DATA: FILE is C:\Users\donnel59\Desktop\parcelsdec.dat;
!Model 5 in Donnellan et al. JRP
VARIABLE: NAMES ARE se89a se89b se89c se90a se90b se90c se91a se91b se91c
se92a se92b se92c se94a se94b se94c
se95a se95b se95c se97a se97b se97c se99a se99b se99c
se05a se05b se05c se07a se07b se07c;
USEVAR = se89a-se07c; missing is se89a-se07c (9999);
analysis: estimator = ml;
Model = NOCOVARIANCES;
model:
!Metric Invariance for the Latent Self-Esteem Measures at Each Occassion
SE1 by se89a@1;SE1 by se89b (b); SE1 by se89c (c);
SE2 by se90a@1;SE2 by se90b (b); SE2 by se90c (c);
SE3 by se91a@1;SE3 by se91b (b); SE3 by se91c (c);
SE4 by se92a@1;SE4 by se92b (b); SE4 by se92c (c);
SE5 by se94a@1;SE5 by se94b (b); SE5 by se94c (c);
SE6 by se95a@1;SE6 by se95b (b); SE6 by se95c (c);
SE7 by se97a@1;SE7 by se97b (b); SE7 by se97c (c);
SE8 by se99a@1;SE8 by se99b (b); SE8 by se99c (c);
SE9 by se05a@1;se9 by se05b (b); se9 by se05c (c);
SE10 by se07a@1; se10 by se07b (b); se10 by se07c (c);
SE1-SE10@0;
! Impose quasi-stationarity
STrait by SE1@1; STrait by SE2*1 (aa);
STrait by SE3*1 (bb); STrait by SE4*1 (cc);
STrait by SE5*1 (dd); STrait by SE6*1 (ee);
STrait by SE7*1 (ff); STrait by SE8*1 (gg);
STRAIT by SE9*1 (hh); STRAIT by SE10*1(ii);
ART1 by SE1@1; ART2 by SE2*1 (aa);
ART3 by SE3*1 (bb); ART4 by SE4*1 (cc);
ART5 by SE5*1 (dd); ART6 by SE6*1 (ee);
ART7 by SE7*1 (ff); ART8 by SE8*1 (gg);
ART9 by SE9*1 (hh); ART10 by se10*1(ii);
State1 by SE1@1; State2 by SE2*1 (aa);
State3 by SE3*1 (bb); State4 by SE4*1 (cc);
State5 by SE5*1 (dd); State6 by SE6*1 (ee);
State7 by SE7*1 (ff); State8 by SE8*1 (gg);
State9 by se9*1 (hh); state10 by se10*1(ii);
! Variance Constraints
Strait (tv);
art1 (v);
art2 (v1);
art3 (v2);
art4 (v3);
art5 (v4);
art6 (v5);
art7 (v6);
art8 (v7);
art9 (v8);
art10 (v9);
State1-State10 (zz);
!Impose an autoregressive structure on the ARTs
ART2 on ART1*.5 (b1); ART3 on ART2 (b2); ART4 on ART3 (b3);
ART5 on ART4 (b4); ART6 on ART5 (b5); ART7 on ART6 (b6);
ART8 on ART7 (b7); ART9 on ART8 (b8); ART10 on ART9 (b9);
! Allow Parcels to Correlate With Each Other
se90a with se89a; se90b with se89b; se90c with se89c;
se91a with se89a; se91b with se89b; se91c with se89c;
se92a with se89a; se92b with se89b; se92c with se89c;
se94a with se89a; se94b with se89b; se94c with se89c;
se95a with se89a; se95b with se89b; se95c with se89c;
se97a with se89a; se97b with se89b; se97c with se89c;
se99a with se89a; se99b with se89b; se99c with se89c;
se05a with se89a; se05b with se89b; se05c with se89c;
se07a with se89a; se07b with se89b; se07c with se89c;
se91a with se90a; se91b with se90b; se91c with se90c;
se92a with se90a; se92b with se90b; se92c with se90c;
se94a with se90a; se94b with se90b; se94c with se90c;
se95a with se90a; se95b with se90b; se95c with se90c;
se97a with se90a; se97b with se90b; se97c with se90c;
se99a with se90a; se99b with se90b; se99c with se90c;
se05a with se90a; se05b with se90b; se05c with se90c;
se07a with se90a; se07b with se90b; se07c with se90c;
se92a with se91a; se92b with se91b; se92c with se91c;
se94a with se91a; se94b with se91b; se94c with se91c;
se95a with se91a; se95b with se91b; se95c with se91c;
se97a with se91a; se97b with se91b; se97c with se91c;
