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. 2019 Dec 17;14(12):e0226223. doi: 10.1371/journal.pone.0226223

Table 2. Goodness-of-fit statistics from the confirmatory factor analytic, Exploratory Structural Equation Models (ESEM) and ESEM-Within-CFA (EWC) Models.

χ2S-B (df) CFI TLI RMSEA 90% CI SRMR Ref Δχ2S-B (df) ΔCFI ΔRMSEA
M1: ICM-CFA 16359.183*** (1165) .598 .577 .078 .077 .079 .110 - - - -
M1b: ICM-CFA with CUs 13226.266*** (1138) .680 .656 .070 .069 .071 .110 M1 2560.487*** (27) .082 -.008
M2: ESEM 7715.190*** (985) .822 .778 .056 .055 .057 .041 M1 8249.826*** (180) .224 -.022
M2b: ESEM with CUs 4562.264*** (958) .905 .878 .042 .041 .043 .034 M2 7471.147*** (27) .083 -.014
M2b: Argentina 1678.284*** (958) .887 .855 .046 .042 .050 .042 - - - -
M2b: Spain 2042.032*** (958) .914 .890 .041 .038 .043 .038 - - - -
M2b: USA / English version 3065.349*** (958) .900 .872 .044 .043 .046 .034 - - - -
Invariance among Spanish speakers (Argentina vs Spain)
MG1: Configural invariance 3730.054*** (1916) .905 .878 .043 .041 .045 .039 - - - -
MG2: λ invariant 3978.289*** (2141) .904 .890 .041 .039 .043 .047 M1 248.235 (225) -.001 -.002
MG3: λ, τ invariant 4348.732*** (2186) .887 .873 .044 .042 .045 .049 M2 370.443*** (45) -.017 .003
MG3b: λ, τ partially invariant 4194.487*** (2182) .894 .882 .042 .040 .044 .048 M2 216.198*** (41) -.010 .001
MG4: λ, τ, δ invariant 4272.918*** (2232) .893 .883 .042 .040 .044 .050 M3b 78.431** (50) -.001 .000
MG5: λ, τ, δ, CUs invariant 4297.314*** (2259) .893 .884 .042 .040 .044 .050 M4 670.357*** (27) .000 .000
MG6: λ, τ, δ, CUs, ξ/φ invariant 4318.434*** (2274) .893 .885 .042 .040 .043 .055 M5 25.959* (15) .000 .000
MG7: λ, τ, δ, CUs, ξ/φ, η invariant 4342.998*** (2279) .892 .884 .042 .040 .044 .057 M6 24.564*** (5) -.001 .000
Invariance among English vs. Spanish
MG1: Configural invariance 5676.818*** (1916) .905 .878 .043 .041 .044 .035 - - - -
MG2: λ invariant 6531.508*** (2141) .889 .873 .044 .042 .045 .048 M1 850.331*** (225) -.016 .001
MG2b: λ partially invariant 6287.323*** (2135) .895 .879 .042 .041 .044 .044 M1 611.473*** (219) -.010 -.001
MG3: λ, τ invariant 7303.637*** (2180) .870 .854 .047 .045 .048 .047 M2b 806.199*** (45) -.025 .005
MG3b: λ, τ partially invariant 6713.462*** (2172) .885 .870 .044 .043 .045 .045 M2b 457.729*** (37) -.010 .002
MG4: λ, τ, CUs invariant 6908.488*** (2199) .881 .867 .045 .043 .046 .047 M3b 180.723*** (27) -.004 .001
MG5: λ, τ, CUs, δ invariant 7308.848*** (2249) .872 .860 .046 .044 .047 .051 M4 347.485***(50) -.009 .001
MG6: λ, τ, CUs, δ, φ invariant 7377.278*** (2259) .870 .859 .046 .045 .047 .056 M5 68.430*** (10) -.002 .000
MG7: λ, τ, CUs, δ, φ, η invariant 7622.050*** (2264) .864 .853 .047 .046 .048 .058 M6 521.487*** (5) -.006 .001
Gender invariance
MG1: Configural invariance 5605.712*** (1916) .902 .875 .042 .041 .044 .036 - - - -
MG2: λ invariant 5997.169*** (2141) .898 .883 .041 .040 .042 .042 M1 395.338** (225) -.004 -.001
MG3: λ, τ invariant 6184.850*** (2186) .894 .881 .041 .040 .042 .043 M2 193.842** (45) -.004 .000
MG4: λ, τ, δ invariant 6417.212*** (2236) .889 .879 .042 .040 .043 .048 M3 222.814** (50) -.005 .001
MG5: λ, τ, δ, CUs invariant 6434.418*** (2263) .890 .880 .041 .040 .043 .048 M4 33.978 (27) .001 -.001
MG6: λ, τ, δ, CUs, ξ/φ invariant 6513.279*** (2278) .888 .879 .041 .040 .043 .056 M5 75.451** (15) -.002 .000
MG7: λ, τ, δ, CUs, ξ/φ, η invariant 6835.929*** (2283) .879 .871 .043 .042 .044 .062 M6 397.970** (5) -.009 .002

ICM-CFA = independent clusters model confirmatory factor analysis; ESEM = exploratory structural equation modeling; χ2 = chi square; df = degrees of freedom; CFI = comparative fit index; TLI = Tucker–Lewis index; RMSEA = root mean square error of approximation; 90% CI = 90% confidence interval of the RMSEA; SRMR = standardized root mean square residual; Ref = reference model; ΔSχ2 = Satorra–Bentler scaled chi-square difference test; Δdf = change in degrees of freedom; ΔCFI = change in CFI; ΔRMSEA = change in RMSEA; λ = factor loadings; τ = intercepts; CUs = correlated uniqueness; δ = uniquenesses; ξ = factor variances; φ = factor covariances; η = factor means.

*p < .05

**p < .01

***p < .001.