* LEQ-H BASIC.

* tmpln011 tmwst091 tmmng171
scsuc021 sccpt101 sccom181
amdet031 amrsl111 ampos191
ifchg041 ifnew121 ifadp201
tlwrk051 tlled131 tlmot211
ecstr061 ecnew141 ecwrn221
aibus071 aiene151 aigii231
scabi081 scapp161 scbel241.

COMPUTE TIMEMAN0 = MEAN(tmpln010,tmwst090,tmmng170) .
COMPUTE SOCCOMP0 = MEAN(scsuc020,sccpt100,sccom180) .
COMPUTE ACHVMOT0 = MEAN(amdet030,amrsl110,ampos190) .
COMPUTE INTFLEX0 = MEAN(ifchg040,ifnew120,ifadp200) .
COMPUTE TASKLED0 = MEAN(tlwrk050,tlled130,tlmot210) .
COMPUTE EMOTCNT0 = MEAN(ecstr060,ecnew140,ecwrn220) .
COMPUTE AIINITI0 = MEAN(aibus070,aiene150,aigii230) .
COMPUTE SELFCON0 = MEAN(scabi080,scapp160,scbel240) .
COMPUTE TOTFACT0 = MEAN(
  tmpln010,scsuc020,amdet030,ifchg040,tlwrk050,ecstr060,aibus070,scabi080,
  tmwst090,sccpt100,amrsl110,ifnew120,tlled130,ecnew140,aiene150,scapp160,
  tmmng170,sccom180,ampos190,ifadp200,tlmot210,ecwrn220,aigii230,scbel240).


COMPUTE TIMEMAN1 = MEAN(tmpln011,tmwst091,tmmng171) .
COMPUTE SOCCOMP1 = MEAN(scsuc021,sccpt101,sccom181) .
COMPUTE ACHVMOT1 = MEAN(amdet031,amrsl111,ampos191) .
COMPUTE INTFLEX1 = MEAN(ifchg041,ifnew121,ifadp201) .
COMPUTE TASKLED1 = MEAN(tlwrk051,tlled131,tlmot211) .
COMPUTE EMOTCNT1 = MEAN(ecstr061,ecnew141,ecwrn221) .
COMPUTE AIINITI1 = MEAN(aibus071,aiene151,aigii231) .
COMPUTE SELFCON1 = MEAN(scabi081,scapp161,scbel241) .
COMPUTE TOTFACT1 = MEAN(
  tmpln011,scsuc021,amdet031,ifchg041,tlwrk051,ecstr061,aibus071,scabi081,
  tmwst091,sccpt101,amrsl111,ifnew121,tlled131,ecnew141,aiene151,scapp161,
  tmmng171,sccom181,ampos191,ifadp201,tlmot211,ecwrn221,aigii231,scbel241).

COMPUTE TIMEMAN2 = MEAN(tmpln012,tmwst092,tmmng172) .
COMPUTE SOCCOMP2 = MEAN(scsuc022,sccpt102,sccom182) .
COMPUTE ACHVMOT2 = MEAN(amdet032,amrsl112,ampos192) .
COMPUTE INTFLEX2 = MEAN(ifchg042,ifnew122,ifadp202) .
COMPUTE TASKLED2 = MEAN(tlwrk052,tlled132,tlmot212) .
COMPUTE EMOTCNT2 = MEAN(ecstr062,ecnew142,ecwrn222) .
COMPUTE AIINITI2 = MEAN(aibus072,aiene152,aigii232) .
COMPUTE SELFCON2 = MEAN(scabi082,scapp162,scbel242) .
COMPUTE TOTFACT2 = MEAN(
  tmpln012,scsuc022,amdet032,ifchg042,tlwrk052,ecstr062,aibus072,scabi082,
  tmwst092,sccpt102,amrsl112,ifnew122,tlled132,ecnew142,aiene152,scapp162,
  tmmng172,sccom182,ampos192,ifadp202,tlmot212,ecwrn222,aigii232,scbel242).