se99a with se91a; se99b with se91b; se99c with se91c;
se05a with se91a; se05b with se91b; se05c with se91c;
se07a with se91a; se07b with se91b; se07c with se91c;
se94a with se92a; se94b with se92b; se94c with se92c;
se95a with se92a; se95b with se92b; se95c with se92c;
se97a with se92a; se97b with se92b; se97c with se92c;
se99a with se92a; se99b with se92b; se99c with se92c;
se05a with se92a; se05b with se92b; se05c with se92c;
se07a with se92a; se07b with se92b; se07c with se92c;
se95a with se94a; se95b with se94b; se95c with se94c;
se97a with se94a; se97b with se94b; se97c with se94c;
se99a with se94a; se99b with se94b; se99c with se94c;
se05a with se94a; se05b with se94b; se05c with se94c;
se07a with se94a; se07b with se94b; se07c with se94c;
se97a with se95a; se97b with se95b; se97c with se95c;
se99a with se95a; se99b with se95b; se99c with se95c;
se05a with se95a; se05b with se95b; se05c with se95c;
se07a with se95a; se07b with se95b; se07c with se95c;
se99a with se97a; se99b with se97b; se99c with se97c;
se05a with se97a; se05b with se97b; se05c with se97c;
se07a with se97a; se07b with se97b; se07c with se97c;
se05a with se99a; se05b with se99b; se05c with se99c;
se07a with se99a; se07b with se99b; se07c with se99c;
se07a with se05a; se07b with se05b; se07c with se05c;
model constraint:
v1 = v - v*b1*b1;
v2 = v - v*b2*b2;
v3 = v - v*b3*b3;
v4 = v - v*b4*b4;
v5 = v - v*b5*b5;
v6 = v - v*b6*b6;
v7 = v - v*b7*b7;
v8 = v - v*b8*b8;
v9 = v - v*b9*b9;
new (k * 9.8 , bx * .8, b13t14,
b14t15,
b15t16,
b16t17,
b17t18,
b18t19,
b19t20,
b20t21,
b21t22,
b22t23,
b23t24,
b24t22,
b25t26,
b26t27,
b27t28,
b28t29,
b29t30,
b30t31,
b31t32,
b13t32,
b13t15,
b13t16,
b13t17,
b13t18,
b13t19,
b13t20,
b13t21,
b13t22,
b13t23,
b13t24,
b13t25,
b13t26,
b13t27,
b13t28,
b13t29,
b13t30,
b13t31
b18t20,
b18t21,
b18t22,
b18t23,
b18t24,
b18t25,
b18t26,
b18t27,
b18t28,
b18t29,
b18t30,
b18t31,
b18t32
b25t27,
b25t28,
b25t29,
b25t30,
b25t31,
b25t32);
b1=bx**(((Log(14.09-k)-log(13.18-k))/(Log(22.0-k)-log(21.0-k))));
b2=bx**(((Log(15.09-k)-log(14.09-k))/(Log(22.0-k)-log(21.0-k))));
b3=bx**(((Log(16.07-k)-log(15.09-k))/(Log(22.0-k)-log(21.0-k))));
b4=bx**(((Log(18.14-k)-log(16.07-k))/(Log(22.0-k)-log(21.0-k))));
b5=bx**(((Log(19.18-k)-log(18.14-k))/(Log(22.0-k)-log(21.0-k))));
b6=bx**(((Log(21.15-k)-log(19.18-k))/(Log(22.0-k)-log(21.0-k))));
b7=bx**(((Log(23.79-k)-log(21.15-k))/(Log(22.0-k)-log(21.0-k))));
b8=bx**(((Log(29.61-k)-log(23.79-k))/(Log(22.0-k)-log(21.0-k))));
b9=bx**(((Log(31.70-k)-log(29.61-k))/(Log(22.0-k)-log(21.0-k))));
b13t14 = bx**(((Log(14-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b14t15 = bx**(((Log(15-k)-log(14-k))/(Log(22.0-k)-log(21.0-k))));
b15t16 = bx**(((Log(16-k)-log(15-k))/(Log(22.0-k)-log(21.0-k))));
b16t17 = bx**(((Log(17-k)-log(16-k))/(Log(22.0-k)-log(21.0-k))));
b17t18 = bx**(((Log(18-k)-log(17-k))/(Log(22.0-k)-log(21.0-k))));
b18t19 = bx**(((Log(19-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b19t20 = bx**(((Log(20-k)-log(19-k))/(Log(22.0-k)-log(21.0-k))));
b20t21 = bx**(((Log(21-k)-log(20-k))/(Log(22.0-k)-log(21.0-k))));
b21t22 = bx**(((Log(22-k)-log(21-k))/(Log(22.0-k)-log(21.0-k))));
b22t23 = bx**(((Log(23-k)-log(22-k))/(Log(22.0-k)-log(21.0-k))));
b23t24 = bx**(((Log(24-k)-log(23-k))/(Log(22.0-k)-log(21.0-k))));
