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R 为什么我的修改索引输出错误?_R_Indices_R Lavaan_Cfadmin - Fatal编程技术网

R 为什么我的修改索引输出错误?

R 为什么我的修改索引输出错误?,r,indices,r-lavaan,cfadmin,R,Indices,R Lavaan,Cfadmin,我是R的新手。我在拉万运行过以下模型: model.e <-' + PT =~ V1 + V2 + V3 + V4 + V5 + V6 + V7 + EC =~ V8 + V9 + V10 + V11 + V12 + V13 + V14 + PD =~ V15 + V16 + V17 + V18 + V19 + V20 + V21 + PT ~~ 1*PT + EC ~~ 1*EC + PD ~~ 1*PD' > fit.e <- cfa(model.e, data = emp

我是R的新手。我在拉万运行过以下模型:

model.e <-'
+ PT =~ V1 + V2 + V3 + V4 + V5 + V6 + V7
+ EC =~ V8 + V9 + V10 + V11 + V12 + V13 + V14
+ PD =~ V15 + V16 + V17 + V18 + V19 + V20 + V21
+ PT ~~ 1*PT
+ EC ~~ 1*EC
+ PD ~~ 1*PD'
> fit.e <- cfa(model.e, data = empathy, std.lv = TRUE)
> summary(fit.e)
> mi <- modindices(fit.e)

我找到了我问题的答案!如果我是正确的,Lavan的早期版本打印了所有可能的模型路径的修改索引,但是指定的路径有0.000个索引值。较新版本的LaVan只是省略了模型已经指定的所有路径,并从索引值不同于0.000的行(在本例中,是第49行)打印输出


我希望这是正确的,但如果不是,请随时纠正我

不确定,但文档中的所有示例都是类似的。当我运行修改索引时,我没有看到任何差异(我试图找到错误的部分不变性variances@BenjaminTelkamp不确定您是否仍遇到此问题,但您是否介意共享您的代码和/或示例?您好,我已修复了我的问题:ModificationDices(model,free.remove=FALSE)。或者您需要其他东西?
lhs op rhs     mi    epc sepc.lv sepc.all sepc.nox
49   PT =~  V8  7.826  0.245   0.245    0.259    0.259
50   PT =~  V9  3.296  0.213   0.213    0.169    0.169
51   PT =~ V10  0.117 -0.034  -0.034   -0.028   -0.028
52   PT =~ V11  0.014 -0.012  -0.012   -0.010   -0.010
53   PT =~ V12  1.809 -0.176  -0.176   -0.117   -0.117
54   PT =~ V13  0.474 -0.070  -0.070   -0.056   -0.056
55   PT =~ V14  0.265 -0.050  -0.050   -0.044   -0.044
56   PT =~ V15  8.738  0.376   0.376    0.236    0.236
57   PT =~ V16  1.586  0.156   0.156    0.094    0.094
58   PT =~ V17  8.805  0.296   0.296    0.206    0.206
59   PT =~ V18  4.554 -0.192  -0.192   -0.145   -0.145
60   PT =~ V19  0.287 -0.059  -0.059   -0.039   -0.039
61   PT =~ V20  3.436 -0.203  -0.203   -0.141   -0.141
62   PT =~ V21  1.930 -0.119  -0.119   -0.088   -0.088
63   EC =~  V1  2.273 -0.190  -0.190   -0.126   -0.126
64   EC =~  V2  0.134 -0.051  -0.051   -0.035   -0.035
65   EC =~  V3  2.081  0.162   0.162    0.125    0.125
66   EC =~  V4  0.362  0.063   0.063    0.055    0.055
67   EC =~  V5  1.260 -0.176  -0.176   -0.110   -0.110
68   EC =~  V6  2.027 -0.135  -0.135   -0.125   -0.125
69   EC =~  V7  2.052  0.163   0.163    0.120    0.120
70   EC =~ V15 11.744  0.431   0.431    0.270    0.270
71   EC =~ V16  8.363  0.353   0.353    0.214    0.214
72   EC =~ V17  1.819  0.133   0.133    0.093    0.093
73   EC =~ V18  3.119 -0.157  -0.157   -0.119   -0.119
