 "to keep independence"3 "because of children"4 "not yet ready for living together"5 "other" .
1 "work circumstances"2 "financial circumstances"3 "housing circumstances"4 "legal circumstances"5 "my partner has another family"6 "other" .
value labels a329_a a329_b a329_c a329_d a719_a a719_b a719_c a719_d a719_e 1 "not al all"2 "a little"3 "quite a lot"4 "a great deal ".
value labels a331_a a331_b a331_c a331_d a1107_a a1107_b a1107_c a1107_d a1107_e a1107_f a1107_g a1107_h a1107_i a1107_j a1111_a a1111_b a1111_c a1112_a a1112_b a1112_c a1112_d a1112_e a1113_a a1113_b a1113_c a1113_d a1113_e a1113_f a1113_g a1113_h a1114_a a1114_b a1114_c 1 "strongly agree"2 "agree"3 "neither agree nor disagree"4 "disagree"5 "strongly disagree" .
value labels a343_1 a343_2 a343_3 a343_4 a343_5 a343_6 a343_7 a343_8 a343_9 a343_10 1 "broke up"2 "partner died" . value labels a3461_1 a3461_2 a3461_3 a3461_4 a3461_5 a3461_6 a3461_7 a3461_8 a3461_9 a3461_10 1 "with me"2 "with my ex-partner"3 "with both of us on a time-shared basis"4 "with relatives"5 "with others"6 "at a children’s home"7 "started to live independently"8 "child was already living independently"9 "other" .
value labels a350_1 a350_2 a350_3 a350_4 a350_5 a350_6 a350_7 a350_8 a350_9 a350_10 1 "R"2 "R and partner together"3 "partner" .
value labels a403_1 a403_2 a403_3 a403_4 a403_5 a1016_1 a1016_2 a1016_3 a1016_4 a1016_5 1 "partner/ spouse"2 "mother"3 "father"4 "mother of R's partner/ spouse"5 "father of R's partner/ spouse"6 "son"7 "daughter"8 "step-son"9 "step-daughter"10 "grandmother"11 "grandfather"12 "granddaughter"13 "grandson"14 "sister"15 "brother"16 "another relative"17 "friend, acquaintance, neighbour, colleague"18 "other person"19 "an organisation or a company".
1 "I manage all the money and give my partner/spouse his/her share"2 "my partner/spouse manages all the money and gives me my share"3 "we pool all the money and each takes out what we need"4 "we pool some of the money and keep the rest separate"5 "we each keep our own money separate"6 "other" .
value labels a408_a a408_b a408_c a408_d a408_e a408_f a408_g a408_h a408_i a409_a a409_b a409_c a409_d 1 "never"2 "seldom"3 "sometimes"4 "frequently"5 "very frequently" .
1 "living with both of your parents"2 "living with your father (not your mother)"3 "living with your mother (not your father)"4 "not living with your parents" .
1 "yes, both"2 "no, only my father"3 "no, only my mother"4 "no, both are adoptive, foster or step-parents" .
1 "yes, still alive"2 "no, not alive any more"3 "I do not know whether she is still alive"4 "I do not know anything about my biological mother" .
1 "yes, still alive"2 "no, not alive any more"3 "I do not know whether she is still alive"4 "I do not know anything about my biological father" .
1 "in this country" 2 "abroad". 1 "yes"2 "no, they never lived together"3 "no, other situation".
1 "yes"2 "no, they never lived together"3 "no".
1 "alone"2 "with partner/spouse"3 "with son(s)"4 "with daughter(s)"5 "with relative"6 "with a friend"7 "in a room of a boarding house"8 "in a dwelling that specifically meets the needs of the elderly"9 "in a home for the elderly"10 "in a nursing home" .
1 "alone"2 "with partner/spouse"3 "with son(s)"4 "with daughter(s)"5 "with relative"6 "with a friend"7 "in a room of a boarding house"8 "in a dwelling that specifically meets the needs of the elderly"9 "in a home for the elderly"10 "in a nursing home" .
1 "both biological parents are alive and they never split up"2 "both biological parents are alive but have split up or never lived together"3 "biological father is alive, your biological mother (probably) not"4 "biological mother is alive, your biological father (probably) not"5 "neither of biological parents is (probably) alive any more" .
1 "alone"2 "with partner/spouse"3 "with son(s)"4 "with daughter(s)"5 "with relative"6 "with a friend"7 "in a room of a boarding house"8 "in a dwelling that specifically meets the needs of the elderly"9 "in a home for the elderly"10 "in a nursing home" .