COMPUTE TIMEMAN3 = MEAN(tmpln013,tmwst093,tmmng173) .
COMPUTE SOCCOMP3 = MEAN(scsuc023,sccpt103,sccom183) .
COMPUTE ACHVMOT3 = MEAN(amdet033,amrsl113,ampos193) .
COMPUTE INTFLEX3 = MEAN(ifchg043,ifnew123,ifadp203) .
COMPUTE TASKLED3 = MEAN(tlwrk053,tlled133,tlmot213) .
COMPUTE EMOTCNT3 = MEAN(ecstr063,ecnew143,ecwrn223) .
COMPUTE AIINITI3 = MEAN(aibus073,aiene153,aigii233) .
COMPUTE SELFCON3 = MEAN(scabi083,scapp163,scbel243) .
COMPUTE TOTFACT3 = MEAN(
  tmpln013,scsuc023,amdet033,ifchg043,tlwrk053,ecstr063,aibus073,scabi083,
  tmwst093,sccpt103,amrsl113,ifnew123,tlled133,ecnew143,aiene153,scapp163,
  tmmng173,sccom183,ampos193,ifadp203,tlmot213,ecwrn223,aigii233,scbel243).



VARIABLE LABEL
 timeman0 'Time Management-T0'
 timeman1 'Time Management-T1'
 timeman2 'Time Management-T2'
 timeman3 'Time Management-T3'
 soccomp0 'Social Competence-T0'
 soccomp1 'Social Competence-T1'
 soccomp2 'Social Competence-T2'
 soccomp3 'Social Competence-T3'
 achvmot0 'Achvement Motivtn-T0'
 achvmot1 'Achvement Motivtn-T1'
 achvmot2 'Achevment Motivtn-T2'
 achvmot3 'Achevment Motivtn-T3'
 intflex0 'Intelltl Flexiblty-T0'
 intflex1 'Intelltl Flexiblty-T1'
 intflex2 'Intelltl Flexiblty-T2'
 intflex3 'Intelltl Flexiblty-T3'
 taskled0 'Task Leadership-T0'
 taskled1 'Task Leadership-T1'
 taskled2 'Task Leadership-T2'
 taskled3 'Task Leadership-T3'
 aiiniti0 'Active Initiative-T0'
 aiiniti1 'Active Initiative-T1'
 aiiniti2 'Active Initiative-T2'
 aiiniti3 'Active Initiative-T3'
 selfcon0 'Self-Confidence-T0'
 selfcon1 'Self-Confidence-T1'
 selfcon2 'Self-Confidence-T2'
 selfcon3 'Self-Confidence-T3'
 emotcnt0 'Emotional Control-T0'
 emotcnt1 'Emotional Control-T1'
 emotcnt2 'Emotional Control-T2'
 emotcnt3 'Emotional Control-T3'
 totfact0 'OVERALL SCALES-T0'
 totfact1 'OVERALL SCALES-T1'
 totfact2 'OVERALL SCALES-T2'
 totfact3 'OVERALL SCALES-T3'.


formats
 tmpln013 (F3.0)
 scsuc023 (F3.0) amdet033 (F3.0) ifchg043 (F3.0) tlwrk053 (F3.0) ecstr063 (F3.0)
 aibus073 (F3.0) scabi083 (F3.0) tmwst093 (F3.0) sccpt103 (F3.0) amrsl113 (F3.0)
 ifnew123 (F3.0) tlled133 (F3.0) ecnew143 (F3.0) aiene153 (F3.0) scapp163 (F3.0)
 tmmng173 (F3.0) sccom183 (F3.0) ampos193 (F3.0) ifadp203 (F3.0) tlmot213 (F3.0)
 ecwrn223 (F3.0) aigii233 (F3.0) scbel243 (F3.0) tmpln010 (F3.0) scsuc020 (F3.0)
 amdet030 (F3.0) ifchg040 (F3.0) tlwrk050 (F3.0) ecstr060 (F3.0) aibus070 (F3.0)
 scabi080 (F3.0) tmwst090 (F3.0) sccpt100 (F3.0) amrsl110 (F3.0) ifnew120 (F3.0)
 tlled130 (F3.0) ecnew140 (F3.0) aiene150 (F3.0) scapp160 (F3.0) tmmng170 (F3.0)
 sccom180 (F3.0) ampos190 (F3.0) ifadp200 (F3.0) tlmot210 (F3.0) ecwrn220 (F3.0)
 aigii230 (F3.0) scbel240 (F3.0) tmpln011 (F3.0) scsuc021 (F3.0) amdet031 (F3.0)
 ifchg041 (F3.0) tlwrk051 (F3.0) ecstr061 (F3.0) aibus071 (F3.0) scabi081 (F3.0)
 tmwst091 (F3.0) sccpt101 (F3.0) amrsl111 (F3.0) ifnew121 (F3.0) tlled131 (F3.0)
 ecnew141 (F3.0) aiene151 (F3.0) scapp161 (F3.0) tmmng171 (F3.0) sccom181 (F3.0)
 ampos191 (F3.0) ifadp201 (F3.0) tlmot211 (F3.0) ecwrn221 (F3.0) aigii231 (F3.0)
 scbel241 (F3.0) tmpln012 (F3.0) scsuc022 (F3.0) amdet032 (F3.0) ifchg042 (F3.0)
 tlwrk052 (F3.0) ecstr062 (F3.0) aibus072 (F3.0) scabi082 (F3.0) tmwst092 (F3.0)
 sccpt102 (F3.0) amrsl112 (F3.0) ifnew122 (F3.0) tlled132 (F3.0) ecnew142 (F3.0)
 aiene152 (F3.0) scapp162 (F3.0) tmmng172 (F3.0) sccom182 (F3.0) ampos192 (F3.0)
 ifadp202 (F3.0) tlmot212 (F3.0) ecwrn222 (F3.0) aigii232 (F3.0) scbel242 (F3.0).

