* The following syntax is for the non-contingent feedback version of BeanFest. It works for the Inquisit version only.
* This syntax recodes the BeanFest data and outputs a new file "BF_Vars" that contains BeanFest variables of interest.

* Notes on final variables:
* AvgRsp_Novels: an individual's averaged response to the novel beans during the test phase
* XXXX_PropCrct: proportion of positive (negative) game beans individual got correct during the final test phase
* Weighting_Bias: individuals' weighting bias as calculated using the normative equation from Fazio, Pietri, Rocklage, & Shook (2015)
* Learning_Asymmetry: proportion of positive minus negative game beans correct

RECODE
values.currentbean
('01BY01.jpg'=1) ('01BY02.jpg'=1) ('01BY03.jpg'=1) ('01BY04.jpg'=1) ('01BY05.jpg'=1) ('01BY06.jpg'=1) ('01BY07.jpg'=1) ('01BY08.jpg'=1) ('01BY09.jpg'=1) ('01BY10.jpg'=1) INTO x.
 EXECUTE.

RECODE
values.currentbean
('02BY01.jpg'=2) ('02BY02.jpg'=2) ('02BY03.jpg'=2) ('02BY04.jpg'=2) ('02BY05.jpg'=2) ('02BY06.jpg'=2) ('02BY07.jpg'=2) ('02BY08.jpg'=2) ('02BY09.jpg'=2) ('02BY10.jpg'=2) INTO x.
 EXECUTE.

RECODE
values.currentbean
('03BY01.jpg'=3) ('03BY02.jpg'=3) ('03BY03.jpg'=3) ('03BY04.jpg'=3) ('03BY05.jpg'=3) ('03BY06.jpg'=3) ('03BY07.jpg'=3) ('03BY08.jpg'=3) ('03BY09.jpg'=3) ('03BY10.jpg'=3) INTO x.
 EXECUTE.

RECODE
values.currentbean
('04BY01.jpg'=4) ('04BY02.jpg'=4) ('04BY03.jpg'=4) ('04BY04.jpg'=4) ('04BY05.jpg'=4) ('04BY06.jpg'=4) ('04BY07.jpg'=4) ('04BY08.jpg'=4) ('04BY09.jpg'=4) ('04BY10.jpg'=4) INTO x.
 EXECUTE.

RECODE
values.currentbean
('05BY01.jpg'=5) ('05BY02.jpg'=5) ('05BY03.jpg'=5) ('05BY04.jpg'=5) ('05BY05.jpg'=5) ('05BY06.jpg'=5) ('05BY07.jpg'=5) ('05BY08.jpg'=5) ('05BY09.jpg'=5) ('05BY10.jpg'=5) INTO x.
 EXECUTE.

RECODE
values.currentbean
('06BY01.jpg'=6) ('06BY02.jpg'=6) ('06BY03.jpg'=6) ('06BY04.jpg'=6) ('06BY05.jpg'=6) ('06BY06.jpg'=6) ('06BY07.jpg'=6) ('06BY08.jpg'=6) ('06BY09.jpg'=6) ('06BY10.jpg'=6) INTO x.
 EXECUTE.

RECODE
values.currentbean
('07BY01.jpg'=7) ('07BY02.jpg'=7) ('07BY03.jpg'=7) ('07BY04.jpg'=7) ('07BY05.jpg'=7) ('07BY06.jpg'=7) ('07BY07.jpg'=7) ('07BY08.jpg'=7) ('07BY09.jpg'=7) ('07BY10.jpg'=7) INTO x.
 EXECUTE.

RECODE
values.currentbean
('08BY01.jpg'=8) ('08BY02.jpg'=8) ('08BY03.jpg'=8) ('08BY04.jpg'=8) ('08BY05.jpg'=8) ('08BY06.jpg'=8) ('08BY07.jpg'=8) ('08BY08.jpg'=8) ('08BY09.jpg'=8) ('08BY10.jpg'=8) INTO x.
 EXECUTE.

RECODE
values.currentbean
('09BY01.jpg'=9) ('09BY02.jpg'=9) ('09BY03.jpg'=9) ('09BY04.jpg'=9) ('09BY05.jpg'=9) ('09BY06.jpg'=9) ('09BY07.jpg'=9) ('09BY08.jpg'=9) ('09BY09.jpg'=9) ('09BY10.jpg'=9) INTO x.
 EXECUTE.

RECODE
values.currentbean
('10BY01.jpg'=10) ('10BY02.jpg'=10) ('10BY03.jpg'=10) ('10BY04.jpg'=10) ('10BY05.jpg'=10) ('10BY06.jpg'=10) ('10BY07.jpg'=10) ('10BY08.jpg'=10) ('10BY09.jpg'=10) ('10BY10.jpg'=10) INTO x.
 EXECUTE.