74   EC =~ V19  0.114  0.037   0.037    0.024    0.024
75   EC =~ V20  0.003  0.006   0.006    0.004    0.004
76   EC =~ V21 12.528 -0.299  -0.299   -0.222   -0.222
77   PD =~  V1  0.036  0.021   0.021    0.014    0.014
78   PD =~  V2  0.597 -0.094  -0.094   -0.065   -0.065
79   PD =~  V3  1.654  0.125   0.125    0.097    0.097
80   PD =~  V4  0.940 -0.088  -0.088   -0.077   -0.077
81   PD =~  V5  0.210 -0.063  -0.063   -0.040   -0.040
82   PD =~  V6  1.660 -0.107  -0.107   -0.099   -0.099
83   PD =~  V7  0.559  0.073   0.073    0.054    0.054
84   PD =~  V8  4.612 -0.162  -0.162   -0.172   -0.172
85   PD =~  V9  2.497 -0.160  -0.160   -0.127   -0.127
86   PD =~ V10  0.663 -0.069  -0.069   -0.058   -0.058
87   PD =~ V11  7.314  0.243   0.243    0.196    0.196
88   PD =~ V12  0.016 -0.014  -0.014   -0.010   -0.010
89   PD =~ V13  0.247 -0.043  -0.043   -0.034   -0.034
90   PD =~ V14  1.768  0.110   0.110    0.098    0.098
91   V1 ~~  V2  1.334  0.165   0.165    0.075    0.075
92   V1 ~~  V3  0.626 -0.102  -0.102   -0.052   -0.052
93   V1 ~~  V4  2.388 -0.172  -0.172   -0.100   -0.100
94   V1 ~~  V5  0.006  0.013   0.013    0.005    0.005
95   V1 ~~  V6  1.367  0.124   0.124    0.076    0.076
96   V1 ~~  V7  1.190  0.158   0.158    0.077    0.077
97   V1 ~~  V8  0.472 -0.057  -0.057   -0.040   -0.040
98   V1 ~~  V9  0.155  0.044   0.044    0.023    0.023
99   V1 ~~ V10  3.159 -0.161  -0.161   -0.090   -0.090
100  V1 ~~ V11  0.995 -0.097  -0.097   -0.052   -0.052
101  V1 ~~ V12  0.042  0.025   0.025    0.011    0.011
102  V1 ~~ V13  0.443  0.062   0.062    0.033    0.033
103  V1 ~~ V14  0.196  0.040   0.040    0.023    0.023
104  V1 ~~ V15  0.753  0.116   0.116    0.048    0.048
105  V1 ~~ V16  0.977  0.128   0.128    0.052    0.052
106  V1 ~~ V17  1.960  0.146   0.146    0.067    0.067
107  V1 ~~ V18  4.543 -0.200  -0.200   -0.100   -0.100
108  V1 ~~ V19  0.337 -0.067  -0.067   -0.029   -0.029
109  V1 ~~ V20  0.279  0.061   0.061    0.028    0.028
110  V1 ~~ V21  0.001 -0.002  -0.002   -0.001   -0.001
111  V2 ~~  V3  0.687 -0.105  -0.105   -0.056   -0.056
112  V2 ~~  V4  0.024 -0.018  -0.018   -0.011   -0.011
113  V2 ~~  V5  0.270  0.092   0.092    0.040    0.040
114  V2 ~~  V6  2.780  0.179   0.179    0.115    0.115
115  V2 ~~  V7  2.893 -0.219  -0.219   -0.111   -0.111
116  V2 ~~  V8  2.139 -0.141  -0.141   -0.103   -0.103
117  V2 ~~  V9  0.015 -0.016  -0.016   -0.009   -0.009
118  V2 ~~ V10  0.394 -0.066  -0.066   -0.038   -0.038
