## useDynLib(extremis, .registration = TRUE) 
useDynLib(extremis)

## import(DPpackage)
import(emplik)
import(graphics)
import(stats)
import(MASS)
## import(nnet)
import(evd)
importFrom("grDevices", "gray")
importFrom("methods","is")
export(angcdf, angcdf.default,
       angdensity, angdensity.default,
       angscdf, angscdf.default,
       ## bbc, bbc.default,
       cdf, cdf.default,
       cdensity, cdensity.default,
       ## cPTdensity,cPTdensity.default,
       ## cbernstein, cbernstein.default,
       ## etc, etc.default,
       ## etcdf, etcdf.default,
       cmodes, cmodes.default,
       khetmeans, khetmeans.default,
       kgvar, kgvar.default,
       ## multihill, multihill.default,
       plotFrechet, plotFrechet.default)

S3method(angcdf, default)
S3method(plot, angcdf)
S3method(angdensity, default)
S3method(plot, angdensity)
S3method(angscdf, default)
S3method(plot, angscdf)
## S3method(bbc, default)
## S3method(plot, bbc)
S3method(cdf, default)
S3method(plot, cdf)
S3method(cdensity, default)
S3method(plot, cdensity)
## S3method(cPTdensity, default)
## S3method(plot, cPTdensity)
## S3method(etcdf, default)
## S3method(plot, etcdf)
## S3method(etc, default)
## S3method(plot, etc)
S3method(plotFrechet, default)
S3method(cmodes, default)
S3method(plot, cmodes)
S3method(khetmeans, default)
S3method(plot, khetmeans)
S3method(kgvar, default)
S3method(plot, kgvar)
