* Encoding: UTF-8.

*this document contains all syntax for reproducing analyses in Study 3 from Gainsburg & Earl, 2018*

*Statistics about our sample*

*seeing how many said English was not first language and who did not consent

Frequencies Include_english include_consent.

USE ALL.
FILTER BY filter_PreRead.
EXECUTE.

*Demographics:

*White Ps: 582.

if (race_3=1) White=1.
if (race_1=1) White=0.
if (race_2=1) White=0.
if (race_4=1) White=0.
if (race_5=1) White=0.
if (race_6=1) White=0.
if (race_7=1) White=0.
if (race_8=1) White=0.
if (race_9=1) White=0.
variable labels white 'Are they white or nonwhite'.
execute.
Frequencies White.

*Black Ps:54*

if (race_1=1) black=1.
if (race_3=1) Black =0.
if (race_2=1) black=0.
if (race_4=1) black=0.
if (race_5=1) black=0.
if (race_6=1) black=0.
if (race_7=1) black=0.
if (race_8=1) black=0.
if (race_9=1) black=0..
variable labels black 'Are they black or nonblack'.
execute.
Frequencies Black.

*Hispanic/Latino Ps: 41*

if (race_5=1) latino =1.
if (race_2=1) latino=0.
if (race_4=1 )latino=0.
if (race_3=1 )latino=0.
if (race_6=1) latino=0.
if (race_7=1) latino=0.
if (race_8=1) latino=0.
if (race_9=1) latino=0.
if (race_1=1) latino=0..
variable labels latino 'Are they latino'.
execute.
frequencies latino.

*Asian-american Ps: 33,*

if (race_4=1) asian=1.
if (race_7=1) asian=0.
if (race_6=1) asian=0.
if (race_8=1) asian=0.
if (race_3=1) asian =0.
if (race_1=1) asian=0.
if (race_2=1) asian=0.
if (race_5=1) asian=0.
if (race_9=1) asian=0.
variable labels asian 'Are they asian or nonasian'.
execute.
Frequencies Asian.

*multi-racial or other: 35*
*missing: 234 here and in all others* *one of the people who say "other" wrote in human, they are shifted to
prefer not to respond, which leads to 34 multi/other and 235 missing*

compute coded_race = sum(white,asian,latino,black).
variable labels coded_race 'People who are 1 are one of the races we coded; 0 are mixed or other'.
execute.
Frequencies coded_race.

*Gender
Male: 269
Female 470
Other: 9
Missing/Prefer not to answer: 231*

frequencies gend.

*Education. All matches original paper*.

frequencies ed.

*9.2.1. Anticipated negative affect*
*One-way anova that filters out those who didn't consent or have english as 1st language*
*Cohen's D calculated between conditions using thie wesbite: 
https://memory.psych.mun.ca/models/stats/effect_size.shtml*
*Ncontrol = 320, Mcontrol = 1.75, SD control = 6.95
*Ntw = 312, Mtw=4.79, SDtw=9.41
*Ntw+content = 314, Mtw+content = 9.00, SD tw+content = 11.36
*Cohen's D for difference between control and TW is d = .37

ONEWAY AntComp BY CondTW
  /CONTRAST=-1 1 0 
  /CONTRAST=0 -1 1 
  /STATISTICS DESCRIPTIVES 
  /MISSING ANALYSIS.

UNIANOVA AntComp BY CondTW WITH CodPro
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CodPro CondTW*CodPro.

*9.2.2. Attention-regulation

*looking at exclusions by not reading for enough time*

FREQUENCIES Include_ReadTime Include_read.

LOGISTIC REGRESSION VARIABLES Include_Read
  /METHOD=ENTER CondTW 
  /CONTRAST (CondTW)=Indicator
  /CRITERIA=PIN(.05) POUT(.10) ITERATE(20) CUT(.5).


