Nothing
Code
list_models(mymod)
Output
Linear mixed model for "y"
family: gaussian
link: identity
* Predictor variables:
(Intercept), C1, B21, O22, O23, c1, c2, time
* Regression coefficients:
beta[1:8] (normal prior(s) with mean 0 and precision 1e-04)
* Precision of "y" :
tau_y (Gamma prior with shape parameter 0.01 and rate parameter 0.01)
Linear mixed model for "c2"
family: gaussian
link: identity
* Predictor variables:
(Intercept), C1, B21, O22, O23, c1, time
* Regression coefficients:
alpha[1:7] (normal prior(s) with mean 0 and precision 1e-04)
* Precision of "c2" :
tau_c2 (Gamma prior with shape parameter 0.01 and rate parameter 0.01)
Linear mixed model for "c1"
family: gaussian
link: identity
* Predictor variables:
(Intercept), C1, B21, O22, O23, time
* Regression coefficients:
alpha[8:13] (normal prior(s) with mean 0 and precision 1e-04)
* Precision of "c1" :
tau_c1 (Gamma prior with shape parameter 0.01 and rate parameter 0.01)
Linear mixed model for "time"
family: gaussian
link: identity
* Predictor variables:
(Intercept), C1, B21, O22, O23
* Regression coefficients:
alpha[14:18] (normal prior(s) with mean 0 and precision 1e-04)
* Precision of "time" :
tau_time (Gamma prior with shape parameter 0.01 and rate parameter 0.01)
Cumulative logit model for "O2"
* Reference category: "1"
* Predictor variables:
C1, B21
* Regression coefficients:
alpha[19:20] (normal prior(s) with mean 0 and precision 1e-04)
* Intercepts:
- 1: gamma_O2[1] (normal prior with mean 0 and precision 1e-04)
- 2: gamma_O2[2] = gamma_O2[1] + exp(delta_O2[1])
* Increments:
delta_O2[1] (normal prior(s) with mean 0 and precision 1e-04)
Binomial model for "B2"
family: binomial
link: logit
* Reference category: "0"
* Predictor variables:
(Intercept), C1
* Regression coefficients:
alpha[21:22] (normal prior(s) with mean 0 and precision 1e-04)
Code
parameters(mymod)
Output
outcome outcat varname coef
1 y <NA> (Intercept) beta[1]
2 y <NA> C1 beta[2]
3 y <NA> B21 beta[3]
4 y <NA> O22 beta[4]
5 y <NA> O23 beta[5]
6 y <NA> c1 beta[6]
7 y <NA> c2 beta[7]
8 y <NA> time beta[8]
9 y <NA> <NA> sigma_y
10 y <NA> <NA> D_y_id[1,1]
11 y <NA> <NA> D_y_id[1,2]
12 y <NA> <NA> D_y_id[2,2]
Code
list_models(mmod)
Output
Multinomial logit mixed model for "x"
* Reference category: "1"
* Predictor variables:
(Intercept), C1, B21, O21, O22, p1, c2, y, time, y:time
* Regression coefficients:
x2: beta[1:5]
x3: beta[6:10]
x2: beta[11:15]
x3: beta[16:20] (normal prior(s) with mean 0 and precision 1e-04)
Linear mixed model for "c2"
family: gaussian
link: identity
* Predictor variables:
(Intercept), C1, B21, O21, O22, p1, y, time
* Regression coefficients:
alpha[1:8] (normal prior(s) with mean 0 and precision 1e-04)
* Precision of "c2" :
tau_c2 (Gamma prior with shape parameter 0.01 and rate parameter 0.01)
Poisson mixed model for "p1"
family: poisson
link: log
* Predictor variables:
(Intercept), C1, B21, O21, O22, y, time
* Regression coefficients:
alpha[9:15] (normal prior(s) with mean 0 and precision 1e-04)
Linear mixed model for "y"
family: gaussian
link: identity
* Predictor variables:
(Intercept), C1, B21, O21, O22, time
* Regression coefficients:
alpha[16:21] (normal prior(s) with mean 0 and precision 1e-04)
* Precision of "y" :
tau_y (Gamma prior with shape parameter 0.01 and rate parameter 0.01)
Linear mixed model for "time"
family: gaussian
link: identity
* Predictor variables:
(Intercept), C1, B21, O21, O22
* Regression coefficients:
alpha[22:26] (normal prior(s) with mean 0 and precision 1e-04)
* Precision of "time" :
tau_time (Gamma prior with shape parameter 0.01 and rate parameter 0.01)
Cumulative logit model for "O2"
* Reference category: "3"
* Predictor variables:
C1, B21
* Regression coefficients:
alpha[27:28] (normal prior(s) with mean 0 and precision 1e-04)
* Intercepts:
- 1: gamma_O2[1] (normal prior with mean 0 and precision 1e-04)
- 2: gamma_O2[2] = gamma_O2[1] + exp(delta_O2[1])
* Increments:
delta_O2[1] (normal prior(s) with mean 0 and precision 1e-04)
Binomial model for "B2"
family: binomial
link: logit
* Reference category: "0"
* Predictor variables:
(Intercept), C1
* Regression coefficients:
alpha[29:30] (normal prior(s) with mean 0 and precision 1e-04)
Code
parameters(mmod)
Output
outcome outcat varname coef
1 x x2 (Intercept) beta[1]
2 x x2 C1 beta[2]
3 x x2 B21 beta[3]
4 x x2 O21 beta[4]
5 x x2 O22 beta[5]
6 x x3 (Intercept) beta[6]
7 x x3 C1 beta[7]
8 x x3 B21 beta[8]
9 x x3 O21 beta[9]
10 x x3 O22 beta[10]
11 x x2 p1 beta[11]
12 x x2 c2 beta[12]
13 x x2 y beta[13]
14 x x2 time beta[14]
15 x x2 y:time beta[15]
16 x x3 p1 beta[16]
17 x x3 c2 beta[17]
18 x x3 y beta[18]
19 x x3 time beta[19]
20 x x3 y:time beta[20]
21 x <NA> <NA> D_x_id[1,1]
22 x <NA> <NA> D_x_id[1,2]
23 x <NA> <NA> D_x_id[2,2]
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