R/RcppExports.R

In rotations: Working with Rotation Data

# Generated by using Rcpp::compileAttributes() -> do not edit by hand
# Generator token: 10BE3573-1514-4C36-9D1C-5A225CD40393

rcayleyCpp <- function(n, kappa) {
    .Call(`_rotations_rcayleyCpp`, n, kappa)
}

rmbCpp <- function(n, kappa) {
    .Call(`_rotations_rmbCpp`, n, kappa)
}

rfisherCpp <- function(n, kappa) {
    .Call(`_rotations_rfisherCpp`, n, kappa)
}

rvmisesCPP <- function(n, kappa) {
    .Call(`_rotations_rvmisesCPP`, n, kappa)
}

centerCpp <- function(Rs, S) {
    .Call(`_rotations_centerCpp`, Rs, S)
}

lpvmises <- function(Rs, S, kappa) {
    .Call(`_rotations_lpvmises`, Rs, S, kappa)
}

lpfisher <- function(Rs, S, kappa) {
    .Call(`_rotations_lpfisher`, Rs, S, kappa)
}

lpcayley <- function(Rs, S, kappa) {
    .Call(`_rotations_lpcayley`, Rs, S, kappa)
}

S_MCMC_CPP <- function(Rs, oldS, rho, kappa, Dist) {
    .Call(`_rotations_S_MCMC_CPP`, Rs, oldS, rho, kappa, Dist)
}

kap_MCMC_CPP <- function(Rs, oldKappa, sigma, S, Dist) {
    .Call(`_rotations_kap_MCMC_CPP`, Rs, oldKappa, sigma, S, Dist)
}

afun_CPP <- function(R1, R2) {
    .Call(`_rotations_afun_CPP`, R1, R2)
}

both_MCMC_CPP <- function(Rs, S0, kappa0, rho, sigma, burnin, B, Dist) {
    .Call(`_rotations_both_MCMC_CPP`, Rs, S0, kappa0, rho, sigma, burnin, B, Dist)
}

fisherAxisC <- function(Qs, Qhat) {
    .Call(`_rotations_fisherAxisC`, Qs, Qhat)
}

fisherAxisCSymmetric <- function(Qs, Qhat) {
    .Call(`_rotations_fisherAxisCSymmetric`, Qs, Qhat)
}

fisherBootC <- function(Qs, m, symm) {
    .Call(`_rotations_fisherBootC`, Qs, m, symm)
}

RdistC <- function(Q1, Q2) {
    .Call(`_rotations_RdistC`, Q1, Q2)
}

rdistSO3C <- function(Rs, R2) {
    .Call(`_rotations_rdistSO3C`, Rs, R2)
}

EdistC <- function(Q1, Q2) {
    .Call(`_rotations_EdistC`, Q1, Q2)
}

oneRdistC <- function(Q1, Q2) {
    .Call(`_rotations_oneRdistC`, Q1, Q2)
}

cdfunsC <- function(Qs, Qhat) {
    .Call(`_rotations_cdfunsC`, Qs, Qhat)
}

cdfunsCMedian <- function(Qs, Qhat) {
    .Call(`_rotations_cdfunsCMedian`, Qs, Qhat)
}

zhangQ4 <- function(Q, m) {
    .Call(`_rotations_zhangQ4`, Q, m)
}

cdfunsCSO3 <- function(Rs, Rhat) {
    .Call(`_rotations_cdfunsCSO3`, Rs, Rhat)
}

zhangMedianC <- function(Rs, m) {
    .Call(`_rotations_zhangMedianC`, Rs, m)
}

eskewC <- function(U) {
    .Call(`_rotations_eskewC`, U)
}

SO3defaultC <- function(U, theta) {
    .Call(`_rotations_SO3defaultC`, U, theta)
}

Q4defaultC <- function(U, theta) {
    .Call(`_rotations_Q4defaultC`, U, theta)
}

pMatC <- function(p) {
    .Call(`_rotations_pMatC`, p)
}

genrC <- function(r, S, SO3, u) {
    .Call(`_rotations_genrC`, r, S, SO3, u)
}

checkQ4 <- function(Q) {
    .Call(`_rotations_checkQ4`, Q)
}

checkSO3 <- function(Rs) {
    .Call(`_rotations_checkSO3`, Rs)
}

expskewC <- function(M) {
    .Call(`_rotations_expskewC`, M)
}

expskewCMulti <- function(M) {
    .Call(`_rotations_expskewCMulti`, M)
}

logSO3C <- function(R) {
    .Call(`_rotations_logSO3C`, R)
}

logSO3CMulti <- function(R) {
    .Call(`_rotations_logSO3CMulti`, R)
}

projectSO3C <- function(M) {
    .Call(`_rotations_projectSO3C`, M)
}

meanSO3C <- function(Rs) {
    .Call(`_rotations_meanSO3C`, Rs)
}

meanQ4C <- function(Q) {
    .Call(`_rotations_meanQ4C`, Q)
}

medianSO3C <- function(Rs, maxIterations, maxEps) {
    .Call(`_rotations_medianSO3C`, Rs, maxIterations, maxEps)
}

HartmedianSO3C <- function(Rs, maxIterations, maxEps) {
    .Call(`_rotations_HartmedianSO3C`, Rs, maxIterations, maxEps)
}

gmeanSO3C <- function(Rs, maxIterations, maxEps) {
    .Call(`_rotations_gmeanSO3C`, Rs, maxIterations, maxEps)
}

HnCpp <- function(Qs) {
    .Call(`_rotations_HnCpp`, Qs)
}

HnCppIntrinsic <- function(Qs) {
    .Call(`_rotations_HnCppIntrinsic`, Qs)
}

HnCppBloc <- function(Qs, Cs) {
    .Call(`_rotations_HnCppBloc`, Qs, Cs)
}

# Register entry points for exported C++ functions
methods::setLoadAction(function(ns) {
    .Call('_rotations_RcppExport_registerCCallable', PACKAGE = 'rotations')
})