LOGISTIC REGRESSION VARIABLES Include_ReadTime
  /METHOD=ENTER CondTW CondEssay CondTW*CondEssay
  /CONTRAST (CondTW)=Indicator
    /CONTRAST (CondEssay)=Indicator
  /CRITERIA=PIN(.05) POUT(.10) ITERATE(20) CUT(.5).

*9.2.2.1. Avoidant attention*

*Cohen's D calculated between conditions using thie wesbite: 
https://memory.psych.mun.ca/models/stats/effect_size.shtml*
*Ncontrol = 227, Mcontrol = 1.612, SD control = 1.026
*Ntw = 225, Mtw=1.667, SDtw=1.146
*Ntw+content = 256, Mtw+content = 1.941, SD tw+content = 1.567

USE ALL.
FILTER BY filter_Include.
EXECUTE.

UNIANOVA Att_Avoid BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condtw)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondTW*CondEssay.

*9.2.2.2. Monitoring attention*

*Cohen's D calculated between conditions using thie wesbite: 
https://memory.psych.mun.ca/models/stats/effect_size.shtml*
*Ncontrol = 227, Mcontrol = 5.084, SD control = 2.471
*Ntw = 225, Mtw=5.967, SDtw=2.504
*Ntw+content = 256, Mtw+content = 6.293 SD tw+content = 2.242


UNIANOVA Att_Monitor BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condtw)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondTW*CondEssay.

*9.2.3 Experienced affect
*Cohen's D calculated between conditions using thie wesbite: 
https://memory.psych.mun.ca/models/stats/effect_size.shtml*
*Ncontrol = 259, Mcontrol = 10.71, SD control = 13.12
*Ntw = 262, Mtw=8.72, SDtw=10.18
*Ntw+content = 278, Mtw+content = 8.78 SD tw+content = 10.84

UNIANOVA Comp BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condtw)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondTW*CondEssay.

*9.2.3 Experienced affect moderated by beliefs

*Cohen's D calculated between conditions using thie wesbite:
 *http://www.campbellcollaboration.org/escalc/html/EffectSizeCalculator-SMD8.php
 *which allowed Ds to be estimate using SE.
*Ns in formula were derived from TW conditions (*Ncontrol = 223, 
*Ntw = 223) and Means and SEs were derived from estimated marginal means and standard errors in output at 
a given level of ZCodPro

UNIANOVA Comp BY  CondTW CondEssay WITH ZCodPro
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=-1) COMPARE (CondTW) ADJ(LSD)
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=0) COMPARE  (CondTW) ADJ(LSD)
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=1) COMPARE  (CondTW) ADJ(LSD)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondEssay CondTW ZCodPro CondEssay*CondTW CondEssay*ZCodPro CondTW*ZCodPro 
    CondEssay*CondTW*ZCodPro.

UNIANOVA Comp BY CondTW WITH ZCodPro
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=-1) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=1) COMPARE ADJ(LSD)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW ZCodPro CondTW*ZCodPro.

UNIANOVA Comp BY CondEssay CondTW WITH ZCodPro
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(CondEssay*CondTW) WITH(ZCodPro=-1) compare (condtw)
/EMMEANS=TABLES(CondEssay*CondTW) WITH(ZCodPro=0) compare (condtw)
  /EMMEANS=TABLES(CondEssay*CondTW) WITH(ZCodPro=1) compare (condtw)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondEssay CondTW ZCodPro CondEssay*CondTW CondEssay*ZCodPro CondTW*ZCodPro 
    CondEssay*CondTW*ZCodPro.


UNIANOVA Comp BY CondEssay CondTW WITH ZTriggered_exp
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(CondEssay) WITH(ZTriggered_exp=-1) compare (CondEssay)
/EMMEANS=TABLES(CondEssay) WITH(ZTriggered_exp=0) compare (CondEssay)
  /EMMEANS=TABLES(CondEssay) WITH(ZTriggered_exp=1) compare (CondEssay)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondEssay CondTW ZTriggered_exp CondEssay*CondTW CondEssay*ZTriggered_exp CondTW*ZTriggered_exp 
    CondEssay*CondTW*ZTriggered_exp.


