! genetic simplex dutch iq Data #define NVAR 4 G1: genetic structure Data Calc NGroups=8 Begin Matrices; A Diag NVAR NVAR Free ! specific genetic factors (innovations) G Lowe NVAR NVAR ! genetic transmission paths I Iden NVAR NVAR End Matrices; Compute (I-G)~ * A*A' * ((I-G)~)' / Specify G 0 7 0 0 8 0 0 0 9 0 options rs End G2: specific environmental structure Data Calc Begin Matrices; E Diag NVAR NVAR Free ! specific environmental innovations F Lowe NVAR NVAR ! specific environmental transmission paths I Iden NVAR NVAR U Diag NVAR NVAR free !all error variances same End Matrices; Compute (I-F)~ * E*E'* ((I-F)~)' + U*U'/ Compute (I-F)~ * E*E'* ((I-F)~)' / Specify F 0 18 0 0 19 0 0 0 20 0 EQ u 1 1 u 2 2 u 3 3 u 4 4 Start 4 U 2 1 1 U 2 2 2 U 2 3 3 U 2 4 4 options rs End G3: common environmental structure Data Calc Begin Matrices; C Diag NVAR NVAR Free ! specific environmental innovations S Lowe NVAR NVAR ! specific environmental transmission paths I Iden NVAR NVAR End Matrices; Compute (I-S)~ * C*C' * ((I-S)~)' / Specify S 0 28 0 0 29 0 0 0 30 0 options rs End G4: female MZ twin pairs Data NInput_vars=8 NObservations=0 Labels t1iq5 t1iq7 t1iq10 t1iq12 t2iq5 t2iq7 t2iq10 t2iq12 missing=-1 rec file=iq4mzf.rec Begin Matrices; A Symm NVAR NVAR = %E1 E Symm NVAR NVAR = %E2 C Symm NVAR NVAR = %E3 M Full NVAR 1 free !means End Matrices; Covariances A+E+C | A+C _ A+C | A+E+C / means m|m / options rs End G5: young female DZ twin pairs Data NInput_vars=8 NObservations=0 Labels t1iq5 t1iq7 t1iq10 t1iq12 t2iq5 t2iq7 t2iq10 t2iq12 missing=-1 rec file=iq4dzf.rec Begin Matrices; A Symm NVAR NVAR = %E1 E Symm NVAR NVAR = %E2 C Symm NVAR NVAR = %E3 H Full 1 1 m Full NVAR 1 = m4 End Matrices; Covariances A+E+C | H@A+C _ H@A+C | A+E+C / means m|m / Matrix H .5 options rs end G6: male MZ twin pairs Data NInput_vars=8 NObservations=0 Labels t1iq5 t1iq7 t1iq10 t1iq12 t2iq5 t2iq7 t2iq10 t2iq12 missing=-1 rec file=iq4mzm.rec Begin Matrices; A Symm NVAR NVAR = %E1 E Symm NVAR NVAR = %E2 C Symm NVAR NVAR = %E3 m Full NVAR 1 = m4 End Matrices; Covariances A+E+C | A+C _ A+C | A+E+C / means m|m / options rs End G7: young male DZ twin pairs Data NInput_vars=8 NObservations=0 Labels t1iq5 t1iq7 t1iq10 t1iq12 t2iq5 t2iq7 t2iq10 t2iq12 missing=-1 rec file=iq4dzm.rec Begin Matrices; A Symm NVAR NVAR = %E1 E Symm NVAR NVAR = %E2 C Symm NVAR NVAR = %E3 H Full 1 1 m Full NVAR 1 = m4 End Matrices; Covariances A+E+C | H@A+C _ H@A+C | A+E+C / means m|m / Matrix H .5 options rs end G8: young male-female DZ twin pairs Data NInput_vars=8 NObservations=0 Labels t1iq5 t1iq7 t1iq10 t1iq12 t2iq5 t2iq7 t2iq10 t2iq12 missing=-1 rec file=iq4dos.rec Begin Matrices; A Symm NVAR NVAR = %E1 E Symm NVAR NVAR = %E2 C Symm NVAR NVAR = %E3 H Full 1 1 m Full NVAR 1 = m4 End Matrices; Covariances A+E+C | H@A+C _ H@A+C | A+E+C / means m|m / Matrix H .5 Start 2 All Start 8 A 1 1 1 Start 6 E 2 1 1 E 2 2 2 E 2 3 3 E 2 4 4 Start 6 C 3 1 1 C 3 2 2 C 3 3 3 C 3 4 4 Start 1 G 1 1 1 - G 1 4 4 Start .3 F 2 1 1 - F 2 4 4 Start .3 S 3 1 1 - S 3 4 4 Start 100 m 4 1 1 - m 4 4 1 Options rs NDecimals=4 it=250 option sat=11078.7,1304 End