119  V2 ~~ V11  0.000  0.000   0.000    0.000    0.000
120  V2 ~~ V12  1.149  0.152   0.152    0.070    0.070
121  V2 ~~ V13  0.014  0.013   0.013    0.007    0.007
122  V2 ~~ V14  0.104  0.034   0.034    0.021    0.021
123  V2 ~~ V15  0.502 -0.111  -0.111   -0.048   -0.048
124  V2 ~~ V16  0.308  0.084   0.084    0.035    0.035
125  V2 ~~ V17  5.378 -0.281  -0.281   -0.136   -0.136
126  V2 ~~ V18  0.407 -0.070  -0.070   -0.036   -0.036
127  V2 ~~ V19  2.946  0.232   0.232    0.105    0.105
128  V2 ~~ V20  0.880  0.126   0.126    0.060    0.060
129  V2 ~~ V21  0.000  0.001   0.001    0.001    0.001
130  V3 ~~  V4  0.125  0.034   0.034    0.023    0.023
131  V3 ~~  V5  0.313  0.080   0.080    0.039    0.039
132  V3 ~~  V6  2.096 -0.131  -0.131   -0.093   -0.093
133  V3 ~~  V7  2.094  0.168   0.168    0.095    0.095
134  V3 ~~  V8  0.148  0.029   0.029    0.024    0.024
135  V3 ~~  V9  7.041  0.270   0.270    0.165    0.165
136  V3 ~~ V10  4.964  0.185   0.185    0.120    0.120
137  V3 ~~ V11  0.572 -0.067  -0.067   -0.042   -0.042
138  V3 ~~ V12  5.103 -0.253  -0.253   -0.130   -0.130
139  V3 ~~ V13  0.034 -0.016  -0.016   -0.010   -0.010
140  V3 ~~ V14  0.011  0.009   0.009    0.006    0.006
141  V3 ~~ V15  0.151 -0.048  -0.048   -0.023   -0.023
142  V3 ~~ V16  0.722  0.101   0.101    0.047    0.047
143  V3 ~~ V17  0.003  0.005   0.005    0.003    0.003
144  V3 ~~ V18  0.026  0.014   0.014    0.008    0.008
145  V3 ~~ V19  0.213  0.049   0.049    0.025    0.025
146  V3 ~~ V20  0.203 -0.048  -0.048   -0.025   -0.025
147  V3 ~~ V21  0.078  0.023   0.023    0.013    0.013
148  V4 ~~  V5  0.227 -0.063  -0.063   -0.035   -0.035
149  V4 ~~  V6  4.605  0.176   0.176    0.142    0.142
150  V4 ~~  V7  0.416 -0.065  -0.065   -0.042   -0.042
151  V4 ~~  V8  8.460  0.208   0.208    0.193    0.193
152  V4 ~~  V9  1.849  0.130   0.130    0.091    0.091
153  V4 ~~ V10  0.353  0.047   0.047    0.034    0.034
154  V4 ~~ V11  0.031 -0.015  -0.015   -0.010   -0.010
155  V4 ~~ V12  5.761 -0.254  -0.254   -0.148   -0.148
156  V4 ~~ V13  2.375 -0.123  -0.123   -0.086   -0.086
157  V4 ~~ V14  2.936  0.133   0.133    0.103    0.103
158  V4 ~~ V15  0.001 -0.004  -0.004   -0.002   -0.002
159  V4 ~~ V16  0.081  0.032   0.032    0.017    0.017
160  V4 ~~ V17  0.819  0.082   0.082    0.050    0.050
161  V4 ~~ V18  2.196  0.121   0.121    0.080    0.080
162  V4 ~~ V19  8.141 -0.287  -0.287   -0.164   -0.164
163  V4 ~~ V20  2.814 -0.168  -0.168   -0.101   -0.101
164  V4 ~~ V21  0.013  0.009   0.009    0.006    0.006
