R/RcppExports.R

In DstarM: Analyze Two Choice Reaction Time Data with the D*M Method

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

simpsonC <- function(x, fx) {
    .Call(`_DstarM_simpsonC`, x, fx)
}

dunifc <- function(x, a, b) {
    .Call(`_DstarM_dunifc`, x, a, b)
}

convolveC <- function(x, y) {
    .Call(`_DstarM_convolveC`, x, y)
}

convolveC2 <- function(x, y) {
    .Call(`_DstarM_convolveC2`, x, y)
}

chisqC <- function(tt, a, b) {
    .Call(`_DstarM_chisqC`, tt, a, b)
}

rObjC3 <- function(r, tt, a, bb, lenPre, lenPost) {
    .Call(`_DstarM_rObjC3`, r, tt, a, bb, lenPre, lenPost)
}

rObjC2 <- function(r, tt, a, bb, lenPre) {
    .Call(`_DstarM_rObjC2`, r, tt, a, bb, lenPre)
}

rObjC1 <- function(r, tt, a, bb, lenPost) {
    .Call(`_DstarM_rObjC1`, r, tt, a, bb, lenPost)
}

rObjC0 <- function(r, tt, a, bb) {
    .Call(`_DstarM_rObjC0`, r, tt, a, bb)
}

nthMomentSC <- function(x, fx, nth) {
    .Call(`_DstarM_nthMomentSC`, x, fx, nth)
}

nthCMomentSC <- function(x, fx, nth) {
    .Call(`_DstarM_nthCMomentSC`, x, fx, nth)
}

getVarC <- function(Pdf, tt, mm2) {
    .Call(`_DstarM_getVarC`, Pdf, tt, mm2)
}

oscCheckC <- function(x) {
    .Call(`_DstarM_oscCheckC`, x)
}

getVoss <- function(rt, pars, precision) {
    .Call(`_DstarM_getVoss`, rt, pars, precision)
}

imposeFixationsC <- function(pars, fixed) {
    invisible(.Call(`_DstarM_imposeFixationsC`, pars, fixed))
}

getPdfC <- function(tt, pars, mm, DstarM, oscPdf, precision) {
    .Call(`_DstarM_getPdfC`, tt, pars, mm, DstarM, oscPdf, precision)
}

totalobjectiveC <- function(pars, tt, ql, ii, jj, varData, g, restr, mm, mm2, DstarM, oscPdf, forceRestriction, precision, anyFixed, fixed) {
    .Call(`_DstarM_totalobjectiveC`, pars, tt, ql, ii, jj, varData, g, restr, mm, mm2, DstarM, oscPdf, forceRestriction, precision, anyFixed, fixed)
}