1 "alone"2 "with partner/spouse"3 "with son(s)"4 "with daughter(s)"5 "with relative"6 "with a friend"7 "in a room of a boarding house"8 "in a dwelling that specifically meets the needs of the elderly"9 "in a home for the elderly"10 "in a nursing home" .
1 "just the two of them"2 "with their son(s) or daughter(s)"4 "with another relative"5 "with a friend"6 "in a room of a boarding house"7 "in a dwelling that specifically meets the needs of the elderly"8 "in a home for the elderly"9 "in a nursing home" .
1 "with biological mother only"2 "with biological father only"3 "with biological mother and stepfather"4 "with biological father and stepmother"5 "with (a) grandparent(s)" 6 "with (an)other relative(s)"7 "with (an) adoptive parent(s)"8 "with (a) foster parent(s)"9 "in a boarding school"10 "in an orphanage"11 "in a special youth home"12 "other" .
0 "really bad"1 "1"2 "2"3 "3"4 "4"5 "5"6 "6"7 "7"8 "8"9 "9"10 "absolutely perfect" .
1 "farmer"2 "highly skilled profession (medicin, lawyer etc.)"3 "self-employed"4 "civil servant, judge, officer"5 "clerk"6 "worker"7 "still in training"8 "paid family worker"9 "unemployed"10 "housewife / homemaker"11 "retired" .
value labels a828 a832 a861 a917 a921 a933 1 "farmer"2 "highly skilled profession (medicin, lawyer etc.)"3 "self-employed"4 "civil servant, judge, officer"5 "clerk"6 "worker"7 "still in training"8 "paid family worker".
value labels a5119_a a5119_b a5119_c a5119_d a5119_e a5119_f a627_a a627_b a627_c a627_d a627_e a627_f a627_g a627_h a627_i a627_j a627_k 1 "much better"2 "better"3 "neither better nor worse"4 "worse"5 "much worse" .
value labels a5120_a a5120_b a5120_c a5120_d a5120_e a5120_f a628_a a628_b a628_c a628_d a628_e a628_f a628_g a628_h a628_i 1 "not at all"2 "a little"3 "quite a lot"4 "a great deal" .
1 "yes"2 "no"3 "partner is not sure" .
value labels a5122_a a5122_b a5122_c a5122_d a629_a a629_b a629_c a1103_a a1103_b a1103_c 1 "strongly agree"2 "agree"3 "neither agree nor disagree"4 "disagree"5 "strongly disagree" .
value labels a609_1 a609_2 a609_3 a609_4 a609_5 a609_6 a609_7 a609_8 a609_9 a609_10 a609_11 1 "condom"2 "pills"3 "intra-uterine device (coil, loop)"4 "diaphragm/ cervical cap"5 "foam/ cream/ jelly/ suppository"6 "injectables (e.g. Depo-Provera)"7 "implants (e.g. Norplant)"8 "persona" 9 "morning-after pill"10 "withdrawal"11 "safe period method (rhythm)"0 "did not use or do anything" .
value labels a620_1 a620_2 a620_3 a620_4 a620_5 a620_6 a620_7 a620_8 a620_9 a620_10 a620_11 1 "condom"2 "pills"3 "intra-uterine device (coil, loop)"4 "diaphragm/ cervical cap"5 "foam/ cream/ jelly/ suppository"6 "injectables (e.g. Depo-Provera)"7 "implants (e.g. Norplant)"8 "persona" 9 "morning-after pill"10 "withdrawal"11 "safe period method (rhythm)".
1 "boy"2 "girl"3 "it does not matter" .
1 "very good"2 "good"3 "fair"4 "bad"5 "very bad" .
1 "less than 6 months"2 "6 months to one year"3 "1 year to 5 years"4 "5 years to 10 years"5 "10 years or more".
value labels a720_a a720_b a720_c a720_d a720_e a720_f 1 "yes"2 "more or less"3 "no" . 1 "maternal leave"2 "parental leave"3 "childcare leave" . 1 "work for an employer in paid employment"2 "self-employment"3 "farming"4 "work without payment in a family enterprise" .
1 "laid off (business closure, redundancy, early retirement, dismissal etc.)"2 "mandatory retirement"3 "end of contract/temporary job"4 "sale/closure of own or family business"5 "marriage"6 "child birth/need to look after children"7 "need to look after old, sick, disabled person(s)"8 "partner’s/spouse’s job required move to another place"9 "studying"10 "military or social service"11 "own illness or disability" 12 "wanted to retire or to live off private means"13 "other reason" .
1 "full-time"2 "part-time" .