b24t22 = bx**(((Log(25-k)-log(24-k))/(Log(22.0-k)-log(21.0-k))));
b25t26 = bx**(((Log(26-k)-log(25-k))/(Log(22.0-k)-log(21.0-k))));
b26t27 = bx**(((Log(27-k)-log(26-k))/(Log(22.0-k)-log(21.0-k))));
b27t28 = bx**(((Log(28-k)-log(27-k))/(Log(22.0-k)-log(21.0-k))));
b28t29 = bx**(((Log(29-k)-log(28-k))/(Log(22.0-k)-log(21.0-k))));
b29t30 = bx**(((Log(30-k)-log(29-k))/(Log(22.0-k)-log(21.0-k))));
b30t31 = bx**(((Log(31-k)-log(30-k))/(Log(22.0-k)-log(21.0-k))));
b31t32 = bx**(((Log(32-k)-log(31-k))/(Log(22.0-k)-log(21.0-k))));
b13t32 = bx**(((Log(32-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t15 = bx**(((Log(15-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t16 = bx**(((Log(16-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t17 = bx**(((Log(17-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t18 = bx**(((Log(18-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t19 = bx**(((Log(19-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t20 = bx**(((Log(20-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t21 = bx**(((Log(21-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t22 = bx**(((Log(22-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t23 = bx**(((Log(23-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t24 = bx**(((Log(24-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t25 = bx**(((Log(25-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t26 = bx**(((Log(26-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t27 = bx**(((Log(27-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t28 = bx**(((Log(28-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t29 = bx**(((Log(29-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t30 = bx**(((Log(30-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b13t31 = bx**(((Log(31-k)-log(13-k))/(Log(22.0-k)-log(21.0-k))));
b18t20 = bx**(((Log(20-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t21 = bx**(((Log(21-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t22 = bx**(((Log(22-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t23 = bx**(((Log(23-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t24 = bx**(((Log(24-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t25 = bx**(((Log(25-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t26 = bx**(((Log(26-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t27 = bx**(((Log(27-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t28 = bx**(((Log(28-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t29 = bx**(((Log(29-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t30 = bx**(((Log(30-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t31 = bx**(((Log(31-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b18t32 = bx**(((Log(32-k)-log(18-k))/(Log(22.0-k)-log(21.0-k))));
b25t27 = bx**(((Log(27-k)-log(25-k))/(Log(22.0-k)-log(21.0-k))));
b25t28 = bx**(((Log(28-k)-log(25-k))/(Log(22.0-k)-log(21.0-k))));
b25t29 = bx**(((Log(29-k)-log(25-k))/(Log(22.0-k)-log(21.0-k))));
b25t30 = bx**(((Log(30-k)-log(25-k))/(Log(22.0-k)-log(21.0-k))));
b25t31 = bx**(((Log(31-k)-log(25-k))/(Log(22.0-k)-log(21.0-k))));
b25t32 = bx**(((Log(32-k)-log(25-k))/(Log(22.0-k)-log(21.0-k))));
output: stand; residual; tech4;