165  V5 ~~  V6  0.521  0.087   0.087    0.051    0.051
166  V5 ~~  V7  0.333 -0.082  -0.082   -0.038   -0.038
167  V5 ~~  V8  0.489 -0.076  -0.076   -0.051   -0.051
168  V5 ~~  V9  0.784 -0.130  -0.130   -0.065   -0.065
169  V5 ~~ V10  1.440 -0.143  -0.143   -0.076   -0.076
170  V5 ~~ V11  0.545  0.094   0.094    0.048    0.048
171  V5 ~~ V12  2.527  0.256   0.256    0.107    0.107
172  V5 ~~ V13  0.190  0.053   0.053    0.027    0.027
173  V5 ~~ V14  2.859 -0.200  -0.200   -0.111   -0.111
174  V5 ~~ V15  0.898 -0.168  -0.168   -0.066   -0.066
175  V5 ~~ V16  5.360 -0.397  -0.397   -0.151   -0.151
176  V5 ~~ V17  1.636  0.176   0.176    0.077    0.077
177  V5 ~~ V18  0.480  0.086   0.086    0.041    0.041
178  V5 ~~ V19  0.399 -0.097  -0.097   -0.040   -0.040
179  V5 ~~ V20  1.411  0.181   0.181    0.079    0.079
180  V5 ~~ V21  0.026 -0.019  -0.019   -0.009   -0.009
181  V6 ~~  V7  3.178 -0.170  -0.170   -0.116   -0.116
182  V6 ~~  V8  5.423  0.150   0.150    0.148    0.148
183  V6 ~~  V9  0.050  0.019   0.019    0.014    0.014
184  V6 ~~ V10  0.083 -0.020  -0.020   -0.016   -0.016
185  V6 ~~ V11  0.214 -0.035  -0.035   -0.026   -0.026
186  V6 ~~ V12  0.122 -0.033  -0.033   -0.021   -0.021
187  V6 ~~ V13  0.000 -0.001  -0.001   -0.001   -0.001
188  V6 ~~ V14  4.327 -0.146  -0.146   -0.120   -0.120
189  V6 ~~ V15  0.818 -0.095  -0.095   -0.055   -0.055
190  V6 ~~ V16  0.625 -0.080  -0.080   -0.045   -0.045
191  V6 ~~ V17  0.109 -0.027  -0.027   -0.017   -0.017
192  V6 ~~ V18  0.432 -0.048  -0.048   -0.034   -0.034
193  V6 ~~ V19  4.112  0.184   0.184    0.112    0.112
194  V6 ~~ V20  0.572 -0.068  -0.068   -0.044   -0.044
195  V6 ~~ V21  0.003 -0.004  -0.004   -0.003   -0.003
196  V7 ~~  V8  0.055  0.018   0.018    0.014    0.014
197  V7 ~~  V9  2.505 -0.158  -0.158   -0.092   -0.092
198  V7 ~~ V10  0.007 -0.007  -0.007   -0.004   -0.004
199  V7 ~~ V11  4.207  0.179   0.179    0.107    0.107
200  V7 ~~ V12  1.416  0.131   0.131    0.064    0.064
201  V7 ~~ V13  0.200 -0.037  -0.037   -0.022   -0.022
202  V7 ~~ V14  0.025 -0.013  -0.013   -0.008   -0.008
203  V7 ~~ V15  6.069  0.298   0.298    0.137    0.137
204  V7 ~~ V16  0.649 -0.094  -0.094   -0.042   -0.042
205  V7 ~~ V17  2.628  0.152   0.152    0.078    0.078
206  V7 ~~ V18  0.003  0.004   0.004    0.002    0.002
207  V7 ~~ V19  0.704 -0.088  -0.088   -0.042   -0.042
208  V7 ~~ V20  1.795 -0.139  -0.139   -0.071   -0.071
209  V7 ~~ V21  0.048 -0.017  -0.017   -0.009   -0.009
