******************************************************* A s s o c (PC) - Version 1.10b - 10 December 1988 Based on ANOASC by Clifford Clogg and James Shockey. Several enhancements added by Ruud Luijkx ******************************************************* Run: Replicating Clogg (1980), Abortion Data from Table 5, p.125. A s s o c (PC) analyzes the Conditional Association in 1 Groups with 5 Rows and 4 Columns Tolerance to end Iteration=.0100000 Maximum Iterations= 100 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! Diagnosis: - Data were read from file Abortion.DAT - Table is not square - equal row and column models will not be calculated !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! *********************************************** Null Conditional Association (Conditional Independence) *********************************************** Iteration = 4 Deviation = .0000305 Pearson Chi-Square = 222.6175 Likelihood-Ratio Chi-Square= 236.3380 Degrees of Freedom = 12 BIC = 149.6060 Index of Dissimilarity = .1700 Chi/Df = 18.5515 L/Df = 19.6948 Sample Size = 1377.0000 Effect Size (Chi) = .1617 Effect Size (L) = .1716 Expected Sample Size = 1377.0000 Observed, Expected, and Stdized Residuals ----------------------------------------- -----Group # 1 44.00 11.00 38.00 62.00 46.26 14.41 35.91 58.42 -.33 -.90 .35 .47 59.00 41.00 147.00 293.00 161.18 50.20 125.10 203.53 -8.05 -1.30 1.96 6.27 23.00 11.00 13.00 27.00 22.09 6.88 17.14 27.89 .19 1.57 -1.00 -.17 27.00 8.00 16.00 27.00 23.28 7.25 18.07 29.40 .77 .28 -.49 -.44 258.00 57.00 105.00 110.00 158.19 49.27 122.78 199.76 7.94 1.10 -1.60 -6.35 Observed Cross-Ratios --------------------- -----Group # 1 2.77966 1.03787 1.22164 .68823 .32962 1.04201 .61953 1.69231 .81250 .74564 .92105 .62081 Expected Cross-Ratios --------------------- -----Group # 1 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 1.00000 Model Parameters ---------------- *** Rows -------- Group # ------- 1 34.387 119.802 16.417 17.305 117.583 *** Columns ----------- Group # ------- 1 1.345 .419 1.044 1.699 *********************************************** Heterogeneous Row and Column Effects Log-Multiplicative Model (II) *********************************************** Iteration = 28 Deviation = .0086441 Pearson Chi-Square = 5.4455 Likelihood-Ratio Chi-Square= 5.5543 Degrees of Freedom = 6 BIC = -37.8117 Index of Dissimilarity = .0165 Chi/Df = .9076 L/Df = .9257 Sample Size = 1377.0000 Effect Size (Chi) = .0040 Effect Size (L) = .0040 Expected Sample Size = 1377.0020 Observed, Expected, and Stdized Residuals ----------------------------------------- -----Group # 1 44.00 11.00 38.00 62.00 41.34 15.53 38.94 59.19 .41 -1.15 -.15 .37 59.00 41.00 147.00 293.00 60.29 39.91 144.11 295.70 -.17 .17 .24 -.16 23.00 11.00 13.00 27.00 23.63 7.72 17.69 24.96 -.13 1.18 -1.11 .41 27.00 8.00 16.00 27.00 26.33 8.22 18.28 25.18 .13 -.08 -.53 .36 258.00 57.00 105.00 110.00 259.42 56.62 99.99 113.96 -.09 .05 .50 -.37 Observed Cross-Ratios --------------------- -----Group # 1 2.77966 1.03787 1.22164 .68823 .32962 1.04201 .61953 1.69231 .81250 .74564 .92105 .62081 Expected Cross-Ratios --------------------- -----Group # 1 1.76147 1.44061 1.34991 .49360 .63428 .68786 .95535 .97097 .97608 .69929 .79402 .82732 Model Parameters ---------------- *** Rows -------- Group # ------- 1 34.880 100.626 16.847 17.763 113.744 *** Columns ----------- Group # ------- 1 1.275 .451 1.087 1.600 *** Phi-s --------- Group # ------- 1: 1 1.308 *** Rho-s --------- Group # ------- 1 .075 .776 -.098 -.155 -.598 *** Mu-s -------- Group # ------- 1 3.144 5.824 2.482 2.266 .572 *** Mu Differences ------------------ Group # ------- 1 2.680 -3.342 -.216 -1.693 *** Sigma-s ----------- Group # ------- 1 -.743 -.126 .271 .598 *** Nu-s -------- Group # ------- 1 -.103 1.629 2.745 3.663 *** Nu Differences ------------------ Group # ------- 1 1.732 1.117 .918 ******************************************************** No More Model Information Requested--- Job Completed ********************************************************