formats
 timeman0 (F4.2) soccomp0 (F4.2) achvmot0 (F4.2) intflex0 (F4.2) taskled0 (F4.2) emotcnt0 (F4.2) aiiniti0 (F4.2) selfcon0 (F4.2) totfact0 (F4.2) 
 timeman1 (F4.2) soccomp1 (F4.2) achvmot1 (F4.2) intflex1 (F4.2) taskled1 (F4.2) emotcnt1 (F4.2) aiiniti1 (F4.2) selfcon1 (F4.2) totfact1 (F4.2) 
 timeman2 (F4.2) soccomp2 (F4.2) achvmot2 (F4.2) intflex2 (F4.2) taskled2 (F4.2) emotcnt2 (F4.2) aiiniti2 (F4.2) selfcon2 (F4.2) totfact2 (F4.2) 
 timeman3 (F4.2) soccomp3 (F4.2) achvmot3 (F4.2) intflex3 (F4.2) taskled3 (F4.2) emotcnt3 (F4.2) aiiniti3 (F4.2) selfcon3 (F4.2) totfact3 (F4.2).
 
*------.

compute time10=timeman1-timeman0.
compute socc10=soccomp1-soccomp0.
compute achv10=achvmot1-achvmot0.
compute intf10=intflex1-intflex0.
compute task10=taskled1-taskled0.
compute emot10=emotcnt1-emotcnt0.
compute aiin10=aiiniti1-aiiniti0.
compute self10=selfcon1-selfcon0.
compute totf10=totfact1-totfact0.

compute time20=timeman2-timeman0.
compute socc20=soccomp2-soccomp0.
compute achv20=achvmot2-achvmot0.
compute intf20=intflex2-intflex0.
compute task20=taskled2-taskled0.
compute emot20=emotcnt2-emotcnt0.
compute aiin20=aiiniti2-aiiniti0.
compute self20=selfcon2-selfcon0.
compute totf20=totfact2-totfact0.

compute time31=timeman3-timeman1.
compute socc31=soccomp3-soccomp1.
compute achv31=achvmot3-achvmot1.
compute intf31=intflex3-intflex1.
compute task31=taskled3-taskled1.
compute emot31=emotcnt3-emotcnt1.
compute aiin31=aiiniti3-aiiniti1.
compute self31=selfcon3-selfcon1.
compute totf31=totfact3-totfact1.

compute time21=timeman2-timeman1.
compute socc21=soccomp2-soccomp1.
compute achv21=achvmot2-achvmot1.
compute intf21=intflex2-intflex1.
compute task21=taskled2-taskled1.
compute emot21=emotcnt2-emotcnt1.
compute aiin21=aiiniti2-aiiniti1.
compute self21=selfcon2-selfcon1.
compute totf21=totfact2-totfact1.

compute time32=timeman3-timeman2.
compute socc32=soccomp3-soccomp2.
compute achv32=achvmot3-achvmot2.
compute intf32=intflex3-intflex2.
compute task32=taskled3-taskled2.
compute emot32=emotcnt3-emotcnt2.
compute aiin32=aiiniti3-aiiniti2.
compute self32=selfcon3-selfcon2.
compute totf32=totfact3-totfact2.

compute time30=timeman3-timeman0
compute socc30=soccomp3-soccomp0.
compute achv30=achvmot3-achvmot0.
compute intf30=intflex3-intflex0.
compute task30=taskled3-taskled0.
compute emot30=emotcnt3-emotcnt0.
compute aiin30=aiiniti3-aiiniti0.
compute self30=selfcon3-selfcon0.
compute totf30=totfact3-totfact0.