UNIANOVA ZCodPro BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condtw)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondTW*CondEssay.


UNIANOVA Comp BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condtw)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondTW*CondEssay.


UNIANOVA ZAtt_Avoid BY CondTW CondEssay WITH ZCodPro ZAntComp
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) WITH(ZCodPro=MEAN ZAntComp=MEAN) 
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=MEAN ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) WITH(ZCodPro=MEAN ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) WITH(ZCodPro=MEAN ZAntComp=MEAN) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay ZCodPro ZAntComp CondEssay*CondTW CondEssay*ZCodPro CondTW*ZCodPro 
    CondEssay*CondTW*ZCodPro.


UNIANOVA ZAtt_Avoid BY CondTW CondEssay WITH ZCodPro
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) WITH(ZCodPro=MEAN) 
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) WITH(ZCodPro=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) WITH(ZCodPro=MEAN) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay ZCodPro CondEssay*CondTW CondEssay*ZCodPro CondTW*ZCodPro 
    CondEssay*CondTW*ZCodPro.

UNIANOVA ZAtt_Avoid BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /POSTHOC=CondTW(LSD) 
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondEssay*CondTW.

UNIANOVA ZAtt_Avoid BY CondTW CondEssay WITH ZAntComp
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) WITH(ZAntComp=MEAN) 
  /EMMEANS=TABLES(CondTW) WITH(ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) WITH(ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) WITH(ZAntComp=MEAN) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondEssay*CondTW ZAntComp.

UNIANOVA ZAtt_Monitor BY CondTW CondEssay WITH ZCodPro ZAntComp
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) WITH(ZCodPro=MEAN ZAntComp=MEAN) 
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=MEAN ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) WITH(ZCodPro=MEAN ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) WITH(ZCodPro=MEAN ZAntComp=MEAN) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay ZCodPro ZAntComp CondEssay*CondTW CondEssay*ZCodPro CondTW*ZCodPro 
    CondEssay*CondTW*ZCodPro.

UNIANOVA ZAtt_Monitor BY CondTW CondEssay WITH ZCodPro
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) WITH(ZCodPro=MEAN) 
  /EMMEANS=TABLES(CondTW) WITH(ZCodPro=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) WITH(ZCodPro=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) WITH(ZCodPro=MEAN) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay ZCodPro CondEssay*CondTW CondEssay*ZCodPro CondTW*ZCodPro 
    CondEssay*CondTW*ZCodPro.


UNIANOVA ZAtt_Monitor BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /POSTHOC=CondTW(LSD) 
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondEssay*CondTW.

UNIANOVA ZAtt_MOnitor BY CondTW CondEssay WITH ZAntComp
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /EMMEANS=TABLES(OVERALL) WITH(ZAntComp=MEAN) 
  /EMMEANS=TABLES(CondTW) WITH(ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) WITH(ZAntComp=MEAN) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) WITH(ZAntComp=MEAN) 
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondEssay*CondTW ZAntComp.


UNIANOVA CodPro BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /POSTHOC=CondTW(LSD) 
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condTW)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condessay)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondEssay*CondTW.

UNIANOVA Attitude BY CondTW CondEssay
  /METHOD=SSTYPE(3)
  /INTERCEPT=INCLUDE
  /POSTHOC=CondTW(LSD) 
  /EMMEANS=TABLES(OVERALL) 
  /EMMEANS=TABLES(CondTW) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondEssay) COMPARE ADJ(LSD)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condTW)
  /EMMEANS=TABLES(CondTW*CondEssay) compare (condessay)
  /PRINT=ETASQ DESCRIPTIVE
  /CRITERIA=ALPHA(.05)
  /DESIGN=CondTW CondEssay CondEssay*CondTW.