210  V8 ~~  V9 12.280  0.284   0.284    0.239    0.239
211  V8 ~~ V10  3.208  0.123   0.123    0.109    0.109
212  V8 ~~ V11  3.373 -0.133  -0.133   -0.114   -0.114
213  V8 ~~ V12  2.443 -0.141  -0.141   -0.100   -0.100
214  V8 ~~ V13  1.238 -0.079  -0.079   -0.067   -0.067
215  V8 ~~ V14  0.333 -0.039  -0.039   -0.036   -0.036
216  V8 ~~ V15  0.161 -0.039  -0.039   -0.026   -0.026
217  V8 ~~ V16  2.139  0.137   0.137    0.088    0.088
218  V8 ~~ V17  1.608  0.095   0.095    0.070    0.070
219  V8 ~~ V18  0.018  0.009   0.009    0.007    0.007
220  V8 ~~ V19  0.006  0.006   0.006    0.004    0.004
221  V8 ~~ V20 12.260 -0.290  -0.290   -0.213   -0.213
222  V8 ~~ V21  1.544 -0.079  -0.079   -0.062   -0.062
223  V9 ~~ V10  2.613  0.148   0.148    0.099    0.099
224  V9 ~~ V11  1.397 -0.115  -0.115   -0.074   -0.074
225  V9 ~~ V12  4.815 -0.266  -0.266   -0.141   -0.141
226  V9 ~~ V13  1.746 -0.126  -0.126   -0.079   -0.079
227  V9 ~~ V14  0.005  0.007   0.007    0.005    0.005
228  V9 ~~ V15  2.594 -0.209  -0.209   -0.104   -0.104
229  V9 ~~ V16  0.996  0.125   0.125    0.060    0.060
230  V9 ~~ V17  0.187 -0.043  -0.043   -0.024   -0.024
231  V9 ~~ V18  0.568  0.068   0.068    0.041    0.041
232  V9 ~~ V19  0.512 -0.080  -0.080   -0.042   -0.042
233  V9 ~~ V20  0.010  0.011   0.011    0.006    0.006
234  V9 ~~ V21  0.598 -0.066  -0.066   -0.039   -0.039
235 V10 ~~ V11  0.010 -0.009  -0.009   -0.006   -0.006
236 V10 ~~ V12  7.335 -0.284  -0.284   -0.160   -0.160
237 V10 ~~ V13  0.399 -0.055  -0.055   -0.037   -0.037
238 V10 ~~ V14  1.720  0.103   0.103    0.077    0.077
239 V10 ~~ V15  1.871 -0.144  -0.144   -0.076   -0.076
240 V10 ~~ V16  4.659  0.220   0.220    0.113    0.113
241 V10 ~~ V17  0.228 -0.039  -0.039   -0.023   -0.023
242 V10 ~~ V18  3.534  0.139   0.139    0.088    0.088
243 V10 ~~ V19  0.114 -0.031  -0.031   -0.017   -0.017
244 V10 ~~ V20  0.041 -0.018  -0.018   -0.011   -0.011
245 V10 ~~ V21  4.699 -0.151  -0.151   -0.094   -0.094
246 V11 ~~ V12  3.274  0.200   0.200    0.108    0.108
247 V11 ~~ V13  1.027 -0.092  -0.092   -0.059   -0.059
248 V11 ~~ V14  1.574  0.104   0.104    0.074    0.074
249 V11 ~~ V15  0.897  0.107   0.107    0.054    0.054
250 V11 ~~ V16  0.751  0.095   0.095    0.047    0.047
251 V11 ~~ V17  0.175  0.037   0.037    0.021    0.021
252 V11 ~~ V18  3.258 -0.143  -0.143   -0.087   -0.087
253 V11 ~~ V19  4.419  0.206   0.206    0.109    0.109
254 V11 ~~ V20  0.015  0.012   0.012    0.007    0.007
255 V11 ~~ V21  0.433  0.049   0.049    0.029    0.029
