import("methods")

importFrom("graphics", "text", "mtext", "par", "persp", "contour", "plot", "matplot",
	"image", "abline", "rect", "lines", "points", "pairs", "symbols", "polygon")

importFrom("grDevices", "heat.colors")

importFrom("stats", "acf", "anova", "coef", "cor", "cor.test", "cov",
    "dnorm", "fitted", "formula", "lm", "median", "pf",
    "plogis", "pnorm", "predict", "qnorm", "quantile",
    "relevel", "resid", "rnorm", "sd", "t.test", "terms", "var")


export(
       "acf.fnc",
       "aovlmer.fnc",
       "collin.fnc",
       "compare.richness.fnc",
       "corres.fnc",
       "corsup.fnc",
       "growth2vgc.fnc",
       "growth.fnc",
       "herdan.fnc",
       "item.fnc",
       "items.quasif.fnc",
       "lags.fnc",
       "lmerPlotInt.fnc",
       "make.reg.fnc",
       "mvrnormplot.fnc",
       "pairscor.fnc",
       "plotlogistic.fit.fnc",
       "pvals.fnc",
       "quasiF.fnc",
       "quasiFsim.fnc",
       "shadenormal.fnc",
       "simulateLatinsquare.fnc",
       "simulateRegression.fnc",
       "simulateQuasif.fnc",
       "spectrum.fnc",
       "subjects.latinsquare.fnc",
       "subjects.quasif.fnc",
       "text2spc.fnc",
       "xylowess.fnc",
       "yule.fnc",
       "zipf.fnc",
       "plotLMER.fnc",
       "makeSplineData.fnc"
       )

S3method(print, corres)
S3method(plot, corres)
S3method(summary, corres)
S3method(print, growth)
S3method(plot, growth)
S3method(summary, growth)

exportClasses(
              "corres",
              "growth"
             )