RECODE
values.currentbean
('01BY01.jpg'=1) ('02BY01.jpg'=1) ('03BY01.jpg'=1) ('04BY01.jpg'=1) ('05BY01.jpg'=1) ('06BY01.jpg'=1) ('07BY01.jpg'=1) ('08BY01.jpg'=1) ('09BY01.jpg'=1) ('10BY01.jpg'=1) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY02.jpg'=2) ('02BY02.jpg'=2) ('03BY02.jpg'=2) ('04BY02.jpg'=2) ('05BY02.jpg'=2) ('06BY02.jpg'=2) ('07BY02.jpg'=2) ('08BY02.jpg'=2) ('09BY02.jpg'=2) ('10BY02.jpg'=2) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY03.jpg'=3) ('02BY03.jpg'=3) ('03BY03.jpg'=3) ('04BY03.jpg'=3) ('05BY03.jpg'=3) ('06BY03.jpg'=3) ('07BY03.jpg'=3) ('08BY03.jpg'=3) ('09BY03.jpg'=3) ('10BY03.jpg'=3) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY04.jpg'=4) ('02BY04.jpg'=4) ('03BY04.jpg'=4) ('04BY04.jpg'=4) ('05BY04.jpg'=4) ('06BY04.jpg'=4) ('07BY04.jpg'=4) ('08BY04.jpg'=4) ('09BY04.jpg'=4) ('10BY04.jpg'=4) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY05.jpg'=5) ('02BY05.jpg'=5) ('03BY05.jpg'=5) ('04BY05.jpg'=5) ('05BY05.jpg'=5) ('06BY05.jpg'=5) ('07BY05.jpg'=5) ('08BY05.jpg'=5) ('09BY05.jpg'=5) ('10BY05.jpg'=5) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY06.jpg'=6) ('02BY06.jpg'=6) ('03BY06.jpg'=6) ('04BY06.jpg'=6) ('05BY06.jpg'=6) ('06BY06.jpg'=6) ('07BY06.jpg'=6) ('08BY06.jpg'=6) ('09BY06.jpg'=6) ('10BY06.jpg'=6) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY07.jpg'=7) ('02BY07.jpg'=7) ('03BY07.jpg'=7) ('04BY07.jpg'=7) ('05BY07.jpg'=7) ('06BY07.jpg'=7) ('07BY07.jpg'=7) ('08BY07.jpg'=7) ('09BY07.jpg'=7) ('10BY07.jpg'=7) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY08.jpg'=8) ('02BY08.jpg'=8) ('03BY08.jpg'=8) ('04BY08.jpg'=8) ('05BY08.jpg'=8) ('06BY08.jpg'=8) ('07BY08.jpg'=8) ('08BY08.jpg'=8) ('09BY08.jpg'=8) ('10BY08.jpg'=8) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY09.jpg'=9) ('02BY09.jpg'=9) ('03BY09.jpg'=9) ('04BY09.jpg'=9) ('05BY09.jpg'=9) ('06BY09.jpg'=9) ('07BY09.jpg'=9) ('08BY09.jpg'=9) ('09BY09.jpg'=9) ('10BY09.jpg'=9) INTO y.
 EXECUTE.

RECODE
values.currentbean
('01BY10.jpg'=10) ('02BY10.jpg'=10) ('03BY10.jpg'=10) ('04BY10.jpg'=10) ('05BY10.jpg'=10) ('06BY10.jpg'=10) ('07BY10.jpg'=10) ('08BY10.jpg'=10) ('09BY10.jpg'=10) ('10BY10.jpg'=10) INTO y.
 EXECUTE.


DO IF  (y = 1).
RECODE x (1=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (1=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (1=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (1=0) INTO valuerecoded.
END IF.
EXECUTE.


DO IF  (y = 5).
RECODE x (1=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (1=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (1=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (1=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (1=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (1=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (2=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (2=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (2=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (2=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (2=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (2=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (2=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (2=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (2=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (2=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (3=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (3=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (4=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (4=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (5=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (5=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (5=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (5=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (5=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (5=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (5=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (5=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (5=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (5=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (6=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (6=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (6=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (6=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (6=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (6=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (6=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (6=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (6=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (6=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (7=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (7=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (7=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (8=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (8=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (9=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (9=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (9=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (9=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (9=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (9=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (9=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (9=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (9=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (9=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (10=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 2).
RECODE x (10=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 3).
RECODE x (10=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 4).
RECODE x (10=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 5).
RECODE x (10=10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 6).
RECODE x (10=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 7).
RECODE x (10=0) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 8).
RECODE x (10=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 9).
RECODE x (10=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 10).
RECODE x (10=-10) INTO valuerecoded.
END IF.
EXECUTE.