* -------------------------------------------------.
* (4) COMPUTE EFFECT SIZES.
* -------------------------------------------------.
* Note the estimates of the standard deviation below for calculation
of the standardised mean difference effect sizes are taken from
James Neill's PhD thesis work.

compute tm10ef=time10/1.25.
compute so10ef=socc10/1.16.
compute am10ef=achv10/.98.
compute if10ef=intf10/.97.
compute tl10ef=task10/1.24.
compute em10ef=emot10/1.24.
compute ai10ef=aiin10/1.18.
compute se10ef=self10/1.12.
compute to10ef=totf10/.84.

compute tm21ef=time21/1.25.
compute so21ef=socc21/1.16.
compute am21ef=achv21/.98.
compute if21ef=intf21/.97.
compute tl21ef=task21/1.24.
compute em21ef=emot21/1.24.
compute ai21ef=aiin21/1.18.
compute se21ef=self21/1.12.
compute to21ef=totf21/.84.

compute tm21ef=time32/1.25.
compute so32ef=socc32/1.16.
compute am32ef=achv32/.98.
compute if32ef=intf32/.97.
compute tl32ef=task32/1.24.
compute em32ef=emot32/1.24.
compute ai32ef=aiin32/1.18.
compute se32ef=self32/1.12.
compute to32ef=totf32/.84.

compute tm30ef=time30/1.25.
compute so30ef=socc30/1.16.
compute am30ef=achv30/.98.
compute if30ef=intf30/.97.
compute tl30ef=task30/1.24.
compute em30ef=emot30/1.24.
compute ai30ef=aiin30/1.18.
compute se30ef=self30/1.12.
compute to30ef=totf30/.84.

variable labels
tm10ef 'Time Manage.'
so10ef 'Soc. Compet.'
am10ef 'Achiev. Motiv.'
if10ef 'Intell. Flex.'
tl10ef 'Task Lead.'
em10ef 'Emot. Control'
ai10ef 'Active Init.'
se10ef 'Self Conf.'
to10ef 'Total LEQ'.
variable labels
tm21ef 'Time Manage.'
so21ef 'Soc. Compet.'
am21ef 'Achiev. Motiv.'
if21ef 'Intell. Flex.'
tl21ef 'Task Lead.'
em21ef 'Emot. Control'
ai21ef 'Active Init.'
se21ef 'Self Conf.'
to21ef 'Total LEQ'.
variable labels
tm32ef 'Time Manage.'
so32ef 'Soc. Compet.'
am32ef 'Achiev. Motiv.'
if32ef 'Intell. Flex.'
tl32ef 'Task Lead.'
em32ef 'Emot. Control'
ai32ef 'Active Init.'
se32ef 'Self Conf.'
to32ef 'Total LEQ'.


* -------------------------------------------------.
* (5) OUTPUT EFFECT SIZES AND CONFIDENCE INTERVALS.
* -------------------------------------------------.
EXAMINE
  VARIABLES= otm10ef so10ef am10ef if10ef tl10ef em10ef ai10ef se10ef to10ef
  /PLOT NONE
  /CINTERVAL 95
  /MISSING LISTWISE
  /NOTOTAL.
EXAMINE
  VARIABLES= tm21ef so21ef am21ef if21ef tl21ef em21ef ai21ef se21ef to21ef
  /PLOT NONE
  /CINTERVAL 95
  /MISSING LISTWISE 
  /NOTOTAL.
EXAMINE
  VARIABLES= tm32ef so32ef am32ef if32ef tl32ef em32ef ai32ef se32ef to32ef
  /PLOT NONE
  /CINTERVAL 95
  /MISSING LISTWISE
  /NOTOTAL.
EXAMINE
  VARIABLES= tm30ef so30ef am30ef if30ef tl30ef em30ef ai30ef se30ef to30ef
  /PLOT NONE
  /CINTERVAL 95
  /MISSING LISTWISE
  /NOTOTAL.

* -------------------------------------------------.
* (6) PRODUCE ERROR-BAR GRAPHS OF EFFECT SIZES BY LEQ SCALE.
* -------------------------------------------------.

GRAPH
  /ERRORBAR( CI 95 )= tm10ef so10ef am10ef if10ef tl10ef em10ef ai10ef se10ef
  /MISSING=LISTWISE .
GRAPH
  /ERRORBAR( CI 95 )= tm21ef so21ef am21ef if21ef tl21ef em21ef ai21ef se21ef
  /MISSING=LISTWISE .
GRAPH
  /ERRORBAR( CI 95 )= tm32ef so32ef am32ef if32ef tl32ef em32ef ai32ef se32ef
  /MISSING=LISTWISE .