256 V12 ~~ V13 24.941  0.550   0.550    0.292    0.292
257 V12 ~~ V14  2.429 -0.159  -0.159   -0.094   -0.094
258 V12 ~~ V15  1.615  0.181   0.181    0.076    0.076
259 V12 ~~ V16  2.658 -0.225  -0.225   -0.091   -0.091
260 V12 ~~ V17  0.418 -0.072  -0.072   -0.033   -0.033
261 V12 ~~ V18  2.365 -0.154  -0.154   -0.077   -0.077
262 V12 ~~ V19  0.053  0.028   0.028    0.012    0.012
263 V12 ~~ V20  3.335  0.224   0.224    0.103    0.103
264 V12 ~~ V21  0.525  0.068   0.068    0.034    0.034
265 V13 ~~ V14  0.634 -0.066  -0.066   -0.046   -0.046
266 V13 ~~ V15  1.591  0.136   0.136    0.068    0.068
267 V13 ~~ V16  0.093 -0.032  -0.032   -0.015   -0.015
268 V13 ~~ V17  0.419  0.054   0.054    0.030    0.030
269 V13 ~~ V18  2.006 -0.107  -0.107   -0.064   -0.064
270 V13 ~~ V19  0.558 -0.070  -0.070   -0.036   -0.036
271 V13 ~~ V20  3.600  0.176   0.176    0.097    0.097
272 V13 ~~ V21  0.690 -0.059  -0.059   -0.035   -0.035
273 V14 ~~ V15  5.439  0.245   0.245    0.136    0.136
274 V14 ~~ V16  0.043  0.021   0.021    0.011    0.011
275 V14 ~~ V17  0.124 -0.029  -0.029   -0.018   -0.018
276 V14 ~~ V18  1.084  0.077   0.077    0.051    0.051
277 V14 ~~ V19  0.003  0.005   0.005    0.003    0.003
278 V14 ~~ V20  0.400 -0.057  -0.057   -0.035   -0.035
279 V14 ~~ V21  0.331 -0.040  -0.040   -0.026   -0.026
280 V15 ~~ V16  9.175  0.471   0.471    0.179    0.179
281 V15 ~~ V17 14.822  0.487   0.487    0.213    0.213
282 V15 ~~ V18  7.672 -0.318  -0.318   -0.150   -0.150
283 V15 ~~ V19  0.884 -0.131  -0.131   -0.054   -0.054
284 V15 ~~ V20  0.194 -0.061  -0.061   -0.026   -0.026
285 V15 ~~ V21  3.977 -0.222  -0.222   -0.103   -0.103
286 V16 ~~ V17  4.127  0.253   0.253    0.107    0.107
287 V16 ~~ V18  1.316 -0.130  -0.130   -0.060   -0.060
288 V16 ~~ V19  3.332  0.251   0.251    0.099    0.099
289 V16 ~~ V20  3.795 -0.263  -0.263   -0.110   -0.110
290 V16 ~~ V21  7.409 -0.304  -0.304   -0.136   -0.136
291 V17 ~~ V18  0.160  0.038   0.038    0.020    0.020
292 V17 ~~ V19  0.582 -0.086  -0.086   -0.039   -0.039
293 V17 ~~ V20  2.825 -0.185  -0.185   -0.090   -0.090
294 V17 ~~ V21  4.905 -0.211  -0.211   -0.109   -0.109
295 V18 ~~ V19  0.272 -0.054  -0.054   -0.027   -0.027
296 V18 ~~ V20  0.001  0.004   0.004    0.002    0.002
297 V18 ~~ V21  6.618  0.227   0.227    0.127    0.127
298 V19 ~~ V20  0.866 -0.113  -0.113   -0.051   -0.051
299 V19 ~~ V21  0.808  0.092   0.092    0.045    0.045
300 V20 ~~ V21 12.178  0.343   0.343    0.176    0.176