#	geodesic.mat.socio,		shortest.path.maker.socio,		betweenness.centralities.in.r,  ##

importFrom("graphics", "axis", "box", "plot", "points", "segments")
importFrom("stats", "median", "pnorm", "rnbinom", "var", "weighted.mean")

importFrom(utils, installed.packages, write.table, read.csv, head)
importFrom(grDevices, dev.off, pdf, dev.new, png)
importFrom(graphics, abline, axis, mtext, par, plot)
importFrom(stats, deltat, end, quantile, aggregate, approx)
importFrom(xts, xts, .indexwday, .indexmon, as.xts)
importFrom(zoo, na.approx, is.regular, coredata, index, plot.zoo)

export("IsReg", "CInp2TS", "Agg", "Volume2Level", "Level2Volume")

importFrom(utils, installed.packages, write.table, read.csv, head, data)

export(APR.Feature, Bayes.Feature, Density.Feature, Maldoss.Feature, MM1.Feature, MM2.Feature, MN.Fdtf.Feature,PN.Fdtf.Feature,POS.Feature,Predoss.Feature, SAE.Feature,Sparse.Feature,Trint.Dist.Feature,WAM.Feature,WMM.Feature)
import(Biostrings)

export(APR.Feature, Bayes.Feature, Density.Feature, Maldoss.Feature, MM1.Feature, MM2.Feature, MN.Fdtf.Feature,PN.Fdtf.Feature,POS.Feature,Predoss.Feature, SAE.Feature,Sparse.Feature,Trint.Dist.Feature,WAM.Feature,WMM.Feature)
import(Biostrings)

, OptionalNumeric, OptionalInteger, BaseLearner.FitObj, Regression.FitObj
, BaseLearner.CV.FitObj, Regression.CV.FitObj, Instance, Instance.List

export(KL.Plugin, KL.z, SymKL.z, SymKL.Plugin, KL.sd, SymKL.sd, RenyiEq.z, Renyi.z, Tsallis.z, Hill.z, Entropy.sd, Entropy.z, RenyiEq.sd, MI.z, GenSimp.z, MI.sd)

export(KL.Plugin, KL.z, SymKL.z, SymKL.Plugin, KL.sd, SymKL.sd, Entropy.z, GenSimp.z, GenSimp.sd, RenyiEq.z, Renyi.z, Tsallis.z, Hill.z, Entropy.sd, RenyiEq.sd, MI.z, MI.sd, Renyi.sd, Tsallis.sd, Hill.sd)

# list functions needed from other packages ("pkg", "f1", ...)
importFrom("graphics", "abline", "legend", "lines", "persp", "plot")
importFrom("stats", "bw.nrd0", "qchisq", "rnorm", "runif", "sd")

importFrom(stats, AIC,lm,is.ts,ts, var, complete.cases, fitted.values)

importFrom(stats, arima,AIC,BIC,lm,is.ts,ts, var, complete.cases, fitted.values)