Description Usage Arguments Details
sampling for [rho|-] in hierchical model
1 2 3 4 5 6 7 8 9 | fn.compute.SigmaRhoInv(rho, K)
fn.compute.logDetSigmaRho(rho, K)
fn.proposal.rho(rhoCur, rho_step)
fn.loglike.rho(rho, Z, alpha_rho, beta_rho)
fn.sample.rho(rhoCur, mu_rho, psi_rho, Z, rho_step)
|
rho |
desc |
K |
desc |
rhoCur |
desc |
rho_step |
desc |
Z |
desc |
alpha_rho |
desc |
beta_rho |
desc |
mu_rho |
desc |
psi_rho |
desc |
Zdesc |
desc |
J_nGroups must be defined, I_nGroups must be defined function to effeciently caclulate Sigma_rhoInv using its special form and a well known matrix inverse result (from the fix-rank kriging chapter 8 of the spatial handbook book); note; the K variable added for the sampling of the z_i's later. fn.compute.logDetSigmaRho used to effeciently caclulate log(det(Sigma_rho)) using its special form and Sylvester's determinant theorem: det(I_n+AB)=det(I_m+BA)
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