1 "I usually work in one place away from home"2 "I usually work at home"3 "I usually work part of the week at home and part away from home"4 "I usually work in a variety of places away from home" .
value label a837_1 a925_1 1 "during the daytime" .
value label a837_2 a925_2 2 "in the evening" .
value label a837_3 a925_3 3 "at night" .
value label a837_4 a925_4 4 "early in the morning".
value label a837_5 a925_5 5 "over the weekend".
value label a837_6 a925_6 6 "the working hours change periodically".
value label a837_7 a925_7 7 "two or more working periods each working day".
value label a837_8 a925_8 8 "work on call".
value label a837_9 a925_9 9 "irregular working times".
value label a837_10 a925_10 10 "some other arrangement of working time" .
1 "a paid employee"2 "self-employed"3 "in employment-related training or paid apprenticeship"4 "working without pay in a family enterprise" .
1 "private"2 "public"3 "mixed" .
1 "permanent"2 "fixed-term"3 "temporary"4 "no written contract" .
1 "continuous through much of the year"2 "seasonal"3 "intermittent"4 "casual"5 "other" .
1 "grow and expand"2 "keep going as it is today"3 "decline"4 "probably be given up" . 1 "work for an employer in paid employment"2 "self-employment"3 "work without payment in a family enterprise"4 "work in employment-related training or paid apprenticeship"5 "odd jobs"6 "another kind of work" .
value label a867_1 a867_2 a867_3 a867_4 a867_5 a867_6 a867_7 a867_8 a867_9 a939_1 a939_2 a939_3 a939_4 a939_5 a939_6 a939_7 a939_8 a939_9 a1009 1 "499 Eur or less"2 "500 to 999 Eur"3 "1,000 to 1,499 Eur"4 "1,500 to 1,999 Eur"5 "2,000 to 2,499 Eur"6 "2,500 to 2,999 Eur"7 "3,000 to 4,999 Eur"8 "5,000 Eur or more" 97 "do not know"98 "refused" .
1 "with great difficulty"2 "with difficulty"3 "with some difficulty"4 "fairly easily"5 "easily"6 "very easily" .
value label a1013_1 a1013_2 a1013_3 a1013_4 a1013_5 a1017_1 a1017_2 a1017_3 a1017_4 a1017_5 1 "one-time"2 "occasional"3 "regular" .
1 "christian"2 "muslim"9 "other religion"10 "without confession" . 1 "a stable economy"2 "progress toward a less impersonal and more human society"3 "progress toward a society in which ideas count more than money"4 "the fight against crime" .
1 "most people can be trusted"2 "need to be very careful (with people)" .
1 "people would take advantage (would not be fair)"2 "would try to be fair" .
1 "good manners"2 "independence"3 "hard work"4 "feeling of responsibility"5 "imagination"6 "tolerance and respect for other people"7 "thrift, saving money and things"8 "determination, perseverance"9 "religious faith"10 "unselfishness"11 "obedience" .
1 "good pay"2 "not too much pressure"3 "good job security"4 "a job respected by people in general"5 "good working hours"6 "an opportunity to use initiative"7 "generous holidays"8 "a job in which you feel you can achieve something"9 "a responsible job"10 "a job that is interesting"11 "a job that meets one's abilities" .
1 "owner"2 "tenant or subtenant, paying rent"3 "accommodation is provided rent-free"4 "other" .
a308 a321 a5113 a51151 "ISCED 1 - Primary level"2 "ISCED 2 - Lower secondary level"3 "ISCED 3 - Upper secondary level"4 "ISCED 4 - Post secondary non-tertiary" 5 "ISCED 5 - First stage of tertiary"6 "ISCED 6 - Second stage of teriary" 7 "Still pupil"8 "Still in training"9 "Other education".
