Does anyone have a Mplus input to test bifactor model of configural, metric, scalar invariance of DASS-21 or other scales? When I tested I reached different degrees of freedom in weak invariance model. or Anyone know where I do mistake for example

DATA:

FILE IS İNVARYANS.DAT;

VARIABLE:

NAMES ARE CIN V1 V2-V42;

USEVARIABLES ARE CIN V3 V10 V17 V26 V31 V38 V42

V2 V4 V20 V25 V28 V40 V41 V6 V8 V12 V18 V22 V35 V39;

CATEGORICAL ARE V3 V10 V17 V26 V31 V38 V42

V2 V4 V20 V25 V28 V40 V41 V6 V8 V12 V18 V22 V35 V39;

GROUPING IS CIN (1=E 2= H);

ANALYSIS:

ESTIMATOR IS WLSMV;

ITERATIONS = 1000000;

CONVERGENCE = 0.00005;

PARAMETERIZATION = THETA;

MODEL:

F1 BY V3* V10 V17 V26 V31 V38 V42 (L1-L7);

F1@1;

F2 BY V2* V4 V20 V25 V28 V40 V41(L8-L14);

F2@1;

F3 BY V6* V8 V12 V18 V22 V35 V39 (L15-L21);

F3@1;

F4 BY V3* (M1)

V10 (M2)

V17 (M3)

V26 (M4)

V31 (M5)

V38 (M6)

V42 (M7)

V2 (M8)

V4 (M9)

V20 (M10)

V25 (M11)

V28 (M12)

V40 (M13)

V41 (M14)

V6 (M15)

V8 (M16)

V12 (M17)

V18 (M18)

V22 (M19)

V35 (M20)

V39 (M21);

F4@1;

F1 WITH F2@0;

F1 WITH F3@0;

F1 WITH F4@0;

F2 WITH F3@0;

F2 WITH F4@0;

F3 WITH F4@0;

V3@1;

V10@1;

V17@1;

V26@1;

V31@1;

V38@1;

V42@1;

V2@1;

V4@1;

V20@1;

V25@1;

V28@1;

V40@1;

V41@1;

V6@1;

V8@1;

V12@1;

V18@1;

V22@1;

V35@1;

V39@1;

[F1@0];

[F2@0];

[F3@0];

[F4@0];

[V3$1*];

[V3$2*];

[V3$3*];

[V10$1*];

[V10$2*];

[V10$3*];

[V17$1*];

[V17$2*];

[V17$3*];

[V26$1*];

[V26$2*];

[V26$3*];

[V31$1*];

[V31$2*];

[V31$3*];

[V38$1*];

[V38$2*];

[V38$3*];

[V42$1*];

[V42$2*];

[V42$3*];

[V2$1*];

[V2$2*];

[V2$3*];

[V4$1*];

[V4$2*];

[V4$3*];

[V20$1*];

[V20$2*];

[V20$3*];

[V25$1*];

[V25$2*];

[V25$3*];

[V28$1*];

[V28$2*];

[V28$3*];

[V40$1*];

[V40$2*];

[V40$3*];

[V41$1*];

[V41$2*];

[V41$3*];

[V6$1*];

[V6$2*];

[V6$3*];

[V8$1*];

[V8$2*];

[V8$3*];

[V12$1*];

[V12$2*];

[V12$3*];

[V18$1*];

[V18$2*];

[V18$3*];

[V22$1*];

[V22$2*];

[V22$3*];

[V35$1*];

[V35$2*];

[V35$3*];

[V39$1*];

[V39$2*];

[V39$3*];

MODEL H:

F1 BY V3* V10 V17 V26 V31 V38 V42 (L1-L7);

F1@1;

F2 BY V2* V4 V20 V25 V28 V40 V41(L8-L14);

F2@1;

F3 BY V6* V8 V12 V18 V22 V35 V39 (L15-L21);

F3@1;

F4 BY V3* (M1)

V10 (M2)

V17 (M3)

V26 (M4)

V31 (M5)

V38 (M6)

V42 (M7)

V2 (M8)

V4 (M9)

V20 (M10)

V25 (M11)

V28 (M12)

V40 (M13)

V41 (M14)

V6 (M15)

V8 (M16)

V12 (M17)

V18 (M18)

V22 (M19)

V35 (M20)

V39 (M21);

V3@1;

V10@1;

V17@1;

V26@1;

V31@1;

V38@1;

V42@1;

V2@1;

V4@1;

V20@1;

V25@1;

V28@1;

V40@1;

V41@1;

V6@1;

V8@1;

V12@1;

V18@1;

V22@1;

V35@1;

V39@1;

F1 WITH F2@0;

F1 WITH F3@0;

F1 WITH F4@0;

F2 WITH F3@0;

F2 WITH F4@0;

F3 WITH F4@0;

[F1@0];

[F2@0];

[F3@0];

[F4@0];

[V3$1*];

[V3$2*];

[V3$3*];

[V10$1*];

[V10$2*];

[V10$3*];

[V17$1*];

[V17$2*];

[V17$3*];

[V26$1*];

[V26$2*];

[V26$3*];

[V31$1*];

[V31$2*];

[V31$3*];

[V38$1*];

[V38$2*];

[V38$3*];

[V42$1*];

[V42$2*];

[V42$3*];

[V2$1*];

[V2$2*];

[V2$3*];

[V4$1*];

[V4$2*];

[V4$3*];

[V20$1*];

[V20$2*];

[V20$3*];

[V25$1*];

[V25$2*];

[V25$3*];

[V28$1*];

[V28$2*];

[V28$3*];

[V40$1*];

[V40$2*];

[V40$3*];

[V41$1*];

[V41$2*];

[V41$3*];

[V6$1*];

[V6$2*];

[V6$3*];

[V8$1*];

[V8$2*];

[V8$3*];

[V12$1*];

[V12$2*];

[V12$3*];

[V18$1*];

[V18$2*];

[V18$3*];

[V22$1*];

[V22$2*];

[V22$3*];

[V35$1*];

[V35$2*];

[V35$3*];

[V39$1*];

[V39$2*];

[V39$3*];

OUTPUT:

SAMPSTAT STANDARDIZED RESIDUAL MODINDICES (10);