Prints diagnostics or extract those diagnostics from a fitll object.
Source
The L-Losgistic distribution was introduced by Tadikamalla and Johnson (1982), which refer to this distribution as Logit-Logistic distribution. Here, we have a new parameterization of the Logit-Logistic with the median as a parameter.
lldiagnostics(object)
Arguments
object: Object of "fitll".
Details
The function calls the check_* functions and the get_* functions are for access to the diagnostics. If the matrix X and W are missing, the coda package is used by test the convergence of the chains by Cramer-von-Mises statistic and an image of the correlation is show for both of generated chains.
Returns
lldiagnostics(object) prints diagnostics or extract those diagnostics from a fitll object.
References
Paz, R.F., Balakrishnan, N and Bazán, J.L. (2018). L-Logistic Distribution: Properties, Inference and an Application to Study Poverty and Inequality in Brazil. The Stan Development Team Stan Modeling Language User's Guide and Reference Manual. http://mc-stan.org/. Plummer, M., Best, N., Cowles, K., and Vines, K. (2006). Coda: Convergence diagnosis and output analysis for mcmc. R News, 6(1):7-11.
# Modelation the coeficient with generated datalibrary(llbayesireg)library(llogistic)# Number of elements to be generatedn=50# Generated responsebin=2005set.seed(bin)y=rllogistic(n,0.5,2)fitll = llbayesireg(y, niter=100, jump=10)lldiagnostics(fitll$object)# Modelation the coeficient with real datalibrary(llbayesireg)data("Votes","MHDI")y = Votes[,4]X = MHDI
fitll = llbayesireg(y,X)lldiagnostics(fitll$object)