Nothing
#MCMC
BayesmConstant.keep = 1 #keep every keepth draw for MCMC routines
BayesmConstant.nprint = 100 #print the remaining time on every nprint'th draw
BayesmConstant.RRScaling = 2.38 #Roberts and Rosenthal optimal scaling constant
BayesmConstant.w = .1 #fractional likelihood weighting parameter
#Priors
BayesmConstant.A = .01 #scaling factor for the prior precision matrix
BayesmConstant.nuInc = 3 #Increment for nu
BayesmConstant.a = 5 #Dirichlet parameter for mixture models
BayesmConstant.nu.e = 3.0 #degrees of freedom parameter for regression error variance prior
BayesmConstant.nu = 3.0 #degrees of freedom parameter for Inverted Wishart prior
BayesmConstant.agammaprior = .5 #Gamma prior parameter
BayesmConstant.bgammaprior = .1 #Gamma prior parameter
#DP
BayesmConstant.DPalimdef=c(.01,10) #defines support of 'a' distribution
BayesmConstant.DPnulimdef=c(.01,3) #defines support of nu distribution
BayesmConstant.DPvlimdef=c(.1,4) #defines support of v distribution
BayesmConstant.DPIstarmin = 1 #expected number of components at lower bound of support of alpha
BayesmConstant.DPpower = .8 #power parameter for alpha prior
BayesmConstant.DPalpha = 1.0 #intitalized value for alpha draws
BayesmConstant.DPmaxuniq = 200 #storage constraint on the number of unique components
BayesmConstant.DPSCALE = TRUE #should data be scaled by mean,std deviation before posterior draws
BayesmConstant.DPgridsize = 20 #number of discrete points for hyperparameter priors
#Mathematical Constants
BayesmConstant.gamma = .5772156649015328606
#BayesBLP
BayesmConstant.BLPVOmega = matrix(c(1,0.5,0.5,1),2,2) #IW prior parameter of correlated shocks in IV bayesBLP
BayesmConstant.BLPtol = 1e-6
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