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add value label a1111_a a1111_b a1111_c a1112_a a1112_b a1112_c a1112_d a1112_e a1113_a a1113_b a1113_c a1113_d a1113_e a1113_f a1113_g a1113_h a1114_a a1114_b a1114_c a105 a112a ahg4_2 ahg4_3 ahg4_4ahg4_5 ahg4_6 ahg4_7 ahg4_8 ahg4_9 ahg4_10 ahg4_11 ahg4_12 ahg4_13 ahg4_14 ahg4_15 ahg4_16 ahg4_17 ahg4_18 a146 a147 a203a a204a a208a a208c_1 a208c_2 a208c_3 a208c_4 a208c_5 a209 a211a a215_1 a215_2 a215_3 a215_4 a215_5 a215_6 a215_7 a215_8 a215_9 a215_10a218_1 a218_2 a218_3 a218_4 a218_5 a218_6 a218_7 a218_8 a218_9 a218_10a219_1 a219_2 a219_3 a219_4 a219_5 a219_6 a219_7 a219_8 a219_9 a219_10a226 a228a a229_1 a229_2 a229_3 a229_4 a229_5 a229_6 a229_7 a229_8 a229_9 a229_10 a231_1 a231_2 a231_3 a231_4 a231_5 a231_6 a231_7 a231_8 a231_9 a231_10 a242a a302a a303a a307a a310 a312a a312b a312c a312d a314a a316a a320a a327 a329_a a329_b a329_c a329_d a330 a331_a a331_b a331_c a331_d a332 a404 a408_a a408_b a408_c a408_d a408_e a408_f a408_g a408_h a408_ia409_a a409_b a409_c a409_d a410 a333 a335a_1 a335a_2 a335a_3 a335a_4 a335a_5 a335a_6 a335a_7 a335a_8 a335a_9 a335a_10 a343_1 a343_2 a343_3 a343_4 a343_5 a343_6 a343_7 a343_8 a343_9 a343_10 a345_1 a345_2 a345_3 a345_4 a345_5 a345_6 a345_7 a345_8 a345_9 a345_10 a349a_1 a349a_2 a349a_3 a349a_4 a349a_5 a349a_6 a349a_7 a349a_8 a349a_9 a349a_10 a350_1 a350_2 a350_3 a350_4 a350_5 a350_6a350_7 a350_8 a350_9 a350_10 a351_1 a352a a353 a357 a361 a365 a1107_a a1107_b a1107_c a1107_d a1107_e a1107_f a1107_g a1107_h a1107_i a1107_j a502 a503 a504 a505a a508 a512a a515 a526 a530 a531a a534 a538a a541 a552 a556 a560a a563 a567a a570 a571 a576 a580 a582 a586 a588 a589 a595 a596a a599 a5100a a5103 a5104 a5109a5117a a5118 a5119_a a5119_b a5119_c a5119_d a5119_e a5119_f a5120_a a5120_b a5120_c a5120_d a5120_e a5120_f a5121 a5122_a a5122_b a5122_c a5122_d a1111_a a1111_b a1111_c a1112_a a1112_b a1112_c a1112_d a1112_e a604 a606 a607 a611 a612 a613a a615 a616 a617a a618 a622 a623 a624 a627_a a627_b a627_c a627_d a627_e a627_f a627_g a627_h a627_i a627_j a627_k a628_a a628_b a628_c a628_d a628_e a628_f a628_g a628_h a628_i a629_a a629_b a629_c a701 a702a a703a a706 a710 a712_1 a712_2 a712_3 a712_4 a712_5 a713 a715_1 a715_2 a715_3 a715_4 a715_5 a716 a718_1 a718_2 a718_3 a718_4 a718_5 a720_a a720_b a720_c a720_d a720_e a720_f a719_a a719_b a719_c a719_d a719_e a802 a805a a806 a807a a807b a810 a811 a814 a815 a818 a819 a820 a821 a824 a825 a826 a827 a829 a831 a836 a842 a843_a a844 a845 a846 a848 a849 a852 a853 a854 a856 a860 a902 a904a a905 a906a a906b a908 a910 a912 a913 a915 a916 a920 a924 a928 a929_a a929_b a929_c a929_d a930 a932 a1002 a1005 a1012_1 a1012_2 a1012_3 a1012_4 a1012_5 a1013_1 a1013_2 a1013_3 a1013_4 a1013_5 a1015 a1017_1 a1017_2 a1017_3 a1017_4 a1017_5 a1103_a a1103_b a1103_c a1104a a1104b a1105 a11068 "don't know" 9 "no response" .
add value label a212_1 a212_2 a212_3 a212_4 a212_5 a212_6 a212_7 a212_8 a212_9 a212_10 a213_1 a213_2 a213_3 a213_4 a213_5 a213_6 a213_7 a213_8 a213_9 a213_10 a313 a314c a406 a509 a535 a557 a564 a605 a625 a702b a703b a704 a828 a832 a834 a861 a863 a917 a918 a922 a926 a933 a935 9 "no response" . add value label a106b a111 a203c_1 a203c_2 a203c_3 a203c_4 a203c_5 a203c_6 a204c_1 a204c_2 a204c_3 a204c_4 a204c_5 a303b a316b a505b a512b a531b a538b a560b a567b a596b a5100b 8 "no response" .