DO IF  (y = 1).
RECODE x (1=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (1=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (1=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (1=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (1=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (1=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (1=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (1=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (1=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (1=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (2=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (2=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (2=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (2=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (2=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (2=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (2=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (2=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (2=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (2=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (3=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (3=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (4=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (4=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (5=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (5=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (5=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (5=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (5=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (5=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (5=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (5=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (5=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (5=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (6=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (6=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (6=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (6=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (6=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (6=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (6=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (6=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (6=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (6=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (7=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (7=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (7=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (8=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (8=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (9=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (9=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (9=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (9=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (9=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (9=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (9=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (9=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (9=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (9=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1).
RECODE x (10=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 2).
RECODE x (10=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 3).
RECODE x (10=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 4).
RECODE x (10=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 5).
RECODE x (10=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 6).
RECODE x (10=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 7).
RECODE x (10=0) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 8).
RECODE x (10=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 9).
RECODE x (10=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 10).
RECODE x (10=1) INTO presented.
END IF.
VARIABLE LABELS  presented '1=yes 0=no'.
EXECUTE.

DO IF  (y = 1 & values.currentbeanvalue =  10 & blocknum = 2).
RECODE x (1=1) INTO Cond.
END IF.
EXECUTE.

DO IF  (y = 1 & values.currentbeanvalue =  -  10 & blocknum = 2).
RECODE x (1=2) INTO Cond.
END IF.
EXECUTE.
AGGREGATE
  /OUTFILE=* MODE=ADDVARIABLES
  /BREAK=subject
  /Condition=MEAN(Cond).

IF  (Condition = 2) BeanValue=valuerecoded *  - 1.
VARIABLE LABELS  BeanValue 'use this bean value'.
EXECUTE.

IF  (Condition = 1) BeanValue=valuerecoded *  1.
VARIABLE LABELS  BeanValue 'use this bean value'.
EXECUTE.

RECODE response (37=1) (32=-1) INTO Response_recode.
EXECUTE.

DO IF  (BeanValue=10).
RECODE Response_recode (1=1) (-1=0) INTO Correct_Rsp.
END IF.
VARIABLE LABELS  Correct_Rsp '1=Correct 0=Incorrect'.
EXECUTE.


DO IF  (BeanValue=-10).
RECODE Response_recode (1=0) (-1=1) INTO Correct_Rsp.
END IF.
VARIABLE LABELS  Correct_Rsp '1=Correct 0=Incorrect'.
EXECUTE.



USE ALL.
COMPUTE filter_$=(blocknum = 5 & presented = 0).
VARIABLE LABELS filter_$ 'blocknum = 5 & presented = 0 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMATS filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.


AGGREGATE
  /OUTFILE=* MODE=ADDVARIABLES
  /BREAK=subject
  /Response_recode_mean=MEAN(Response_recode).

USE ALL.
COMPUTE filter_$=(blocknum = 5 & presented = 1).
VARIABLE LABEL filter_$ 'blocknum = 5 & presented = 1 (FILTER)'.
VALUE LABELS filter_$ 0 'Not Selected' 1 'Selected'.
FORMAT filter_$ (f1.0).
FILTER BY filter_$.
EXECUTE.


AGGREGATE
  /OUTFILE=* MODE=ADDVARIABLES
  /BREAK=subject BeanValue
  /Correct_Rsp_mean=MEAN(Correct_Rsp).


FILTER OFF.
USE ALL.
EXECUTE.



DATASET DECLARE BF_Vars.
AGGREGATE
  /OUTFILE='BF_Vars'
  /BREAK=subject BeanValue
  /AvgRsp_Novels=MEAN(Response_recode_mean) 
  /PropCrct_Test=MEAN(Correct_Rsp_mean).


DATASET ACTIVATE BF_Vars.
RECODE AvgRsp_Novels PropCrct_Test (SYSMIS=99).
EXECUTE.

RECODE BeanValue (-10=1) (10=10) (0=0).
EXECUTE.


SORT CASES BY subject BeanValue.
CASESTOVARS
  /ID=subject
  /INDEX=BeanValue
  /GROUPBY=VARIABLE.

DATASET ACTIVATE BF_Vars.
DELETE VARIABLES AvgRsp_Novels.1.00 AvgRsp_Novels.10.00 PropCrct_Test..00.
RENAME VARIABLES (AvgRsp_Novels..00 PropCrct_test.1.00 PropCrct_test.10.00 = AvgRsp_Novels Neg_PropCrct Pos_PropCrct).


COMPUTE Weighting_Bias=AvgRsp_Novels-(.59 * Pos_PropCrct - .83 * Neg_PropCrct + .08).
EXECUTE.

COMPUTE Learning_Asymmetry=Pos_PropCrct-Neg_PropCrct.
EXECUTE.

DATASET ACTIVATE BF_Vars.