export(netmeta,
       as.data.frame.netmeta, print.netmeta,
       summary.netmeta, print.summary.netmeta,
       forest.netmeta, pairwise,
       decomp.design, print.decomp.design,
       netheat, netgraph, netheat, netmeasures,
       netrank, print.netrank,
       netconnection, print.netconnection, netdistance,
       netsplit, print.netsplit,
       netposet, print.netposet, plot.netposet, hasse,
       netleague)

# not visible:
# prepare, multiarm, matitle, nma.ruecker, nma.krahn,
# format.TE, p.ci, tau.within, decomp.tau, stress,
# shadowtext, chklist, chkmultiarm, lowertri, createB

S3method(as.data.frame, netmeta)
S3method(print, netmeta)
S3method(summary, netmeta)
S3method(print, summary.netmeta)
S3method(forest, netmeta)
S3method(print, decomp.design)
S3method(print, netrank)
S3method(print, netconnection)
S3method(print, netsplit)
S3method(print, netposet)
S3method(plot, netposet)

importFrom("meta", "forest", "forest.meta",
           "metabin", "metacont", "metagen",
           "metainc", "metaprop", "gs")

importFrom("magic", "adiag")

importFrom("grDevices", "col2rgb", "heat.colors", "rgb", "xy.coords")

importFrom("graphics", "axis", "box", "lines", "par",
           "plot", "polygon", "rect", "text", "strheight", "strwidth")

importFrom("stats", "dist", "hclust", "pchisq", "prcomp", "rnorm", "sd")

importFrom("utils", "installed.packages", "packageDescription")

importFrom("MASS", "ginv")
