GLS_chol                GLS Estimate using Cholesky Factor
IC.SVC_mle              Conditional Akaike's and Bayesian Information
                        Criteria
SVC_mle                 MLE of SVC model
SVC_mle_control         Set Parameters for 'SVC_mle'
SVC_selection           SVC Model Selection
SVC_selection_control   SVC Selection Parameters
Sigma_y                 Covariance Matrix of GP-based SVC Model
check_cov_lower         Check Lower Bound of Covariance Parameters
coef.SVC_mle            Extact Mean Effects
cov_par                 Extact Covariance Parameters Function to
                        extract the covariance parameters from an
                        'SVC_mle' or 'SVC_selection'object.
fitted.SVC_mle          Extact Model Fitted Values
fullSVC_line            Sample Function for GP-based SVC Model on Real
                        Line
fullSVC_reggrid         Sample Function for GP-based SVC Models on
                        Regular Grid
house                   Lucas County House Price Data
init_bounds_optim       Setting of Optimization Bounds and Initial
                        Values
logLik.SVC_mle          Extact the Likelihood
nlocs                   Extract Number of Unique Locations Function to
                        extract the number of unique locations in the
                        data set used in an MLE of the 'SVC_mle'
                        object.
nobs.SVC_mle            Extact Number of Observations
own_dist                Computes (Cross-) Distances
plot.SVC_mle            Plotting Residuals of 'SVC_mle' model
predict.SVC_mle         Prediction of SVCs (and response variable)
prep_par_output         Preparation of Parameter Output
print.SVC_mle           Print Method for 'SVC_mle'
print.summary.SVC_mle   Printing Method for 'summary.SVC_mle'
residuals.SVC_mle       Extact Model Residuals
sample_fullSVC          Sample Function for GP-based SVC Model for
                        Given Locations
summary.SVC_mle         Summary Method for 'SVC_mle'
varycoef                varycoef: Modeling Spatially Varying
                        Coefficients
