BFc |
Bayes Factors |
BFc.bpnme |
Bayes Factors for a Bayesian circular mixed-effects model |
BFc.bpnr |
Bayes Factors for a Bayesian circular regression model |
bpnme |
Fit a Bayesian circular mixed-effects model |
bpnr |
Fit a Bayesian circular regression model |
circ_coef |
Compute circular coefficients from linear coefficients |
circ_coef_rcpp |
Compute circular coefficients |
coef_circ |
Circular coefficients |
coef_circ.bpnme |
Obtain the circular coefficients of a Bayesian circular mixed-effects model |
coef_circ.bpnr |
Obtain the circular coefficients of a Bayesian circular regression model |
coef_lin |
Linear coefficients |
coef_lin.bpnme |
Obtain the linear coefficients of a Bayesian circular mixed-effects model |
coef_lin.bpnr |
Obtain the linear coefficients of a Bayesian circular regression model |
coef_ran |
Random effect variances |
coef_ran.bpnme |
Obtain random effect variances of a Bayesian circular mixed-effects model |
DIC_reg |
Compute Model Fit Measures Regression Model |
eigen_val |
Compute Eigenvalues |
eigen_vec |
Compute Eigenvectors |
fit |
Model fit |
fit.bpnme |
Model fit for a Bayesian circular mixed-effects model |
fit.bpnr |
Model fit for a Bayesian circular regression model |
hmode |
Estimate the mode by finding the highest posterior density interval |
hmodeC |
Estimate the mode by finding the highest posterior density interval |
hmodeci |
Find the highest density interval. |
hmodeciC |
Find the highest density interval of a circular variable |
hpd_est |
Compute the 95 percent HPD of a vector of linear data |
hpd_est_circ |
Compute the 95 percent HPD of a vector of circular data |
lik_me |
Compute the Likelihood of the PN distribution (mixed effects) |
lik_reg |
Compute the Likelihood of the PN distribution (regression) |
Maps |
The geometry of human knowledge of navigation space. |
mean_circ |
Compute the mean of a vector of circular data |
mmme |
Create model matrices for a circular mixed-effects regression model |
mmr |
Create model matrices circular regression |
mode_est |
Compute the mode of a vector of linear data |
mode_est_circ |
Compute the mode of a vector of circular data |
Motor |
Phase differences in hand flexion-extension movements. |
mvrnorm_arma_eigen |
Sample from a multivariate normal distribution |
pnme |
A Gibbs sampler for a projected normal mixed-effects model |
pnr |
A Gibbs sampler for a projected normal regression model |
print.bpnme |
Print output from a Bayesian circular mixed-effects model |
print.bpnr |
Print output from a Bayesian circular regression model |
rho |
Compute a mean resultant length |
rho_circ |
Compute the mean resultant length of a vector of circular data |
sd_circ |
Compute the standard deviation of a vector of circular data |
slice_rcpp |
A slice sampler for the latent lengths r |
theta_bar |
Compute a mean direction |
traceplot |
Traceplots |
traceplot.bpnme |
Traceplots for a Bayesian circular mixed-effects model |
traceplot.bpnr |
Traceplots for a Bayesian circular regression model |