* LEQ-H BASIC.
* General Output and ESs for T1 to T2.
* James Neill, 2003.

formats
 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).

Descriptives / vars = all / statistics = mean stdev min max skewness kurtosis.

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).

VARIABLE LABEL
 timeman1 'Time Management-T1'
 timeman2 'Time Management-T2'
 soccomp1 'Social Competence-T1'
 soccomp2 'Social Competence-T2'
 achvmot1 'Achvement Motivtn-T1'
 achvmot2 'Achevment Motivtn-T2'
 intflex1 'Intelltl Flexiblty-T1'
 intflex2 'Intelltl Flexiblty-T2'
  taskled1 'Task Leadership-T1'
 taskled2 'Task Leadership-T2'
 aiiniti1 'Active Initiative-T1'
 aiiniti2 'Active Initiative-T2'
 selfcon1 'Self-Confidence-T1'
 selfcon2 'Self-Confidence-T2'
 emotcnt1 'Emotional Control-T1'
 emotcnt2 'Emotional Control-T2'
 totfact1 'OVERALL SCALES-T1'
 totfact2 'OVERALL SCALES-T2'.

formats
 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). 
 

* Analyze Change.

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.

* -------------------------------------------------.
* (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 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.

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'.

* -------------------------------------------------.
* (5) OUTPUT EFFECT SIZES AND CONFIDENCE INTERVALS.
* -------------------------------------------------.
EXAMINE
  VARIABLES= tm21ef so21ef am21ef if21ef tl21ef em21ef ai21ef se21ef to21ef
  /PLOT NONE
  /CINTERVAL 95
  /MISSING LISTWISE 
  /NOTOTAL.

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

GRAPH
  /ERRORBAR( CI 95 )= tm21ef so21ef am21ef if21ef tl21ef em21ef ai21ef se21ef
  /MISSING=LISTWISE .

*------.
* NIYELO, 2003.
*------.

SPLIT FILE
  OFF.

descriptives /vars 
 timeman1 timeman2
 soccomp1 soccomp2
 achvmot1 achvmot2
 intflex1 intflex2
 taskled1 taskled2
 emotcnt1 emotcnt2
 aiiniti1 aiiniti2
 selfcon1 selfcon2
 totfact1 totfact2
 /statistics mean stddev.

GRAPH
  /ERRORBAR( CI 95 )= tm21ef so21ef am21ef if21ef tl21ef em21ef ai21ef se21ef
  /MISSING=LISTWISE .

SORT CASES BY gpidno .
SPLIT FILE
  LAYERED BY gpidno .

descriptives /vars 
 timeman1 timeman2
 soccomp1 soccomp2
 achvmot1 achvmot2
 intflex1 intflex2
 taskled1 taskled2
 emotcnt1 emotcnt2
 aiiniti1 aiiniti2
 selfcon1 selfcon2
 totfact1 totfact2
 /statistics mean stddev.

GRAPH
  /ERRORBAR( CI 95 )= tm21ef so21ef am21ef if21ef tl21ef em21ef ai21ef se21ef
  /MISSING=LISTWISE .