useDynLib(polspline)
export(unstrip, hare, plot.hare, print.hare, summary.hare, dhare, hhare, phare,
qhare, rhare, xhare, heft, plot.heft, print.heft, summary.heft, dheft, hheft,
pheft, qheft, rheft, oldlogspline.to.logspline, poldlogspline, qoldlogspline,
roldlogspline, doldlogspline, plot.oldlogspline, print.oldlogspline,
summary.oldlogspline, oldlogspline, lspec, clspec, dlspec, plspec, rlspec,
plot.lspec, print.lspec, summary.lspec, polymars, predict.polymars, testhare,
print.polymars, summary.polymars, plot.polymars, persp.polymars, design.polymars,
logspline, plogspline, qlogspline, rlogspline, dlogspline, plot.logspline,
print.logspline, summary.logspline, polyclass, cpolyclass, ppolyclass,
plot.polyclass, rpolyclass, print.polyclass, summary.polyclass, beta.polyclass)

useDynLib(polspline)
export(unstrip, hare, plot.hare, print.hare, summary.hare, dhare, hhare, phare,
qhare, rhare, xhare, heft, plot.heft, print.heft, summary.heft, dheft, hheft,
pheft, qheft, rheft, oldlogspline.to.logspline, poldlogspline, qoldlogspline,
roldlogspline, doldlogspline, plot.oldlogspline, print.oldlogspline,
summary.oldlogspline, oldlogspline, lspec, clspec, dlspec, plspec, rlspec,
plot.lspec, print.lspec, summary.lspec, polymars, predict.polymars, testhare,
print.polymars, summary.polymars, plot.polymars, persp.polymars, design.polymars,
logspline, plogspline, qlogspline, rlogspline, dlogspline, plot.logspline,
print.logspline, summary.logspline, polyclass, cpolyclass, ppolyclass,
plot.polyclass, rpolyclass, print.polyclass, summary.polyclass, beta.polyclass)

if(getRversion() >= "3.6.0") {  # delayed registration

"points", "text", "title", "xinch", "yinch")
importFrom("stats", "cor.test", "lm", "median", "p.adjust", "predict",
"qt", "quantile", "sd", "t.test", "wilcox.test")

MergeRareHaplotypes, nTaxa, nAlleles, nLoci, OneAllelePerMarker,
PipelineMapping2Parents, RADdata, readHMC, readStacks, readTagDigger,
SplitByChromosome, StripDown, SubsetByLocus, SubsetByTaxon, VCF2RADdata)
importFrom("stats", "dist", "dmultinom", "pchisq", "lm", "na.omit", "dbinom",
"hclust", "cutree", "as.dist", "cor", "residuals", "lm.fit")