8 "no response" 9 "no response" .
add value label a110 a204b_1 a204b_2 a204b_3 a204b_4 a204b_5 a318 a5110 a5112 a830 a919 a921 9998 "don't know"9999 "no response" .
add value label ahg8_1 ahg8_2 ahg8_3 ahg8_4 ahg8_5 ahg8_6 ahg8_7 ahg8_8 ahg8_9 ahg8_10 ahg8_11 ahg8_12 ahg8_13 ahg8_14 ahg8_15 ahg8_16 ahg8_17 a119 a122 a145 a201a_a a201a_b a201a_c a201a_d a201a_e a201a_f a202 a224_1 a224_2 a224_3 a224_4 a224_5 a224_6 a224_7 a224_8 a224_9 a224_10 a237_1 a237_2 a237_3 a237_4 a237_5 a237_6 a237_7 a237_8 a237_9 a237_10 a238 a304 a323 a402 a405a_a a405a_b a405a_c a405a_d a405a_e a405a_f a407 a529 a555 a579 a585 a593 a594 a5114 a1109_1 a1109_2 a1109_3 a804 a809 a813 a817 a823 a839 a847 a850 a1009 a1010 a1101 a1108_1 a1108_2 a1108_398 "don't know"99 "no response" .
add value label a208b_1 a208b_2 a208b_3 a208b_4 a208b_5 a1011_1 a1011_2 a1011_3 a1011_4 a1011_5 a1016_1 a1016_2 a1016_3 a1016_4 a1016_597 "no other person"99 "no response" . 998 "don't know"999 "no response" .
97 "not applicable"98 "don't know"99 "no response" .
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a628_f a628_g a628_h a628_i a629_a a629_b a629_c a630 a631 a701 a702a a702b a703a a703b a704 a705_1 a705_2 a705_3 a705_4 a706 a707_1 a707_2 a707_3 a707_4 a707_5 a708_1 a708_2 a708_3 a708_4 a708_5 a709_1 a709_2 a709_3 a709_4 a709_5 a710 a711_1 a711_2 a711_3 a711_4 a711_5 a712_1 a712_2 a712_3 a712_4 a712_5 a713 a714_1 a714_2 a714_3 a714_4 a714_5 a715_1 a715_2 a715_3 a715_4 a715_5 a716 a717_1 a717_2 a717_3 a717_4 a717_5 a718_1 a718_2 a718_3 a718_4 a718_5 a719_a a719_b a719_c a719_d a719_e a720_a a720_b a720_c a720_d a720_e a720_f a721_a a721_b a721_c a721_d a721_e a721_f a721_g a801 a802 a802m a802y a804 a805a a805b a806 a807a a807b a808m a808y a809 a810 a811 a812m a812y a813 a814 a815 a816m a816y a817 a818 a819 a820 a821 a822m a822y a823 a824 a825 a826 a827 a828 a829 a830 a831 a832 a833m a833y a834 a835 a836 a837_1 a837_2 a837_3 a837_4 a837_5 a837_6 a837_7 a837_8 a837_9 a837_10 a838 a839 a840 a841 a842 a843_a a843_b a843_c a843_d a844 a845 a846 a847 a848 a849 a850 a851 a852 a853 a854 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a1001_d a1001_e a1001_f a1001_g a1001_h a1001_i a1001_j a1002 a1003_a a1003_b a1003_c a1003_d a1003_e a1003_f a1004_a a1004_b a1004_c a1004_d a1005 a1006_a a1006_b a1006_c a1006_d a1006_e a1007_a a1007_b a1007_c a1007_d a1007_e a1007_f a1007_g a1007_h a1007_i a1008 a1009 a1010 a1011_1 a1011_2 a1011_3 a1011_4 a1011_5 a1012_1 a1012_2 a1012_3 a1012_4 a1012_5 a1013_1 a1013_2 a1013_3 a1013_4 a1013_5 a1014_1 a1014_2 a1014_3 a1014_4 a1014_5 a1015 a1016_1 a1016_2 a1016_3 a1016_4 a1016_5 a1017_1 a1017_2 a1017_3 a1017_4 a1017_5 a1018_1 a1018_2 a1018_3 a1018_4 a1018_5 a1101 a1102 a1103_a a1103_b a1103_c a1104a a1104b a1105 a1106 a1107_a a1107_b a1107_c a1107_d a1107_e a1107_f a1107_g a1107_h a1107_i a1107_j a1108_1 a1108_2 a1108_3 a1109_1 a1109_2 a1109_3 a1110_a a1110_b a1110_c a1110_d a1110_e a1111_a a1111_b a1111_c a1112_a a1112_b a1112_c a1112_d a1112_e a1113_a a1113_b a1113_c a1113_d a1113_e a1113_f a1113_g a1113_h a1114_a a1114_b a1114_c.
exec.

Source: http://www.bib-demografie.de/SharedDocs/Publikationen/DE/Forschung/GGS/GGS_SPSS.pdf?__blob=publicationFile&v=4